KR102432014B1 - Laptop with built-in input control and input error prevention device through input device pressure value - Google Patents

Abstract

A laptop with a built-in input control and input error prevention device using an input device pressure value disclosed herein comprises: an input device; a memory that stores input values from the input device; an electronic control unit that receives from the memory and processes the input values to generate output values; and a display that shows the output values processed by the electronic control unit. The input device includes a keypad, a first touchpad, and a second touchpad, and the input values from the input device include an input value from the keypad, and input values from the first touchpad and the second touchpad. The input value from the keypad is data related to pressure applied by a user's at least one finger among both fingers on the keypad, the input value from the first touchpad is data related to a pressure applied by the user's left hand on a specific area of the first touchpad, and the input value from the second touchpad is data related to a pressure applied by the user's right hand on a specific area of the second touchpad. According to the present invention, it is possible to increase the efficiency of work with a laptop by minimizing errors caused by a small input device.

Description

Laptop with built-in input control and input error prevention device through input device pressure value {LAPTOP WITH BUILT-IN INPUT CONTROL AND INPUT ERROR PREVENTION DEVICE THROUGH INPUT DEVICE PRESSURE VALUE}

The present invention relates to a notebook computer having a built-in input control and input error prevention device through an input device pressure value.

Recently, due to the impact of COVID-19, the demand for laptops has increased due to telecommuting, online classes, and non-face-to-face meetings.

On the other hand, a laptop computer can be placed on the lap and used, so it is called a laptop computer (LAPTOP COMPUTER) or a notebook computer (NOTEBOOK COMPUTER).

Compared to a desktop computer (DESKTOP COMPUTER), a notebook computer has the advantages of being small, light, and easy to carry. Due to the recent technological development, it is widely used because it shows performance comparable to that of a desktop computer.

These laptops have input devices including keypads and touchpads suitable for small sizes, and due to the small size of the input devices, the keypad is accidentally pressed on the back of the hand, palm, finger, or ballpoint pen, resulting in incorrect input or input. There is a problem in that an incorrect operation occurs when the touchpad is accidentally rubbed.

If an input error is prevented by controlling the input of the input device using artificial intelligence, the efficiency of work using a notebook computer can be increased.

The problem to be solved by the present invention is to provide a laptop having a built-in input control and input error prevention device through the input device pressure value.

The problems to be solved by the present invention are not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the following description.

In order to solve the above-mentioned problems, the laptop having a built-in input control and input error prevention device through the input device pressure value of the present invention includes an input device; a memory in which an input value of the input device is stored; an electronic control unit for receiving and processing an input value of the input device from the memory to generate an output value; and a display on which an output value processed from the electronic control unit is displayed, wherein the input device includes a keypad, a first touch pad, and a second touch pad, and the input value of the input device is the input value of the keypad and the an input value of the first touch pad and an input value of the second touch pad, wherein the input value of the keypad is data on a pressure applied to the keypad by a user using at least one of both fingers, and the first touch The pad input value is data on the pressure applied by the user to a specific area of the first touch pad using the left hand, and the second touch pad input value is the user's right hand input to the second touch pad. It may be characterized as data on the pressure applied to a specific area.

The electronic control unit processes the input value of the keypad, the input value of the first touchpad, and the input value of the second touchpad, divides the input value into a keypad input mode, a touchpad input mode, and an input error mode, and then outputs an output value It may be characterized by generating

When the electronic control unit stays in a specific area of the first and second touchpads while the input values of the first and second touchpads are maintained at a first pressure value or more, the electronic control unit divides into a keypad input mode, An output value is generated by processing an input value, and when the input value of the first and second touchpads is maintained below the first pressure value and remains in a specific region of the first and second touchpads, an input error mode is entered. It may be characterized in that the output value is generated without processing the input value of the keypad.

The electronic control unit moves from the first area to the second area of the first and second touchpads while the input values of the first and second touchpads are maintained at a second pressure value greater than the first pressure value. In the case of moving, regardless of the input value of the keypad, the input value may be generated by processing the input value of the first and second touchpads by dividing the input mode into a touchpad input mode.

The electronic control unit processes the input value of the keypad, the input value of the first touchpad, and the input value of the second touchpad using artificial intelligence, and divides the input value into a keyboard input mode and a touchpad input mode. , it may be characterized in that an output value is generated.

