TWM543779U - Booklet stacking packaging machine - Google Patents

Description

Book stacking machine

The invention relates to a book stacking and sizing machine, which is used for a thicker page book, an adjacent paper facing surface, and a self-sequencing glue and a stacking machine.

The book is made up of a single page printed on both sides, arranged in sequence, and then assembled, and has a commemorative value, a small number of pages such as a wedding commemorative album, in order to make the page tension enough, In order to protect the photo from being creased, the album must be increased in thickness and tensile strength by lamination. For the production of the relevant album, please refer to the following illustration:

First, please refer to the first and second figures. A paper 101 is divided into a left page 11 and a right page 12 by a center line, and an image space 20 is respectively arranged on the mutually opposite pages, and the left and right image spaces 20 are mutually Yes, through a punching die 30, the centering line is folded in a dry pressing manner to form a link side 13 which is bent so that the left page 11 and the right page 12 can be opposite each other as shown in FIG. 2, Chain via link side 13 Connect so that the two can be open or opposite.

As shown in FIG. 3, most of the completed papers 101 are attached to each other. As shown in FIG. 3, a plurality of sheets of paper 101 are attached to the left side 11 and the right side of the sheet 11, respectively, and the left and right sheets are attached to the adjacent sheets 101. The bonding surface 14 of the page 11 or the right page 12 is formed to form a page 10, and the image space 20 of each of the left page 11 and the right page 12 is opened or folded by the link side 13 After the combination, the book will be opened, and then the content of the image space 20 can be enjoyed. The outermost page can be respectively attached to the cover 15 to complete the outer packaging of the album.

Referring to FIG. 4 again, the above-mentioned bonding is applied to the left page 11 and the right page 12 to which the adjacent two sheets 101 belong, and is bonded to be adhered by the applied glue film layer 41. The glue film layer 41 is The bonding surface 14 of the outer side of the selected paper 101 is smeared, and the bonding surface 14 of the other paper 101 is bonded. The bonding method is a manual method, and the bonding is performed by pressing the positive pressure, and can be used in advance. After the release paper 40 is separated, the release film 40 is peeled off, and the adhesive film layer 41 is exposed and adhered to the opposite bonding surface 14 so that the left page 11 or the right page 12 of the two sheets 101 can be back-fitted to form a back surface as shown in FIG. In the form, the paper 101 described above is a semi-finished paper 101 which is specifically produced on the market for the purpose of facilitating the presence of adhesive, so that it is necessary to have the release paper 40.

Referring to FIG. 5 again, in order to reinforce the formed album 10, it is possible to have a stronger tensile strength, and a lining card is interposed between the two mating faces 14 of the adjacent sheets 101. The lining card 50 can be relatively tough, and the auxiliary paper 101 is attached to the album 10 to make the album 10 more tensile strength. The inertia is that the lining card 50 is glued together on both sides. The film layer 41 is separated from the release sheet 40 by the release paper 40. After the release paper 40 is peeled off, it is adhered to the bonding surface 14 of one of the paper sheets 101, and the bonding surface 14 of the other paper 101 is attached to the lining card. The glue film layer 41 on the other side of the plate 50 is achieved, and the formed album 10 is formed by the presence of the lining card 50. The strength of the lining card 50 is also a semi-finished product which is specially produced on the market for hand-made and convenient adhesive work, and the outer surface of the glue film layer 41 must be separated from the release paper 40.

The above-mentioned method of affixing a plurality of sheets of paper 101 to the album 10 is divided into two types, one of which is that the two sheets of the left sheet 11 and the right sheet 12 to which the adjacent sheets 101 belong respectively are directly mated with each other. Second, the intervening lining card 50 is between the two mutually facing bonding faces 14, and the lining of the lining card 50 is especially in the case where the paper 101 is thin. If the thickness of the paper 101 is satisfied, no lining is required. The insertion of the loading plate 50 is divided into two kinds of fitting structures. However, the current sealing method is manual, and the book cannot be quickly packaged.

The present invention provides a book stacking and staking machine, which is provided with a glue device and a pressing mechanism on a machine table, and a receiving device for moving over the outlet at the outlet of the pressing mechanism, the receiving device can be taken one by one The paper that has been glued by the glue device has the main purpose of pressing and stacking operations in conjunction with the pressing mechanism during operation.

