KR101270049B1 - Address printing equipment of no window envelope - Google Patents

Abstract

PURPOSE: A windowless envelope printing device is provided to read an address with a first barcode reader before inputting a printed matter into the inside of a windowless envelope and to read the address with a second barcode after sealing the windowless envelope, thereby smoothly printing the address on the windowless envelope. CONSTITUTION: A windowless envelope printing device comprises a printed matter supply unit(10), an inputting unit(20), a sealing unit(30), a printing unit(40), and a control unit(50). The printed matter supply unit supplies printed matters in which first and second barcode portions are printed respectively and a windowless envelope. The inputting unit inputs the printed matter supplied from the printed matter supply unit into the windowless envelope and seals the same. The sealing unit seals the windowless envelope into which the printed matter is input. The printing unit prints an address on the surface of the windowless envelope.

Description

Muchang Envelope Address Printing Device {ADDRESS PRINTING EQUIPMENT OF NO WINDOW ENVELOPE}

The present invention relates to a windowless envelope output device for outputting an address to a windowless envelope, which is a windowless envelope, and more particularly, by using two barcode readers, a barcode printed on a letter inside the envelope is scanned without error and an accurate address. The present invention relates to a windowless envelope address output device capable of detecting the operation of the conveying belt by enabling the output of the conveying sensor and identifying the conveyed envelope information by providing a tracking sensor. will be.

Generally, a mailing envelope is an envelope used to send enclosed contents to a recipient. An initial mailing envelope has a portion printed in front of the recipient and the sender, and one end of the envelope is opened so that the contents can be placed in the envelope. Had a simple structure.

Such envelopes are classified into a velvety bag with a transparent window at the front of the envelope and a windowless bag without a transparent window, and the pourable envelope is made of synthetic resin such as PET film and vinyl. The recipients are standardized so that the recipients can be written on the enclosed contents and the recipients are different, and the rest are used to send the same mail to many.

In addition, in addition to the purpose of confirming the addressee's address without opening the mailing envelope, the mailing envelope may be a mailing envelope made of a transparent window on either the front or the back side of the envelope.

However, these fluent envelopes are not economically inherent in that they must be additionally provided with a transparent material other than papers used as the base material of the envelope, and the cost of the overall cost increases due to the additional bonding process between the two materials. Have.

In addition, since the transparent material is mainly made of a chemical resin such as vinyl, it is hardly decomposed naturally and thus has a significant adverse effect on the natural environment.

Accordingly, in order to solve the problem of fluent bags in recent years, mail is delivered using a windowless bag without a transparent window, and in the case of a windowless bag, the destination information corresponding to the windowless bag according to the order of data for the destination information to be printed. A method of causing the to be sequentially printed is mainly used.

However, it is difficult to systematically check whether the information printed on the envelope is the information that the actual contents are to be delivered, that is, whether the destination information corresponding to the contents has been properly printed.

Furthermore, in the case of a windowless envelope, the barcode printed on the contents of the windowless envelope is scanned with only one magnetic reader from the outside to output the address. There is a problem that is difficult to scan.

In addition, since both the barcode printed on the contents and the printed contents of the contents use the same toner, an error is frequently caused by the printer of the printed contents while the magnetic reader scans the address barcode.

Looking at the prior art, a window-free envelope address printing device has been devised by using a magnetic barcode recognition, which is registered Patent No. 10-1156123, which is an apparatus for printing an address on a window-free envelope into which the contents are inserted, and provided in the contents inside the windowless envelope. Recognizing unit for non-contact recognition of the unique identification information from the magnetic bar code, the search unit for retrieving and outputting the address information corresponding to the unique identification information from the database unit and the search unit when the unique identification information is input from the recognition unit When the address information is transmitted is configured to the output unit for printing the address information on the windowless envelope.

Such a prior art can accurately print address information on a windowless envelope, as well as automatically recognize and select an error for printing the address information.