The content that the user wants to input due to the small input device of the laptop, which is in increasing demand due to telecommuting, online classes, non-face-to-face meetings, etc. It has the advantage of increasing the efficiency of work using a laptop by minimizing mistakes.

Effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the following description.

1 is a block diagram showing the configuration of a laptop having a built-in input control and input error prevention device through the input device pressure value of the present invention.
2 is a view showing a device of a notebook computer having a built-in input control and input error prevention device through the input device pressure value of the present invention.

Advantages and features of the present invention and methods of achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but may be implemented in various different forms, and only these embodiments allow the disclosure of the present invention to be complete, and those of ordinary skill in the art to which the present invention pertains. It is provided to fully inform those skilled in the art of the scope of the present invention, and the present invention is only defined by the scope of the claims.

The terminology used herein is for the purpose of describing the embodiments and is not intended to limit the present invention. In this specification, the singular also includes the plural, unless specifically stated otherwise in the phrase. As used herein, “comprises” and/or “comprising” does not exclude the presence or addition of one or more other components in addition to the stated components. Like reference numerals refer to like elements throughout, and "and/or" includes each and every combination of one or more of the recited elements. Although "first", "second", etc. are used to describe various elements, these elements are not limited by these terms, of course. These terms are only used to distinguish one component from another. Therefore, it goes without saying that the first component mentioned below may be the second component within the spirit of the present invention.

Unless otherwise defined, all terms (including technical and scientific terms) used herein will have the meaning commonly understood by those of ordinary skill in the art to which this invention belongs. In addition, terms defined in a commonly used dictionary are not to be interpreted ideally or excessively unless clearly specifically defined.

Hereinafter, a notebook having a built-in input control and input error prevention device through the input device pressure value of the present invention will be described with reference to the drawings. 1 is a block diagram showing the configuration of a laptop having a built-in input control and input error prevention device through the input device pressure value of the present invention, Figure 2 is the input control and input error prevention device through the input device pressure value of the present invention A diagram showing the device of a laptop with built-in

As shown in FIG. 1 , a notebook 1000 having a built-in input control and input error prevention device through an input device pressure value of the present invention includes an input device 10 including a keypad and a touch pad, and an input value and touch of the input device keypad. A memory 20 in which the input value of the pad is stored, an electronic control unit 30 that receives and processes an input value from the memory 20, and a display 40 that displays an output value processed from the electronic control unit 30 can be configured.

The input device 10 is a device that transmits data, such as characters or pictures, desired by a user to a computer, and is a device for inputting data by directly pressing a key on the letter board. A keyboard with a graphical user environment, a mouse and touchpad that allows you to easily select or launch menus or icons by moving the mouse pointer, and a touchscreen that tracks the position of a hand touching a surface on a panel and recognizes the action of a button being selected and pressed. , As a type of manual input and exchange device attached to the monitor device, it is a pen-shaped tool with a built-in photosensitive element. When you give an instruction to the monitor, you can use all kinds of computers, such as a light pen, to recognize the contents of text or pictures. It may include a device for transmitting data, but is not limited thereto.

The memory 20 refers to a volatile memory device for temporarily storing data in a computer or a non-volatile memory device for permanently storing data.

Volatile memory (VOLATILE MEMORY) requires continuous power supply to maintain stored data, and random access memory (RAM) including dynamic RAM (DRAM) and static RAM (SRAM) are mostly volatile memory devices, Memory (NON-VOLATILE MEMORY) does not require power supply to maintain stored data, and the types include ROM, flash memory, magnetic computer memory (hard disk, diskette drive, magnetic tape), optical disk drive, etc., and volatile memory It may include, but is not limited to, a device and a non-volatile memory device.

The electronic control unit 30 refers to a central processing unit or CPU (CENTRAL PROCESSING UNIT), and refers to a control device of a computer that controls a computer system and executes and processes a program operation, or a chip with a built-in function. It can perform the role of receiving information, memorizing it, interpreting and calculating the instructions of a computer program, and outputting it to the outside.

The display 40 may include, but is not limited to, a monitor, an image projector, and the like, which are devices for outputting a computer output in a manner such as light that can be transmitted to a person.

The input device 10 includes a keypad 200 , a first touch pad 300 , and a second touch pad 400 , and includes an input value of the keypad 200 , an input value of the first touch pad 300 , and a second input value of the first touch pad 300 . 2 An input value of the touch pad 400 may be transmitted to the memory 20 .

