KR200200288Y1 - A money management materials automatic cognition equipment - Google Patents

Abstract

The present invention automatically recognizes and recognizes both sides as well as information on various currencies such as checks, cash, fixed bills, and processing data such as slips for checking or using them, and bills and bills for various utilities. By sending the data to the currently available personal computer connected to it and monitoring it with the input, it automatically recognizes the currency or processing data that facilitates the storage of the data as well as the selection of the defective data with damaged or damaged information. The present invention relates to a processing apparatus. In particular, the object of the present invention is to prevent at least two data from being supplied at the same time and to accurately recognize and identify two data at the same time so that data recognition and processing do not occur. Before presenting and confirming various currencies and their use In processing the table or utility bill data one by one and monitoring and processing the information at the same time, the data supply means 10 for stacking the data to be processed and supply them sequentially and the data supply means 10 Data separation means 20 for separating the data so that only one sheet is passed, and passing data detection means 30 for detecting and recognizing whether only one sheet of the data separated by the data separation means 20 passes. And scanning means 40 for scanning the recorded information data of only normal data passing through the passing data detecting means 30 and transmitting the information recorded in the data to the computer 100 connected thereto, and the scanning means ( U-turn direction changing means (50) for U-turn the direction of progress of the data passed through 40, and the U-turn in the direction of the change direction means 50 Data passing confirmation means (60) for checking whether the data of which direction is changed or passing count and processing data for separating the bad recognition data and the normal recognition data from the data passed through the data passing confirmation means (60) The separating means 70 and the processed data collecting means 80 for stacking the data separated by the processing data separating means 70 in order, respectively.

Description

Money recognition materials automatic recognition equipment {a money management materials automatic cognition equipment}

The present invention recognizes and recognizes one or both sides automatically at the same time on the information written in various currencies such as checks, cash, fixed bills, slips for checking or ordering their use, and processing documents such as bills and bills for various utilities. By sending the data to the currently available personal computer connected to it and monitoring it with the input, it automatically recognizes the currency or processing data that facilitates the storage of the data as well as the selection of the defective data with damaged or damaged information. The present invention relates to a processing apparatus, and in particular, to prevent at least two data from being supplied at the same time and to accurately recognize and identify two data at the same time so that data recognition and processing do not cause errors. It is.

With the development of human civilization, money is developed that is convenient for our lives, and we develop and use checks, bills, and flat bills according to them, and develop processing documents such as bills and bills for various slips, bills, and bills, which are proof materials. As it is used, it is a very important issue to quickly and accurately process a large amount of information of various currencies and various bill processing data in a short time.

Therefore, various techniques for processing these data have been developed. Most of the automatic recognition processing devices that have been developed and used up to now are simply configured to counter data, and progress of data to separate two sheets from each other when supplying data. The rotation speed of the check roller that rotates in the opposite direction is always constant, so there are many errors in the data supply in which two data are supplied at the same time. As shown in FIG. 1, the data passing through the signal of the light generated by the light emitting unit 1 is transmitted to recognize and detect the signal received by the light receiving unit 2. In this manner, as shown in FIG. As shown, a signal generated when normal paper passes and a signal generated when two normal sheets of paper pass. (b) The difference is very small and the issuer has to deal with various types of materials in a favorable manner. Therefore, the type of ink and the printing status are different, and the thickness is different according to the type of paper. Because of the different conditions depending on the distribution process of paper, the optical signals that pass through these data are not within the exact range of recognition. Caused it.

The present invention simultaneously recognizes the information data recorded on one or both sides of the data to be processed and used to check or various utility bills that have been developed so far to transmit to the commonly used personal computer for storage and monitoring at the same time. At the same time, the rotation speed of the check roller which rotates in the opposite direction to the direction of data for separating two sheets from each other when feeding the data continuously increases faster than the rotation speed of the progress roller at the same time as the data is supplied. It is more accurate to prevent errors in the supply of data supplied with two pieces of data, and to close the operation of the transfer bar where the thickness of the data that passes through the system that detects the error of these data using the lever principle is amplified. It is configured to generate a signal by detecting it with a sensing means composed of a sensor or a variable resistor. In the reality that various types of data must be processed successfully, the issuers are different, and accordingly, the type of ink and the printing status are different, the thickness is different depending on the type of paper, and the distribution process of paper. It accurately detects the passing of two sheets of information data of different statuses at the same time, and measures the status of the ink printed on the rollers or contaminants of various foreign substances so that the user can clean them, thereby preventing errors. In addition to preventing the machine failure, it also improves the reliability from the user.

