JPH02296621A - Completely automatic mailing strip-wrapping machine - Google Patents

Abstract

PURPOSE:To release a worker from manual labor and shorten the working time by a method wherein the front tip of a carried newspaper is stopped by a stopper, and the newspaper, which is forcibly controlled from the rear end, is double-folded, and then a name band is wound on the further fourfolded newspaper, and the joint of the name band, a gummed tape is placed, and thus the strip-wrapped newspaper is carried out. CONSTITUTION:Newspapers, which are set in upper and lower stockers of a morning and evening papers simultaneous feeding device B1 for a newspaper carrying (feeding) device B, are simultaneously fed out by sponge stop rollers. The front tip of the carried newspaper is stopped by a stopper guide 19 at a jogger device B2, and the newspaper is forcibly controlled by a jogger guide 21 from the rear end. The forcibly controlled newspaper is double-folded by a first folding section C1 at a newspaper folding device C, and further the direction is changed by 90 deg. and sent to a second folding section C2 to be fourfolded. On the fourfolded newspaper, a name band is wound at a name band wrapping device D2, and a gummed tape is placed on the joint of the name band by a sealing device D3 (for which a gummed tape is used). The strip-wrapped newspaper is pinched by a carrying-out device E, and carried out by opening the device.

Description

[Detailed description of the invention] [Industrial application field] This application relates to a fully automatic mailing banding machine.

[Prior Art] Conventionally, automatic postal banding machines have been provided as this type of device, and they generally include the following parts.

1. A folding machine section that supplies newspapers and folds them into quarters for mailing.

2. A tightening machine section that feeds address strips of a predetermined size one by one and wraps them around the folded newspaper.

3. Gluing machine section that applies chemical glue to the address belt.

4. A laminating conveyor section that laminates address strips.

5. A sorting conveyor section that carries out the wrapped newspapers.

[Problems to be Solved by the Invention] The conventional techniques described above have the following problems.

1. There was only one part to feed and set, and the method was to manually assemble one copy of the evening edition, one copy of the morning edition, etc., and then feed it to the folding unit, which meant that only single folding could be performed.

2. Furthermore, the number of pages to be processed per copy is limited to 48 pages, and it is necessary to adjust the gap between the folding rollers depending on the number of pages. Insufficient adjustment may cause misfolding or paper jams, which takes time to repair.

In addition, today's newspapers are rapidly becoming more multi-page, and the maximum page size is 48 pages, which is no longer necessary to keep up with the trends of the times.

3. The band was pasted using chemical glue, but the adhesive was fluid and had the disadvantage of slipping on the adhesive surface.

Thin pages are good, but the thicker the newspaper, the stronger its resilience after being folded and compressed, and the fact that thicker pages also narrow the range of glue for the band, so sometimes the band can become loose after gluing. The result was peeling.

4. Also, since the glue was sticky, it was troublesome to repair it after a problem occurred.

If it gets twisted at one end, it will take extra effort to repair it. won.

Furthermore, there are problems in managing glue, such as controlling the temperature and humidity of the storage area and periodically checking performance such as hardness in order to maintain stable adhesive strength, and maintenance such as cleaning after work is completed. The situation had become fruitful.

Furthermore, the conventional work that relies on manual labor has the following problems.

1. Since the folding was done by hand, dirt was noticeable on the newspaper surface, reducing the product value.

2. As the number of pages per copy increased, there was a limit to normal folding by hand.

3. Due to the steady increase in the amount of @transfer work, it became increasingly difficult to save labor and shorten work time.

The present application was made in view of the problems of the prior art, and its purpose is to provide a system that can do the following.

With the aim of freeing people from manual labor and shortening work time, they worked on developing a fully automatic machine to solve the problems of conventional technology.

1.Stock newspapers in the upper and lower shelves and make sure to send out one copy at a time.

