mhurhangee/patent-ind-claim-en huggingface dataset:
A process measurement system alignment device for maintaining alignment of a wafer style primary element between flanges of first and second process pipes , the device comprising: an alignment ring having an inner surface forming an interior region into which the wafer style primary element can be inserted such that the alignment ring encompasses at least a portion of the wafer style primary element ; a channel formed in the alignment ring and configured to receive an interconnecting neck of the wafer style primary element when the wafer style primary element is inserted into the interior region of the alignment ring such that the interconnecting neck of the wafer style primary element extends outside of the alignment ring ; and a plurality of flange fastener receiving apertures formed in the alignment ring and configured to be aligned with flange apertures in the flanges of the first and second process pipes and to receive flange fasteners extending through aligned flange apertures . an alignment ring having an inner surface forming an interior region into which the wafer style primary element can be inserted such that the alignment ring encompasses at least a portion of the wafer style primary element ; a channel formed in the alignment ring and configured to receive an interconnecting neck of the wafer style primary element when the wafer style primary element is inserted into the interior region of the alignment ring such that the interconnecting neck of the wafer style primary element extends outside of the alignment ring ; and a plurality of flange fastener receiving apertures formed in the alignment ring and configured to be aligned with flange apertures in the flanges of the first and second process pipes and to receive flange fasteners extending through aligned flange apertures .
A track assembly for a sliding vehicle door comprising: a wire track extending between a track mount assembly that is configured to attach to the vehicle sliding door and a body mount component opposite said track mount assembly ; said wire track comprising a plurality of interconnected links that allow said wire track to articulate in a wire track articulation plane between a door closed position and a door open position; each of said plurality of interconnected links , said body mount component , and said track mount assembly having a hollow center section cooperatively forming a wire routing cavity that extends through said wire track ; a wiring harness disposed in and extending through said wire routing cavity of said wire track ; and characterized by a grommet made of an elastomeric material attached to and extending from said track mount assembly , said grommet surrounding said wiring harness while permitting said wiring harness to twist and bend inside said grommet as said wire track articulates between said door closed position and said door open position, wherein said track mount assembly includes a mounting plate , an elbow rotatably coupled to said mounting plate such that said elbow is permitted to rotate relative to said mounting plate , and a collar that extends about and retains said elbow on said mounting plate , said collar being mounted on said mounting plate such that said collar remains stationary with respect to said mounting plate , and wherein said grommet is attached to said collar such that said grommet does not rotate with said elbow relative to said mounting plate . a wire track extending between a track mount assembly that is configured to attach to the vehicle sliding door and a body mount component opposite said track mount assembly ; said wire track comprising a plurality of interconnected links that allow said wire track to articulate in a wire track articulation plane between a door closed position and a door open position; each of said plurality of interconnected links , said body mount component , and said track mount assembly having a hollow center section cooperatively forming a wire routing cavity that extends through said wire track ; a wiring harness disposed in and extending through said wire routing cavity of said wire track ; and characterized by a grommet made of an elastomeric material attached to and extending from said track mount assembly , said grommet surrounding said wiring harness while permitting said wiring harness to twist and bend inside said grommet as said wire track articulates between said door closed position and said door open position, wherein said track mount assembly includes a mounting plate , an elbow rotatably coupled to said mounting plate such that said elbow is permitted to rotate relative to said mounting plate , and a collar that extends about and retains said elbow on said mounting plate , said collar being mounted on said mounting plate such that said collar remains stationary with respect to said mounting plate , and wherein said grommet is attached to said collar such that said grommet does not rotate with said elbow relative to said mounting plate .
A vehicle control system comprising an electronic processor, the processor comprising an input port for receiving data from a loading apparatus concerning at least one of the weight, dimensions, volume, or location of a load placed or to be placed by the loading apparatus into or onto an associated vehicle in which the vehicle control system is fitted, characterized in that the processor is programmed to use the data received from the loading apparatus to make automatic control adjustments comprising the application of at least one vehicle brake such that the associated vehicle maintains stability.