1 is a view illustrating a configuration state of a conventional passage data detecting means.

2 is a diagram illustrating a detection signal generation state of a conventional passing data detecting means.

Figure 3 is an exemplary view of the overall configuration of the present invention.

Figure 4 is a flow chart of the data transfer and signal of the present invention.

5 is a view illustrating a configuration state of a data supply means of the present invention.

Figure 6 is an illustration of the configuration state of the check roller of the data separating means of the present invention.

Figure 7 is an illustration of the configuration of the passage data detection means that is the main part of the present invention.

8 is an exemplary view showing the configuration of the data passage checking means of the present invention.

Figure 9 is an illustration of the configuration and operation of the treatment data separating means of the present invention.

※ Explanation of main parts among the codes in the drawing ※

10; Data supply means. 11; Shooting roller. 12; Data stacking room.

13; Push plate. 14; Lead screw. 15; motor.

20; Data Separation Means. 21; Advance roller 1. 22; Check rollers.

30; Pass data detection means. 31; Advance roller 2. 32; Idle rollers.

33; Operation amplification bar. 34; Hinge point. 35; Sensing means.

40; Scanning means. 41,42; High speed scanning device.

50; Means for changing the direction of travel. 51; Main drum. 52,53,54; Children pulleys.

55; belt.

60; Data passage checking means. 61; Light emitting unit. 62; Receiver.

70; Disposal means for processing data. 71; gate. 72; Solenoid.

80; Means for collecting processed data. 81; Normal processing data box. 82; Bad Handling Data Box.

85; Blotting paper.

The present invention is to process the bills and utility bills to record and confirm the various currencies or their use one by one to monitor and process the information at the same time 3 to 4, only one sheet of data supply means 10 for stacking the data to be processed and sequentially supplying the data to be processed and the data supplied from the data supply means 10 pass through. The data separating means 20 for separating the data so that the data separated by the data separating means 20, passing data detecting means 30 for detecting and recognizing that only one sheet passes, and the passing data detecting means ( Scanning means 40 for scanning the recorded information data of only normal data passing through 30) and transmitting the information recorded in the data to the computer 100 connected thereto, and the progress of the data passing through the scanning means 40; U-turning direction changing means 50 to reverse the direction, and the U-turn in the direction change means 50, the data passing confirmation means for confirming whether or not the passage of the changed direction of the data or to count the passing amount ( 60), The data passing through the data passing confirmation means 60, the processing data separation means 70 for separating the bad recognition data and the normal recognition data, and the data separated by the processing data separation means 70 are laminated in order It consists of the processing completed data collection means (80).

Referring to the configuration to complete each means of the present invention in more detail as follows.

The data supply means 10 for stacking the data to be processed and supplying them sequentially is a material configured to supply exactly one piece of data to the scanning means 40 for reading the information of the data as shown in FIG. A data stacking chamber (12) comprising a shooting roller (11) for pushing and supplying data to be processed by the separating means (20) is formed, and the data stacking chamber (12) has a shooting roller facing the shooting roller (11). Boosted with (11) The push plate 13 is configured, but the push operation of the push plate 13 is configured to move toward the shooting roller 11 as much as the amount of the material that is stacked and supplied.

In this case, the push plate 13 may be operated by touching the spring 16, but the motor 15 operates by sensing the amount of data exiting the push plate 13 from the data stacking chamber 12. It is more ideal if it is coupled to the lead screw 14 which is rotated by the driving of the material so that the data can be moved by the amount of escape from the data stacking chamber 12.

The data separating means 20 which separates the data so that only one sheet of the data supplied from the data supply means 10 passes, includes a forward roller 1 (21) and at least this, which continuously pushes the supplied data in the advancing direction. The check rollers 22 are installed to face each other at intervals of one or more thicknesses of data, and rotate the counter rollers 22 in the opposite direction to the forward rollers 1 and 21 as shown in FIG. It is configured to rotate faster than the forward roller 1 (21).

Here, the check roller 22 is synchronized with the shooting roller 11 of the data supply means 10, but when the data is not separated and enters two sheets, the number of revolutions increases rapidly.

