Horizontal type enclosure frame box body enclosure forming device

Abstract

The utility model relates to a horizontal type enclosure frame box body enclosure forming device which comprises an upper side connecting mechanism, the upper side connecting mechanism is arranged on the upper side of a box body horizontal type die stop position, the upper side connecting mechanism comprises a downward-moving material pressing plate and a transverse-moving edge paper pasting lap joint part, the downward-moving material pressing plate is in transmission connection with a material pressing lifting driving part, and the transverse-moving edge paper pasting lap joint part is in transmission connection with the material pressing lifting driving part. And the transverse moving edge paper mounting lap joint part is in transmission connection with the first transverse moving driving part. And the upper side of a novel horizontal type enclosure frame box body can be connected and manufactured, the operation is more stable and efficient, and the action is simple. When the upper side is connected, the downward-moving material pressing plate descends to enable the relative position of the paperboard part to be in place and in a stable state and not to move, then the transverse-moving edge paper mounting lap joint part transversely moves again, the face paper part is folded to the outer face of the right side edge of the paperboard part on the upper side of the stop position of the box body horizontal mold, lap joint of the face paper and the paperboard is achieved, and then the paperboard part is fixed through the transverse-moving edge paper mounting lap joint part. Paper mounting lap joint of the narrow edge strip of the flange of the surface paper is completed only through transverse movement, the transverse movement stroke is relatively short, and higher efficiency is achieved.

Description

TECHNICAL FIELD

[0001] The utility model relates to the frame forming production in paper box etc. BACKGROUND

[0002] For example, wine box, drawer box, book type box, heaven and earth cover etc. paper box, its box body is the frame structure of surrounding and closing, for example, the frame of square frame, when making this kind of frame, material (including paperboard and surface paper) can be embraced on the upper side of (horizontal) mould, then the last connection (such as lap joint, that is, upper side surface forming) is carried out on the upper side of (horizontal) mould, surrounding and closing are realized, and the frame is formed. For example, the surrounding and closing forming structure on the surrounding and closing mould in CN104842588A paper box forming machine side forming mechanism, CN218286882U paper box forming equipment production line, CN216330403U paper box forming embracing mechanism, CN219968976U frame forming mechanism etc.

[0003] Among them, the lower side of the paperboard in the material (corresponding to the outside of the box body) is pasted with surface paper, and the upper side of the paperboard (corresponding to the inside of the box body) is usually slotted to facilitate folding surrounding and closing, and the surface paper is on the outside of the box body after surrounding and closing.

[0004] Now a frame is designed, the surface paper on the lower side of the paperboard only partially exceeds the right side edge of the paperboard to form a surface paper flange narrow edge strip, and when surrounding and closing, the part of the surface paper that exceeds the right side edge of the paperboard (i.e. the flange narrow edge strip) will be lapped on the paperboard edge (corner) position folded on the upper side of the (horizontal) mould, and is not completely pasted on the paperboard outside the upper side of the (horizontal) mould;How to complete the upper side connection of this frame, ensure efficient operation and ensure the quality of the frame is more important. INVENTION CONTENTS

[0005] In view of the technical problems existing in the background art, the utility model aims at providing a horizontal frame box body surrounding and closing forming device that meets the efficient and stable connection of the upper side in the process of surrounding and closing the horizontal frame box body.

[0006] To solve the above technical problems, the utility model adopts the following technical scheme: a horizontal frame box body surrounding and closing forming device, comprising an upper side connecting mechanism, characterized in that: the upper side connecting mechanism is arranged on the upper side of the horizontal mould stop position of the box body, the upper side connecting mechanism comprises a downward pressure plate and a horizontal edge paper lapping component, the downward pressure plate is in transmission connection with a pressure plate lifting driving part, and the horizontal edge paper lapping component is in transmission connection with a first horizontal driving part.

[0007] The above technical scheme can be further optimized or supplemented as follows.