However, since Patent No. 10-1156123 also scans a bar code printed on the contents contained in the windowless envelope with a magnetic bar code recognition unit, it is difficult to accurately output an address and thus an error is still not solved. It is true.

As another example, an apparatus and method for printing a transfer address, which is registered in Korean Patent No. 10-1093189, has been devised, which retrieves a final transfer address of a first letter, identifies the size of the first letter, and the size of the first letter. Determine the size of the address label to be attached to the first item based on the information and the address of the final destination of the first letter, create a cut label based on the size information of the address label, and send the final letter of the first letter to the cut label Prints the address and generates an address label, and allows the destination address printing device to identify the mail to be addressed to the delivery service, thereby creating and attaching an address label to reduce the amount of work at the delivery post office. To make it work.

However, Patent No. 10-1093189 is to print and cut and attach the address to the address label attached to the envelope, as mentioned earlier by a completely different configuration and purpose than outputting the address directly to the front of the windowless envelope As a result, a problem caused by printing (printing) an address on a conventional windowless envelope cannot be solved at all.

Meanwhile, Patent No. 10-1156123, which is a prior art, outputs an address in a process in which a large amount of windowless bags are quickly transported on a conveying conveyor. At this time, a speed of a conveying conveyer for transporting a large amount of windowless bags is reduced or lowered than a set speed. If it is accelerated, the output time of the address determined by the speed of the conveying conveyor and the windowless bag being conveyed do not coincide with each other. Therefore, there is a problem in that a separate device that can cope quickly with the speed change of the conveying conveyor is not configured. .

Of course, the emergency stop switch button is provided to stop the entire line, but since the emergency stop switch button must be manually pressed by the operator, a large number of windowless envelopes have an error about address output before the emergency stop switch button is pressed. Because it is generated, there is a problem that the economic cost burden of having to collect, discard and rework the error-free window bag.

Republic of Korea Patent Registration 10-1156123 (2012.06.07 registration) Republic of Korea Patent Registration 10-1093189 (Dec. 6, 2011 registered)

An object of the present invention is to provide a window-free bag output device that is further provided with a tracking sensor for the window-free envelope is transferred to the control unit to pass the window-free envelope information passing through the tracking sensor to enable the correct address output for the envelope. There is this.

Another object of the present invention is to provide a first bar code reader and a second bar code reader, respectively, a windowless window to enable accurate address output by scanning the first bar code and the second bar code printed on the contents contained in the window-free envelope, respectively The object is to provide an envelope output device.

Still another object of the present invention is further provided with an encoder on a conveyance belt installed in a sealing portion to which a windowless envelope is conveyed, and a windowless output device for automatically stopping the sealing portion when rotational force deceleration or acceleration of the conveyance belt occurs. The purpose is to provide.

As a means for achieving the above object, the present invention, the windowless bag output device, the printed material supply unit for supplying the contents and the window-free bag with the first barcode portion and the second barcode portion respectively printed; An encapsulation unit encapsulating the contents conveyed from the printed matter supply unit in a windowless bag; Sealing part for sealing the windowless bag enclosed by the contents conveyed from the sealing portion; An output unit for outputting an address on the surface of the windowless bag conveyed by the sealing unit; Each of the substrate supply unit, the sealing unit, the sealing unit, and the output unit is electrically connected to each of the substrate supply unit, the encapsulation unit, the sealing unit, and the control unit for controlling the output unit. And a tracking sensor unit electrically connected to the control unit to detect the windowless envelope information passing through the sealing unit and the output unit, respectively, and transmit the detected value to the control unit.

The tracking sensor unit may include: a tracking sensor positioned at an upper side of the encapsulation part, the sealing part, and the output part to detect positions of the windowless bags passing through the encapsulation part, the sealing part, and the output part, respectively; A sensor fixture to which the tracking sensor is fixed; It includes a support for supporting the sensor fixture.