In detail, the keypad 200 is composed of a character keypad, a numeric keypad, a special key, a function key, etc., and each key has a built-in high-sensitivity pressure sensor so that a pressure value can be obtained when the key is directly pressed, and thus the obtained keypad ( The input value of 200 ) may generate an input value of the keypad including data on the pressure applied to the keypad 200 by the user using at least one of both fingers.

The input value of the first touchpad 300 is data on the pressure applied to a specific area of the first touchpad 300 by the user using the left hand, and the input value of the second touchpad 400 is the input value of the user using the right hand. Data on the pressure applied to a specific area of the second touchpad 400 by using the hand may be included.

The first touch pad 300 includes up, down, left, and right pressure values in real time by up, down, left and right pressure sensors that are in contact with the left palm on the first touch pad 300 and are sensed by the force of the wrist. An input value of the first touch pad 300 can be generated, and the second touch pad 400 is in contact with the right palm on the second touch pad 400 and is applied to the upper, lower, left, and right pressure sensors that are sensed by the force of the wrist. The input value of the second touchpad 400 can be generated by generating data on the upper, lower, left, and right pressure values in real time.

The input value of the keypad 200 , the input value of the first touch pad 300 , and the input value of the second touch pad 400 may be transmitted and stored in the memory 20 .

The memory 20 includes a left-handed setting, a right-handed setting, a first pressure value, a second pressure value, and an input value of the keypad 200 received from the input device 10 and the first touch pad 300 preset by the user. The input value and the input value of the second touch pad 400 may be stored and transmitted to the electronic control unit 30 to be easily stored for use.

The electronic control unit 30 sets the input value of the keypad 200 of the input device 10 , the input value of the first touchpad 300 and the input value of the second touchpad 400 , and the left-handed setting from the memory 20 . , a right-handed setting, a first pressure value, a second pressure value, etc. are received and processed to be divided into a keypad input mode, a touchpad input mode, and an input error mode, and then an output value can be generated.

In detail, the electronic control unit 30 uses the preset left-handed setting, the right-handed setting, the first pressure value, and the second pressure value to set the first input values of the first and second touchpads 300 and 400 to the preset first values. If the pressure value is maintained above the pressure value and stays in a specific area of the first and second touchpads 300 and 400, it is divided into a keypad input mode and an output value can be generated by processing the input value of the keyboard, and the first and second touch When the input values of the pads 300 and 400 are maintained at less than the first pressure value and they stay in a specific area of the first and second touch pads 300 and 400, the input error mode is divided into an input error mode and the output value is displayed without processing the input value of the keypad. can create

On the other hand, when the input values of the first and second touchpads 300 and 400 are maintained above the preset second pressure value greater than the preset first pressure value, the first values of the first and second touchpads 300 and 400 are maintained. When moving from the area to the second area, regardless of the input value of the keypad 200 , it is divided into touchpad input mode, and the input value of the first and second touchpads may be processed to generate an output value.

Left-handed settings and right-handed settings that are input through an input device or preset at the time of purchase of a notebook computer may be registered in the memory 20 . In this case, the electronic control unit 30 sets the left-handed settings through the memory 20 . and right-handed settings. On the other hand, depending on the left hand and the right hand that are normally used, the hand that is normally used can be used more freely and the force can be given more easily, so that an additional point can be given to the unused hand to give priority to the input value opposite to the used hand.

In detail, left-handed settings and right-handed settings that are input through the input device 10 or preset at the time of purchase of the notebook 1000 of the present invention are registered in the memory 20, and the electronic control unit 30 A left-handed setting and a right-handed setting are distinguished through the memory 20, and the first and second touchpads 300 and 400 are maintained in a state where the input values of the first and second touchpads 300 and 400 are maintained above the second pressure value. If the pressure values of the first and second touchpads 300 and 400 are different while moving in different areas of and, when the pressure values 300 and 400 of the first and second touchpads are the same, in the left-handed setting, regardless of the input value of the keypad 200 and the input value of the first touchpad 300 , the second touchpad 400 The output value is generated by processing the input value of (In the case of a right-handed person, the right hand is dominant, so it can be understood as an intention to attempt a left-handed operation at the same pressure, and in the case of a left-handed person, it reflects the reverse).