[0008] For example, cardboard guiding and positioning components are connected to the front and rear of the lower pressure plate, and the cardboard guiding and positioning components are in the cardboard centering zone between each other.

[0009] Among them, the opposing sides of the cardboard guiding and positioning components are set as guiding and positioning surfaces, and the front and / or rear positions of the cardboard guiding and positioning components on the lower pressure plate are adjusted and installed.

[0010] For example, the horizontal edge mounting paper overlap component is installed on the first horizontal movable frame, and the first horizontal movable frame is connected to the first horizontal drive component. The downward pressing plate and the pressing lifting drive component are installed on the second horizontal movable frame, and the second horizontal movable frame is connected to the second horizontal drive component.

[0011] In addition, the pressing and lifting drive component is connected to the pressing and lifting seat, and the lower pressing plate is installed on the pressing and lifting seat in an adjustable height position; the horizontal edge mounting paper overlap component is installed on the first horizontal movable frame in an adjustable height position.

[0012] It also includes a clamping mechanism, which includes a lifting top plate disposed below the horizontal mold stop position of the box body and side-folding clamping flip plates disposed on the left and right sides of the horizontal mold stop position of the box body.

[0013] Further optimization: the side-folding and hinged flip panels on each side include a flip panel body, the flip panel body includes a main board and an expansion sub-board, the expansion sub-board is connected to the main board, the main board is located at the root position of the flip panel relative to the expansion sub-board, and the extension or retraction adjustment settings of the expansion sub-board relative to the main board are provided.

[0014] In addition, the side-folding and hinged flip panel also includes a detachable additional extension strip. The detachable additional extension strip is connected and installed on the flip panel body. The expansion sub-board is slidably adjustable relative to the main board. The flip panel body is provided with a width adjustment mounting seat. The additional extension strip is set on the width adjustment mounting seat. The flip panel body is also provided with an additional extension strip that is fixedly installed in a relative position. The width adjustment mounting seat is connected and set on the width adjustment groove of the expansion sub-board.

[0015] In addition, an upper cardboard folding auxiliary block is provided on the left-side side-folding and flipping plate; an upper cardboard folding corner is left between the upper cardboard folding auxiliary block and the left-side side-folding and flipping plate; the upper cardboard folding auxiliary block is adjusted in position relative to the flipping radius on the side-folding and flipping plate.

[0016] Additional information: The horizontal mold stopping position for the box body is equipped with a horizontal forming mold for the box body that intermittently rotates and stops around the vertical central axis; the front, left, or right side between the horizontal mold stopping position and the lifting top plate is the material input side.

[0017] The beneficial effects of this utility model are as follows: TheThe horizontal frame box body forming device can meet the upper connection production of the new horizontal frame box body, which is more stable, more efficient, and simple in operation. During the upper connection, the downward pressure plate descends to ensure that the relative position of the cardboard part is in place and stable without any movement (ensuring that the subsequent overlap is firm and stable). Then, the horizontal edge mounting and overlapping part moves horizontally again, folding the face paper part (the narrow edge strip of the face paper flange of the material) to the outside of the right edge of the cardboard part on the upper side of the horizontal mold of the box body (at this time, it is stopped at this position of the horizontal forming mold of the box body), realizing the overlap of the face paper and the cardboard. Only the mounting and overlapping of the narrow edge strip of the face paper flange needs to be completed by horizontal movement. The horizontal movement stroke is relatively short and more efficient. Attached Figure Description

[0018] The following description, in conjunction with the accompanying drawings, details the embodiments and working principles of this utility model.

[0019] Figure 1 This is a schematic diagram of the structure of the horizontal frame box body forming device of this utility model.

[0020] Figure 2 for Figure 1 Schematic diagram of the middle section.

[0021] Figure 3 for Figure 2 A schematic diagram of the upper-middle connecting mechanism from another angle.

[0022] Figure 4 for Figure 2 Another perspective on cohesive mechanisms (with) Figure 3 Corresponding structural diagram.