The sealing unit may include a drive pulley and an interlocking pulley corresponding to the drive pulley; A belt wound around the driving pulley and the interlocking pulley; It is made of a sealing roller that is in close contact with the upper end of the belt, is in close contact with the outer surface of the belt is provided with an encoder for detecting the movement and speed of the belt.

In addition, the encoder, the encoder portion in close contact with the outer surface of the belt; A support bracket arranged on the encoder; One side is fixed to the support bracket and the other side is fixed to the frame of the sealing portion; It is provided with a close contact roller for closely contacting the belt to the encoder side so that the close contact between the encoder and the belt.

The encapsulation portion may further include a first barcode reader scanning the first barcode portion of the contents before the contents are encapsulated into the windowless envelope, and the first barcode reader has one side fixed to the encapsulation portion frame of the encapsulation portion. A first frame; A support piece having one end fixed to the first frame; A second frame to which the other end of the support piece is coupled; And a two-dimensional barcode reader coupled to the second frame and reading a non-magnetic barcode.

In addition, the output unit on one side and a conveying belt for transporting the window-free bag to the output side; Two support bars vertically installed at both ends of the transfer belt frame for supporting the transfer belt; A connecting bar for transversely connecting the two support bars; One side is fixed to the connecting bar and the other side is the sensing roller which is located on the upper end of the conveying belt; A limit sensor fixed to the connection bar and electrically connected to the sensing roller is further provided. The connection bar further includes a second bar code reader for scanning a second bar code part of the contents contained in the windowless bag. The second barcode reader is a magnetic reader that reads a magnetic barcode.

According to the present invention, the address is read by the primary barcode reader before the content is printed inside the windowless envelope, and the address is read by the secondary barcode reader again after the windowless envelope containing the contents is sealed. The output is smooth.

In addition, the present invention can minimize the occurrence of an error due to the address output by outputting the address when matching the read address of the primary barcode reader and the secondary barcode reader.

In addition, in the present invention, since the tracking sensor is provided for each section, the transport information of the windowless bag can be checked for each section, thereby greatly improving the workability of address matching.

In addition, the present invention can quickly determine the deceleration or acceleration or stop state of the belt by the encoder to quickly cope with the malfunction can be minimized the window-free envelope discarded due to the error in the address output.

1 is a conceptual diagram showing the overall configuration of the present invention-free envelope address output device.
Figure 2 is a conceptual diagram showing a reading action state of the present invention windowless envelope address output device.
Figure 3 is a partially omitted perspective view showing one of the main components of the present inventors windowless address output device.
Figure 4 is a partially omitted perspective view showing the configuration of the other one of the main components of the present inventors windowless address output device.
Figure 5 is a block diagram showing an example provided with an encoder of the present invention windowless envelope address output device.
Figure 6 is a partially omitted perspective view showing the configuration of the second bar code reader of the present invention windowless envelope address output device.
Figure 7 is a partially omitted perspective view showing the configuration of the first bar code reader of the present invention windowless envelope address output device.

Hereinafter, other objects and features of the present invention will be apparent from the following description of embodiments with reference to the accompanying drawings.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries should be interpreted as having a meaning consistent with the meaning in the context of the relevant art and are to be interpreted in an ideal or overly formal sense unless explicitly defined in the present application Do not.

Hereinafter, a window-free envelope address output device according to an embodiment of the present invention will be described in detail with reference to FIGS. 1 to 7.

As shown in FIG. 1, in the present invention, the windowless envelope address output device includes a printed matter supply unit 10 supplying the contents 13 and the windowless envelope on which the first barcode unit 11 and the second barcode unit 12 are printed, respectively. And, an encapsulation portion 20 for encapsulating the contents conveyed from the printed matter supplying portion 10 into a windowless encapsulation, and a sealing portion 30 for sealing the encapsulated encapsulation encapsulated with the contents conveyed from the encapsulation portion 20. The output unit 40 outputs an address to the surface of the windowless bag conveyed by the sealing unit 30, the printed matter supply unit 10, the encapsulation unit 20, the sealing unit 30, and the output unit 40. And a controller 50 which is electrically connected to each other and controls the printed matter supply unit 10, the encapsulation unit 20, the sealing unit 30, and the output unit 40.

