TWI385580B - For the artificial drawing of the document and its identification structure - Google Patents

Description

A padding file for manual filling and its identification structure

The invention relates to a scribe file for artificial filling and its identification structure, in particular to a scribe file for artificially filling for automatic identification and an identification structure thereof.

Optical Mark Recognition (OMR) is a reliable data collection technology. It uses card reading methods to read and input a large number of optical reading devices, replacing manual and cumbersome work and reducing data caused by manual input. Errors and significant personnel costs. OMR has been verified for a long time and proved to be the fastest, most stable, most convenient and most economical way of data collection technology. Users only need to check the set space with a pencil or a ball pen. It is not necessary to have computer expertise to use and scan through the optical reader to convert the user's notes into data and store them in the computer without any manual intervention, which greatly improves the accuracy of data collection.

OMR technology has been widely used in large-scale test answer cards, questionnaires and other documents with a large number of documents, such as the Republic of China No. M303120 patent case, the third picture of the patent case reveals the answer card for the test, There are multiple answer columns for the candidates to draw on the answer card. The answers card can be used to answer the questions directly by the relevant equipment to make up for the lack of manual operation. However, the use of OMR is only applicable to multiple-choice questions. However, not all questions or questionnaires are multiple-choice questions. There are still questions such as fill-in-the-blank or short-answer questions, so the above-mentioned way of writing can be applied. If there are too few questions, you still need to use human resources to review the parts of the non-choice questions. Moreover, the OMR recognition method can only be operated by the machine. If the machine identification error is dependent on the human re-examination, the human eye cannot be obtained from the file. Knowing the meaning of the black bars or black circles of the strokes is likely to cause errors in data collection. Under the OMR structure, journalists cannot easily verify the information they have filled in. The collectors can't easily understand the information that the reporter fills in, which is easy to follow the difficulty of verifying the data.

In addition to the OMR identification technology, there is also Optical Character Recognition (OCR). The difference between OCR technology and OMR technology is that OCR does not need to be marked as OMR in the default space. The software recognizes the text written by the user through the software. Therefore, in addition to the advantages of the OMR technology through machine identification, the OCR technology has the advantage of being recognizable by the human eye. However, because the OCR technology does not standardize the way human writing is written, each person's writing and handwriting are different, which will impose a large burden on the machine equipment and the recognition ability of the identification software is very high.

The main object of the present invention is to solve the above-mentioned shortcomings, which can be quickly recognized not only by mechanical equipment, but also by the human eye.

In order to achieve the above object, the present invention provides a scratching document for manual filling and an identification structure thereof, the marking file is provided with at least one marking unit, and the marking unit includes a plurality of marking areas for manual filling. And by using the marked area of the drawing and the unmarked area of the unfilled picture, the marking unit forms a symbol having a specific meaning and directly recognizable by the human eye, and reading the writing file by using an image capturing unit a symbol image formed by the scribing unit An image signal is transmitted, and the image signal is transmitted to an identification unit, so that the identification unit distinguishes the padded area of the padding unit from the unfilled area according to the image signal, thereby identifying the padding unit to The symbols formed by the padding areas.

As described above, according to the above aspect, the present invention enables the scribe file to be not only machine-recognized, but also shortens the work time, and the scribe unit is provided with a plurality of scribe regions by the scribe unit on the scribe pad. The human eye can recognize the symbol, and becomes a stencil file that can be recognized by human-machine. Compared with the general-purpose scribe file that is only recognized by the machine, the present invention can improve the accuracy of the identification of the scribe file, and enables the reporter to The data is more intuitively recorded and verified, and the collector can more intuitively verify the recorded data.

The detailed description and technical content of the present invention will now be described with reference to the following drawings: The present invention is a type of document for manual filling and its identification structure. First, please refer to "Figure 1 to Figure 3". The present invention discloses a drafting file 10 for manually filling a picture, and the writing file 10 can be a questionnaire, an answer answer sheet or a data filling file, etc., and the content to be expressed is marked by the manual drawing. In document 10, it is analyzed and identified by a device such as an identification device, which facilitates the rapid documenting of the data to improve the time-consuming problem of manually collecting the data; and the present invention is worth noting that the scribe file 10 is provided with at least one scribe unit 11 , the scribe unit 11 includes a plurality of scribe regions 12 . In the embodiment of the present invention, the scribe regions 12 are long and blank frames and dashed lines for manual filling. Or a light-colored line or a circular blank frame for a decimal point, for example, using a pencil, a color pen or a ball pen to fill the marking area 12, and the writing areas 12 form a seven-digit numeric input symbol , rice word input Symbols or other combinations of input symbols and the like, and by the padded area 12 and the unfilled padded area 12 (the black padded area 12 is defined as padding, white padding area 12 in the present invention) The unmarked unit 11 is configured to have a specific meaning and a symbol that can be directly recognized by the human eye, and constitutes a main structure of the present invention; and the symbol formed by the scribing unit 11 can be as shown in FIG. The Arabic numeral, the English alphabet shown in FIG. 2 or the mathematical symbol shown in FIG. 3, the scribing unit 11 further includes a decimal point scribing portion 13, which is displayed on the scribing file 10 in addition to the type of the above-mentioned symbol. Different types of symbols. Further, chemical symbols such as 2H ₂ + O ₂ 2H ₂ O are also composed of English and numbers, so that they can also be indicated by a memorandum unit.

