18552580. CONTROL DEVICE FOR A PERSONAL PROTECTION SYSTEM simplified abstract (Robert Bosch GmbH)

CONTROL DEVICE FOR A PERSONAL PROTECTION SYSTEM

Organization Name

Robert Bosch GmbH

Inventor(s)

Hartmut Schumacher of Freiberg (DE)

Matthias Siemss of Gomaringen (DE)

Roman Vasylenko of Reutlingen (DE)

Thorsten Koepke of Reutlingen (DE)

CONTROL DEVICE FOR A PERSONAL PROTECTION SYSTEM - A simplified explanation of the abstract

This abstract first appeared for US patent application 18552580 titled 'CONTROL DEVICE FOR A PERSONAL PROTECTION SYSTEM

Simplified Explanation

The abstract describes a control device for a personal protection system, which includes a main processor, a central safety circuit with an auxiliary processor, an integrated main system circuit, and a control device data bus for communication between components.

• The control device generates trigger signals for trigger elements of a personal protection device based on trigger-relevant information.
• The central safety circuit generates enable signals for the trigger elements based on the trigger-relevant information.
• The integrated main system circuit generates actuation signals for triggering the trigger elements based on the trigger and enable signals.
• The main processor communicates with other components via the control device data bus.

Potential Applications

This technology can be applied in personal safety devices, such as panic alarms, emergency alert systems, or wearable safety devices.

Problems Solved

This technology helps in quickly triggering personal protection devices in case of emergencies or dangerous situations, providing a sense of security and peace of mind to users.

Benefits

- Improved personal safety and security - Quick and efficient response in emergency situations - Seamless communication between components for effective operation

Potential Commercial Applications

The technology can be utilized in the development of personal safety products for individuals, security companies, emergency response services, and healthcare providers.

Possible Prior Art

One possible prior art could be existing personal protection systems with control devices, but the specific integration of a main processor, safety circuit, and system circuit as described in the abstract may be novel.

How does the control device ensure the accuracy and reliability of the trigger signals for the personal protection device?

The abstract mentions the generation of trigger signals based on trigger-relevant information, but it does not detail the specific mechanisms or algorithms used to ensure the accuracy and reliability of these signals.

What measures are in place to prevent false alarms or unintended triggering of the personal protection device?

While the abstract describes the generation of trigger and enable signals, it does not mention any specific features or technologies implemented to prevent false alarms or accidental activation of the personal protection device.

Original Abstract Submitted

A control device for a personal protection system. The system includes at least one main processor, to generate and output at least one trigger signal for at least one trigger element of a personal protection device of the personal protection system as a function of trigger-relevant information, a central safety circuit with an auxiliary processor, to generate and output at least one enable signal for the at least one trigger element of the personal protection device as a function of the trigger-relevant information, an integrated main system circuit, to generate and output, as a function of the at least one trigger signal and the at least one enable signal, at least one actuation signal for triggering the at least one trigger element of the personal protection device, and at least one control device data bus, via which the main processor communicates with the other components of the control device.