CN202965281U

CN202965281U - Carton manufacturing device

Info

Publication number: CN202965281U
Application number: CN2012206745480U
Authority: CN
Inventors: 金春鹤
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-12-07
Filing date: 2012-12-07
Publication date: 2013-06-05
Anticipated expiration: 2022-12-07

Abstract

The utility model relates to a carton manufacturing device. In the carton manufacturing device, a chain drive shaft and a mechanical arm are respectively controlled by different servo motors, a line pressing part and an extrusion part are added to carry out line pressing for the second time and extrusion treatment on paperboards, and meanwhile a gap adjustment part is added. The carton manufacturing device comprises a carton aligning device for carrying out beating aligning processing on the paperboards. A nail screw conveying mechanism is also added on a nail box adhering part. The carton manufacturing device enables fabricating cost of the whole production line to be greatly reduced, and is suitable for installation and utilization of medium-sized and small enterprises and high in control precision. Percent of pass of fabricated cartons is greatly increased, and quality of the cartons is strictly guaranteed.

Description

A kind of carton manufacturing installation

Technical field

The utility model belongs to carton and makes field, particularly a kind of carton manufacturing installation.

Background technology

When making carton, because the raw material of carton is cardboard, cardboard carries block under the driving of chain by cardboard, sends into paper folding section from paper feed section, then by the mechanical arm of frame both sides, cardboard two ends is folded.In prior art, because whole production line is all slowly folding by guide post and conveyer belt control, the larger low precision of folding error makes the production line complex structure, involves great expense, and is not suitable for installing and using of medium-sized and small enterprises.Need the new carton manufacturing installation of research and development that this problem is solved.

Simultaneously, also there is various problems in existing carton manufacturing installation, firm not when carrying block to carry as cardboard by cardboard, easily slippage, cardboard gap after folding does not meet the specification and makes carton scrap, and the nail silk that the nail case is used easily is wound around, and cardboard often can not in strict accordance with problems such as line ball fold, all make a kind of carton manufacturing installation that can address the above problem of invention seem particularly urgent.

Summary of the invention

The purpose of this utility model is to provide a kind of carton manufacturing installation, solve existing carton manufacturing line all slowly folding by guide post and conveyer belt control, the larger low precision of folding error makes the production line complex structure, involve great expense, be not suitable for the problem of installing and using of medium-sized and small enterprises.

The utility model is achieved through the following technical solutions: a kind of carton manufacturing installation, this device is from upstream to the downstream and comprises successively paper feed section, bellows section and nail case stick box section, specifically comprise chain drive axle, chain, cardboard conveying block, mechanical arm and positioning baffle, hang with many row chains bar on the chain drive axle, a plurality of cardboards carry that block is equidistant to be arranged on chain, the frame both sides are provided with mechanical arm, and the place ahead of mechanical arm is provided with positioning baffle; Also comprise servomotor one and servomotor two, connect by belt between the output shaft of chain drive axle and servomotor one; Mechanical arm is divided into two kinds of the mechanical arms of the mechanical arm of fore side and driving side, the mechanical arm of fore side and the mechanical arm of driving side lay respectively at frame both sides and and frame between connect by axle, two kinds of mechanical arms are connected with servomotor two respectively.

Turn up forward at the two ends of described mechanical arm, makes mechanical arm form inside space.

One side of the axle between described mechanical arm and frame is equipped with positive stop.

Described chain is 2 rows or 3 rows or 4 rows.

As further improvement of the utility model, described cardboard is carried block, comprises the block body, and there is outstanding forward projection on the top of block body.

The side of described block body has slight inside inclination in the part that is positioned at below projection.

As further improvement of the utility model, also comprise line ball section, this device is divided into two covers, lays respectively at the left and right sides of frame, and every cover all comprises cylinder one, impression plate and supporting plate, and the impression plate is equipped with in the lower end of cylinder one, and sharp sword is arranged at the bottom of impression plate; Impression plate and supporting plate lay respectively at the both sides up and down of frame, and the position of impression plate and supporting plate is relative.

Guide pad is equipped with at described impression plate two ends.