In addition, the encapsulation portion 20, the sealing portion 30 and the output portion 40, respectively detects the windowless information passing through the encapsulation portion 20, the sealing portion 30 and the output portion 40, respectively, The tracking sensor unit 60 is further provided to be electrically connected to the control unit 50 to transmit the detected value to the control unit 50.

In addition, a bypass portion 101 is provided between the sealing portion 30 and the output portion 40 in which the sealed windowless bag is bypassed to the output portion 40 side.

According to the present invention configured as described above, when the contents 13 printed with the first barcode part 11 and the second barcode part 12 are respectively supplied by the printed matter supply part 10, the contents are filled by the encapsulation part 20. It is put inside a windowless bag (not shown).

In addition, as for the window-free encapsulated contents, the part opened by the said sealing part 30 is sealed, and the address is output by the output part 40, and the address output of a window-free bag is completed.

In the process of outputting the address to the windowless bag by the process as described above, the detection of the section of each windowless bag passing by the tracking sensor unit 60, the matching of the address and the windowless bag output by the output unit 40 is It is done smoothly.

The tracking sensor unit 60, the tracking sensor 61 is located in the upper portion of the sealing portion, the sealing portion and the output portion to detect the position of the window-free bag passing through the sealing portion, the sealing portion and the output portion, respectively, A sensor fixing stand 62 to which the tracking sensor 61 is fixed, and a support 63 supporting the sensor fixing stand 62 are included.

The tracking sensors 61 of the tracking sensor unit 60 configured as described above may be provided in plural, and each of the windowless bags in the process of reaching from the encapsulation unit 20 to the output unit 40 by being provided for each section. By passing the position of the control unit 50, the windowless bag reached to the output unit 40 can easily read whether or not the envelope matching the address output by the output unit 40, for example At the time of the occurrence of an error, the bypass-free bag is generated through the bypass unit 101 without being supplied to the output unit 40 side.

The sealing unit 30 is a belt 33 wound around the drive pulley 31 and the drive pulley 31 and the drive pulley 31 and the drive pulley 32 is connected to the belt 33 ) And a sealing roller 34 in close contact with the upper end of the belt 33.

In addition, the encoder 35 is in close contact with the outer surface of the belt 33 is electrically connected to the control unit 50 to detect the movement and speed of the belt 33 and to transmit the detection value to the control unit 50. It is made.

The encoder 35 has an encoder part 351 which is in close contact with the outer surface of the belt 33, a support bracket 352 built up in the encoder part 351, and one side of which is fixed to the support bracket 352. And the other side is in close contact with the encoder 33 so that the spring 353 fixed to the frame 30a of the sealing part 30 and the encoder 351 and the belt 33 are maintained in close contact with each other. It is made of a contact roller 354 to be made.

Accordingly, in the process of sealing the windowless bag passing through the sealing part 30, the encoder part 351 of the encoder 35 measures the deceleration or acceleration according to the rotation operation of the belt 33 to control the controller. It is delivered to the (50) side, for example, when the rotational movement of the belt 33 falls or rises above the set speed of the rotational movement value by the control unit 50, the printed matter supply unit 10 and the encapsulation unit 20, sealing The operation of the unit 30 and the output unit 40 is stopped.

At this time, the magnetic switch for stopping the operation of the printed matter supply unit 10, the encapsulation unit 20, the sealing unit 30, the output unit 40 may be installed separately.

In this way, the encoder 35 detects the rotational movement of the belt 33 and automatically stops the whole process in the event of an error, so that the action according to the malfunction proceeds quickly, and the windowless bag is discarded due to the error in the address output. It can be minimized.

