JPH01314320A - Hand mounting type data input system - Google Patents

Abstract

PURPOSE:To realize the data input system which does not depend upon sight by fitting a sensor to a data input device which has a function and structure responding to the motion of a hand. CONSTITUTION:The hand mounting type data input device is used by pressing parts 2-4 of sensors with the thumb and other fingers, etc., and a sensor 4 corresponding to the back of the hand is pressed by gripping the hand half. Adjacent sensors 5 and 6 are pressed at the same time to increase the kinds of signals according to combinations. Consequently, the data input system which depends upon sight is realized, so this system displays the power by aiding respective operation in a place where swinging and vibration are severe, at night, and under conditions where it is difficult to move the body.

Description

[Detailed Description of the Invention] (1) Purpose of the Invention (a) Industrial Application Field This invention is applicable to cases where texts and other information are stored in a magnetic recording medium, or when information is exchanged with others via telecommunication means. This article relates to a method of inputting data when remotely controlling other equipment, etc.

The objective is to provide a data input device that allows the input of desired information without relying on vision, and thus operates in a wide range of environmental conditions.

Conventional technology Conventional input methods include keyboard operation, remote control panel operation, and data input by voice input.

C. Problems to be Solved by the Invention Conventional data input methods, including remote control of various devices, have limitations on where they can be used, require appropriate lighting, and restrict movement and posture.

For example, word processing sensors and computer terminal keyboard input devices require adequate lighting or have limited work space.

A method called blind touch, which involves entering data without looking at the keys, also requires positioning of the hands and proper posture.

The results are checked visually, which can cause eye strain when working for long periods of time.

There is also a voice input device, but it also has drawbacks such as not being able to identify unless the pronunciation is consistent.

On the other hand, with hand-worn data input methods, all you need to do is wear gloves that are integrated with the device, or attach a device with a basic structure that responds to your body movements, and as you get used to it, you can use it even in the dark. is possible.

By combining this with a voice generator, data recording device, and transmitting/receiving device, you can converse with people next to you or far away without speaking, just by moving your hands and fingers.

Even under adverse vibration and noise conditions, the hand-worn data input device
Combining it with other devices makes conversation and remote control operations easier.

Furthermore, by combining these devices, it becomes easier to have conversations between people who are deaf, blind, or deaf, or between them and able-bodied people.

Furthermore, work related to writing, such as creating sentences, can be done easily without relying on vision, such as on a train or in a swaying car.

Even when working in an office or study, data can be entered in any posture using a hand-worn data input device without being restricted by a word processor or computer terminal.

(2) Structure of the Invention (a) Means for Solving Problems Conventionally, general data input devices such as keyboards have been located apart from the hands and fingers.

Therefore, in order to hit the desired key accurately and quickly, you must position your hand correctly. Otherwise, you will not be able to input correctly unless you visually check each key.

This inconvenience can be resolved by arranging the desired keys on the front and back of gloves, etc.

Since the number, type, and location of arranged characters, etc. vary depending on the various uses, the specification can be changed according to the user's request.

Sensors such as pressure-sensitive elements and magnetic cords can be attached to various locations as input keys, but (2) in the figure is an example of a location that can be easily touched and identified by humans.
Indicated by symbols (3) and (4).

A more effective sensor arrangement and key functions will be determined depending on the purpose and ability of the user.

Furthermore, even if a hand-worn data input device is completed, the value of the invention will be halved if the user has to judge whether the data input results are correct or incorrect by looking at the screen display as in the past.

Therefore, in the hand-worn data input method, it is important to combine it with a voice generator in order to be able to input data anywhere, and to act as a substitute for verbal conversation.

This function allows you to input data from any location and in a comfortable posture, which is the original purpose, and allows you to work without the need for vision even in difficult locations such as darkness or areas with strong vibrations. It helps people with recording and other tasks.

C. Example Generally, the use of hand-mounted data input devices is shown in Figures 1 and 2.
This is done by pressing the parts (2), (3), and (4) of the sensor shown in the figure with one hand with your thumb or other fingers. sensor on the back of the hand (
4) As shown in Figure 3, squeeze your hand halfway and apply pressure to that part.

Furthermore, the types of signals can be increased by combining two adjacent sensors, such as sensors (5) and (6), by applying pressure to each other at the same time.

These points and the method of giving each sensor a special function are the same as using input keys on a keyboard or the like.

Information such as commands and character strings input in this way is transferred to the control device (
Since the input data is sent to the voice generator (9) via the voice generator (9) and heard as voice or other sounds through the earphone, it is possible to know whether the input data is correct or incorrect.

This data can be recorded in the data recording device (8) and called up as needed, or shared with other hand-worn data input system users using the hand-worn data input device via the transmitting/receiving device (11). You can enjoy conversations and exchange data with other systems. 4 Also,
If the image display device t(13) is used, conventional visual recognition work can be performed.

(3) Effects of the invention Sometimes we want to use a word processor in a vehicle such as a train or car. Furthermore, I sometimes think that it would be nice if I could have a conversation with the person next to me using a word processor.

This invention responds to these wishes. In particular, since it has a data input method that does not rely on visual perception,
I think it will be effective in assisting with various tasks, such as in areas with strong shaking and vibration, at night, and in harsh conditions where it is difficult to move the body.

Humans are animals that use words and tools, but this invention, which maximizes the functions of their well-developed hands and fingers and uses them for conversation, is effective not only in the industrial field but also in society, including mental activities. I believe that it will be useful in a wide range of fields.

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Claims (1)

[Claims] 1. The basic body structure (1) is made of gloves or other materials that have functions and structures that respond to finger movements, and sensors such as pressure-sensitive elements and magnetic cords (hereinafter referred to as "sensors") are used. is a method that functions as an input key on the keyboard of a word processor or computer terminal by attaching a key (which has the function of converting a certain change into an electrical signal, etc.). Furthermore, we have further developed a hand-worn data input device (7) using this method.
) and a voice generator (9) (hereinafter, the voice generator refers to a device that receives an input signal and converts the input characters or character strings into voice through earphones, etc.) to input data. How to do this without relying on vision.