Passing data detecting means 30 for detecting and recognizing that only one sheet of the data separated by the data separating means 20 passes, as shown in Figure 7 by pushing the data to the scanning means 40 to supply It constitutes the forward roller 2 (31), and on the short side around the hinge point 34 constitutes an operating amplifier bar 33 having a lever principle that the idle roller 32 in close contact with the forward roller 2 (31) is installed. End of the long opposite side about the hinge point (34) The sensing unit 35 is configured to generate a signal by detecting an operation amount of the operation amplifier bar 33 by a proximity sensor or a variable resistor.

The scanning means 40 for scanning the recorded information data of only the normal data passed through the passing data detection means 30 and transmitting it to a computer connected thereto, the high speed scanning device that can sequentially read the information recorded on both sides of the data (41) (42) are installed on the upper side and the lower side so as to transmit information on both sides or one side of the material passing through them to the personal computer.

At least three idle pulleys 52 are provided in the vicinity of the main drum 51 which is rotated by the driving of the motor. (53) and (54) and the belts (55) fastened to these idle pulleys (52) (53) and (54) are in close contact with the outer circumferential surface of the main drum (51) and configured to rotate together with the main drum (51). do.

The U-turn in the traveling direction changing means 50 to confirm whether or not the passing of the data whose direction is changed, or the data passing confirmation means 60 for counting the passing amount, the light emitting unit 61 and the light receiving unit as shown in FIG. It consists of (62) and counts the number of data passed between them and transmits the signal to the personal computer or simply confirms the fact that the data passed, such data passing confirmation means (60) Multiple sections 61 and light receiving sections 62 may be provided.

Processing data separation means 70 for separating the data passed through the data passing confirmation means 60 and the bad recognition data and the normal recognition data, the passing data detection means 30, as shown in FIG. When the data normally processed according to the signal from the scanning means 40 enters the processed data into the normal processing data box 81 of the processing completion data collection means 80, and if the data is badly processed signal When received, the solenoid 72 operates to switch the gate 71 connected thereto to guide the defectively processed data to enter the defective processing data box 82 of the processed data collection means 80.

The completed data collection means 80 for stacking the data separated by the processed data separating means 70 in order, respectively, comprises a normal processing data box 81 and a defective processing data box 82, respectively. In the constituting the pressure-sensitive piece (85) for holding the entered data with a suitable force, the inlet is provided with a gate 71 of the processing data separating means 70.

Referring to the state of use and effects of the present invention configured as described above are as follows.

First, the present invention is connected to the personal computer 100 and has a condition capable of performing the same, and the shooting plate (13) installed on the push plate 13 installed inside the data stacking chamber 12 of the data supply means 10 ( 11) as far as possible, and then stack the data to be processed and complete all preparations for processing the information.

In this way, when the execution preparation is completed and the computer 100 is operated to start execution, the shooting roller 11 rotates and pushes the stacked materials one by one to the data separating means 20, where the data stacking chamber 12 The push plate 13 which pushes the data toward the shooting roller 11 side opposite to the shooting roller 11 of the motor operates by sensing the elastic force of the spring 16 or the amount of the data that has escaped from the data stacking chamber 12. As much as the data escaped from the data stacking chamber 12 by the rotation of the lead screw 14 which rotates by the drive of (15). The material is continuously supplied to the shooting roller 11 while being moved.

The data arriving at the data separating means 20 in the above-described manner is transferred again and passed through the passing data detecting means 30 to read the information data recorded by the high-speed scanning devices 41 and 42 of the scanning means 40. After the progress direction changing means 50 in the progress direction change means 50 through the data passing confirmation means 60, the data processed normally by the processing data separation means 70 and the badly processed data are divided into processing completed data collection means (80) Is returned.

When the data supplied by the shooting roller 11 enters the data separating means 20 at the same time while being executed as described above, the check roller 22 of the data separating means 20 rotates faster than the forward roller 21 and overlaps. Separate the data, pass only one sheet, and push the rest to the data supply means (10). In this way, the data completely separated from the data separating means 20 is passed to the passing data detecting means 30 passes between the forward roller 2 (31) and the idle roller 32, wherein the data passing between them As the idle roller 32 is pushed by the thickness, the operation amplifier bar 33 in which the idle roller 32 is installed is operated, and the sensing means 35 installed at the other end of the operation amplifier bar 33 is the operation amplifier bar 33. By accurately detecting the operation distance of the passing data detection means 30 to accurately detect the quantity of data passing through the thickness of the data to send the signal to the computer 100 to control the processing data separation means 70.