[0023] Figure 5 This is a schematic diagram showing the box material in its unenclosed state before and after lamination.

[0024] In the picture:

[0025] 2. Box body horizontal mold stopping position; 20. Upper connecting mechanism; 21. Lowering pressure plate; 22. Lateral edge paper-mounting overlap component; 23. Clamping mechanism;

[0026] 211. Pressing and lifting drive component; 212. Cardboard guiding and positioning component; 213. Pressing and lifting base; 214. Second transverse movement drive component; 215. Second transverse movement movable frame;

[0027] 221. First lateral movement drive component; 222. First lateral movement movable frame; These components can also increase the degree of freedom of movement by lateral movement during operation.

[0028] 231. Lifting roof panel; 232. Side-folding and hinged tilting panel; 234. Tilting shaft;

[0029] 2321, main board; 2322, expansion sub-board; 2323, additional extension bar; 2324, width adjustment mounting seat; 2325, width adjustment sliding groove; 2326, upper side paperboard folding auxiliary block;

[0030] 100, box body horizontal forming mold;

[0031] 102, four-up paperboard; 103, three-up face paper; 104, material; 105, face paper flange narrow edge strip. DETAILED DESCRIPTION

[0032] Referring to the drawings, the horizontal frame box body surrounding forming device in the embodiment of the present embodiment comprises an upper side connecting mechanism 20 arranged on the upper side of the box body horizontal mold resting position 2. The box body horizontal mold resting position 2 is used for the box body horizontal forming mold 100 to rest here to cooperate with the surrounding frame box body surrounding forming. The upper side connecting mechanism 20 (arranged on the upper side of the box body horizontal mold resting position 2) is used for cooperating with the upper side connection of the surrounding frame box body. The upper side connecting mechanism 20 comprises a downward pressure plate 21 and a transverse edge paper lapping component 22. The downward pressure plate 21 is in transmission connection with a pressure plate lifting driving component 211 (such as a motor or a cylinder, etc.). The downward pressure plate 21 is driven to rise and fall by the pressure plate lifting driving component 211. The transverse edge paper lapping component 22 is in transmission connection with a first transverse driving component 221 (such as a motor or a cylinder, etc.). The transverse edge paper lapping component 22 is driven to move left and right by the first transverse driving component 221 to perform edge paper lapping.

[0033] For example, a horizontal frame box body is made by surrounding and forming a box body four side walls by paperboard and face paper lapping material 104. For example, the box body paperboard adopts four-up paperboard 102 (which can form a four-up structure by slotting), the leftmost one-up paperboard has no cover face paper lapped on the bottom, the right three-up paperboard has cover face paper lapped on the bottom, and the right side of the face paper has a part (i.e. face paper flange narrow edge strip) extending beyond the right side edge of the paperboard. The face paper is three-up face paper 103 corresponding to the box body (three side wall covers). During the upper side face connection in the horizontal frame box body surrounding process, the box body horizontal forming mold 100 has already rested on the horizontal box body mold resting position. The paperboard part (the leftmost one-up paperboard) in the material (including the pre-glued face paper and the paperboard lapped thereon) has been folded to the upper side of the horizontal box body mold resting position to cooperate with the surrounding mold. That is, the paperboard part without cover face lapped in the material is folded to the upper side of the box body horizontal forming mold 100.

[0034] At this time, the upper connecting mechanism 20 starts to work, and the lower pressing plate 21 is lowered to press the paperboard part (the leftmost paperboard of the material) on the upper side of the horizontal box body mold stop position (the box body horizontal forming mold 100 at this time) to make the relative position of the paperboard part in place and stable, and the paperboard part will not move (to ensure that the subsequent lap joint is firm and stable). Then, the horizontal edge paper pasting and lap joint component 22 performs horizontal movement, and the paper part (the material flange narrow edge strip 105) on the right side of the horizontal box body mold stop position (the box body horizontal forming mold 100 at this time) is pasted on the right edge of the paperboard part (the leftmost paperboard of the material) on the upper side. The paper part (the material flange narrow edge strip) is folded outward to the right edge of the paperboard part on the upper side of the horizontal box body mold stop position 2 (the box body horizontal forming mold 100 at this time), realizing the lap joint of the paper and the paperboard, realizing the folding of the right paper part to the paperboard part and the lap joint of the paper, and completing the upper connection of the horizontal frame box body. Only the horizontal movement of the paper flange narrow edge strip is needed to complete the paper pasting and lap joint, and the horizontal movement stroke is relatively short, which is more efficient. Then, the lower pressing plate 21 (rising) and the horizontal edge paper pasting and lap joint component 22 (right horizontal movement) are reset to wait for the next work.