A non-transitory processor-readable storage device which stores instructions which, when executed, cause a processor to carry out a method of providing state management persistence, the method comprising: receiving, at a user interface of a design time tool, a hierarchy of containers with a container nested inside of one or more other containers, wherein each of the containers includes a different part of a web client application; associating, performed at the design time tool, state with each of the containers in the hierarchy of containers; receiving, at the user interface of the design time tool, lifecycles for each of the containers; creating, performed by the design time tool, computer executable instructions for the web client application that enable state for each of the containers to be created and destroyed according to the hierarchy based on the respective lifecycles of each of the containers, wherein each of the containers is provided with access to only its own state and state of containers that include it based on respective lifecycle events associated with each of the containers; and wherein each container is not permitted to access the state of containers other than itself and containers that include it. receiving, at a user interface of a design time tool, a hierarchy of containers with a container nested inside of one or more other containers, wherein each of the containers includes a different part of a web client application; associating, performed at the design time tool, state with each of the containers in the hierarchy of containers; receiving, at the user interface of the design time tool, lifecycles for each of the containers; creating, performed by the design time tool, computer executable instructions for the web client application that enable state for each of the containers to be created and destroyed according to the hierarchy based on the respective lifecycles of each of the containers, wherein each of the containers is provided with access to only its own state and state of containers that include it based on respective lifecycle events associated with each of the containers; and wherein each container is not permitted to access the state of containers other than itself and containers that include it.
A pot spinning machine comprising: an elongated member including a contact end portion that is contactable with an inner wall of a pot having an opening, and a base end portion that supports the contact end portion , the elongated member being tiltable; an up-down movement actuator that adjusts a position of the contact end portion in a height direction to a yarn end position of a yarn deposited on the inner wall of the pot ; a guide member that holds the elongated member in a direction that crosses a tilting direction of the elongated member and guides the elongated member that is tiltable, characterized by an elastic support member that elastically supports the contact end portion in the tilting direction; and a tilting movement actuator that tilts the elongated member so that the contact end portion of the elongated member is placed in contact with the inner wall of the pot for being capable of rewinding of a yarn when yarn breakage occurs. an elongated member including a contact end portion that is contactable with an inner wall of a pot having an opening, and a base end portion that supports the contact end portion , the elongated member being tiltable; an up-down movement actuator that adjusts a position of the contact end portion in a height direction to a yarn end position of a yarn deposited on the inner wall of the pot ; a guide member that holds the elongated member in a direction that crosses a tilting direction of the elongated member and guides the elongated member that is tiltable, characterized by an elastic support member that elastically supports the contact end portion in the tilting direction; and a tilting movement actuator that tilts the elongated member so that the contact end portion of the elongated member is placed in contact with the inner wall of the pot for being capable of rewinding of a yarn when yarn breakage occurs.
A multi-channel amplifier comprising: a power supply stage providing power to drive a plurality of channels corresponding to speaker feeds to a plurality of speakers ; a monitor component coupled to the power supply stage and monitoring environmental and operating characteristics of the amplifier ; a front panel having an LED array comprising a plurality of LEDs with each LED being associated with a respective channel or group of channels of the multi-channel amplifier ; and a control unit coupled to the LED array and configured to light the LED array according to display patterns based on operating status or error conditions of the amplifier , and wherein at least one display pattern graphically shows the identity of one or more failed channels of the plurality of channels, wherein the operating status and error conditions are selected from a plurality of states selected from the group comprising: system bootup, system shutdown, system standby, normal operation of the plurality of channels, channel overload of at least one channel, channel failure of the at least one channel, and system failure, and wherein a unique display pattern is generated for each of the plurality of states, and wherein the display pattern is a function of an array sequence including an animation, wherein the animation comprises a set of LED transitions, and each transition comprises a lighting routine for a plurality of sequential LEDs. a power supply stage providing power to drive a plurality of channels corresponding to speaker feeds to a plurality of speakers ; a monitor component coupled to the power supply stage and monitoring environmental and operating characteristics of the amplifier ; a front panel having an LED array comprising a plurality of LEDs with each LED being associated with a respective channel or group of channels of the multi-channel amplifier ; and a control unit coupled to the LED array and configured to light the LED array according to display patterns based on operating status or error conditions of the amplifier , and wherein at least one display pattern graphically shows the identity of one or more failed channels of the plurality of channels, wherein the operating status and error conditions are selected from a plurality of states selected from the group comprising: system bootup, system shutdown, system standby, normal operation of the plurality of channels, channel overload of at least one channel, channel failure of the at least one channel, and system failure, and wherein a unique display pattern is generated for each of the plurality of states, and wherein the display pattern is a function of an array sequence including an animation, wherein the animation comprises a set of LED transitions, and each transition comprises a lighting routine for a plurality of sequential LEDs.