As further improvement of the utility model, also comprise press section, this device is positioned at the downstream of line ball section, be divided into two covers, lay respectively at the left and right sides of frame, every cover all comprises squeegee roller and lower squeegee roller on some groups, upper squeegee roller and lower squeegee roller lay respectively at the both sides up and down of frame, the obtuse angle of the upper limb of lower squeegee roller for tilting, and a plurality of lower squeegee roller is arranged in order from big to small according to the inclination angle, and the wheel point of upper squeegee roller is just in time aimed at inflection place at lower squeegee roller obtuse angle.

Described upper squeegee roller slant setting.

As further improvement of the utility model, also comprise the adjustment part, gap, the adjustment part, gap is positioned at the downstream of bellows section, the adjustment part, gap comprises the carton aligning apparatus, specifically comprise cylinder two and clap neat baffle plate, the lower end of cylinder two is equipped with and is clapped neat baffle plate, claps the top that neat baffle plate is hung vertically in chain.

As further improvement of the utility model, described nail case stick box section comprises a nail silk conveying mechanism, specifically comprises a nail silk volume, wire feeding motor and limit switch, is wound with the nail silk on nail silk volume; Nail silk volume is positioned at the top of wire feeding motor, and limit switch is positioned at the below of wire feeding motor, between limit switch and wire feeding motor for being electrically connected to; Nail silk stretches out from nail silk volume, walks around wire feeding motor and limit switch and stretches out on backward.

Also comprise the guiding steel pipe, the guiding steel pipe vertically arranges, and the nail filament winding is crossed backward the going up from the guiding steel pipe of limit switch and passed.

Two anti-bias blend stops are equipped with at described limit switch place, and the nail silk just in time passes through between two anti-bias blend stops.

Adopt the good effect of technique scheme:

1, bellows mechanical arm of the present utility model is by independent driven by servomotor, and the chain drive axle makes the cost of whole production line greatly reduce by independent driven by servomotor, is fit to installing and using of medium-sized and small enterprises; Be convenient to control respectively the actuating speed of frame both sides mechanical arm, mechanical arm when cardboard is folded, can make the mechanical arm of an end first descend like this, descends after the mechanical arm of the other end, one end of the cardboard that folds out fold into the other end above, satisfy the needs of follow-up nail case; Mechanical arm has inside space, can effectively prevent when machinery breaks down, and cardboard carries block can break mechanical arm; In addition, can also control the movement travel of mechanical arm, prevent that mechanical arm from exceeding stroke when folding into or folding;

2, cardboard carries block that outstanding forward projection is arranged on the top of block body, and the existence of projection makes cardboard carry block can catch on cardboard and transports, and prevents the cardboard disengagement; In addition, the side of block body has slight inclination in the part that is positioned at below projection, like this when chain is loosening, also can guarantee folding complete cardboard levels alignment, the quality of the carton that strict guarantee is produced;

3, increase the carton pressing line apparatus, by the impression plate, the carton of pressing line has been carried out secondary extrusion, guaranteed abundant line ball; In addition, guide pad also is equipped with at impression plate two ends, makes the impression plate when rising or descend, and the position is accurate, has also guaranteed the accuracy of line ball position, prevents that quality problems from appearring in carton;

4, increased the carton pressurizing unit, carton is pushed folding by the some groups of squeegee rollers in up and down, make cardboard slowly lift along line ball in the process of advancing, having solved can be not folding along line ball in the folding cardboard process, cause the carton seam that folds large or stitch little and products waste, strict guarantee the quality of the carton produced;

5, increase the adjustment part, gap, comprised the carton aligning apparatus, the levels of cardboard has been clapped neat processing, prevented from because of the levels misalignment of cardboard, carton being scrapped the quality of strict guarantee carton;

6, increased nail silk conveying mechanism, starting wire feeding motor by limit switch controls the nail silk, and then will be coiled into the nail silk strip off from level to level of plate-like, and be transported to the nailing machine head, having solved the nail silk easily is wound around, and the elasticity of nail silk is wayward, easily causes the problem of production accident, has greatly improved production security; And can use the nail silk of deep bid to roll up, avoid the frequent trouble of changing of tingle silk volume; In addition, also the tracks of nail silk is controlled, effectively anti-non-magnetic shim silk is offset in motion process.