[0035] The horizontal frame box body surrounding forming device can meet the needs of the upper connection of the new horizontal frame box body, and is more stable, efficient and simple in operation.

[0036] The following optimizations or further explanations can be made based on the above embodiments.

[0037] For example, the paperboard guide and correction components 212 are respectively connected in front of and behind the lower pressing plate 21, and the paperboard guide and correction components 212 are paperboard centering areas. During the lowering process of the lower pressing plate 21, the paperboard part (the leftmost paperboard of the material) on the upper side of the horizontal box body mold stop position (the box body horizontal forming mold 100 at this time) is guided and centered by the paperboard guide and correction components 212 in front of and behind the lower pressing plate 21, so that the relative position of the paperboard part does not deviate. The opposite sides (i.e., the opposite sides facing each other) of the paperboard guide and correction components 212 are provided with guide and correction surfaces (such as inclined surfaces), and the front and / or rear paperboard guide and correction components 212 are adjustably installed on the lower pressing plate 21, for example, by fasteners, so as to adjust the front and rear positions and meet the needs of paperboards of different sizes.

[0038] For example, the first horizontal movement frame 222 is in transmission connection with the first horizontal movement driving part 221, and is driven by the first horizontal movement driving part 221 to move left and right (i.e. horizontal movement). The horizontal movement edge paper cladding joint part 22 is installed on the first horizontal movement frame 222, and moves horizontally with the first horizontal movement frame 222. The second horizontal movement frame 215 is in transmission connection with the second horizontal movement driving part 214 (such as a motor or a pneumatic cylinder), and is driven by the second horizontal movement driving part 214 to move left and right (i.e. horizontal movement). The downward pressing plate 21 and the pressing plate lifting driving part 211 are installed on the second horizontal movement frame 215, and move horizontally with the second horizontal movement frame 215, so that the downward pressing plate 21 can also move horizontally. This can be used to adjust the horizontal position to meet the size specification requirements of the frame, and can also increase the degree of freedom of movement during operation, or even avoid obstacles by moving horizontally, so that the paperboard part (the leftmost paperboard) can be more smoothly turned to the upper side of the horizontal box body mold resting position (i.e. the upper side of the horizontal box body mold 100), and then moved back to press the downward pressing plate 21. Horizontal movement can reduce the lifting stroke of the downward pressing plate 21. In the figure, the first horizontal movement driving part 221 and the second horizontal movement driving part 214 are driven by a motor through a belt transmission mode.

[0039] The pressing plate lifting driving part 211 is in transmission connection with the pressing plate lifting seat 213, and the downward pressing plate 21 is installed on the pressing plate lifting seat 213 and is adjustably installed on the pressing plate lifting seat 213 in terms of height, so as to be adjusted by lifting and installation, to ensure smooth operation and meet the size specification requirements of the frame, such as being detachably installed by using fasteners and vertical installation holes. Similarly, the horizontal movement edge paper cladding joint part 22 is adjustably installed on the first horizontal movement frame 222 in terms of height.

