View source for 20240028142. INPUT DEVICE, PREFERABLY A COMPUTER MOUSE DEVICE, AND METHOD FOR ADJUSTING A PARAMETER FOR SIGNAL DETECTION USING AN INPUT DEVICE simplified abstract (Unknown Organization)

=INPUT DEVICE, PREFERABLY A COMPUTER MOUSE DEVICE, AND METHOD FOR ADJUSTING A PARAMETER FOR SIGNAL DETECTION USING AN INPUT DEVICE=


==Organization Name==

[[:Category:Unknown Organization|Unknown Organization]]


[[Category:Unknown Organization]]

==Inventor(s)==

[[:Category:Christoph Heldeis of München (DE)|Christoph Heldeis of München (DE)]][[Category:Christoph Heldeis of München (DE)]]

==INPUT DEVICE, PREFERABLY A COMPUTER MOUSE DEVICE, AND METHOD FOR ADJUSTING A PARAMETER FOR SIGNAL DETECTION USING AN INPUT DEVICE - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240028142 titled 'INPUT DEVICE, PREFERABLY A COMPUTER MOUSE DEVICE, AND METHOD FOR ADJUSTING A PARAMETER FOR SIGNAL DETECTION USING AN INPUT DEVICE

==Simplified Explanation==

The abstract describes an input device, specifically a computer mouse, that includes a memory unit for storing parameter values. These parameter values define how an electrical signal generated during a user input operation is processed within the input device. The device also includes a change signal generation unit, which can receive modification values from outside the device or from user input, or generate modification values internally. The change signal generation unit generates a change signal based on the modification value. Additionally, the device includes a control unit that can change the parameter values during the operation phase based on the change signal.

* The input device is preferably a computer mouse.
* The device includes a memory unit for storing parameter values.
* The parameter values define how the electrical signal generated during user input is processed.
* The device includes a change signal generation unit.
* The change signal generation unit can receive modification values from outside the device or from user input.
* The change signal generation unit can also generate modification values internally.
* The change signal generation unit generates a change signal based on the modification value.
* The device includes a control unit that can change the parameter values during the operation phase based on the change signal.

Potential Applications:
* This technology can be applied in computer mice to provide customizable input settings for users.
* It can be used in gaming mice to allow users to modify sensitivity or other parameters during gameplay.
* The technology can be used in ergonomic mice to adjust the input settings based on user preferences or comfort.

Problems Solved:
* This technology solves the problem of limited customization options in traditional computer mice.
* It allows users to modify input settings in real-time without the need for external software or tools.
* It addresses the issue of discomfort or strain caused by fixed input settings in ergonomic mice.

Benefits:
* Users can personalize their input settings according to their preferences and needs.
* Real-time modification of input settings allows for quick adjustments during different tasks or activities.
* The technology enhances user comfort and reduces the risk of repetitive strain injuries.
* It provides a more versatile and adaptable input device for various applications.


==Original Abstract Submitted==

disclosed is an input device (i, ), preferably a computer mouse (), comprising: —a memory unit (m) for storing at least one parameter value (d to d), wherein the at least one parameter value (d to d) defines how an electrical signal () that is generated during a user input operation has to be processed within the input device (), a change signal generation unit comprising at least one of:—a receiving unit () that is configured to receive a modification value from outside of the input device (i, ), —at least one input element () that is configured to receive a modification value input by a user, wherein the modification value input is processed directly within the input device (i, ), —or a modification value generating unit that is configured to generate a modification value within the input device (i, ), wherein the change signal generation unit is configured to generate a change signal depending on the modification value, and —a control unit () that is configured to change the at least one parameter value (d to d) during the operation phase depending on the change signal.



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