阅读说明：本技术 一种智能塑料粒切割机 (Intelligent plastic particle cutting machine ) 是由 雷谢明 于 2019-10-21 设计创作，主要内容包括：本发明公开了一种智能塑料粒切割机,其结构包括控制器、外机壳、内切割箱、滑动箱、接电器、滑动架,控制器通过铆钉锁紧在外机壳的左侧,内切割箱焊接在外机壳的内部并且成一体化结构,能够通过直径循环轨道不同的内转环,造成两边的循环球有两种不同的转动速度,使两端的切割刀能够造成两种不同的切割效果,能否切割出两种直径大小不同的塑料粒,造成一机多用的效果,在切割刀经过一次切割后循环的过程中,能够通过两端的贴合片将刀片夹持住,再经过带有低温的降温头摩擦刀面,经过助推簧、环形压架的不断上下对刀面进行不断摩擦导热,使切割刀在一次切割后就能被马上降温,在与材料接触时不会对材料的外形造成破坏,提高塑料粒的质量。(The invention discloses an intelligent plastic particle cutting machine, which comprises a controller, an outer shell, an inner cutting box, a sliding box, an electric connector and a sliding frame, wherein the controller is locked at the left side of the outer shell through rivets, the inner cutting box is welded in the outer shell and is of an integrated structure, circulating balls at two sides can have two different rotating speeds through inner rotating rings with different diameter circulating tracks, so that cutting knives at two ends can have two different cutting effects, plastic particles with two different diameters can be cut, a machine has a multi-purpose effect, in the circulating process of the cutting knives after one-time cutting, the cutting knives can be clamped through binding pieces at two ends, and then the cutting knives pass through a low-temperature cooling head friction knife face, and the knife face is continuously subjected to friction heat conduction through an upper knife face and a lower knife face of an annular pressing frame, so that the cutting knives can be cooled immediately after one-time cutting, the appearance of the material can not be damaged when the plastic pellet contacts the material, and the quality of the plastic pellet is improved.)

1. The utility model provides an intelligence plastic pellet cutting machine, its structure includes controller (0), outer casing (1), interior cutting box (2), slip case (3), connects electrical apparatus (4), carriage (5), its characterized in that:

the controller (0) is fixedly arranged on the left side of the outer casing (1), the inner cutting box (2) is arranged inside the outer casing (1), the sliding frame (5) is connected above the outer casing (1), the sliding box (3) is arranged above the sliding frame (5), and the electric connector (4) is fastened at the front center of the sliding box (3).

2. The intelligent plastic pellet cutter as claimed in claim 1, wherein: interior cutting case (2) advance rail (22), head and the tail tensioning strip (23), box (24), charging box (25), auxiliary flow post (26) by connecting handle (20), dicyclo cutting knife (21), plastic strip and constitute, connecting handle (20) vertical fixation is in the inside top of box (24) and links together with slide box (3), dicyclo cutting knife (21) are installed in the below of connecting handle (20), plastic strip advances the middle section of rail (22) interpolation inside box (24), head and the tail tensioning strip (23) fastening is in the inside both ends of controlling of plastic strip advances rail (22), auxiliary flow post (26) are located dicyclo cutting knife (21) below and are together fixed with the middle section of box (24) inside bottom, charging box (25) are equipped with two and are located auxiliary flow post (26) both ends about.

3. An intelligent plastic pellet cutter as claimed in claim 2, wherein: dicyclo cutting knife (21) are by starting post (210), connect electric rope (220), low-speed revolving rack (230), high-speed revolving rack (240) and constitute, start post (210) and install the below at connecting handle (20), connect electric rope (220) and be equipped with two and connect the left and right sides both ends in starting post (210) below, the below at right side electricity rope (220) is installed in low-speed revolving rack (230), the below at left side electricity rope (220) is installed in high-speed revolving rack (240).

4. An intelligent plastic pellet cutter as claimed in claim 3, wherein: the high-speed rotating frame (240) is composed of an inner rotating ring (400), an intermittent wrapping frame (500), a circulating ball (600), a cutting knife (700) and a guider (800), wherein the inner rotating ring (400) is connected to the left end inside a box body (24), the circulating ball (600) is arranged inside the inner rotating ring (400), the cutting knife (700) is fixed to the lower right corner of the circulating ball (600), the intermittent wrapping frame (500) is arranged above the cutting knife (700), and the guider (800) is buckled to the lower right corner of the intermittent wrapping frame (500) and the cutting knife (700).