[0040] In addition, the horizontal frame box body surrounding forming device also includes a holding mechanism 23, which includes a lifting top plate 231 arranged below the horizontal box body mold resting position 2 and a side folding holding and turning plate 232 arranged on both sides of the horizontal box body mold resting position 2. The holding mechanism 23 is a mature technology, such as the side forming mechanism of the paper box forming machine CN104842588A, the paper box forming equipment production line CN218286882U, the paper box forming holding mechanism 23 CN216330403U, the frame forming mechanism CN219968976U, and the side forming mechanism of the paper box forming machine CN218257048U.

[0041] In the figure, the holding mechanism 23 is driven by the holding main motor through the bevel gear steering transmission pair to drive the two connecting rods of the conjugate cam, and the two connecting rods drive the lifting top plate 231 to lift and the side folding holding turnover plate 232 to overturn (two groups are arranged on the left and right), and the synchronous spline shaft drives the intermediate cam to swing through the connecting rod to drive the lifting top plate 231 to lift, forming three groups of lifting top plates 231 on the left, in the middle and on the right to match the surrounding frame requirements. The left support and the right support can be adjusted in left and right positions to meet the size specification change requirements of the surrounding frame. The side folding holding turnover plate 232 on the left and the lifting top plate 231 are arranged on the left support, and the side folding holding turnover plate 232 on the right and the lifting top plate are arranged on the right support. The left support and the right support respectively have corresponding bevel gear steering transmission pairs, conjugate cams, and two connecting rods.

[0042] Further optimization, each side of the side folding and holding turnover plate 232 includes a turnover plate body (with a corresponding turnover shaft 234 for supporting its turnover action), the turnover plate body includes a main plate 2321 and an extended auxiliary plate 2322, the extended auxiliary plate 2322 is connected with the main plate 2321, the main plate 2321 is at the turnover root position (i.e. relatively close to the line of the turnover shaft 234) relative to the extended auxiliary plate 2322, the extended auxiliary plate 2322 is extended or retracted adjustment setting relative to the main plate 2321, the combination structure of the main plate 2321 and the extended auxiliary plate 2322 can form different turnover effective areas by adjusting, so that the turnover is more stable, and the root position can effectively turn over and press on both sides of the box body horizontal forming die 100, the paperboard turnover and folding effect is good. In addition, the side folding and holding turnover plate 232 also includes a detachable additional extension bar 2323, the detachable additional extension bar 2323 is connected and installed on the turnover plate body, by replacing and disassembling the additional extension bar 2323, different length of additional extension bar 2323 can be used to match different size specifications of the surrounding frame paper box, and the overall weight of the side folding and holding turnover plate 232 is relatively low, and the operation is relatively stable. Among them, the extended auxiliary plate 2322 is slidably adjusted relative to the main plate 2321, such as the sliding adjustment setting mode of the sliding groove, realizing the extension or retraction adjustment setting. In addition, the turnover plate body is provided with a width adjusting seat 2324, and the additional extension bar 2323 is arranged on the width adjusting seat 2324, which is used for adjusting the width position of the additional extension bar 2323 before and after the turnover plate body, so as to meet the different specifications of the height of the horizontal surrounding frame box body, so as to make the turnover more stable; the width adjusting seat 2324 can be connected and arranged on the width adjusting sliding groove 2325 of the extended auxiliary plate 2322. Of course, the additional extension bar 2323 is also arranged on the turnover plate body in a relatively fixed position, and the additional extension bar 2323 in a relatively fixed position is usually arranged at the edge position corresponding to the front of the surrounding frame box body (i.e. the side of the die facing outward), so as to be more stable for subsequent connection of the box bottom plate edge covering surface paper. The side folding and holding turnover plate 232 can also be provided with a box opening limiting plate, which can be limited when the material is put in, so as to be accurate in relative position, and also helps the material to be turned over to the die (left and right sides) without position deviation.