Description of drawings

Fig. 1 is overall structure schematic diagram of the present utility model;

Fig. 2 is the cardboard schematic diagram that does not fold;

Fig. 3 is the structural representation of mechanical arm when folding;

Fig. 4 is the structural representation of mechanical arm when folding;

Fig. 5 is the structural representation that cardboard is carried block;

Fig. 6 is the structural representation of carton pressing line apparatus;

Fig. 7 is the side view of Fig. 6;

Fig. 8 is the structural representation of carton pressurizing unit;

Fig. 9 be in Fig. 8 A-A to schematic diagram;

Figure 10 be in Fig. 8 B-B to schematic diagram;

Figure 11 be in Fig. 8 C-C to schematic diagram;

Figure 12 be in Fig. 8 D-D to schematic diagram;

Figure 13 be in Fig. 8 E-E to schematic diagram;

Figure 14 is the structural representation of carton aligning apparatus;

Figure 15 is the structural representation of nail silk conveying mechanism;

Figure 16 is the side view of Figure 15.

in figure, I paper feed section, II line ball section, the III press section, IV bellows section, adjustment part, V gap, VI nail case stick box section, 1 chain drive axle, 2 chains, 3 cardboards are carried block, 4 mechanical arms, the mechanical arm of 4a fore side, the mechanical arm of 4b driving side, 5 positioning baffles, 6 servomotors one, 7 servomotors two, 8 positive stops, 9 block bodies, 10 projections, 11 cylinders one, 12 impression plates, 13 supporting plates, 14 guide pads, squeegee roller on 15, 16 times squeegee rollers, 17 cylinders two, 18 clap neat baffle plate, 19 nail silk volumes, 20 wire feeding motors, 21 limit switches, 22 nail silks, 23 guiding steel pipes, 24 anti-bias blend stops, 25 cardboards, nail silk position on 26, follow closely a position for 27 times, 28 left indentation lines, 29 right indentation lines.

The specific embodiment

Below in conjunction with accompanying drawing, the technical solution of the utility model is described further, but should not be construed as restriction of the present utility model.

Fig. 1 is structural representation of the present utility model, Fig. 2 is the cardboard schematic diagram that does not fold, Fig. 3 is the structural representation of mechanical arm when folding, Fig. 4 is the structural representation of mechanical arm when folding, in conjunction with Fig. 1, Fig. 2, Fig. 3, shown in Figure 4, a kind of carton manufacturing installation, this device is from upstream to the downstream and comprises successively the paper feed I of section, the II of bellows section and the nail case stick box IV of section, specifically comprise chain drive axle 1, chain 2, cardboard is carried block 3, mechanical arm 4 and positioning baffle 5, hang with many row chains bar 2 on chain drive axle 1, in use, chain 2 is 2 rows or 3 rows or 4 rows, a plurality of cardboards carry that block 3 is equidistant to be arranged on chain 2, chain 2 rotates under the driving of chain drive axle 1, cardboard is carried block 3 to be used for catching on cardboard 21 and is moved ahead on production line, the frame both sides are provided with mechanical arm 4, the place ahead of mechanical arm 4 is provided with positioning baffle 5.When cardboard carried block 3 drive cardboards 21 to run to positioning baffle 5 place, cardboard carried block 3 to stop, and then 4 pairs of cardboards of mechanical arm fold.Also comprise servomotor 1 and servomotor 27, connect by belt between the output shaft of chain drive axle 1 and servomotor 1, like this, chain drive axle 1 is driven by independent servomotor 1.mechanical arm 4 is divided into two kinds of the mechanical arm 4b of the mechanical arm 4a of fore side and driving side, the mechanical arm 4a of fore side and the mechanical arm 4b of driving side lay respectively at frame both sides and and frame between connect by axle, make mechanical arm 4 can easy on and off movable, the mechanical arm 4a of fore side and the mechanical arm 4b of driving side inwardly fold into and can fold cardboard 21, two kinds of mechanical arms 4 are connected with servomotor 27 respectively, servomotor 27 can be controlled the mechanical arm 4a of fore side and the mechanical arm 4b of driving side respectively, the actuating speed of the mechanical arm 4a of fore side is a bit larger tham the actuating speed of the mechanical arm 4b of driving side, or the driving time of the mechanical arm 1a of fore side is a little earlier in the driving time of the mechanical arm 1b of driving side, make when folding, the mechanical arm 4a that is fore side first descends, descend after the mechanical arm 4b of driving side, one end of the cardboard 21 that assurance folds out fold into the other end above, satisfy the needs of follow-up nail case.Due to chain drive axle 1 and mechanical arm 4 all by independent driven by servomotor, having changed in prior art whole production line is all controlled slowly folding by guide post and conveyer belt, the larger low precision of folding error, baroque present situation, make the cost of whole production line greatly reduce, be fit to installing and using of medium-sized and small enterprises.