The padding file 10 may be simply a padding file 10 having only the plurality of padding units 11, or may be a padding file 10 containing portions such as a questionnaire title, an examination title, and a material presentation. Taking the test as an example, the scribing unit 11 may use a portion (usually a student number or a seat number) in which the candidate fills in the candidate identification code; and as shown in FIG. 4, the scribing unit 11 may be used on the multiple-choice question and displayed as The scribing unit 11 can be used for candidates to draw a multiple-choice answer , , , Etc., shown as The scribing unit 11 can be used for candidates to draw a multiple-choice answer , , , , And so on; and the scribing unit 11 can be used on the filling question for the students to fill in the filling question of the numeric or English class, for example: Hour" (the correct answer should be marked as ), "Three o'clock in the afternoon on the electronic alarm clock is usually expressed as 03:00』 (The correct answer should be marked as ),"2H ₂ +O ₂ 』 (The correct answer should be marked as 2H ₂ +O ₂ )Wait. In addition to this, for the non-selected filling portion, manual scoring is required, and the scoring person can record the score of this part in the scribing unit 11 for automatic score registration. For the results of manual marking, in the past, you need to sort the answer volume according to the candidate identification code in advance, and then log in and check. The most convenient way to use automatic identification login is to not sort, which can save a lot of time. It is even better to use a memorized unit to log in to the grades, which will make the students and teachers more intuitive when discussing the scores.

In addition, as shown in FIG. 5 and FIG. 6 , the present invention further provides a scribing file identification structure for manual filling, which is mainly used to identify the aforementioned scribing file 10, which includes an identification unit 20, and the identification The unit 20 is based on the padded area 12 of the padding unit 11 that has been filled and unfilled, thereby identifying the symbol formed by the padding unit 11 by the padded areas 12. The identification unit 20, as shown in FIG. 5, includes an image capturing unit 21 that reads a symbol image formed by the marking unit 11 and outputs an image signal 22, and acquires the image signal 22 according to the The image signal 22 determines the symbolizing unit 23 of the scribe area 12, and the image capturing unit 21 can be an image capturing device such as a camera, a camera, a scanner, etc.; the image signal 22 can be a continuous video signal, Can be a separate image signal.

In addition, the identification unit 20 can further include a pair of beam emitting units 24 that emit light beams by the scribe file 10, and a beam receiving unit 25 that receives the reflected beams of the scribe file 10, as shown in FIG. Judging from the emission and reception of the light beam, the area 12 is filled or unfilled, for example, and The identification unit 20 is an optical reader. When the beam emitting unit 24 emits a light beam to the unfilled scribe area 12, the unfilled scribe area 12 will reflect the light beam to the beam receiving unit 25, and can be judged. The beam emitted by the beam emitting unit 24 falls on the unfilled scribing area 12; when the beam emitting unit 24 emits a beam to the padded scribing area 12, the beam will be filled with the padded area 12 It is absorbed without being reflected to the beam receiving unit 25, and it can be judged that the beam emitted by the beam emitting unit 24 falls on the padded area 12 which has been filled. As shown in FIG. 7 , after the scribe file 10 is read by the camera 26, the scanner 27 or the optical reader 28 shown in the drawing, the scribe unit 11 on the scribe file 10 can be determined. The meaning represented by the presented symbol can be displayed on the computer 30.

In summary, the present invention mainly provides at least one scribing unit 11 by the scribing file 10, and the scribing unit 11 includes a plurality of scribing areas 12 for manual filling, so that the scribing unit 11 can be identified by the identification unit 20 to determine the meaning expressed by the scribe unit 11. At the same time, the scribe unit 11 can be configured by the scribed area 12 and the unfilled scribe area 12. A symbol having a specific meaning and directly recognizable by the human eye, thereby constituting a man-machine-readable scribe file 10, can not only shorten the working time through the machine, but also improve the accuracy of the identification scribe file 10 through the human eye, and Reporters can more intuitively write and verify data, and collectors can more intuitively verify the information.