[0043] When the holding mechanism 23 holds, taking the material in this embodiment (paperboard and face paper lamination) as an example, the right second paperboard is pushed upward by the lifting top plate 231 to the bottom side of the box body horizontal forming mold 100, and the left and right side folding holding turnover plates 232 turn over the left second paperboard and the rightmost paperboard to the left and right sides of the box body horizontal mold rest position 2 (at this time, the box body horizontal forming mold 100 rests on the left and right sides) respectively. In the turnover process, the left side folding holding turnover plate 232 also turns over the left first paperboard (i.e. the leftmost paperboard) together, and can also turn over and fold the leftmost paperboard to the upper side of the box body horizontal mold rest position 2 (at this time, the box body horizontal forming mold 100 rests on the upper side) by inertia.

[0044] In order to make the left first paperboard turn over and fold to the upper side of the box body horizontal mold rest position 2 (at this time, the box body horizontal forming mold 100 rests on the upper side) more smoothly, further optimization, the left side folding holding turnover plate 232 is also provided with an upper paperboard folding auxiliary block 2326. When the left side folding holding turnover plate 232 is turned over in place, the leftmost paperboard is folded and turned over to the upper side of the box body horizontal mold rest position 2 (at this time, the box body horizontal forming mold 100 rests on the upper side) by inertia, and at the same time, the upper paperboard folding auxiliary block 2326 can also press and fold the leftmost paperboard to the upper side of the box body horizontal mold rest position 2 (at this time, the box body horizontal forming mold 100 rests on the upper side) smoothly; for example, the upper paperboard folding auxiliary block 2326 and the left side folding holding turnover plate 232 leave an upper paperboard folding corner between them, which can cover the corner position on the upper side (left side) of the box body horizontal mold rest position 2 (at this time, the box body horizontal forming mold 100 rests on the upper side), so as to cooperate with the upper paperboard folding; in addition, the upper paperboard folding auxiliary block 2326 is adjustably arranged on the folding holding turnover plate 232 relative to the folding radius position, so as to adjust to meet the needs of different specifications and sizes of the surrounding box body. In addition to the above method, or an active upper paperboard folding auxiliary block (not shown in the figure) can also be used, which is arranged on the left side folding holding turnover plate and is provided with a pressing power source for assisting the mold top surface. The pressing power source drives the left side folding holding turnover plate to additionally press and reset. After the paperboard (the left one) is folded to the upper side of the box body horizontal mold rest position 2 (at this time, the box body horizontal forming mold 100 rests on the upper side) by the left side folding holding turnover plate 232, the upper paperboard folding auxiliary block can additionally press the paperboard to ensure that it is folded in place; for example, the pressing power source is a pressing cylinder which is in transmission connection with the upper paperboard folding auxiliary block.

[0045] It is to be supplemented that the box body horizontal mold staying position 2 is provided with a box body horizontal forming mold 100 which intermittently rotates and stays around the vertical center axis; the front side or the left side or the right side between the box body horizontal mold staying position 2 and the lifting top plate 231 is a material input side, so that the paperboard and the face paper laminating material are input for subsequent surrounding mold operation of the horizontal surrounding box body surrounding forming device. The material input mode is various, which can directly input through a conveying belt, can input through a lifting and translating air nozzle, and can input through a robot (including a multi-axis mechanical arm) with a suction nozzle. In addition, the top surface of the box body horizontal forming mold 100 is also provided with a box opening limiting step (not shown in the figure), for example, the box opening limiting step is formed by setting a layer plate, which can limit the paperboard on the top surface and prevent the paperboard above from shifting in the direction of the box opening (vertical center axis).

Claims

1. A horizontal frame box body surrounding forming device, comprising an upper side connecting mechanism (20), characterized in that: the upper side connecting mechanism (20) is arranged on the upper side of the horizontal frame box body mold resting position (2); the upper side connecting mechanism (20) comprises a downward pressure plate (21) and a horizontal edge paper lapping component (22); the downward pressure plate (21) is in transmission connection with a pressure plate lifting driving component (211); and the horizontal edge paper lapping component (22) is in transmission connection with a first horizontal moving driving component (221).

2. The horizontal frame box body surrounding forming device according to claim 1, characterized in that: the front and back of the downward pressure plate (21) are respectively connected with paperboard guiding and correcting components (212); and the paperboard guiding and correcting components (212) are paperboard centering areas.

