Application Of Touch Screen In Interactive Whiteboards

What Is An Interactive Whiteboard? What Are The Components Of It?

Introduction

Interactive whiteboards (IWBs) are touch-sensitive electronic devices that allow users to write or draw on them with a stylus or dry-erase marker. A projector displays the images on a flat surface, such as a wall or screen.

IWBs are becoming increasingly popular in schools, businesses, and other organizations. They offer a number of advantages over traditional whiteboards, including:

• Increased interactivity: IWBs allow users to interact with the content on the screen in a more natural way. This can make learning and presentations more engaging and effective.
• Improved collaboration: IWBs can be used to collaborate with others on projects or presentations. This can help to improve communication and productivity.
• Enhanced creativity: IWBs can be used to create and share presentations, drawings, and other content. This can help to boost creativity and innovation.

An interactive whiteboard (IWB) is a touch-sensitive electronic device that allows users to write or draw on it with a stylus or dry-erase marker. A projector displays the images on a flat surface, such as a wall or screen.

The components of an IWB include:

l  Projector:

The projector is used to project the image onto a flat surface. It can be either an LCD or DLP projector, depending on what you need.

l  Screen:

The screen is the surface where users write or draw. It’s usually made of glass or clear plastic that has been treated so it can be written on with a dry-erase marker or a stylus. Micron’s screen is made of dry film + copper film + PET after etching to become an electrode layer, and then the two electrode layers are bonded to the sensor by OCA. The last step is to attach high-quality glass. So, it will give you a better touch experience.

l  Touchscreen:

This is the most important component of the interactive whiteboard. The touchscreen allows users to manipulate the content on the screen by tapping, dragging, and clicking. It’s also used to control the cursor when typing text or entering information.

This is a process in which the user interacts with the computer, and it is the part that most directly affects the user’s sense of use. The application of Touch Screen in interactive whiteboards is very important for us.

Application Of Touch Screen In Interactive Whiteboards:

The touch screen  is a type of touch input technology that allows the user to interact with the computer through touch-based gestures. It can be used for both desktop computers and mobile devices such as smartphones and tablets.

It can be applied in interactive whiteboards as it allows users to interact with the images on the screen. The user can simply move their fingers over the screen to create various shapes and patterns.

Taking schools as an example, their demand for interactive whiteboards has also increased with the prevalence of new media teaching methods. Touch screens in interactive whiteboards can be used for many purposes such as:

– Interactive sessions:

Interactive whiteboards are more than just blackboards that have been modernized. They can be used for interactive sessions in which teachers and students can interact with each other while teaching or learning. This allows students to learn at their own pace as they are given the freedom to explore concepts presented by the teacher.

-Learning games:

Another way that interactive whiteboards can be used is for learning games. These are usually created by teachers or educational institutions to help students learn in an engaging way. These games are usually presented as videos or 3D images, but with touch screens, users can interact with them by pressing buttons or moving items around on their screen.

For young students in class, the application of Touch Screen in interactive whiteboards will make children more focused on the content of the class.

But this application of Touch Screen in interactive whiteboards will put forward higher requirements for Touch Screen. That is to say, a higher quality Touch Screen is needed to meet the above requirements.

How Touch Screens Are Used in Interactive Whiteboards

Touch screens are used in IWBs to allow users to interact with the content on the screen. This can be done by tapping, dragging, and clicking. Touch screens also allow users to write or draw on the screen with a stylus or finger.

There are a number of ways that touch screens can be used in IWBs. For example, they can be used to:

• Control the presentation: Touch screens can be used to control the presentation, such as by advancing slides or playing videos.
• Interact with the content: Touch screens can be used to interact with the content on the screen, such as by highlighting text or answering questions.
• Take notes: Touch screens can be used to take notes during presentations or meetings.
• Create content: Touch screens can be used to create content, such as drawings, presentations, and spreadsheets.

Better Writing Experience From The Application Of Touch Screen In Interactive Whiteboards:

As mentioned above, for the application of Touch Screen in interactive whiteboards, a good Writing Experience is essential. How can we get a better writing experience in the application of Touch Screen in interactive whiteboards? Micron has its own answer:

Micron has developed a metal mesh-based transparent conductive film for use in touch screens. Utilizing advanced etching technology, a dense network of conductive materials like copper and its oxide wires are layered onto the conductive layer of a PET substrate. This film offers superb conductivity , high transparency, and excellent touch sensitivity, and is able to detect touch through the connection of the conductive electrode film.

Super large panel: Let writing without edge limit

With a super large panel, you can write freely without any limits. The large size makes it possible to use your whole hand when writing and gives you an excellent writing experience.

Anti-glare glass: make writing more comfortable

The anti-glare glass makes it possible to see clearly even under bright light conditions such as sunlight or artificial lighting. It also prevents glare from interfering with your work and makes it easier to see what you’re writing even in brightly lit rooms or outdo ors .

Ultra-low resistance: make writing easier

The ultra-low resistance makes it possible to write smoothly without any resistance. It also reduces hand fatigue and allows you to write more comfortably.

High-sensitivity: lets you focus on your work and not the touch screen

High sensitivity lets you focus on your work and not the touch screen. It reduces sensitivity when writing with a hand or pen, but increases sensitivity when using fingers, making it easier to write comfortably without having to worry about accidentally pressing buttons .

What Are The Common Sizes For The Application Of Touch Screen In Interactive Whiteboards?

In the application of Touch Screen in interactive whiteboards, the screen size generally depends on your specific needs. Smaller interactive whiteboards are typically available in sizes of 32 to 43 inches, while larger models range from 55 to 65 inches. This will depend on your specific needs and the size of the room where it will be placed.

Taking a medium-sized classroom with 35 students as an example, you can find interactive whiteboards with a screen size of 55 inches, which is just right for the application of Touch Screen in interactive whiteboards. This will allow students to comfortably sit around the board and interact with it during lessons.

Conclusion:

The most common size for a touchscreen is to go with the standard 65″ or 75″. These sizes have become the standard because they offer a really good balance between being large enough to see everything on the board, and not too big that they take up too much space in your classroom.