The second purpose of the present invention is to provide a program control device, which comprises controlling a rubberizing wheel when the first sheet of paper is entered to avoid the glue on the front page.

The third object of the present invention is to provide a carrying platform for the receiving device, the unwinding speed of the carrying platform being equal to the circumferential speed of the pressing wheel provided by the pressing mechanism.

The fourth object of the present invention is that the program control device electrically connects a detecting device, and when the detecting device senses each paper entry, the command program control device starts the system working time.

The fifth object of the present invention is to provide a limiting device at the outer end of the carrying platform, which is combined to form an inner corner.

The sixth object of the present invention is that the limiting device is provided with a square movable buckle, each paper entering in sequence by clamping, and the thickness of the buckle is less than the thickness of the lining of the lining, providing more Use.

10‧‧‧ album

11‧‧‧ left page

12‧‧‧ right page

102‧‧‧ towards the table below

13‧‧‧ link side

101, 101A, 101B‧‧‧ paper

14‧‧‧Fitting surface

15‧‧‧ cover

20‧‧‧Image space

30‧‧‧ Stamping die

40‧‧‧ release paper

41‧‧‧Glued film

50‧‧‧ lining card board

700‧‧‧Running line

82‧‧‧Feeling device

60‧‧‧ machine

61‧‧‧Return institutions

62‧‧‧Program control device

100‧‧‧Sealing machine

70‧‧‧Glue device

71‧‧‧Feed the platform

711‧‧‧Feed the tongue

712‧‧‧Entrainment wheel set

701‧‧‧ body

72‧‧‧Gluing mechanism

720‧‧‧Supply tank

721‧‧‧Sol

722‧‧‧heater

723‧‧‧ Rubber wheel

140‧‧‧Adhesive layer

724‧‧‧Glue wheel

725‧‧‧Supporting wheel

726‧‧‧ Masking

727‧‧‧guide wheel

73‧‧‧Pressing mechanism

731‧‧‧Pressing wheel

732‧‧‧

74‧‧‧Detection device

75‧‧‧Pressure device

80‧‧‧ receiving device

81‧‧‧ delivery platform

800‧‧‧Transportation line

90‧‧‧Limited device

91‧‧‧ clip

92‧‧‧End stop

93‧‧‧Back gear

94‧‧‧With inner corner

901‧‧‧ Pressure line

910‧‧‧Displacement line

Figure 1 is a schematic view of the folding of the paper.

Fig. 2 is a schematic view showing the formation of the link side after the paper is folded.

Figure 3 is a side view of a commemorative book with a thick album formed by laminating the bonding surfaces of most papers.

Fig. 4 is a schematic view showing that the bonding surface of the paper is previously coated with a glue film layer.

Figure 5 is a schematic view of the lining of the two sheets of paper.

Figure 6 is a completed view of Figure 5.

Figure 7 is a schematic diagram of the main institutional relationship of the creation of the complete sealing machine.

Figure 8 is a schematic view of the main device of the creation of the glue device.

Figure 9 is a schematic diagram of the first sequential paper operation provided for the authoring glue device.

Figure 10 is a schematic diagram of the process of fitting the second sequential paper to the authoring system.

Figure 11 is a diagram showing the movement of the clips provided by the creation limiting device.

Figure 12 is a schematic view of the clips provided in the creation limiting device in sequence with the paper.

Figure 13 is a schematic diagram of the operation of the creative clip.

Figure 14 is a schematic diagram of the indirect filling of the lining card for the operation of the authoring system.

The creation of the book stacking machine, in order to provide a commemorative book between the majority of the paper, through a glue device and a pressing mechanism and a receiving device operation, automatically glue the paper into a book sealing machine, set There are two basic functions, one is to simply fit the bonding surfaces of two adjacent paper sheets, and the other is to fit between the facing surfaces of two adjacent papers, and the lining of the lining cards can be lining For detailed structure and action functions of this creation, please refer to the following illustrations:

First, as shown in FIG. 7, the squeezing machine 100 of the present invention is composed of a machine 60, and a glue passing device 70, a pressing mechanism 73 and a receiving device 80 are arranged on the front and the back. The front end of the glue device 70 is provided with a feeding device. Into the platform 71, a gluing mechanism 72 is glued, a pressing mechanism 73, and the pressing mechanism 73 cooperates with the action of the receiving device 80 to perform a pressing operation.