A system for providing ultrasound to a skin surface, comprising: a flexible device having a layered structure and comprising a flexible substrate that supports a flexible ultrasound emitter layer, a first flexible conductive layer and a second flexible conductive layer, wherein the flexible ultrasound emitter layer is electrically coupled to the first and second flexible conductive layers, wherein the device has a surface configured to face the skin surface, wherein the flexible ultrasound emitter layer is configured to emit ultrasound with an intensity that is substantially constant across the surface of the device when driven by a power source connected to the first and second flexible conductive layers so as to provide a substantially uniform ultrasound field that delivers a therapeutically effective dose of ultrasound to the skin surface, wherein the device further comprises a flexible acoustic impedance matching layer positioned between the flexible ultrasound emitter layer and the surface of the device, wherein the flexible acoustic impedance matching layer is configured to minimize reflections of ultrasound at the skin surface, and wherein the device further comprises a sensor built into the layers of the device.
A securable image capture device comprising: a housing defining an imaging aperture ; an image capture component coupled to the housing and aligned with the imaging aperture , the image capture component configured to capture image data of a field of view aligned with the imaging aperture ; a locking component coupled to the image capture component , the locking component comprising a physical component configured to prevent one or more recording or capture operations of the image capture component , the physical component being a programmable gate array programmable with a voltage corresponding to a power source, the locking component configured to manipulate a transmission path between a processor and the image capture component (120; 414) to selectively couple or isolate the processor and the image capture component (120; 414), thereby modifying a capture state of the image capture component to selectively enable image capture responsive to a selection releasing the locking component ; and a control component coupled to the locking component , the control component being physically selectable or manipulable by a user of the securable image capture device , wherein interaction with the control component comprises the selection releasing the locking component and triggering modification of the capture state of the image capture component . a housing defining an imaging aperture ; an image capture component coupled to the housing and aligned with the imaging aperture , the image capture component configured to capture image data of a field of view aligned with the imaging aperture ; a locking component coupled to the image capture component , the locking component comprising a physical component configured to prevent one or more recording or capture operations of the image capture component , the physical component being a programmable gate array programmable with a voltage corresponding to a power source, the locking component configured to manipulate a transmission path between a processor and the image capture component (120; 414) to selectively couple or isolate the processor and the image capture component (120; 414), thereby modifying a capture state of the image capture component to selectively enable image capture responsive to a selection releasing the locking component ; and a control component coupled to the locking component , the control component being physically selectable or manipulable by a user of the securable image capture device , wherein interaction with the control component comprises the selection releasing the locking component and triggering modification of the capture state of the image capture component .
An electronic device comprising: a sensor configured to sense whether the electronic device is gripped by a user; a display including a touch screen panel configured to sense a hovering input; and a processor electrically connected with the sensor and the display and configured to determine whether the user's hand is close to a specific area, based on the hovering input, characterized in that : if it is sensed that the electronic device is gripped by the user and that the user's hand is close to a lower end area of the display , the processor is configured to display a preset user interface, UI, including at least one of a home key, a back key, a multi-key, and a menu key at the lower end area of the display , and after displaying the preset UI, if it is not sensed that the electronic device is gripped by the user and that the user's hand is close to the lower end area of the display , the processor is configured to stop displaying the preset UI. a sensor configured to sense whether the electronic device is gripped by a user; a display including a touch screen panel configured to sense a hovering input; and a processor electrically connected with the sensor and the display and configured to determine whether the user's hand is close to a specific area, based on the hovering input, characterized in that : if it is sensed that the electronic device is gripped by the user and that the user's hand is close to a lower end area of the display , the processor is configured to display a preset user interface, UI, including at least one of a home key, a back key, a multi-key, and a menu key at the lower end area of the display , and after displaying the preset UI, if it is not sensed that the electronic device is gripped by the user and that the user's hand is close to the lower end area of the display , the processor is configured to stop displaying the preset UI. if it is sensed that the electronic device is gripped by the user and that the user's hand is close to a lower end area of the display , the processor is configured to display a preset user interface, UI, including at least one of a home key, a back key, a multi-key, and a menu key at the lower end area of the display , and after displaying the preset UI, if it is not sensed that the electronic device is gripped by the user and that the user's hand is close to the lower end area of the display , the processor is configured to stop displaying the preset UI.