Meanwhile, the electronic control unit uses artificial intelligence to process the input value of the keypad, the input value of the first touchpad, and the input value of the second touchpad, and divide the input mode into an input mode, an input mode, and an input error mode. You can generate the following output: Artificial intelligence (AI) is a field of computer engineering and information technology that realizes human learning ability, reasoning ability, perceptual ability, and natural language understanding ability through computer programs. In particular, supervised learning, which is used in the most fields of artificial intelligence, is a method of predicting a future value using training data including a label.

For reference, machine learning can be defined as a methodology that gives a computer the ability to learn on its own even if it is not explicitly programmed, and this is a method that allows a program to learn patterns of data by itself based on data. Machine learning is divided into supervised learning and unsupervised learning depending on whether the correct answer is specified in the data required for learning, and classification by dividing data into finite categories according to the purpose of use, continuous It is divided into regression, which maps to values, clustering, which groups similar data, and dimensional reduction, which maps multidimensional data to a representative lower dimension.

Deep learning is one of the machine learning techniques and has dramatically improved the performance of machine learning, which has been stagnant for a while. , as a deep learning structure, a deep neural network (DNN) in which a plurality of hidden layers exist between an input layer and an output layer, and a filter required for factor extraction in front of the hidden layer Convolutional Neural Network (CNN) that learns filters together with Here, the high performance of the deep learning model is explained in two ways. First, the neural network is a Universal Approximator that can approximate all kinds of functions by superimposing the weighted sum of functions in each layer. Data can be simulated with high accuracy. Second, in order to classify data well, it is important to properly extract the factors representing the data, and it is possible to extract the optimal factors through filter learning using a spiral neural network. In addition, deep learning is a developed form of a model in the field of artificial intelligence called a neural network, in which the hidden layer of an artificial neural network consisting of a hierarchical structure is composed of several stages. Recent deep learning models have many inner layers, so the number of weights (meaning the strength of connections) connecting nodes can be up to billions.

As mentioned above, although embodiments of the present invention have been described with reference to the accompanying drawings, those skilled in the art to which the present invention pertains can realize that the present invention can be embodied in other specific forms without changing its technical spirit or essential features. you will be able to understand Therefore, it should be understood that the embodiments described above are illustrative in all respects and not restrictive.

Claims (5)

input device;
a memory in which an input value of the input device is stored;
an electronic control unit receiving and processing an input value of the input device from the memory to generate an output value; and
a display on which the processed output value from the electronic control unit is displayed;
The input device includes a keypad, a first touch pad, and a second touch pad, and the input value of the input device includes the input value of the keypad, the input value of the first touch pad, and the input value of the second touch pad. including,
The input value of the keypad is data on the pressure applied to the keypad by the user using at least one of both fingers, and the input value of the first touchpad is a specific area of the first touchpad using the user's left hand. data on the pressure applied to the , and the input value of the second touchpad is data on the pressure applied to a specific area of the second touchpad by the user using the right hand,
The electronic control unit processes the input value of the keypad, the input value of the first touchpad, and the input value of the second touchpad, divides the input value into a keypad input mode, a touchpad input mode, and an input error mode, and then outputs an output value creates,
The electronic control unit divides the keypad into a keypad input mode when the input values of the first and second touchpads are maintained at a first pressure value or more and stays in a specific area of the first and second touchpads. An output value is generated by processing an input value, and when the input value of the first and second touchpads is maintained below the first pressure value and remains in a specific region of the first and second touchpads, an input error mode is entered. It divides and generates an output value without processing the input value of the keypad,
The electronic control unit moves from the first area to the second area of the first and second touchpads while the input values of the first and second touchpads are maintained at a second pressure value greater than the first pressure value. When moving, regardless of the input value of the keypad, it is divided into touchpad input mode, and the input value of the first and second touchpad is processed to generate an output value,
Left-handed settings and right-handed settings that are input through the input device or preset are registered in the memory,
The electronic control unit distinguishes the left-handed setting from the right-handed setting through the memory, and controls the first and second touchpads while the input values of the first and second touchpads are maintained above a second pressure value. When the pressure values of the first and second touchpads are different while moving in different regions, the output value is generated by processing the input value of the touchpad having a larger value regardless of the input value of the keypad; and when the pressure values of the second touchpad are the same, in the left-handed setting, the input value of the second touchpad is processed to generate an output value, regardless of the input value of the keypad and the input value of the first touchpad, and the output value is set for right-handed setting In the notebook, the output value is generated by processing the input value of the first touchpad irrespective of the input value of the keypad and the input value of the second touchpad. delete delete delete delete

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