2. Set and fold the morning and evening newspapers at the same time (double fold).

3 Furthermore, it can be folded even in a single piece (single fold).

4. Stable processing of both thin and thick pages (up to 72 pages possible without adjustment).

5. Do not damage or stain the newspaper.

6. Make sure to send out the address strip one by one and wrap it around the folded newspaper.

7. Make sure to attach the duct tape to the seam of the wrapped address belt.

8. Stabilizes the adhesive surface by using gummed tape and simplifies management such as cleaning and maintenance.

9. After pasting, the newspapers are carried out and lined up.

[Means for Solving the Problem] In order to achieve the above object, the present invention is as follows.

That is, in the present application, there is a simultaneous morning and evening paper feed device part B1 configured to simultaneously feed newspapers set in the upper and lower stockers using sponge stop rollers, and a stopper stops the front end of the newspaper being conveyed, and the newspaper is fed out from the rear end. A newspaper conveying (supplying) device section B consisting of a jogger device section B2 configured to perform forced control, and a newspaper forcibly controlled by the jogger device section B2 are folded in half at a first folding section CI, and further,
a newspaper folding device section C that folds the newspaper into four at a second folding section C2;
An address band wrapping device part D2 that wraps an address band around a folded newspaper; a sealing device part D3 that applies duct tape to the seam of the address band to the newspaper wrapped with the address band; and a sealed newspaper. This is a fully automatic mailing banding machine consisting of an unloading device section E for unloading.

[Effect]! The newspapers set in the upper and lower stockers of the morning and evening paper simultaneous feeding device section B1 in the newspaper conveying (supplying) device section are fed out at the same time by a sponge stop roller.

It can also be sent individually.

This operation is performed using the push button switch 102°. 103.

2. The leading end of the newspaper being conveyed is stopped by the stopper guide 19 in the jogger device section B2, and the rear end is strongly controlled by the jogger guide 21.

3. The newspaper forcibly controlled by the jogger device section B2 is folded into two at the first folding section C1 in the newspaper folding section C, and then turned 90 degrees by the grooved drum 27 and sent to the second folding section C2. It is sent and folded into quarters.

In this case, the folding width can be adjusted.

That is, the stopper guide 26 adjusts the folding width for two-folding, and the stopper guide 32 adjusts the folding width for four-folding.

4. The folded newspaper is wrapped with an address band in the address band wrapping device D2.

In this case, the address band position one-touch variable stopper 43 is configured so that the wrapping position can be changed depending on the number of pages.

5. The sealing device unit (using gummed tape) D3 sends the packing tape to the newspaper wrapped with the address strip using a bevel roller and a U-shaped guide, presses the tip, operates the seal button shear head 79, and cuts the tape and stamps the address at the same time. Paste it on the seam of the belt.

At the same time as the seal button shear head 79 returns, the attached tape feeding bevel roller 73 is reversed to normalize the next feeding (operation).

6. The bundled newspaper is held in the carrying-out device section E, and the device is opened and carried out.

[Embodiments of the invention] Examples will be described with reference to the drawings.

The fully automatic mailing wrapping machine A of the present invention is composed of a newspaper conveying (supplying) device section B, a newspaper folding device section C, an address band conveying (supplying) and sealing section device, and an unloading device section E. There is.

The newspaper conveying (supplying) device section B includes a morning and evening paper simultaneous feeding device section B1 and a jogger device section B2, and the newspaper folding device section C includes a first folding section C1 and a second folding section C2. The address belt conveying (supplying) and sealing unit device is composed of an address belt delivery device section D1, an address belt wrapping device section D2, and a sealing device section D3.

Each of these device parts is arranged on a frame F that is elongated in the longitudinal direction of the plane and has wheels for movement on the lower surface.

Therefore, this frame F consists of a rectangular lower frame F1 that is elongated in the longitudinal direction of the plane, a number of supporting legs F2 that stand up on this lower frame, and an upper frame that is connected horizontally to the upper end of this supporting leg. F3, and an intermediate frame F4 disposed at the front portion between these upper and lower frames.