Method for monitoring and/or maintaining a conveyor system transporting separated piece goods , in particular packages, wherein the conveyor system has a display device extending at least in sections along a transport path for the piece goods , wherein the display device is designed to display at least one optical signal (9-14, 17, 21) at different points of the at least one transport path and wherein the display device is coupled to a control device , - in which the control device receives and/or determines information relating to the relationship of the actual conveyance of at least one piece good along the at least one transport path with respect to the predetermined conveyance of the at least one piece good along the at least one transport path , - in which an optical signal (9-13, 21) running along parallel to a piece good transported along the at least one transport path is displayed at least in sections by the display device and - in which the optical signal (9-13, 21) running along with the at least one piece good displays the relationship of the actual conveyance of at least one piece good along the at least one transport path with respect to the predetermined conveyance of the at least one piece good along the at least one transport path as a function of the respectively actual and/or predetermined location of the at least one piece good . - in which the control device receives and/or determines information relating to the relationship of the actual conveyance of at least one piece good along the at least one transport path with respect to the predetermined conveyance of the at least one piece good along the at least one transport path , - in which an optical signal (9-13, 21) running along parallel to a piece good transported along the at least one transport path is displayed at least in sections by the display device and - in which the optical signal (9-13, 21) running along with the at least one piece good displays the relationship of the actual conveyance of at least one piece good along the at least one transport path with respect to the predetermined conveyance of the at least one piece good along the at least one transport path as a function of the respectively actual and/or predetermined location of the at least one piece good .
An exterior body panel comprising: a substrate having a shape of the panel; a clear topcoat on said substrate; a cured composition of polysilazane or polysiloxane with interspersed disulfide moieties derived from disulfide monomers. a substrate having a shape of the panel; a clear topcoat on said substrate; a cured composition of polysilazane or polysiloxane with interspersed disulfide moieties derived from disulfide monomers.
A measurement device comprising: an electric field generator configured to generate an alternating current electric field; an electric field detector disposed to face the electric field generator at a distance from the electric field generator and configured to detect the alternating current electric field generated by the electric field generator ; a thickness gauge configured to measure a thickness of a measurement target in a non-contact manner; and a processor configured to derive a calibration curve representing a relationship between a specific dielectric constant and an intensity of an alternating current electric field, the electric field detector is configured to detect an intensity of the alternating current electric field attenuated by the measurement target , and the processor is configured to calculate a specific dielectric constant of the measurement target on the basis of the detected intensity of the alternating current electric field, the measured thickness, and the derived calibration curve, characterised in that the measurement target is insertable between the electric field generator and the electric field detector. an electric field generator configured to generate an alternating current electric field; an electric field detector disposed to face the electric field generator at a distance from the electric field generator and configured to detect the alternating current electric field generated by the electric field generator ; a thickness gauge configured to measure a thickness of a measurement target in a non-contact manner; and a processor configured to derive a calibration curve representing a relationship between a specific dielectric constant and an intensity of an alternating current electric field, the electric field detector is configured to detect an intensity of the alternating current electric field attenuated by the measurement target , and the processor is configured to calculate a specific dielectric constant of the measurement target on the basis of the detected intensity of the alternating current electric field, the measured thickness, and the derived calibration curve, characterised in that the measurement target is insertable between the electric field generator and the electric field detector.