KR101009552B1 - Method and apparatus for collecting calligraphy video or video signal frequency - Google Patents

Abstract

The present invention relates to a method and apparatus for collecting a calligraphy image or video signal frequency, which belongs to a data source collection technology area, and more particularly, provides opaque glass (frosted glass) on a narrative platform, and is an excellent calligrapher or calligrapher. As you study calligraphy on the rough side of opaque glass, you can create a circular light source that is horizontally enclosed at a position corresponding to the tip of the brush (the pencil), and project the rays to the end of the opaque glass. The imaging device installed on the side collects the image or video signal frequency. Opaque glass not only allows you to clearly see how the tip of the pen moves in the frequency of recorded calligraphy video signals, but also hides the hands and other body parts of calligraphers and tutors so that you can see the movement of the tip of the brush accurately and completely. This results in a clear and clear calligraphy image or video signal frequency.

Calligraphy, Film, Lighting Equipment, Image, Opaque Glass

Description

METHOD AND APPARATUS FOR COLLECING CALLIGRAPHY IMAGE OR IMAGE SIGNAL FREQUENCY}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method and apparatus for collecting calligraphic images or video signal frequencies, and more particularly to a dynamic analog system in which calligraphy trainees can intuitively simulate using optical principles and computer techniques.

Brush writing is an important part of traditional Chinese culture, and there are a number of writing brush lovers and calligraphy students internationally. Traditional Chinese writing method practice is to copy and copy the letters of the seop, and the commonly used method is to cover the transparent white paper on the seop or directly refer to the letters on the seopji practice. This method was very inconvenient when the practitioner used or possessed a secret agent.

In addition, the method of copying and copying traditional writing letters was practiced after observing basic writing methods and fonts by applying white paper or plate that can be compared with writing letters and repeatedly studying them carefully. This method is limited to the quality of the suffix paper, so the practitioner could only see the static suffix. In other words, only the stroke and structure of the calligraphy could be represented in shape, and the most important methods such as the weight and salary of the most important handwriting contained in the writing book could not be observed, and finally, they could not be interpreted in their own way through careful study by their own understanding. As a result, the level of many people practicing calligraphy has become a major cause of uneven and discrepant results.

Therefore, many people who practice calligraphy want to be guided by excellent calligraphers and calligraphy tutors, and want to see their calligraphy in the field, especially some classical calligraphy deduction simulations (deduction simulations with explanations). He tried to improve his calligraphy level while watching the scene, but this opportunity is rare.

With the rapid development of computer and digital technologies, the opportunity to see and simulate the writing of a good calligrapher at home has increased, and on a monitor such as a live broadcast via a computer or a method of collecting calligraphy video signal frequencies through a recording device, etc. You can observe and observe all the narrative processes of excellent calligraphers. Such a simulation method can express the calligraphy process more intuitively and dynamically than the way of looking and writing a suffix, that is, the effect of expressing the brush writing method, the weight of the writing brush, and the salary is much better. However, the problem of this method is that the position of the writer's body is limited, and it is covered by the hand during the narrative, and the frequency of the image signal part of the whole process of the narrative is lost. There was a lot of cases.

Regarding the deficiencies existing in the above-described prior art, a main object of the present invention is to provide a method and apparatus for collecting a writing image or a video signal frequency to dynamically process the narrative of Chinese characters through optical principles and computer technology. It is to raise the level of their calligraphy by providing more intuitive demonstrations to those who practice it.

In order to achieve the above object, the present invention provides a method of collecting calligraphy image or video signal frequency, providing an opaque glass (frosted glass) as a narrative platform-one side of the opaque glass is formed of a rough surface and the other side is smooth Made of cotton; Writing letters on the rough surface of the opaque glass; Generating a circular ring-shaped light source horizontally enclosed at a position corresponding to the tip of the brush during the usual narrative step, and projecting a light beam generated from the light source to the tip of the brush; And collecting an image or a video signal frequency of the tip of the brush using an imaging device from the smooth side of the opaque glass.

Effects obtained through the present invention are as follows. Due to the nature of the opaque glass (frosted glass), it is possible to clearly see the movement of the brush tip among the photographic calligraphy image signal frequencies. At this time, the tip of the brush, which is taken by the photographing device while the horizontal beam provided by the round-shaped light source is projected, is formed by a brush-shaped gray-white mark (cursor) due to the characteristics of the opaque glass. Areas and other parts of the body are hidden by opaque glass, which can solve the problem of the calligrapher's body obscuring the narrative process. And dynamic images can be obtained. The video or video signal frequencies captured by the projector or other video signal frequency player equipment may then be broadcast.

This way, people who practice calligraphy can only see the narrative process at the tip of the brush in the image signal frequency, so that they can more fully understand the weight and completion of the brush tip in the epic poetry. After that, when the white paper to be simulated is placed on the glossy glass, an image or a video signal frequency appears on the white paper, and a brush mark (cursor) can be seen moving on the white paper. You can practice the narrative dynamically along the cursor) to get a better simulation effect. In addition, some calligraphy enthusiasts will be able to practice calligraphy on a small monitor by broadcasting the video or video signal frequency on a small portable monitor equipped with a program that can use video or video signal frequencies. It may be. The effect is the same as the projector but it is convenient and you can enjoy and practice the calligraphy anytime, anywhere.