The details of each of the above device sections will be explained below in order.

The morning edition and evening edition simultaneous feeding unit B1 in the newspaper conveying (supplying) unit unit simultaneously sends out the newspapers set in the upper and lower stockers using sponge stop rollers (!
＃It is structured so that it can be sent alone.

In other words, 1 is an upper and lower newspaper stocker, which includes a side wall IA extending in a U-shape in plan at the upper rear position of the upper frame F3, and upper and lower columns extending horizontally within this side wall. It consists of a receiving plate IB and an IC.

Reference numeral 2 denotes an upper extrusion fixing bracket, and a ratchet type extrusion upper sponge stop roller 3 is attached to the tip of this bracket 2 via an extrusion upper arm 4 so as to be positioned in front of the upper receiving plate IB. At the rear end of the bracket 2, an upper operating arm 8 and an upper arm operating cylinder 10 for operating the upper arm are provided.

Reference numeral 5 designates a lower extrusion fixing bracket, and a ratchet type extrusion lower sponge stop roller 6 is attached to the tip of this bracket 5 via a lower extrusion arm 7 so as to be positioned in front of the lower receiving plate IC. At the rear end of the bracket 5, a lower actuating arm 9 and a lower arm actuating cylinder 11 for operating the lower arm are connected.

Reference numeral 171 denotes a polyurethane belt for upper stage conveyance, which is connected to the front edge of the upper receiving plate IB of the stocker 1 so as to be inclined so that it becomes lower toward the tip.

A newspaper transport guide upper sponge roller 90 is rotatably attached to the rear of the upper surface of the polybelt 171 via an upper arm for feeding 13 operated by an upper cylinder for arm actuation 12. A sponge free roller 16 for auxiliary feeding is rotatably attached to the front of the upper surface of the roller.

Further, a newspaper transport guide lower stage sponge roller 89 is disposed at the front edge of the lower receiving plate IC in the stocker 1.

In the figure, 901 is a frame for fixing the arm, 14 is a lower cylinder for arm operation, and 15 is a lower joint bracket for arm operation.

Therefore, the lower cylinder 14 for operating the arm is used for operating the sponge roller 89 for feeding out the newspaper.

The arm operating lower joint bracket 15 is a joint between the cylinder and the newspaper feeding sponge roller 89.

The jogger device section B2 is configured to stop the conveyed newspaper with a leading end stopper 19 and forcibly control it from the rear end.

That is, 172 is a polyurethane belt for conveyance, and the rear end of the polyurethane belt 172 is connected to the tip of the lower receiving plate IC in the upper and lower newspaper stock stockers 1.

Reference numeral 19 denotes a stopper guide for stopping the leading edge of the newspaper, which is disposed in a freely undulating manner near the top end of the polyurethane belt 172, and 18 is a stopper solenoid that causes the stopper guide 19 to rise and fall.

Reference numeral 21 denotes a jogger guide which is arranged in an up-and-down manner approximately at the center of the upper surface of the polyurethane belt 172 and aligns the upper and lower newspapers, and 20 is a cylinder for the jogger guide that operates this jogger guide 21.

22 shows the newspaper in the set state.

1 F3 is a polyurethane belt for conveyance.

The functions of the stopper guide 19 and the jogger guide 21 are as follows.

This is a device that forcibly aligns the tips of newspapers fed separately from the upper and lower tiers in order to overlap and fold them.

It does not work in the case of single folding (switching with operation buttons S and W). It is configured to send the paper to the bi-folding section C2 and fold it into four (folding width can be adjusted).

That is, the first folding portion C1 is located on the top surface of the pan cord belt 28 for conveying a primary folded newspaper with an inverted side shape connected to the tip of the poly belt 173, and is located on the upper surface of the pan cord belt 28. From above this interval 27A, the grooved drum 27 for entrainment and conveyance is disposed with a predetermined interval 274 between it and the tip.
Consisting of a primary folding resin plate 24 that moves up and down within 7A, and a folding width position one-touch variable stopper guide 26 disposed above the grooved drum 27 for winding and conveyance and at the same level as the polybelt 173. has been done.

