4 results about "Activation action" patented technology

The application discloses a USBKEY communication protocol automatic switching method, wherein the USBKEY communication protocol is a communication protocol between a USBKEY and a host device, and the number of communication protocol modes of the USBKEY communication protocol is multiple; the method comprises the following steps: performing an activation action of the USBKEY communication protocol, if the host device does not recognize the USBKEY within a specified number of activation action execution times, switching the communication protocol mode of the current USBKEY; and the USBKEY communication protocol activation action comprises an execution action of the host device recognizing the USBKEY inserted therein. The application can support protocol automatic switching, can support automatic matching of various protocol servers, and increases product usability.

The invention relates to a system (1) for detecting an activation action within an activation area (200) for a vehicle (2), having a sensor mechanism (30) for capacitive detection (250) of an approach at least partially in the activation area (200) for detecting the activation action, a communication mechanism (10) for performing a communication (240) at least partially in the activation area (200), a monitoring mechanism (20) for initiating a suspension (230) and / or a restart (210) of the capacitive detection (250) depending on the communication (240).

Activatable thermal indicators with thermally expansive materials are disclosed herein. An example is provided by an activatable indicator including a plurality of microcapsules, each of the plurality of microcapsules further including a frangible shell, a volatile material contained in the frangible shell, configured to transition to a gas when heated above a predetermined activation temperature, wherein responsive to a first activation action including an application of heat configured heat above the predetermined activation temperature, the volatile material causes the frangible shell to weaken or rupture, and a payload contained in the frangible shell, the payload containing a liquefiable material configured to liquefy responsive to a predetermined environmental exposure, the payload configured to be released from the frangible shell when the frangible shell is ruptured.

Activatable thermal indicators with thermally expansive materials are disclosed herein. An example is provided by an activatable indicator including a plurality of microcapsules, each of the plurality of microcapsules further including a frangible shell, a volatile material contained in the frangible shell, configured to transition to a gas when heated above a predetermined activation temperature, wherein responsive to a first activation action including an application of heat configured heat above the predetermined activation temperature, the volatile material causes the frangible shell to weaken or rupture, and a payload contained in the frangible shell, the payload containing a liquefiable material configured to liquefy responsive to a predetermined environmental exposure, the payload configured to be released from the frangible shell when the frangible shell is ruptured.