KR200238831Y1 - a document scanning system - Google Patents

Abstract

The present invention relates to a document input device. Especially, by using an area CCD senser, an image of a document or a drawing is acquired in units of planes, thereby dramatically reducing the input time of an object and reducing color high resolution images. It is a device that is suitable for inputting documents that cannot be input with a general flatbed scanner or books that are difficult to be processed. The line scan method which connects a general scanner to a computer makes data processing time as documents are documented. A problem that requires a lot of trouble occurs, and according to the binding form of the paper and the degree of wrinkling, it is difficult to input a normal scanner when the input is very difficult. Because the image is acquired instantaneously, the input processing time is shortened, You can enter 4,000 ~ 4,500 pages of documents per day regardless of the situation. By storing data using the storage media installed in the equipment, you can move documents without using personal computer equipment. It is a device that can be entered without distorting precise data or drawings by keeping it always.

Description

Document input device {a document scanning system}

The present invention relates to a document input device, and in particular, by using an area CCD senser, an image of a document or a drawing is acquired in units of planes, thereby dramatically reducing the input time of an object and generating a color high resolution image. General reputation scanners such as intellectual study of A3 size or less, card type land reserve book, building status map, building management book book, general public document, hospital medical chart, school life record book, general documents, tax invoice, transaction statement, etc. It is a document input device designed to input documents that cannot be input or books that are difficult to find.

As a method of electronically documenting documents according to the prior art, a general scanner is connected to a computer so that the contents read by the scanner are stored in a computer. The scanner uses a line scan method to read the contents of the document. Dataization

However, the line scan method requires a lot of work processing time as the data is documented, and the input is very difficult by a general scanner depending on the binding form and the degree of wrinkle of the paper.

In addition, in the case of inputting a book which is difficult to iron, it is inconvenient to input a distorted surface of the book by the line scan method, and the focus is blurred and illumination is not uniformly applied to the surface of the input object.

The present invention has been made to solve the above problems, to reduce the processing time by acquiring the image of the document by the unit of a digital camera type CCD, and input the image in real time by mounting the TFT LCD monitor. Allows the user to check the location of the object and the status of the document with the naked eye. The movement wheels make it easy to move the input equipment, and its own built-in memory device (Micro Drive) makes it possible to work without a computer. Input data is transferred to a personal computer using USB, and the zoom lens is adopted to set the input area range of the input object according to the size of the original, and the height of the input equipment is designed according to the height of general office equipment. To improve convenience, and adopt uniform flatness and anti-static coating tempered glass to input images. It reduces the static electricity generated and maintains uniform illuminance and constant brightness by using cold cathode discharge tube as lighting device and maintains lighting life of more than 50,000 hours.

In addition, by using a wired remote control to set the image input device and the image input operation is to provide the present invention device useful for the task that requires the input of a large number of archived documents.

1 is a perspective view of the present invention

Figure 2 is a reference perspective view of the lid open state of the subject innovation

3 is a rear view of the present invention

4 is a left side view of the present invention

Figure 5 is a reference diagram schematically showing the internal configuration of the present invention

6 is a perspective view of a digital camera holder according to the present invention

7 is a reference perspective view of the lighting fixture according to the present invention

※ Explanation of code for main part of drawing

1: body 2: lid

3: Monitor section 4: Operation switch

5: control box 6: plate glass

6 ': Glass Dock 7: Movement Wheel

8: Hood 9: Power cord

10: Digital Camera 11: Digital Camera Fixture

11a: base 11b; 11b ': base reinforcement

11c; 11c ': Camera Mount 11d: Assembly Screw

11e; 11e ': Long groove 11f; 11f': Camera mounting bracket

11 g: base slot groove

12: power supply unit 13: darkroom

14: Lens 15; 15 ': lighting fixture

15a; 15a ': lighting fixtures 15b; 15b': lighting fixtures

15c: wall fixing

16; 16 ': Light 17: Rear door

Looking at one embodiment the configuration and operation of the present invention for achieving the above object by the accompanying drawings as follows.