5. The intelligent plastic pellet cutter as claimed in claim 4, wherein: frame (500) are wrapped up in by bullet moving post (510), lock joint frame (520), boosting spring (530), annular pressure frame (540), laminating piece (550), cooling head (560) and are constituteed, lock joint frame (520) lock is in the top of cutting knife (700), bullet moving post (510) fastening is at the inside top of lock joint frame (520), the below at bullet moving post (510) is connected in boosting spring (530), the below at boosting spring (530) is installed in annular pressure frame (540), laminating piece (550) are located the left and right sides of cutting knife (700), cooling head (560) are installed in the inboard of laminating piece (550).

6. The intelligent plastic pellet cutter as claimed in claim 4, wherein: guider (800) are wrapped up in the right side of frame (500), cutting knife (700) by shell fragment (810), connection frame (820), lead arc piece (830), suction head (840) and are constituteed, intermittent type is located in connection frame (820), the top inside connection frame (820) is established in shell fragment (810), suction head (840) is connected in the below of shell fragment (810), lead arc piece (830) activity lock in the below of suction head (840).

Technical Field

The invention relates to equipment for plastic production, in particular to an intelligent plastic particle cutting machine.

Background

The range of plastic pellet application is handed over, not only can dissolve and become plastic ball, plastic products, can also become single toy or collection finished product, can be earlier through compressing into a tub column with it when production, cuts again, often can cut into equidistant granule shape with it during the cutting, and the current technical consideration is not comprehensive, has following drawback:

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide an intelligent plastic grain cutting machine, which aims to solve the problems that in the prior art, the plastic grains are often cut into particles with equal intervals, when two plastic grains with different diameters are required to be prepared, the plastic grains need to be cut in a segmented or separated manner, the trouble is high, and after long-time cutting, a wire on a cutting knife is warm, so that the contacted plastic grains are easily influenced.

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides an intelligence plastic pellet cutting machine, its structure includes controller, outer casing, interior cutting box, slip case, connects electrical apparatus, carriage, the controller passes through rivet locking in the left side of outer casing, interior cutting box welding is in the inside of outer casing and become the integral structure, carriage sliding connection is in the top of outer casing, the top of slip case welding carriage, connect the electrical apparatus nail and connect at the positive center of slip case.

In order to optimize the technical scheme, the method further comprises the following steps:

according to one embodiment, the internal cutting box comprises a connecting handle, a double-ring cutting knife, a plastic strip feeding rail, a head-tail tensioning strip, a box body, a charging box and auxiliary flow columns, wherein the connecting handle is vertically screwed on the top inside the box body and is mechanically connected with a sliding box, the double-ring cutting knife is installed below the connecting handle, the plastic strip feeding rail is horizontally inserted into the middle section inside the box body, the head-tail tensioning strip is connected with the left end and the right end inside the plastic strip feeding rail in an adhesive mode, the auxiliary flow columns are located below the double-ring cutting knife and are vertically and electrically welded with the middle section of the bottom inside the box body, and the charging box is provided with two auxiliary flow columns which are connected with the left end and the right end of the auxiliary flow columns in a.

According to one embodiment, the double-ring cutting knife comprises a starting post, two power connection ropes, a low-speed rotating frame and a high-speed rotating frame, the starting post is connected below the connecting handle in a nailing mode, the two power connection ropes are electrically connected to the left end and the right end below the starting post, the low-speed rotating frame is welded below the power connection rope on the right side through fixing columns, and the high-speed rotating frame is welded below the power connection rope on the left side through fixing columns.

According to one implementation mode, the high-speed rotating frame is composed of an inner rotating ring, an intermittent wrapping frame, a circulating ball, a cutting knife and a guider, the inner rotating ring is welded at the left end inside the box body through a fixing column, the circulating ball is rotatably connected inside the inner rotating ring, the cutting knife is welded at the lower right corner of the circulating ball, the intermittent wrapping frame wraps the cutting knife, and the guider is buckled at the lower right corner of the intermittent wrapping frame and the cutting knife through a buckle.