The data passing through the passing data detecting means 30 passes through the scanning means 40 and scans the recorded information data of only normal data by the high speed scanning devices 41 and 42 to the computer 100 connected thereto. Monitored on the monitor 101 while transmitting and saving Will be done.

The information recorded as described above is read and stored in the computer 100 and the data monitored on the monitor 101 are U-turned by the direction change means 50 to reverse the direction of the change, and then whether the data passes. The number of data passing while passing between the light-emitting portion 61 and the light-receiving portion 62 of the data passage checking means 60 for checking the number of passages or transmitting the signal, and transmitting the signal to the personal computer 100. Or simply confirms that the data has passed, and is returned from the processing data collecting means 80, where the gate 71 of the processing data separating means 70 installed at the inlet of the processing data collecting means 80 is The normal processing data box of the processed data collection means 80 when the passed data detecting means 30 and the normally processed data are switched to the operation of the solenoid 72 according to the signal sent from the scanning means 40. (81) guides the processed data, and if the bad data is guided to enter the bad processing data box 82 of the processing data collection means 80, the operation is completed.

As described above, the present invention simultaneously recognizes information data recorded on one side or both sides of checks or various utility bills developed and used so far and transmits them to a commonly used personal computer for storage and monitoring at the same time. In the case of continuous feeding of data, the rotation speed of the check roller which rotates in the opposite direction to the direction of data for separating the two sheets from each other increases faster than the rotation speed of the traveling roller at the same time as the feeding of data. Data supplied by two sheets It prevents the error of supply in advance, and detects the operation of these data supply errors by using the lever principle to detect the movement of the transfer bar with the amplified thickness of the data passing through the proximity sensor or variable resistor. In the reality that various types of data must be processed in a manner that is configured to generate a signal, the issuer is different, and accordingly, the type of ink and the printing state of the information are different, and the thickness is different according to the type of paper. It accurately screens the passing of two sheets of various information materials with different conditions according to the distribution process of the paper.The user can clean by measuring the condition that the printed ink on the rollers or the foreign substances are contaminated. It prevents the occurrence of errors due to these and also prevents the breakdown of the machine and trusts the user. It is a new design to enhance the castle.

Claims (4)

In processing various documents or bills and billing data that records and confirms the use of them, and to monitor and process the information at the same time, A data supply means for stacking the data to be processed and supplying them sequentially; Processing data separation means for separating data so that only one sheet of data supplied from the data supply means passes; Pass data detection means for detecting and recognizing that only one sheet of the data separated by the processing data separation means passes; Scanning means for scanning recorded information data of only normal data passing through the data passing means and transmitting it to a computer connected thereto; A progress direction changing means for U-turning the reverse direction of the data passing through the scanning means; U-turn in the direction change means for the data passing confirmation means for confirming whether or not the passage of the changed direction of the data passing or counting the amount of passing; Processing data separation means for separating the data passing through the data passing confirmation means and the bad recognition data and normal recognition data; Currency or their processing data, characterized in that consisting of the processing data collection means for stacking the data separated by the processing data separation means in each order Automatic recognition processing device. The method of claim 1, The data supply means for stacking the data to be processed and supplying them sequentially is in line with the processing data separating means and the passing data detecting means configured to supply exactly one sheet of data to the scanning means for reading the information of the data. A data stacking chamber comprising a shooting roller for pushing and supplying the data to the above-described processing data separating means, and a push plate for pushing the data to the shooting roller so as to face the shooting roller. Money and their processing data automatic recognition processing device characterized in that it is configured to move to the shooting roller side as much as the amount of pushed out the stacked data is supplied. The method of claim 1, Processing data separation means for separating the data so that only one sheet of data supplied from the data supply means is passed, at a distance between the forward roller 1 and at least one thickness of the data to continuously push the supplied data in the forward direction It is installed to face each other and consists of a check roller that rotates the data while rotating in the opposite direction to the forward roller 1, the check roller is configured to rotate faster than the forward roller 1 Automatic recognition of money or their processing data Processing unit. The method of claim 1, The passing data detecting means for detecting and recognizing only one sheet of the data separated by the processing data separating means constitutes a forwarding roller 2 for pushing and supplying the data to the scanning means. An operating amplification bar having a lever principle in which an idle roller that is in close contact with the forward roller 2 is constructed so that the end of the long side opposite the hinge point detects the operation amount of the operating amplification bar with a proximity sensor or a variable resistor to generate a signal. Automatic recognition device for processing money or their processing data, characterized in that it comprises a sensing means.