The main body 1 of the present invention includes a plate glass 6 portion fixed to the glass holder 6 'on the upper portion, a lid portion 2 covering the portion thereof, and a TFT LCD monitor portion 3 for monitoring an input object on the front side and an operation switch. (4), the digital camera 10 having the lens 14 placed thereon is assembled to the digital camera fixing stand 11 mounted on the bottom of the dark room 13 formed at the bottom of the plate glass 6, and the dark room ( 13) having an illumination 16'16 'installed on the lighting fixtures 15 and 15' fixed to the front and rear sides of the upper body, for processing an image input to the bottom part of the main body 1, and storing and transmitting the data file. It is provided with a control box (5).

In one embodiment of the present invention configured as described above, first put the documents or drawings to be input to the plate glass (6) formed on the main body 1 to the correct position and the correct state of the document in the monitor (3) After checking, the digital camera 10 is operated to acquire an image and the acquired image is stored in a storage medium in the control box 5.

When the entered data reaches the limit of the storage device, it is transferred to the personal computer via USB.

The lighting fixtures 15 and 15 'are equipped with lighting for installing the lighting 16 so that the distance and angle of the object of the lighting 16 device can be adjusted according to the reflectance of the surface of the input object placed on the pane 6 above. The pieces 15a and 15a 'are formed so that the lighting mounting assembly holes 15b and 15b' are oriented upward from the bottom of the pane 6 toward the dark room 13, thereby moving the illumination 16 device to the object. Distance and angle adjustments were made possible.

On the other hand, the digital camera fixture 11 mounted on the bottom of the dark room 13 has camera mount assembly holes 11f; 11f 'horizontally formed on both sides of the base 1a on which base mounting holes 11g are formed at both bottom surfaces thereof. After assembling the base reinforcing bars (11b; 11b '), the camera mounting stand (11f; 11f') is assembled with the camera mounting brackets (11c; 11c ') having vertically formed long holes (11e; 11e'). By fixing with a screw (11d), it is a useful design to be able to adjust the digital camera three-axis six degrees of freedom.

The present invention configured as described above uses a CCD camera in the form of a digital camera 10, and thus instantaneously acquires images in units of planes, thereby reducing the time required for input processing, thus 4,000 to 4,500 pages per day regardless of the size of the input object. Documents can be entered, and the data can be stored using the storage media installed on the equipment itself, so that documents can be entered while moving without personal computer equipment. There is an effect that you can input without distortion.

Claims (3)

The main body 1 includes a plate glass 6 part fixed to the glass holder 6 'on the upper part, a lid part 2 covering the upper part, and a TFT LCD monitor part 3 and an operation switch 4 for monitoring the input object on the front side. ), A digital camera 10 having the lens 14 placed thereon is assembled to the digital camera fixing unit 11 mounted on the bottom of the dark room 13 formed at the bottom of the plate glass 6, and the dark room 13 A control box having illumination 16'16 'installed on the lighting fixtures 15; 15' fixed to the front and rear sides of the upper part, and processing the image input to the bottom part of the main body 1 and storing and transmitting the data file. (5) a document input device characterized by the above-mentioned. The base reinforcing rod 11b according to claim 1, wherein the digital camera fixing stand 11 has horizontally mounted camera mounting assembly holes 11f; 11f 'on both sides of the base 1a on which base mounting holes 11g are formed at both bottom surfaces thereof. (11b '), and then the camera mounting bracket (11f; 11f') is mounted with the camera mounting bracket (11c; 11c ') having vertically formed long grooves (11e; 11e'). Document input device characterized in that the digital camera 10 can be adjusted to three axes of six degrees of freedom by fixing to. The lighting fitting assembly (15; 15 ') according to claim 1, wherein the lighting fixture (15; 15') is provided with an illumination fitting piece (15a; 15a ') for mounting the lighting (16); (15b; 15b ') is oriented so as to be oriented.