Turn up forward at the two ends of mechanical arm 4, makes mechanical arm 4 form inside space.Mechanical arm 4 can be that iron sheet or iron plate are made, and shape is not limit, and the mechanical arm in this device 4 has inside space, and when machinery broke down, cardboard carried block 3 to pass from the inside space of mechanical arm 4, prevents from breaking mechanical arm 4 like this.

For mechanical arm 4 is exceeded stroke when folding into or fold, a side of the axle between mechanical arm 4 and frame is equipped with positive stop 8, and the stroke of mechanical arm 4 is controlled.

During use, as shown in Figure 2, folding cardboard 25 is not divided into four parts, is respectively A part, B part, C part, D part, and A part and D are partly the two ends of cardboard 25.When cardboard is carried block 3 to catch on cardboard 25 to carry and be positioned to the bellows II of section mechanical arm 4 part, the state of this moment as shown in Figure 3, then the mechanical arm 4b of the mechanical arm 4a of fore side and driving side inwardly folds under the driving of servomotor 27, the mechanical arm 4a of fore side first descends, descend after the mechanical arm 4b of driving side, make the A of cardboard 25 partly be folded in the D part below, the state of this moment as shown in Figure 4, the part that A part and D partly overlap is followed closely case or stick box work for follow-up nail case section.

Fig. 5 is the structural representation that cardboard is carried block, and as shown in the figure, described cardboard is carried block 3, comprises block body 9, and there is outstanding forward projection 10 on the top of block body 9.The existence of projection 10 makes cardboard carry block 3 can catch on cardboard 25 and transports, and prevents the cardboard disengagement.

, may become flexible after long-time the use due to chain 2, easily cause folding complete cardboard 25 levels misalignments this moment.Therefore, the side of block body 9 has slight inside inclination in the part that is positioned at below protruding 10, and is more firm when making like this cardboard carry block 3 to block cardboard 25, even after chain 2 becomes flexible, also can guarantee folding complete cardboard 25 levels alignment, the quality of strict guarantee carton.The degree that tilts is very little, and is suitable not affect normally being folded into of cardboard 25.

Fig. 6 is the structural representation of carton pressing line apparatus, Fig. 7 is the side view of Fig. 6, in conjunction with Fig. 6, shown in Figure 7, also comprise the line ball II of section, this device is divided into two covers, lays respectively at the left and right sides of frame, and every cover all comprises cylinder 1, impression plate 12 and supporting plate 13, impression plate 12 is equipped with in the lower end of cylinder 1, and sharp sword is arranged at the bottom of impression plate 12; Impression plate 12 and supporting plate 13 lay respectively at the both sides up and down of frame, and impression plate 12 is relative with the position of supporting plate 13.Driven rising or the decline of impression plate 12 by cylinder 1, cylinder 1 is subjected to the control of air compressor, the effect of impression plate 12 is that cardboard 25 is carried out line ball, because impression plate 12 is relative with the position of supporting plate 13, the effect of supporting plate 13 is to hold cardboard 25, together with impression plate 12, cardboard 25 is converged up and down, carry out line ball.

For guarantee impression plate 12 each rise or the descending motion process in the accuracy of position, at impression plate 12 two ends, guide pad 14 is housed, can guarantee like this accuracy of line ball, guarantee the quality of carton.

