Working method of magnetomotive keyboard, computer device and computer readable storage medium

Abstract

The invention provides a working method of a magnetomotive keyboard, a computer device and a computer readable storage medium. The working method of the magnetomotive keyboard comprises the followingsteps: acquiring threshold magnetic flux data corresponding to each Hall device; acquiring real-time magnetic flux data corresponding to each Hall device; judging whether real-time magnetic flux dataexceeding the threshold magnetic flux data exists or not, and if yes, determining that a magnet matched with the Hall device corresponding to the real-time magnetic flux data exceeding the threshold magnetic flux data is in a keying-in state. A processor of the computer device executes a computer program in a memory to achieve the working method of the magnetomotive keyboard, and when the computerprogram stored in the computer readable storage medium is executed, the working method of the magnetomotive keyboard can be achieved. The method is suitable for the magnetomotive keyboard with a keyphysical position self-defining function, and the current operation state of the key is prevented from being misjudged.

Description

technical field

[0001] The invention relates to the technical field of keyboards, in particular to a working method of a magnetic power keyboard. Background technique

[0002] The existing magnetic power keyboard includes a keyboard base and a key group. The keyboard base is provided with a plurality of Hall devices, and the key group includes many types of keys with different sizes. In the length direction of the keyboard base, such as the English letter "A" key The size ratio of the "Ctrl" button is L, while the size ratio of the "Ctrl" button is 1.25L, and the size ratio of the "ENTER" button is 2.25L.

[0003] Each key is equipped with a magnet, and the magnet and the Hall device are one-to-one inductively matched. In order to ensure that the Hall device is located directly below the magnet, multiple Hall devices have different sizes according to the size of the key in the length direction of the keyboard chassis. Multiple Hall devices are randomly arranged on the keybo...

Examples

no. 1 example

[0040] see figure 1 , figure 1 It is a structural schematic diagram of the hidden key group in the first embodiment of the magnetic power keyboard of the present invention. This embodiment is a magnetic power keyboard without a numeric keypad. On the keyboard base 100 of this embodiment, the Hall device row 1 and the first buckle structure row 2 are arranged in the main keyboard area 101, and the main keyboard area 101 needs a total of Five key rows are set, and correspondingly, the keyboard base 100 is set with five Hall device rows 1 on the main keyboard area 101, and each Hall device row 1 has 15 Hall devices 11 equidistantly arranged in the x-axis direction ; There are 60 first buckle structures 21 equidistantly arranged in the first buckle structure row 2 in the x-axis direction, and every four first buckle structures 21 on the first buckle structure row 2 are connected with a Hall device 11 matches. And in the x-axis direction, a first buckle structure row 2 is provid...

technical field

[0001] The invention relates to the technical field of keyboards, in particular to a working method of a magnetic power keyboard. Background technique

[0002] The existing magnetic power keyboard includes a keyboard base and a key group. The keyboard base is provided with a plurality of Hall devices, and the key group includes many types of keys with different sizes. In the length direction of the keyboard base, such as the English letter "A" key The size ratio of the "Ctrl" button is L, while the size ratio of the "Ctrl" button is 1.25L, and the size ratio of the "ENTER" button is 2.25L.

[0003] Each key is equipped with a magnet, and the magnet and the Hall device are one-to-one inductively matched. In order to ensure that the Hall device is located directly below the magnet, multiple Hall devices have different sizes according to the size of the key in the length direction of the keyboard chassis. Multiple Hall devices are randomly arranged on the keybo...

Examples

no. 1 example

[0040] see figure 1 , figure 1 It is a structural schematic diagram of the hidden key group in the first embodiment of the magnetic power keyboard of the present invention. This embodiment is a magnetic power keyboard without a numeric keypad. On the keyboard base 100 of this embodiment, the Hall device row 1 and the first buckle structure row 2 are arranged in the main keyboard area 101, and the main keyboard area 101 needs a total of Five key rows are set, and correspondingly, the keyboard base 100 is set with five Hall device rows 1 on the main keyboard area 101, and each Hall device row 1 has 15 Hall devices 11 equidistantly arranged in the x-axis direction ; There are 60 first buckle structures 21 equidistantly arranged in the first buckle structure row 2 in the x-axis direction, and every four first buckle structures 21 on the first buckle structure row 2 are connected with a Hall device 11 matches. And in the x-axis direction, a first buckle structure row 2 is provid...

Images