The invention is related to a voice command kit for the keyboard to be able to type with voice, or to enable the keyboard to type with our voice.

PRIOR ART

A keyboard is used as a text input interface to type text and numbers into a word processor, text editor, or other programs. On a modern computer, the interpretation of keystrokes is usually assigned to the software. A computer keyboard separates each physical key. Keyboards are also used for computer games with frequently used key combinations. A keyboard is also used to give commands to a computer's operating system such as the Windows' "Control-Alt-Delete" combination.

Although typewriters are the definitive ancestors of all key-based text input devices, the computer keyboard which is used as a device for electromechanical data entry and transmission was born majorly from the combination of two devices; Teleprinter (or teletypes) and Typewriter.

Who invented the keyboard?

As early as the 1870s, teleprinter-like devices were used to simultaneously type and transmit stock market text data across telegraph lines to be displayed onto ticker tape. The teleprinter, in its more contemporary form, was developed from 1907 to 1910 with contributions by American mechanical engineer Charles Krum, his son Howard and electrical engineer Frank Pearne. Earlier models were developed separately by individuals such as Royal Earl House and Frederick G. Creed.

Bell has developed a computer that recognizes what's said.

The sound of the computer was regarded to be like a discussion by two tobacco auctioneers on a cigarette stub. However, Audrey's synthesized speech was far more advanced than the technology in 1952. Audrey, which was created with the unskillfully abbreviation of Automatic Digit Recognition, was an analogue computer in Bell Labs. However, it was not his primitive voice that increased the awareness of this computer. The scientists working at Bell Laboratories had been working for years on a computer that would recognize the human voice, and Audrey was the first product of these studies.

The possible use areas for a computer that could type what is said by people were undoubtedly a lot. However, in addition to the quality differences between human voices, differences in accent and pronunciation made it difficult to develop a computer that would work properly. Audrey could only understand the numbers from one to ten and show what numbers it hears, or what numbers it thinks it heard, with the lights on it. Audrey compares the sounds she hears to other sound structures in her memory, and shows the number equivalent to the closest sound structure.

The promises of the technology were undoubtedly a lot, and Bell Labs wanted to use its ability as an operator to dial a telephone number for people. The biggest problem they were facing was Audrey’s rate of correctly understanding what it hears. Audrey had to be pre-adjusted for different human voices, and yet the accuracy of the machine remained at 98%. This ratio and the need to make a pre-adjustment for different people made it impossible to use this technology as a commercial application.

The rapid increase in the operating capacity of computers after the 1950s paved the way for different groups to experiment on voice recognition systems. Today, technology companies like Google, Apple and Microsoft use voice recognition technology in a highly efficient way and allow you to control computers, smartphones or other technological products using only your voice. THE OBJECT OF INVENTION

The object of this invention is to use the keyboard as hardware and to make the keyboard independent of a computer or a phone or a printer. The feature of the keyboard is to type or print using voice, it is a device, and it is hardware.

Description of figures

Figure 1)

It is designed to enable commercial Smart Home device manufacturers to create new experiences with speech recognition capabilities using Amazon Alexa Voice Service on Intel silicon. Intel® Speech Enabling Developer kit can be used to create a diverse ecosystem of smart home devices with Alexa. Some categories of these devices include: Wireless speakers, entertainment devices, and smart appliances. The kit includes Intel's dual DSP with inference engine, an 8-mic circular array, and technology for "Alexa" wake word recognition, beam forming, noise reductions, and acoustic echo cancellation.

The hardware components in the Intel® Speech Enabling Developer Kit include:

• Dual DSP with inference engine

• 8 mic circular array (DMIC board)

• Washers (x6)

• 6mm screws (x3)

• 40mm female-female standoffs (x3)

• Raspberry Pi* connector cable

Additional hardware needed, but not included in the kit:

• Raspberry Pi* 3 board

• Ethernet cable

• HDMI cable

• HDMI compatible monitor

• USB keyboard and mouse

• External speaker

• Micro USB power supply (min. 5V, 1A)

• Micro SD card

Figure 2)

Kitl : V3.0 XD64PCB + XD64 Stabilizers

1 Kit2:V3.0XD64PCB + black plastic case

Kit3:V3.0XD64PCB +[2.25U Lshift] Alu plate

Kit4:V3.0XD64PCB+[2U Lshift] Alu plate

Kit5:V3.0XD64PCB+ black plastic case + XD64 stabilizers

Kit6:V3.0XD64PCB+ White Plastic Case

Kit7:V3.0XD64PCB+ White plastic case + XD64 stabilizers

Kit8:V3.0XD64PCB+Alu Plate(Pls mark with 2u or 2.25u Lshift)+ Plastic Case (Pls mark with Black/White/Clear for us)+ XD64 Stabilizers +70 Gateron Switches (Pls mark type for us;3pin or 5pin/RGB or SMD)+70 2pin Leds (Pls mark color for us)

Kit9:V3.0XD64PCB+Alu Plate (Pls mark with 2u or 2.25u Lshift)+ Plastic Case (Pls mark with Black/White/clear for us)+XD64 Stabilizers +70 Gateron Switches(Pls mark type for us:3pin or 5pin/RGB or SMD)+70 2pin Leds(Pls mark color for us) +Lindy Cable(Pls mark color for us)

Kit10:V3.0XD64PCB+70 Gateron Switches (Pls mark type for us:3pin or 5pin/RGB or SMD) Pls Pay attention: you can choose Gateron

1 \ up tp 64 keys

2 \ Compatible with KLE custom key

3 \ Support MX/ALPS Stems

4 \ Type-C port 5 \ Support 3u Split Spacebar

6 \ Supports TKG-TOOLS offline flashing and TKG online flashing

7 \ Standard support interface

8 \ Compatible with 99% of GH60 shells

9 \ REVB and REVQE compatible expansion port

10 \ Underglow RGB PCB (supports LED installations for further customization) DECRIPTION OF INVENTION

The invention is obtained by mounting and splicing together voice recognition kit in Figure 1 and keyboard in figure2, the keyboard which is referred to as mechanical keyboard or printed circuit keyboard. The programming way of the invention is that the voice recognition kit in figure 1 must be programmed according to keyboard in figure 2. Invention Figurel voice recognition kit

It must be an accessory considering invention figure2 keyboard and invention mounting and invention programming and invention’s shape, there is a need for design for this, and the invention is at the forefront thanks to its technical features. I will also apply for a design patent with a separate attachment.

Industrial Application of Invention

The invention is at the forefront thanks to its technical features and can be used as an external hardware tool. A separate application will be made for the design. The subject matter of the invention may be the subject of a course in mechatronics department.