In addition, 23 is a cylinder for primary folding which raises and lowers the resin plate 24 for primary folding.

25 shows a newspaper in a first folded state.

The second folding section C2 has an attitude control and one-touch variable folding width position stopper guide 32 disposed at the tip of the bread cord belt 28 at the same level as the bread cord belt 28 and with a predetermined interval 32A. The amount of second folded newspaper is determined from the guide 33 and the upper part of this interval 32A.
It is composed of a secondary folding resin plate 30 that moves up and down with respect to the inside.

In addition, 29 is a cylinder for secondary folding that raises and lowers the resin plate 30 for secondary folding.

31 shows a newspaper in a state of being folded into two.

Drive guide bracket A95, drive guide bracket B96
The structure and effects are as follows.

1. Structure The structure of the drive guide bracket A95.896 consists of four rotating support shafts, and the upper and lower left support shafts and the upper and lower right support shafts are equally fixed to the bracket.

The left and right upper support shafts are of a floating type, and the upper parts of the left and right brackets are each attached to the horizontal frame under tension using four cross springs so that they can be opened and closed telescopically.

The left and right sides of the lower support shaft are fixed with built-in bearings.

2. The operation drive guide brackets A95 and B96 are semi-fixed with springs so that when the newspaper is pushed in with the next folding resin plate, they can be opened and closed elastically according to the number of pages (thickness) of the newspaper. There is.

Note that the effect of secondary folding is also similar.

The address belt delivery device section D1 detects the stocked address belts one by one and delivers them to a predetermined position (there is a two-sheet detection device).

Furthermore, the arrangement is such that the stop position of the address belt can be changed depending on the number of pages.

Namely, there is an address strip stocker 34 disposed below the polyurethane belt 172, and an address strip feeding sponge roller 37 provided on the upper surface of this stocker 34.
, and a polyurethane belt 38 for conveying address belts connected in front.
A polyurethane belt 91 for conveying an address belt 91 is connected to the front of the polyurethane belt 38 via a cancellation guide 41, a one-touch variable address belt position stopper 43 is provided at the tip of the polyurethane belt 91 with a predetermined interval 43A, and the polyurethane belt 38 It is composed of a polyurethane belt 42 for conveying an address belt, which is disposed on the upper surface of the area where it is connected to the polyurethane belt 91.

35 is an address strip stacked in the stocker 34, 36 is a cylinder for operating an arm that operates the sponge roller 37, 39 is a micrometer for address strip/sheet detection, and 40 is a cylinder for operating a cancel guide.

1) The structure and function of the cancel guide 41 are as follows.

The operation of the cylinder 40 causes the cancellation guide to be raised via the connecting bracket, and the address belt is ejected.

2) The structure and operation of the micrometer 39 for detecting two address strips are as follows.

When two or more address strips pass between the micrometer 39, the detection roller 391, and the conveyance roller 392, the gap between the rollers widens, this movement is detected by the micrometer, and the cylinder 40 operates the cancel guide 41. .

The relationship between the interval 43A and the interval 32A is as follows.

The interval 32A is a gap for second-folding the newspaper, and the interval 43A is a gap for lowering the second-folded newspaper onto the upper surface of the address belt.

The address band wrapping device section D2 wraps an address band around the second folded newspaper.

Further, the wrapping position can be changed depending on the number of pages using an address band position one-touch variable stopper 43.

Reference numeral 60 is a horizontal stopper cylinder 59, which is a horizontal stopper guide that moves back and forth in the front and rear directions.

This horizontal stopper guide 60 is a guide for positioning the twice-folded newspaper and the address strip, and is a guide A49.
, are arranged so as to be located directly below the guide B50.