During production, as shown in Figure 2, left indentation line 28 and right indentation line 29 are arranged on cardboard 25, when being carried block 3 to transport this this device of arrival by cardboard, cardboard 25 pauses a moment, air compressor is squeezed into cylinder 1 with compressed air, cylinder 1 drives impression plate 12 and descends, and with the sharp blade position left indentation line 28 of extruding and right indentation line 29, makes its line ball abundant.After line ball was disposed, air compressor was extracted compressed air out cylinder 1, and cylinder 1 drives impression plate 12 and rises, and was advanced into next process before cardboard 25 continues, circulation and so forth.

Fig. 8 is the structural representation of carton pressurizing unit, Fig. 9 be in Fig. 8 A-A to schematic diagram, Figure 10 be in Fig. 8 B-B to schematic diagram, Figure 11 be in Fig. 8 C-C to schematic diagram, Figure 12 be in Fig. 8 D-D to schematic diagram, Figure 13 be in Fig. 8 E-E to schematic diagram, extremely shown in Figure 13 in conjunction with Fig. 8, also comprise press section III, this device is divided into two covers, lay respectively at the left and right sides of frame, every cover all comprises squeegee roller 15 and lower squeegee roller 16 on some groups, upper squeegee roller 15 and lower squeegee roller 16 lay respectively at the both sides up and down of frame, the obtuse angle of the upper limb of lower squeegee roller 16 for tilting, and a plurality of lower squeegee rollers 16 are arranged in order from big to small according to the inclination angle, the wheel point of upper squeegee roller 15 is just in time aimed at inflection place at lower squeegee roller 16 obtuse angles.Cardboard 25 just in time can pass through from the space between upper squeegee roller 15 and lower squeegee roller 16, the wheel point of upper squeegee roller 15 just in time is pressed in the line ball place, because a plurality of lower squeegee rollers 16 are arranged in order from big to small according to the inclination angle, cardboard 25 is in the process of advancing like this, the two ends of cardboard 25 can slowly be lifted along line ball by a plurality of lower squeegee rollers 16, the process of lifting be cardboard 25 from figure the E change in location to the process of A position.

Convenient when folding in order to make, upper squeegee roller 15 is slant setting, and acting in conjunction is lifted cardboard 25 along line ball together with lower squeegee roller 16.

As shown in Figure 2, in cardboard 25 folding processes, requirement must fold along left indentation line 28 and right indentation line 29.Cardboard 25 is on passing through during the space between squeegee roller 15 and lower squeegee roller 16, tilted-putted upper squeegee roller 15 is taken turns point and is propped up left indentation line 28 and right indentation line 29, because lower squeegee roller 16 angles diminish gradually, slowly hold up the two ends of cardboard 25, and upper squeegee roller 15 is taken turns the angle position that point is aimed at lower squeegee roller 16, so 25 meetings of cardboard are folding along the impression position, greatly reduced error.

Figure 14 is the structural representation of carton aligning apparatus, as shown in the figure, also comprise adjustment part, gap V, adjustment part, gap V is positioned at the downstream of the bellows IV of section, adjustment part, gap V comprises the carton aligning apparatus, specifically comprise cylinder 2 17 and clap neat baffle plate 18, the front end of cylinder 2 17 is equipped with claps neat baffle plate 18, claps the top that neat baffle plate 18 is hung vertically in chain 2.Cylinder 2 17 is subject to the control of air compressor, drives rising or the decline of clapping neat baffle plate 18 by cylinder 2 17.

During production, when the cardboard 25 after mechanical arm 4 is folding carries block 3 to run to adjustment part, gap V by chain 2 drivings by cardboard, air compressor is squeezed into cylinder 2 17 with compressed air, cylinder 2 17 drives claps neat baffle plate 18 declines, the anterior arrival of cardboard 25 clapped neat baffle plate 18, and at this moment, cardboard carries block 3 to stop, clap neat baffle plate 18 and can clap neat processing to the levels of cardboard 25, prevent from because of the levels misalignment of cardboard 25, carton being scrapped; After bat was disposed together, air compressor was extracted compressed air out cylinder 2 17, and cylinder 2 17 drives claps neat baffle plates 18 risings, and cardboard carries block 3 to move forward, and the cardboard 25 after processing is passed through smoothly, enters next step operation.