The encapsulation portion 20 is further provided with a first barcode reader 70 for scanning the first barcode portion 11 of the contents before the contents are sealed into the windowless envelope, the first barcode reader 70, The first frame 72, one side of which is fixed to the encapsulation part 20, a support piece 73 having one end fixed to the first frame 72, and the other end of the support piece 73 is coupled thereto. A second frame 74 and a two-dimensional barcode reader coupled to the second frame 74 and reading a nonmagnetic barcode are included.

The two-dimensional bar code reader constituting the first bar code reader 70 is a bar code capable of concatenating all characters having a continuous type and a multi-layer type and varying in symbol size, and capable of reading up to 400 characters for each symbol. It is preferable that the reader is made, and in addition, all barcode readers capable of reading barcodes in two dimensions are applicable.

The first barcode reader 70 first reads the first barcode portion 11 of the contents before the contents are put into the windowless bag.

In addition, one side of the output unit 40 is vertically installed on both sides of the conveyance belt 41 for conveying the window-free bag conveyed to the output side, and the conveying belt frame 42 for supporting the conveying belt 41 A support bar 43 and 43, a connection bar 44 for connecting the two support bars 43 and 43 transversely, and one side is fixed to the connection bar 44, the other side is the output portion 40 Sensing roller 45 is positioned on the upper end of the conveying belt 41 and the limit sensor 46 is fixed to the connecting bar 44 and electrically connected to the sensing roller 45.

In addition, the connection bar 44 is further provided with a second bar code reader 80 for scanning the second bar code portion 12 of the contents contained in the windowless envelope, the second bar code reader 80 is a magnetic bar code It consists of a magnetic reader that reads.

The magnetic reader constituting the second barcode reader 80 includes an ultraviolet light emitting device and a MICR reader in the scanner portion of the point of sales (POS) to check the authenticity of the character or figure printed with the magnetic ink. Magnetic reader can be applied to easily check the authenticity.

The second bar code reader 80 scans and reads the second bar code part 12 printed on the content contained in the window-free envelope filled with contents, before the window envelope is supplied to the output unit 40 side. The second barcode portion 12 is read.

As described above, the first barcode reader 70 reads the first barcode unit 11 to transfer the reading value to the controller 50 before the contents are put into the windowless bag, and the second barcode unit 12 is removed. When the two barcode readers 80 read and deliver the readings to the controller 50, the controller 50 matches the readings of the first barcode reader 70 with the readings of the second barcode reader 80. After quickly reading whether the reading is matched, if the reading value is matched by supplying a window-free bag to the output unit 40 side to output the address, and if the reading value does not match the address output by bypassing through the bypass unit 101 Minimize errors due to

In the present invention as described above has been described by the specific embodiments, such as specific components and limited embodiments and drawings, but this is provided to help a more general understanding of the present invention, the present invention is not limited to the above embodiments. For those skilled in the art, various modifications and variations are possible from these descriptions.

Therefore, the spirit of the present invention should not be limited to the described embodiments, and all of the equivalents and equivalents of the claims, as well as the following claims, will fall within the scope of the present invention.

10: printed matter supply unit 11: the first barcode unit
12: second bar code portion 13: contents
20: sealing part 30: sealing part
31: driving pulley 32: interlocking pulley
33: belt 34: sealing roller
35: encoder 40: output unit
41: conveying belt 42: conveying belt frame
43: support bar 44: connection bar
45: sensing roller 46: limit sensor
50: control unit 60: tracking sensor unit
61: tracking sensor 62: sensor fixture
63: support 70: first bar code reader
72: first frame
73: support 74: second frame
80: second bar code reader
351: encoder section 352: support bracket
353: spring 354: contact roller

Claims (6)