The receiving device 80 is provided with a carrying platform 81, and the lower portion is coupled to the overlying mechanism 61 via a pushing device 82. The carrying mechanism 61 drives the carrying platform 81 to lift and move back and forth, so that the carrying platform 81 can generate a rectangular transport line 800. The outer end of the carrying platform 81 is combined with a limiting device 90. At the end of the loading platform 81, an inner corner 94 is formed. The device is fully controlled by a program control device 62 and is controlled according to a sequence. The device 62 is electrically coupled to a detecting device 74, which is commanded by the detecting device 74 as a program reference point for the operation of the system. The overlying mechanism 61 is a moving mechanism, which can be subjected to a chain mechanism such as a stepping motor drive, or a screw positive Reverse the mechanism of the movement (not shown), the mechanism is a general device design, please do not repeat them here.

Referring to FIG. 8 again, the glue device 70 is supported by a body 701. The upper end is provided with a feeding platform 71. The feeding platform 71 is provided with a feeding tongue 711 for feeding the end of the tongue 711. For the angle between the set of entrainment wheel sets 712, the exit of the entrainment wheel set 712 is provided with a detecting device 74 which is in a vertical relationship with the exit running line 700 of the entraining wheel set 712 to greet the entraining wheel set 712. The mouth is additionally provided with a gluing mechanism 72. The gluing mechanism 72 is formed by a pair of pressing wheels 725 and a rubberizing wheel 724. The dividing line is aligned with the running line 700 and the rubberizing wheel 724 is another. A rubber wheel 723 is disposed on the side, and the rubber roller 723 can be dipped in the depth of the sol 721, and the surface speeds of the rubber roller 723 and the rubberizing wheel 724 and the pressure roller 725 are equal.

The sol 721 is carried by a replenishing tank 720, the sol 721 can be a normal temperature glue, or the sol 721 must be hot-melted, and a set of heaters 722 is disposed under the replenishing tank 720 to generate heat radiation to heat the sol 721. The tangential gap between the upper rubber wheel 724 and the pressure roller 725 can be interposed by a shielding plate 726. The shielding plate 726 is a swinging device, and the pivot point overlaps with the axis of the rubberizing wheel 724. After turning, the angle between the pressing wheel 725 and the upper rubber wheel 724 can be blocked, and the outer surface of the rubberizing wheel 724 can be blocked from contact. The purpose of the non-contact is not the timing of the glue, and the shielding plate 726 enters. When the rubberizing wheel 724 and the pressure supporting wheel 725 have a gap therebetween, the shielding plate 726 enters between the circular cutting gaps.

A guide wheel 727 is provided at the outlet of the gluing mechanism 72. The terminal is provided with a set of pressing mechanism 73. The pressing mechanism 73 provides an angle between an applicator wheel 731 and an upper surface of a support plate 732. For example, a pressure supporting device 75 is attached to the outside of the pressing mechanism 73, and the pressure supporting device 75 generates a working vector such as a high pressure airflow downward.

Referring to FIG. 9 again, the glue device 70 is provided with the paper 101 as shown in the first and second drawings, and the paper 101 is entered and glued, and the paper 101 is not in the first order. The glue allows the passing paper 101 to adhere to the lower surface 102 as defined by the working posture, avoiding sticking to the upper surface of the carrying platform 81 after entering the receiving device 80, and thus the shielding plate provided in the system of the gluing mechanism 72 The 726 will be controlled to cover the outer circle of the upper rubber wheel 724.

In the initial operation, the paper 101 is fed from the feeding tongue 711 of the feeding platform 71 toward the entraining wheel set 712, and the linking side 13 of the paper 101 is directed forwardly into the entraining wheel set 712, via the clip. After the pulley set 712 is driven, it moves in the direction of the upper glue mechanism 72. At the exit of the entrainment wheel set 712, the detecting device 74 detects the entry of the link side 13, that is, initiates subsequent system work, mainly to control the work of the receiving device 80. At the timing, the paper 101 passes through the gluing mechanism 72 and enters the pressing mechanism 73.

