Accessory for controlling activation of a device
First Claim
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1. An accessory for a device including a housing which defines an opening of an inlet for a sample to be analyzed by the device, the accessory comprising:
- an actuator configured to be activated to operate a switch on the device when the accessory is physically engaged with the device, to cause the device to switch between an off mode and an on mode in which the device is configured to function, the off mode being a mode in which the device consumes less energy than when in the on mode;
a controller communicatively coupled with the actuator, the controller being configured to activate the actuator to operate the switch when power is applied to the actuator; and
a cap configured to be mounted to the inlet of the device and having a closed condition where the cap closes the opening of the device and an open condition where the cap allows access to the inlet of the device, the cap including an inner sleeve defining an aperture that allows access to the inlet, the cap including an outer sleeve that allows access to the aperture in the open condition of the cap and forms a peripheral seal that blocks the aperture in the closed condition of the cap, the actuator configured to cause the cap to change between the closed and open conditions.
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Abstract
An accessory for a device includes an actuator that is configured to be activated to operate a switch on the device when the accessory is physically engaged with the device. The switch is operable to cause the device to switch between on and off modes in which the device is configured to function. The off mode is a mode in which the device consumes less energy than when in the on mode. A controller is communicatively coupled with the actuator and is configured to activate the actuator to operate the switch when power is applied to the actuator.
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Citations
20 Claims
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1. An accessory for a device including a housing which defines an opening of an inlet for a sample to be analyzed by the device, the accessory comprising:
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an actuator configured to be activated to operate a switch on the device when the accessory is physically engaged with the device, to cause the device to switch between an off mode and an on mode in which the device is configured to function, the off mode being a mode in which the device consumes less energy than when in the on mode; a controller communicatively coupled with the actuator, the controller being configured to activate the actuator to operate the switch when power is applied to the actuator; and a cap configured to be mounted to the inlet of the device and having a closed condition where the cap closes the opening of the device and an open condition where the cap allows access to the inlet of the device, the cap including an inner sleeve defining an aperture that allows access to the inlet, the cap including an outer sleeve that allows access to the aperture in the open condition of the cap and forms a peripheral seal that blocks the aperture in the closed condition of the cap, the actuator configured to cause the cap to change between the closed and open conditions. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9)
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10. A system comprising:
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a sample analyzer device having an on mode in which the device is configured to function and an off mode and including a housing which defines an opening of an inlet for a sample to be analyzed by the sample analyzer device; and an accessory for controlling the sample analyzer device, comprising; a cap configured to be mounted to the inlet of the sample analyzer device and having a closed condition where the cap closes the opening of the sample analyzer device and an open condition where the cap allows access to the inlet of the sample analyzer device, the cap including an inner sleeve defining an aperture that allows access to the inlet, the cap including an outer sleeve that allows access to the aperture in the open condition of the cap and forms a peripheral seal that blocks the aperture in the closed condition of the cap; and an actuator configured to cause the cap to change between the closed and open conditions, the actuator configured to be activated to operate a switch on the sample analyzer device to cause the sample analyzer device to switch between the off mode and the on mode, the off mode being a mode in which the device consumes less energy than when in the on mode; and a controller communicatively coupled with the actuator, the controller being configured to activate the actuator to operate the switch when power is applied to the actuator; wherein the cap is further configured to cause activation of the sample analyzer device in the open condition, in order to allow the sample analyzer device to run an analysis. - View Dependent Claims (11, 12, 13, 14, 15, 16, 17, 18, 19)
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20. A method for controlling a device having an on mode in which the device is configured to function and an off mode in which the device consumes less energy than when in the on mode and including a housing which defines an opening of an inlet for a sample to be analyzed by the device, the method comprising:
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remotely providing a control instruction to a controller communicatively coupled with an actuator, the controller being configured to activate the actuator to operate a switch on the device when power is applied to the actuator, the actuator configured to be activated to operate the switch to cause the device to switch between the off mode and the on mode, the actuator for causing a cap mounted to the inlet of the device to change between a closed configuration where the cap closes the opening of the device and an open configuration where the cap allows access to the inlet of the device, the control instruction for causing the cap to allow access to the inlet and cause activation of the device in order to allow the device to run an analysis, wherein the cap includes an inner sleeve defining an aperture that allows access to the inlet, and the cap includes an outer sleeve that allows access to the aperture in the open configuration of the cap and forms a peripheral seal that blocks the aperture in the closed configuration of the cap.
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Specification