On the front side of the upper surface of this horizontal stopper guide 60, a newspaper compression press guide guide B50 is arranged in an upright state, and on the rear side, a newspaper compression press guide guide A49 is movable forward and backward so as to face this guide B50. It is located in

48 is a cylinder for operating the guide A49 and the guide B5G, which work as one set.

The guide B50 and the guide A49 will be explained as follows.

The guide B50 is connected to the guide A49 via the lever arm 113 and the connecting bracket 114 so as to face the guide A49, and is configured to open both when the cylinder 48 moves backward.

Furthermore, the guide A49 is closed by the forward movement of the cylinder 48, and at the same time, the guide B50 is closed by the tension of the coil spring 115.

Reference numeral 45 denotes a horizontal operating block configured to be operated by a horizontal block operating cylinder 44, and this block 45 is provided with a friction disk brake roller (alignment device) 47 that is operated by a roller operating cylinder 46.

The horizontal operation block 45 is installed at the position between the - next folding section 1
(It is arranged right below the middle between 927A and the gap 32A of the secondary folding part.

In the figure, numeral 51 indicates an address belt, and S2 indicates a second folded newspaper in a state in which the belt alignment has started.

Reference numeral 55 denotes a shutter guide plate for preventing band shifting provided on the guide B50 side, and this shutter guide plate 55 is connected to a shutter joint 54 operated by a shutter operating cylinder 53.

In the guide B50, the friction desk brake roller 47 is activated to attach the address strip to the newspaper.)
Since it comes with a frame, the center part is cut out.

The shutter guide plate 55 is provided so that the address strip wrapped around the newspaper does not shift when it is lowered.

The structure of the shutter guide plate 55 is 9, the guide guide B50
It has a structure in which it can be opened and closed by the operation of a cylinder 53 via a shutter joint 54 built into the shutter joint 54.

The sealing device section (using gummed tape) D3 feeds the gummed tape with a bevel roller and a U-shaped guide, presses the tip, operates the sealing butcher head 79, and pastes the tape at the same time as cutting the tape.

At the same time as the seal button shear head 79 returns, the attached tape feed roller is reversed to normalize the next feeding (operation).

A cutter blade B7B is mounted approximately in the center of the rear part of a slide base 81 for longitudinal operation, which is provided on the upper surface of a fixed base 811 which is stretched and fixed horizontally on the front surface of the guide B50 so as to be moved back and forth by a cylinder 57. A reciprocating operation interval lli+80 is established, and a small motor 56 for feeding the gum tape provided at the right front corner on the slide base 81, a gum tape 58 rotatably provided at the left front corner, and a rear left portion of this gum tape 58. A guide free roller 72 provided on the slide base 81, a pair of left and right bevel rollers A-F3 for feeding gum tape, and a bevel roller for correcting gum tape, provided so as to be rotated clockwise by a motor 56 at a position near the guide B50 on the slide base 81. 874, and a gummed tape feeding guide A7 arranged with a small gap in front of the bevel roller A73.
5, a guide guide 876 for correction when reversing the gummed tape disposed with a small gap in front of the bevel roller 874, a semi-fixed cutter blade A77 provided on the right side of the bevel roller B74, and a semi-fixed cutter blade A77 provided on the right side of the bevel roller B74. There is a seal button shear head 79 for pasting the gummed tape on the right side, and a cutter blade A77 on the left side of this seal button shear head 79.
This seal butcher head 79 has U-shaped brackets 110 and 111 symmetrically attached to a slide base 81, and a guide slide for the back and forth movement of the seal butcher head 79. A plate 112 is incorporated.

Moreover, it is configured to be able to swing freely in the front and rear directions by a cylinder 57 for the seal butcher head.

Reference numeral 71 denotes a tape tip gripping rotary plug that is pivotally attached to the right end portion of the seal button shear head 79 with a pin 79A.
A mini-cylinder 68 for actuating the rotary plug is configured to be openable and closable with respect to the right end portion of the seal buther head 79 via the rotary plug.