The bearing inner surface of the receiving platform 80 is combined with the defining device 90 to form an inner corner 94. After the position is controlled by the detecting device 74, the linking side 13 of the paper 101 enters the pressing wheel 731 and the supporting plate. When the angle 732 is at an angle, the inner corner 94 is seated and greeted, and then the carrying platform 81 is driven to be retracted, and the lower circular table of the pressing roller 731 is retracted, that is, the vertical direction of the carrying platform 81 is pressed. Further, the retracting speed of the carrier platform 81 is equal to the peripheral speed of the pressing roller 731.

Please refer to FIG. 10 again (in order to clarify the sequence description, the drawing 101 divides the paper 101 into the front and back sheets 101A and 101B), and after the carrying platform 81 of the receiving device 80 has previously received the first order of sheets 101A, The second order of the paper 101B enters from the feeding platform 71 and needs to be glued by the gluing mechanism 72. At this time, the masking plate 726 is an angle space between the rubberizing wheel 724 and the pressure supporting wheel 725, and the outer rubberizing wheel 724 is outside. The round watch is indirectly coated with the rubber by the rubber wheel 723, and is passed through the second sequential paper 101B toward the lower table 102, that is, the glue is smeared by the rubberizing wheel 724.

The glued paper 101B finally enters the pressing mechanism 73. At the beginning, the inner corner 94 of the receiving device 80 is also driven by the lifting of the pushing device 82 and the displacement of the covering mechanism 61, and the positive pressing mechanism 73 is driven. Position, welcoming the link side 13 of the paper 101B of the second order, the post-carrier platform 81 is also reversed by the operation, and the biasing force by the pressing roller 731 during the retracting process causes the second sequential paper 101B to face downward. Table 102 will be pressed against the upper table of the first-order paper 101A, and the adhesion is achieved, followed by multiple passes and bonding, that is, stacking a multi-page book, and the structure and the third of the book are completed. The figure is the same.

During the process of the carrying platform 81 facing the pressing wheel 731, the pressing device 75 is a surface that passes perpendicularly to the carrying platform 81 to press the previously stacked or first surface that was previously located on the surface of the carrying platform 81. The sheet 101A is sequentially placed so that the posture of the sheet 101 can be flattened on the upper table of the carrier platform 81.

Referring to FIG. 11 again, the limiting device 90 and the carrying platform 81 are in a right angle joint relationship. After being combined, an inner corner 94 is formed between the carrying platform 81 and the rear end 93 of the limiting device 90. The rear end 93 perpendicular to the inner corner 94 provides the link side 13 of the paper 101 to be placed behind, and the limiting device 90 is provided with a clip 91. The lower surface of the clip 91 can press the upper surface of the link side 13 to form The clamping action facilitates that the gripper paper 101 does not move during the retraction of the carrier platform 81 as shown in FIG. 10, and the end stop surface 92 of the clip 91 is present inside and outside the vertical line of the rear block 93. When the end stop surface 92 is immersed in the inner side of the rear block 93, a space is opened to allow the subsequent paper 101 to be cut into the vertical plane aligned with the rear block 93.

Referring to FIG. 12 again, the sheets 101 on the table of the carrying platform 81 are sequentially stacked, and the sheets 102 of the sheets 101 are adhered to the table 102 by the second order, and an adhesive layer is formed after being glued. 140, entering the middle of each paper 101, the end stop surface 92 of the clip 91 will be immersed in the vertical line of the rear block 93, and then extended upward, and then press down the link side 13 of each paper 101, The working displacement of the clip 91 changes as shown in Fig. 13, which is a rectangular displacement line 910.

In the present invention, in order to achieve the lining card 50 between the bonding surface 14 of the adjacent sheet 101 of the adjacent sheet 101 and the right sheet 12 as shown in FIG. 6, the operation of the clip 91 is as follows. As shown in Fig. 14 (please refer to Fig. 13), the clip 91 is operatively displaced with the carrier platform 81. After the first action of the paper 101A is clamped as described above, the end face of the clip 91 is closed. 92 is a basis for resisting. In the process of filling the upper and lower sheets 101A, 101B into the lining card 50, the feeding platform 71 (as shown in Fig. 7) feeds the lining card 50, each The lower table of the lining card 50 is also glued by the gluing mechanism 72 into the lining card 50 that bears against the inner corner 94. First, the front end will abut against the end stop 92 of the clip 91, carrying The platform 81 is subjected to the retracting process as shown in FIG. 10, and the pressing roller 731 of the pressing mechanism 73 is rolled. The upper surface of the lining card 50 is then sequentially stacked into the subsequent paper 101, such as the paper 101B of the second order, which is glued to the lower surface 102 with the same glue, adhered to the first incoming lining card. The above table 50 is stacked in this order to complete the stacking operation with the lining card 50 reinforcing.