Figure 15 is the structural representation of nail silk conveying mechanism, Figure 16 is the side view of Figure 15, in conjunction with Figure 15, shown in Figure 16, the described nail case stick box VI of section comprises nail silk conveying mechanism, specifically comprise nail silk volume 19, wire feeding motor 20 and limit switch 21, be wound with nail silk 22 on nail silk volume 19, nail silk 22 is used for cardboard is followed closely into carton.Nail silk volume 19 is positioned at the top of wire feeding motor 20, and limit switch 21 is positioned at the below of wire feeding motor 20, between limit switch 21 and wire feeding motor 20 for being electrically connected to; Nail silk 22 stretches out from nail silk volume 19, walks around wire feeding motor 20 and limit switch 21 and stretches out on backward.Therefore, the startup of controlling wire feeding motors 20 by limit switch 21 whether, when moving to the nail silk position 26 of top from the lower nail silk position 27 of the below of limit switch 21 when nail silk 22, can opening limit switch 21, thereby start wire feeding motor 20, drive nail silk 22 and stretch out again one section from nail silk volume 19.

For make nail silk 22 can smooth delivery of power to the nailing machine head, also comprise guiding steel pipe 23, guiding steel pipe 23 vertically arranges, nail silk 22 walks around that limit switch 21 is backward upward to be passed from guiding steel pipe 23, and the tracks of nail threads 22 is controlled.

For anti-non-magnetic shim silk 22 is offset in motion process, two anti-bias blend stops 24 are equipped with at 21 places at limit switch, and nail silk 22 just in time passes through between two anti-bias blend stops 24, further the tracks of nail silk 22 are controlled.

During use, due to ground nail case ceaselessly, need constantly to consume nail silk 22, therefore, nail silk 22 moves to the nail silk position 26 o'clock of top from the lower nail silk position 27 of the below of limit switch 21, get final product opening limit switch 21, thereby start wire feeding motor 20, drive nail silk 22 and stretch out again one section from nail silk volume 19, at this moment, nail silk 22 after elongation comes back to a lower nail position 27 of the below of limit switch 21, carries out new round circulation.

During production, servomotor one 6 chain drive-belt driving shafts 1 rotate, and then chain drive-belt 2 rotates, and cardboard is carried block 3 to drive cardboards 25 to advance, first carry out the secondary line ball by the carton pressing line apparatus and process, guarantee that line ball is abundant.Then pass through the carton pressurizing unit, make cardboard 25 slowly lift along line ball, guarantee follow-up foldingly in strict accordance with line ball when folding, guarantee the carton quality.When advancing to the positioning baffle 5 that reaches the bellows II of section; cardboard carries block 3 stop and retreating; the distance that retreats is greater than the width of block body 9 top projections 10; after retreating; the cardboard 25 that makes cardboard carry block 3 to avoid being fallen bumps against; the protection cardboard carries block 3 not damaged, also can not affect the normal folding of carton.4 pairs of cardboards 25 of mechanical arm this moment fold, and then cardboard carries block 3 to move on, and the cardboard 25 after folding is transported to adjustment part, gap III, and the levels of cardboard 25 is clapped neat processing, improve the qualification rate of carton.Then, cardboard 25 is transported to the nail case stick box IV of section, binds or pastes, and is final, under the help of nail silk conveying mechanism, with nail thread, cardboard 25 ordered into carton.

Claims

1. carton manufacturing installation, this device is from upstream to the downstream and comprises successively paper feed section (I), bellows section (IV) and the nail case stick box section (VI), specifically comprise chain drive axle (1), chain (2), cardboard is carried block (3), mechanical arm (4) and positioning baffle (5), hang with many row chains bar (2) on chain drive axle (1), a plurality of cardboards are carried equidistant being arranged on chain (2) of block (3), the frame both sides are provided with mechanical arm (4), the place ahead of mechanical arm (4) is provided with positioning baffle (5), it is characterized in that: also comprise servomotor one (6) and servomotor two (7), connect by belt between the output shaft of chain drive axle (1) and servomotor one (6), mechanical arm (4) is divided into two kinds of the mechanical arms (4b) of the mechanical arm (4a) of fore side and driving side, the mechanical arm (4b) of the mechanical arm of fore side (4a) and driving side lay respectively at frame both sides and and frame between connect by axle, two kinds of mechanical arms (4) are connected with servomotor two (7) respectively.