The above are only the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and the equivalent variations and modifications of the present invention are intended to be within the scope of the present invention.

10‧‧‧Marking documents

11‧‧‧Marking unit

12‧‧‧marking area

13‧‧‧Decimal Pointing Department

20‧‧‧ Identification unit

21‧‧‧Image capture unit

22‧‧‧Image signal

23‧‧‧judging unit

24‧‧‧beam launching unit

25‧‧‧beam receiving unit

26‧‧‧ camera

27‧‧‧Scanner

28‧‧‧ optical reader

30‧‧‧ computer

Figure 1 is a schematic view of a first embodiment of a scribe file in the present invention.

Figure 2 is a schematic view of a second embodiment of a scribe file in the present invention.

Figure 3 is a schematic view showing a third embodiment of the scribe file in the present invention.

Figure 4 is a schematic view showing a fourth embodiment of the scribe file in the present invention.

FIG. 5 is a schematic diagram of a first embodiment of an identification architecture in the present invention.

FIG. 6 is a schematic diagram of a second embodiment of an identification architecture in the present invention.

Figure 7 is a schematic view of a specific embodiment of the present invention.

10‧‧‧Marking documents

11‧‧‧Marking unit

12‧‧‧marking area

13‧‧‧Decimal Pointing Department

Claims (14)

A padding file for manual filling is for reading and recognizing by an identification device, wherein the padding file is provided with at least one padding unit, and the padding unit includes a plurality of padding regions, and the scribing regions are It is used for manual drawing for identification by the identification device, and by the padded area of the filled picture and the unlined area of the drawing, the drawing unit forms a symbol having a specific meaning and which can be directly recognized by the human eye. The symbols formed by the scribing unit are selected from the group consisting of English letters, Arabic numerals, mathematical symbols, and chemical symbols. A padding document for manual filling, as described in claim 1, wherein the padding areas are elongated or round. For example, the drafting file for manual filling according to Item 1 of the patent application scope, wherein the marking areas are blank boxes, dotted lines or light colored lines for manual filling. The drafting file for manual filling according to the first aspect of the patent application, wherein the marking unit further comprises a decimal point marking unit. For example, the drafting document for manual filling according to item 1 of the patent application scope, wherein the drafting document is selected from the group consisting of a questionnaire, a questionnaire title, an examination answer volume, an examination title, a data filling form, and a data filling prompt. group. A scribing file identification structure for manual filling, comprising: a scribing file, provided with at least one scribing unit, the scribing unit including a plurality of scribing areas for manual filling, and by filling in the painting The scribing area and the unlineted scribing area are such that the scribing unit constitutes a symbol having a specific meaning and directly recognizable by the human eye, and the symbol formed by the scribing unit is selected from the group consisting of English letters, Arabic numerals, mathematical symbols, Group of chemical symbols An identification unit is configured to identify a symbol formed by the marking unit by the marking area according to the marked area of the marked unit and the unfilled drawing unit. The method for recognizing a documentary file for manually filling a picture as described in claim 6, wherein the identification unit includes an image capturing unit that reads a symbol image formed by the marking unit and outputs an image signal, and A judging unit that judges symbols formed by the scribing areas based on the image signal. The method for recognizing a documentary file for manual filling according to claim 7 of the patent application, wherein the image capturing unit is selected from the group consisting of a camera, a camera, and a scanner. The signature file identification structure for manually filling a picture according to claim 6 , wherein the identification unit comprises a pair of beam emitting units for emitting a beam of the scribe file, and receiving a beam reflected by the scribe file. The beam receiving unit determines whether the padding area is filled or unfilled by the emission and reception of the light beam. The signature file recognition architecture for manual filling according to claim 9, wherein the beam emitting unit and the beam receiving unit form an optical reader. The scribing file identification structure for manual filling as described in claim 6 of the patent application, wherein the scribing areas are elongated or circular. The method for recognizing a documentary file for manual filling according to item 6 of the patent application scope, wherein the scribe area is a blank frame, a dotted line or a light-colored line for manual filling. The method for recognizing a documentary file for manual filling according to item 6 of the patent application scope, wherein the division unit further comprises a decimal point division unit. For example, the method for recognizing a documentary file for manual filling according to item 6 of the patent application scope is selected from the group consisting of a questionnaire, a questionnaire topic, an examination answer volume, an examination title, a data filling form, and a data filling prompt. Group of.