By the end stop surface 92 of the clip 91 being able to reach the end point of the lining card 50, and indirectly feeding the lining card 50, the package as shown in Fig. 6 can be achieved. The buckle 91 presses the pressure line 901 of the link side 13 to act, at least in the hanging direction of the end stop surface 92, the downward pressing force will cross the end surface of the lining card 50, and indirectly press the lower layers. .

The squeezing machine system of the present invention is provided with a glue device and a mutual movement receiving device, the glue device is provided with a feeding platform for feeding the paper, and the glue is selected through the glue mechanism, and The output of the pressing mechanism is synchronously pressed by the synchronous movement of the pressing mechanism and the carrying platform provided by the receiving device, and the carrying platform is pushed and driven by a pushing device and a covering mechanism to form a square moving line. The system is driven by the sensing command of the detecting device to drive its working program, so that the receiving device can achieve automatic gluing and pressing and stacking operations for the working timing of feeding each paper, so that the inner pages of the album with thicker layers need to be reached. The purpose of automatic fitting is an innovative design. Please ask your examiner Mingjian and give the patent as a prayer.

82‧‧‧Feeling device

60‧‧‧ machine

61‧‧‧Return institutions

62‧‧‧Program control device

100‧‧‧Sealing machine

70‧‧‧Glue device

71‧‧‧Feed the platform

72‧‧‧Gluing mechanism

73‧‧‧Pressing mechanism

74‧‧‧Detection device

80‧‧‧ receiving device

81‧‧‧ delivery platform

800‧‧‧Transportation line

90‧‧‧Limited device

94‧‧‧With inner corner

Claims (11)

A book stacking and staking machine comprises: a glue passing device, which is provided with a feeding platform, a glue applying mechanism and a pressing mechanism in sequence; a receiving device is provided with a carrying platform for overfeeding and pressing The mechanism is exported; a passing mechanism drives the receiving device to run over; a limiting device is coupled to the outer end of the carrying platform; and a program control device controls the working timing of each of the devices. For example, the book stacking and staking machine described in claim 1 is characterized in that the pressing mechanism is provided with a pressing wheel, and the working peripheral speed is equal to the retracting speed of the carrying platform. The book stacking and staking machine according to the first aspect of the patent application, wherein the gluing mechanism is provided with a rubberizing wheel and a pressure supporting wheel, and between the opposite slit of the rubberizing wheel and the pressure supporting wheel, a Cover the curved mask on the periphery of the rubber wheel. The book stacking and sealing machine according to claim 1, wherein at the outlet of the feeding platform, a detecting device is provided, and the detecting device transmits a command to the program control device to trigger the system program to work. For example, the book stacking and staking machine described in claim 1 is characterized in that the gluing mechanism is provided with a rubberizing wheel, and a rubber wheel is attached with a sol attached to the round table of the rubberizing wheel, and the rubber wheel is provided by a rubber wheel. The supply tank takes the sol. The book stacking and sealing machine according to claim 5, wherein the supply tank is provided with a heater to obtain hot melt energy. The book stacking and squeezing machine according to claim 1, wherein a pressure-relieving device is provided on the outer side of the outlet of the pressure-applying wheel to face the surface of the carrier platform. The book stacking and sealing machine according to claim 1, wherein the carrying platform is coupled to the overlying mechanism by a pushing device, and the pushing device is a vertical lifting carrying platform. The book stacking and sealing machine according to claim 1, wherein the limiting device is provided with a clip, working on a square paper, the latitudinal running enters the horizontal space of the inner corner, and the warp is movable to the bearing. The inner corner is vertically above. The book stacking and staking machine according to claim 1, wherein the buckle has a thickness, and the outer end is at an end stop surface perpendicular to the carrier platform, and the thickness thereof is equal to or slightly smaller than the lining card. The book stacking and sealing machine according to claim 1, wherein the limiting device is coupled to the outer end of the carrying platform to form a vertical bearing inner corner.