A printed matter supply unit 10 for supplying the contents 13 and the windowless bag printed with the first barcode unit 11 and the second barcode unit 12, respectively;
An encapsulation portion 20 for encapsulating the contents transferred from the printed matter supply portion 10 into a windowless bag;
Sealing portion 30 for sealing the sealed window-less enclosed by the contents conveyed from the encapsulation portion 20;
An output unit 40 for outputting an address on the surface of the windowless bag conveyed by the sealing unit 30;
The printed matter supply unit 10, the encapsulation unit 20, the sealing unit 30, and the output unit 40 are electrically connected to each of the printed matter supply unit 10, the encapsulation unit 20, the sealing unit 30, and the output. Consists of a control unit 50 for controlling the unit 40,
A first barcode reader (70) provided in the encapsulation portion (20) to scan the first barcode portion (11) of the contents before the contents are enclosed into the windowless envelope;
The encapsulation part 20, the sealing part 30, and the output part 40 respectively detect the windowless envelope information passing through the encapsulation part 20, the sealing part 30, and the output part 40, respectively, and a detected value. The window-free envelope address output device, characterized in that the tracking sensor unit 60 is further provided to be electrically connected to the control unit 50 to transmit to the control unit 50.
The method of claim 1,
The tracking sensor unit 60,
A tracking sensor 61 positioned at an upper side of the encapsulation part, the sealing part, and the output part so as to sense the position of the windowless bag passing through the encapsulation part, the sealing part, and the output part, respectively;
A sensor holder 62 to which the tracking sensor 61 is fixed;
Window-free envelope address output device characterized in that it comprises a support (63) for supporting the sensor fixture (62).
The method of claim 1,
The sealing unit 30,
A drive pulley 31 and an interlocking pulley 32 corresponding to the drive pulley 31;
A belt 33 wound around the driving pulley 31 and the interlocking pulley 32;
It consists of sealing rollers 34 in close contact with the upper end of the belt 33,
The encoder 35 is further provided to be in close contact with the outer surface of the belt 33 so as to detect the movement and speed of the belt 33 and transmit the detected value to the controller 50. Windowless envelope address output device, characterized in that made.
The method of claim 3,
The encoder 35,
An encoder part 351 in close contact with an outer surface of the belt 33;
A support bracket 352 arranged on the encoder 351;
A spring 353 fixed to one side of the support bracket 352 and the other side fixed to the frame 30a of the sealing part 30;
A window-free envelope address output device, characterized in that it is provided with a contact roller (354) for closely contacting the belt (33) to the encoder section so that the contact between the encoder (351) and the belt (33).
The method of claim 1,
The encapsulation portion 20 is further provided with a first bar code reader 70 for scanning the first bar code portion 11 of the contents before the contents are sealed into the windowless envelope,
The first bar code reader 70,
A first frame 72 having one side fixed to the encapsulation portion 20;
A support piece (73) having one end fixed to the first frame (72);
A second frame 74 to which the other end of the support piece 73 is coupled;
Window-free envelope address output device, characterized in that consisting of the two-dimensional bar code reader coupled to the second frame (74) for reading a non-magnetic barcode.
The method of claim 1,
One side of the output unit 40 and the conveyance belt 41 for conveying the windowless bag conveyed to the output unit side;
Two support bars (43) (43) vertically installed at both ends of the transfer belt frame (42) for supporting the transfer belt (41);
A connection bar 44 connecting the two support bars 43 and 43 transversely;
One side is fixed to the connection bar 44 and the other side is the sensing roller 45 which is located on the upper end of the conveying belt 41 of the output unit 40;
A limit sensor 46 fixed to the connection bar 44 and electrically connected to the sensing roller 45 is further provided.
The connection bar 44 is further provided with a second bar code reader 80 for scanning the second bar code portion 12 of the contents contained in the windowless bag,
The second bar code reader (80) is a window-free envelope address output device, characterized in that consisting of a magnetic reader for reading the magnetic bar code.

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