67 is a semi-fixed bracket for fixing the mini cylinder.

The semi-fixed cutter blade A77 refers to a structure in which it escapes when engaged.

The state in which the gummed tape 58 is applied will be explained in the order of steps.

■ Use the rotating plug 71 to grab the tip of the packing tape and fix it.

- By the operation of the cylinder 57, the slide base 81 moves forward until it touches the side of the guide B50.

■ When the cylinder 57 hits the guide B50, the stroke of the cylinder 57 continues to increase.

(2) A cutter blade A78 attached to the seal button shear head 79 moves forward together with the seal button shear head 79 and engages with the cutter blade B77 to cut the duct tape.

■ The stroke of the cylinder 57 continues to extend, and the seal button shear head 79 attaches it to the address belt.

■ At the same time, the mini cylinder 68 is activated, and the joint A
69. Rotary plug 71 operates via B70 and releases the tape grip.

■ At the same time, the cylinder 57 moves back and returns to its home position.

Gum tape feeding bevel roller A73, gum tape correction bevel roller 874, gum tape feeding guide A75, and gum tape reversal correction guide B
The relationship with 76 is as follows.

■ The bevel roller A73 and the guide A75 feed the tape to the tip of the target seal busher head 9.

The guide A75 also determines the tape feeding direction.

(2) The bevel roller 874 and the guide B76 are used to correct the reversal of the gummed tape.

When cutting the tape, the adhesive surface of the tape adheres to the cutter blade, so the tape feed is temporarily reversed to return the tape tip to the U-shaped state.

The timing of the operation of the seal butcher head 79 and the rotary plug 71, and the semi-fixed cutter blade A7? The timing related to the operation of the induction cutter blade B7B is as follows.

The tip of the tape is detected by a sensor and the mini-cylinder 68 is actuated, which is transmitted to the rotary plug 71 via the cylinder A69 and B70, which grips the tip of the tape.

The cutter blade A7 is semi-fixed by a spring 3, and the cutter blade B78 is fixed to a seal butcher rod 79, guided by the operation of a cylinder 57, and cuts the tape when it engages with the cutter blade A77.

The packing tape feeding guide A75 and the packing tape reversal correction guide B76 will be explained as follows.

■ The purpose of the guide A-5 is to make the gummed tape into a U shape.

(2) Since the guide B76 cannot be fed due to the adhesive surface of the tape, it is reversed at - time to correct the tape into a U-shape.

A position where the bevel roller A73 for feeding the duct tape and the bevel roller 874 for correcting the duct tape are provided;
The relationship between the positions where the cutter blade A7 and the induction cutter blade B78 are provided and the position of the guide B50 is as follows.

In order to smoothly set the gummed tape on the seal button shear head 79, the positions of the bevel roller and cutter blade were determined so that the tape could travel and be set in the shortest distance.

The relationship between the cutter blade and guide B50 is cylinder 5.
7, when the slide base 81 hits the side surface of the guide B50, the cutter blade A78 advances toward the seal button shear together with the rad 79.

The wrapped newspapers are guide A49 and guide B5.
0, but as soon as the seal is completed, the cylinder 48
Guide A49. B50 is opened and carried out.

The carrying-out device section E is configured to sandwich the bound newspaper, open the device, and carry it out.

The array stock frame automatic extension variable support provided on the lower surface of the sealing device part D3 has a stand 66, and this support has a position directly below the guide B50 on the stand 66, and the amount thereof is in the longitudinal direction of the stand 66. It is comprised of a vertical stopper guide 64 which is provided to be vertically movable up and down from below in an orthogonal direction, and a newspaper discharge bushing guide 62 which moves back and forth from behind with respect to the vertical stopper guide 64.

In the figure, reference numeral 61 denotes a busher guide cylinder 63, and a vertical stopper actuating cylinder 65 denotes a bound newspaper.

The power transmission relationship is as follows.