3. The horizontal frame box body surrounding forming device according to claim 2, characterized in that: the opposite sides of the paperboard guiding and correcting components (212) are guiding and correcting surfaces; and the front and back positions of the paperboard guiding and correcting components (212) on the downward pressure plate (21) are adjusted and installed.

4. The horizontal frame box body surrounding forming device according to claim 1, characterized in that: the horizontal edge paper lapping component (22) is installed on a first horizontal moving movable frame (222), and the first horizontal moving movable frame (222) is in transmission connection with the first horizontal moving driving component (221); and the downward pressure plate (21) and the pressure plate lifting driving component (211) are installed on a second horizontal moving movable frame (215), and the second horizontal moving movable frame (215) is in transmission connection with a second horizontal moving driving component (214). The pressure plate lifting driving component (211) is in transmission connection with a pressure plate lifting seat (213), and the downward pressure plate (21) is installed on the pressure plate lifting seat (213) in an adjustable height position; and the horizontal edge paper lapping component (22) is installed on the first horizontal moving movable frame (222) in an adjustable height position. Further comprising a clamping mechanism (23), which comprises a lifting top plate (231) arranged below the horizontal frame box body mold resting position (2) and side folding clamping turnover plates (232) arranged on the left and right sides of the horizontal frame box body mold resting position (2). Each side folding clamping turnover plate (232) comprises a turnover plate body, which comprises a main plate (2321) and an extended auxiliary plate (2322), the extended auxiliary plate (2322) is connected with the main plate (2321), the main plate (2321) is at a turnover root position relative to the extended auxiliary plate (2322), and the extended auxiliary plate (2322) is in extension or retraction adjustment setting relative to the main plate (2321). The side folding clamping turnover plate (232) further comprises a detachable additional extension bar (2323) connected and installed on the turnover plate body, the extended auxiliary plate (2322) is in sliding distance adjustment setting relative to the main plate (2321), the turnover plate body is provided with a width adjustment mounting seat (2324), and the additional extension bar (2323) is arranged on the width adjustment mounting seat (2324), ​ ​ ​ ​ 5. The horizontal cage body encasing forming apparatus of claim 1 wherein: ​ ​ 6. The horizontal cage box body enclosing forming apparatus of claim 1 wherein: ​ 7. The horizontal cage shell forming apparatus of claim 6, wherein: ​ 8. The horizontal cage box body enclosing forming apparatus of claim 7, wherein: ​ ​ ​ The flip plate body is also provided with an additional extension bar (2323) fixedly installed at a relative position, The width-adjusting mounting seat (2324) is connected to a width-adjusting sliding groove (2325) provided on the extension sub-plate (2322).

9. The horizontal cage box body enclosing forming apparatus of claim 1 wherein: The left side folding holding flip plate (232) is also provided with an upper side paperboard folding auxiliary block (2326); The upper side paperboard folding auxiliary block (2326) and the left side folding holding flip plate (232) leave an upper side paperboard folding corner therebetween; The upper side paperboard folding auxiliary block (2326) is adjustably provided on the folding holding flip plate (232) at a relative flip radius position.

10. The horizontal frame box body surrounding and forming device according to claim 1, characterized in that: The left side folding holding flip plate (232) is also provided with an upper side paperboard folding auxiliary block (2326), and the upper side paperboard folding auxiliary block (2326) is also provided with an auxiliary mold top surface pressure source on the folding holding flip plate (232), the pressure source is a pressure cylinder, and the pressure cylinder is in transmission connection with the upper side paperboard folding auxiliary block (2326); The box body horizontal mold stopping position (2) is provided with a box body horizontal forming mold (100) which intermittently rotates and stops around a vertical center axis; the front side, the left side or the right side between the box body horizontal mold stopping position (2) and the lifting top plate (231) is a material input side; The top surface of the box body horizontal forming mold (100) is also provided with a box opening limiting step.

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