In addition, the present invention provides a method and apparatus for collecting a calligraphy image or image signal frequency, comprising: an epic platform comprising an opaque glass having a rough surface facing the epic brush tip facing upward and a smooth surface facing downward; A light source having a round ring shape installed at four peripheral portions of the opaque glass and horizontally surrounding the tip of the brush in correspondence with the tip of the epic brush; And an imaging device installed below the smooth surface of the opaque glass.

In more detail, the opaque glass may be installed on a narrative platform of different materials, and the narrative platform may include a hole corresponding to an opaque glass size installed at an intermediate position of the narrative platform, and the lower part of the through hole may be provided. A smaller sized staircase is formed, and using the staircase, the opaque glass is installed with the rough side facing up and the smooth side facing down in the throughhole of the narrative platform, and adjacent to the rough side of the opaque glass within the throughhole. In the horizontal position is formed a groove having a round ring shape corresponding to the height of the brush tip, the light source of the round ring shape is installed in the groove of the round ring shape, the photographing apparatus and the opaque glass at the bottom of the narrative platform It is installed at the corresponding position.

According to the present invention, it is possible to obtain a clear and complete calligraphy image or a calligraphy image signal frequency by solving a problem that a hand part or other body part of a calligrapher obscures the narrative process by using the characteristics of opaque glass.

As shown in Figs. 2 and 3, the apparatus for collecting calligraphic images or video signals according to the present invention includes an opaque glass 11. The opaque glass 11 is installed on the narrative platform 13, with the rough side facing up and the smooth side facing down. Of course, the opaque glass 11 may be installed on a narrative platform of different materials. In the intermediate position of the narrative platform 13, the opaque glass 11 size and the appropriate through-holes 17 are installed, and the lower part of the through-holes 17 forms a staircase 14, and the opaque glass 11 has a staircase 14 Is installed in the through hole 17 of the narrative platform 13, the groove of the round ring shape corresponding to the height of the brush tip in the horizontal position adjacent to each other and the rough surface of the opaque glass 11 in the through hole 17 (16) is installed, and the circular ring-shaped light source 15 is installed in the round ring-shaped groove 16, and the photographing apparatus 12 is installed at a position corresponding to each other with the opaque glass at the bottom of the narrative platform 13. do.

Method of collecting a video or video signal frequency of the present invention is as follows. Referring to FIG. 1, when an excellent calligrapher or calligrapher teaches a narrative lesson on the rough surface of the opaque glass 11, a uniform light beam is provided by a circular ring-shaped light source installed on the opaque glass, and the light beam is a brush. Projected to the end, and the photographing apparatus 12 starts shooting at a position corresponding to the lower side of the opaque glass 11, that is, the smooth surface of the opaque glass 11, at this time, due to the characteristics of the opaque glass 11 In the process of capturing a calligraphy image, you can get a very clear picture of the writing process of the brush, and the tip of the brush that takes the ink photographed by the photographing device while the horizontal beam provided by the round-shaped light source is projected is opaque glass ( Due to the characteristics of 11), it is formed by a brush-shaped gray-white mark (cursor), and the calligrapher's hand or other body parts are covered with opaque glass and become invisible. The body can solve the problems that obscure the narrative process, which causes it to get a clear and complete picture calligraphy signal frequency.

1 is a flow chart illustrating the principle of a video or video signal frequency collection method according to the present invention.

Figure 2 is a perspective view schematically showing the structure of an image or video signal frequency collection device according to the present invention.

Figure 3 is an overhead view of the image or video signal frequency collection device described in the present invention.

<Description of the symbols for the main parts of the drawings>

11: opaque glass 12: recording device

13: epic platform 14: stairs

15: light source 16: groove

17: through

Claims (3)

In a calligraphy video or video signal frequency collection method, Providing an opaque glass to the narrative platform, wherein one side of the opaque glass is formed of a rough side and the other side is of a smooth side; Writing letters on the rough side of the opaque glass; Generating a circular ring-shaped light source horizontally enclosed at a position corresponding to the tip of the brush during the usual narrative step, and projecting a light beam generated from the light source to the tip of the brush; And Collecting an image or video signal frequency of the tip of the brush using an imaging device installed below the smooth surface side of the opaque glass; Calligraphy image or video signal frequency collection method comprising a. In a calligraphy video or video signal frequency collection device, An epic platform comprising an opaque glass with the coarse side facing the epic brush tip facing upwards and the smooth side facing downward; A light source having a round ring shape installed at four peripheral portions of the opaque glass and horizontally surrounding the tip of the brush in correspondence with the tip of the epic brush; And Imaging device installed under the smooth surface of the opaque glass Calligraphy image or video signal frequency collection device comprising a. The method of claim 2 The opaque glass may be installed on a narrative platform of different materials, The narrative platform includes an aperture corresponding to an opaque glass size installed at an intermediate position of the narrative platform, The lower part of the through hole is formed of a step size smaller than the through hole, By using the stairs, the opaque glass is installed with the rough side facing up and the smooth side facing down in the through hole of the narrative platform, and the brush tip height and each other in a horizontal position adjacent to the rough face of the opaque glass in the through hole. Corresponding rounded grooves are formed, and the rounded ring light source is installed in the rounded grooves, The photographing apparatus is a calligraphy image or video signal frequency collection device, characterized in that installed on the position corresponding to the opaque glass at the bottom of the narrative platform.

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