82 is a transport drive motor 83 is a synchro belt A1
84 is a synchronized belt 8185 is a shaft for sending address belts, 86 is a grooved pulley, 87 is an auxiliary feeding roller 9
2 is solenoid valve No. 1-fi series, 93 is solenoid valve No. 2-1i series, 94 is solenoid valve No. 3-5 series, 97 is solenoid valve No. 0-4.
-1 unit, 9B is the power supply unit (sequencer), 99 is the display lamp (power supply -100V), 100 is the push button switch (power = OFF), 101 is the push button switch (power = ON)
, 102 is a push button switch for single folding, 103 is a push button switch for double folding, 104 is a snap switch (forcibly opens cylinders No. 29, 48, 59, 63), 105 is a push button switch for sending address belts, 106 10 is a snap switch for turning off the motor power, and 10 is a push button switch for feeding the seal tape.

[Effects of the Invention] Since the present invention is configured as described above, it has the following effects.

Currently, it takes 80 minutes for two people to mail the morning and evening newspapers, but if a fully automatic mail-banding machine is used, one person can load the morning and evening newspapers into the upper and lower stockers, press the operation button, and press the button for 20 minutes.
It can be completed in minutes (IA implantation capacity is more than 20 cars per minute).

Specifically, 1) it will be possible to completely eliminate the 300-copy folding process that was performed during the evening edition;

2) ``Wrapping the obi has been abolished'' that was done during the evening edition.
can do.

3) It is possible to ``automate the combination work with the evening edition'' that was done during the morning edition.

4) It is possible to level out the @S sending processing work (eliminate individual differences).

[Brief explanation of drawings]

Figure 1 is a right side view, Figure 2 is a plan view, Figure 3 is an exploded perspective view explaining the process, and Figure 4 is the third
Figure 5 is an enlarged view of the main parts of Figure 3. Figure 6 is an enlarged view of the main parts of Figure 3. Figure 6 is an enlarged view of the main parts of Figure 3.
Fig. 7 is an enlarged perspective view of the seal mounting device portion, Fig. 8 is a perspective view illustrating the same function as above, and Fig. 9 shows a bevel roller A for feeding gummed tape and a guide guide A for feeding gummed tape. Fig. 10 is a schematic plan view of the seal attachment device, Fig. 11 is a schematic front view of the same as above, and Fig. 12 is a schematic side view showing the relationship between the newspaper and the address strip. Fig. 13 is a schematic side view of the same as above; Fig. 14 is a schematic plan view of the state in which the traction disc brake roller is pressing the address belt; Fig. 15 is a schematic diagram of the same as above. FIG. 16 is a schematic plan view of the sealing device moving forward and duct tape is being cut; FIG. 17 is a schematic plan view of the sealing device moving forward and pasting the duct tape; FIG. 18 is a schematic plan view showing a state in which the sealing device has retreated and returned to its initial position and the newspaper is about to fall. FIGS. 19 and 20 are perspective views illustrating the state of power transmission. , fully automatic mailing banding machine, newspaper conveyance (supply) device section 1, newspaper folding device section, address band conveyance (supply) and sealing section device, unloading device section. E. Figure 7 Figure 8 Figure 10 Figure 11

Claims (1)

[Claims] A morning newspaper configured so that the newspapers set in the upper and lower stockers are simultaneously sent out by sponge stop rollers;
A newspaper conveying (supplying) device section B consisting of an evening paper simultaneous feeding device section B1 and a jogger device section B2 configured to stop the leading end of the transported newspaper with a stopper and forcibly control it from the rear end; and a jogger device section B2. a newspaper folding device section C that folds the newspaper forcibly controlled in two at a first folding section C1 and then folds it into quarters at a second folding section C2; and an address band wrapping device that wraps an address band around the folded newspaper. It is characterized by comprising a section D2, a sealing device section D3 that applies duct tape to the seam of the address strip around the newspaper wrapped with the address strip, and a carrying-out device section E that carries out the wrapped newspaper. Fully automatic mailing banding machine.