2. carton manufacturing installation according to claim 1, it is characterized in that: turn up forward at the two ends of described mechanical arm (4), makes mechanical arm (4) form inside space.

3. carton manufacturing installation according to claim 1, it is characterized in that: a side of the axle between described mechanical arm (4) and frame is equipped with positive stop (8).

4. carton manufacturing installation according to claim 1 is characterized in that: described chain (2) is 2 rows or 3 rows or 4 rows.

5. carton manufacturing installation according to claim 1 is characterized in that: described cardboard is carried block (3), comprises block body (9), and there is outstanding forward projection (10) on the top of block body (9).

6. carton manufacturing installation according to claim 5 is characterized in that: the side of described block body (9) has slight inside inclination in the part that is positioned at projection (10) below.

7. carton manufacturing installation according to claim 1, it is characterized in that: also comprise line ball section (II), this device is divided into two covers, lay respectively at the left and right sides of frame, every cover all comprises cylinder one (11), impression plate (12) and supporting plate (13), impression plate (12) is equipped with in the lower end of cylinder one (11), and sharp sword is arranged at the bottom of impression plate (12); Impression plate (12) and supporting plate (13) lay respectively at the both sides up and down of frame, and impression plate (12) is relative with the position of supporting plate (13).

8. carton manufacturing installation according to claim 7 is characterized in that: guide pad (14) is equipped with at described impression plate (12) two ends.

9. carton manufacturing installation according to claim 1, it is characterized in that: also comprise press section (III), this device is positioned at the downstream of line ball section (II), be divided into two covers, lay respectively at the left and right sides of frame, every cover all comprises squeegee roller on some groups (15) and lower squeegee roller (16), upper squeegee roller (15) and lower squeegee roller (16) lay respectively at the both sides up and down of frame, the obtuse angle of the upper limb of lower squeegee roller (16) for tilting, and a plurality of lower squeegee rollers (16) are arranged in order from big to small according to the inclination angle, the wheel point of upper squeegee roller (15) is just in time aimed at inflection place at lower squeegee roller (16) obtuse angle.

10. carton manufacturing installation according to claim 9, is characterized in that: described upper squeegee roller (15) slant setting.

11. carton manufacturing installation according to claim 1, it is characterized in that: also comprise adjustment part, gap (V), adjustment part, gap (V) is positioned at the downstream of bellows sections (IV), (V) comprises the carton aligning apparatus to the adjustment part, gap, specifically comprise cylinder two (17) and clap neat baffle plate (18), the lower end of cylinder two (17) is equipped with and is clapped neat baffle plate (18), claps the top that neat baffle plate (18) is hung vertically in chain (2).

12. carton manufacturing installation according to claim 1, it is characterized in that: described nail case stick box section (VI) comprises nail silk conveying mechanism, specifically comprise nail silk volume (19), wire feeding motor (20) and limit switch (21), be wound with nail silk (22) on nail silk volume (19); Nail silk volume (19) is positioned at the top of wire feeding motor (20), and limit switch (21) is positioned at the below of wire feeding motor (20), between limit switch (21) and wire feeding motor (20) for being electrically connected to; Nail silk (22) stretches out from nail silk volume (19), walks around wire feeding motor (20) and limit switch (21) and stretches out on backward.

13. carton manufacturing installation according to claim 12 is characterized in that: also comprise guiding steel pipe (23), guiding steel pipe (23) vertically arranges, and nail silk (22) walks around that limit switch (21) is backward upward to be passed from guiding steel pipe (23).

14. according to claim 12 or 13 described carton manufacturing installations is characterized in that: described limit switch (21) locates to be equipped with two anti-bias blend stops (24), nail silk (22) just in time passes through between two anti-bias blend stops (24).