According to one implementation mode, the intermittent type is wrapped up in and is pressed frame, laminating piece, cooling head by bullet movable column, lock joint frame, boosting spring, annular and constitute, the lock joint frame parcel is in the top of cutting knife, bullet movable column threaded connection is at the inside top of lock joint frame, the boosting spring nail is connected in the below of bullet movable column, the annular is pressed the frame and is passed through rivet locking in the below of boosting spring, laminating piece is in the left and right sides of cutting knife, the first inboard at the laminating piece of gluing of cooling.

According to one kind can implement the mode, the director comprises shell fragment, carriage, lead arc piece, actuation head, the carriage wraps up in the right side of frame, cutting knife at the intermittent type through the buckle lock, shell fragment sliding connection is at the inside top of carriage, the actuation head is connected to link up in the below of shell fragment and with the inside middle section welding of carriage together, lead the below of arc piece activity lock at the actuation head.

Advantageous effects

The intelligent plastic particle cutting machine is reasonable in design and strong in functionality, and has the following beneficial effects:

the invention can cause two different rotating speeds of the circulating balls at two sides through the inner rotating rings with different diameter circulating tracks by the low-speed rotating frame and the high-speed rotating frame, so that the cutting knives at two ends can cause two different cutting effects, and the effect of one machine with multiple purposes can be caused if the cutting knives at two ends can cut plastic granules with two different diameters.

According to the invention, through the arranged intermittent wrapping frame, in the process that the cutting knife circulates after being cut once, the cutting knife can be clamped through the attaching pieces at the two ends, and then passes through the knife face rubbed by the low-temperature cooling head, and then continuously rubs and conducts heat to the knife face up and down through the boosting spring and the annular pressing frame, so that the cutting knife can be immediately cooled after being cut once, the appearance of the material cannot be damaged when the cutting knife is in contact with the material, and the quality of plastic granules is improved.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural diagram of an intelligent plastic pellet cutting machine according to the invention.

FIG. 2 is a schematic structural diagram of an interior front view of a cutting box in the intelligent plastic pellet cutting machine.

FIG. 3 is a schematic structural diagram of the inside of the cutting box of the intelligent plastic pellet cutting machine as seen from the right.

FIG. 4 is a schematic structural diagram of the intelligent plastic pellet cutting machine after the double-ring cutting knife acts.

Fig. 5 is a structural schematic diagram of the intermittent wrapping frame of the intelligent plastic pellet cutting machine in the right view.

Fig. 6 is a schematic structural diagram of the interior of the guider of the intelligent plastic pellet cutting machine.

Description of reference numerals: the device comprises a controller 0, an outer machine shell 1, an inner cutting box 2, a sliding box 3, an electric connector 4, a sliding frame 5, a connecting handle 20, a double-ring cutting knife 21, a plastic strip feeding rail 22, a head and tail tensioning strip 23, a box body 24, a charging box 25, an auxiliary current column 26, a starting column 210, an electric connecting rope 220, a low-speed rotating frame 230, a high-speed rotating frame 240, an inner rotating ring 400, an intermittent wrapping frame 500, a circulating ball 600, a cutting knife 700, a guider 800, a bouncing column 510, a buckling frame 520, a boosting spring 530, an annular pressing frame 540, a jointing sheet 550, a cooling head 560, an elastic sheet 810, a connecting frame 820, an arc guiding sheet 830 and a suction head 840.

Detailed Description

In order to make the technical means, the creation characteristics, the achievement purposes and the effects of the invention easy to understand, the invention is further described with the specific embodiments.

Referring to fig. 1, the present invention provides an intelligent plastic pellet cutting machine: its structure includes controller 0, outer casing 1, interior cutting box 2, slip case 3, connects electrical apparatus 4, carriage 5, controller 0 passes through rivet locking in the left side of outer casing 1, interior cutting box 2 welds in the inside of outer casing 1 and becomes the integral structure, 5 sliding connection of carriage are in the top of outer casing 1, 3 welding carriage 5's of slip case top, connect electrical apparatus 4 pegging graft at the positive center of slip case 3.

Referring to fig. 2, the internal cutting box 2 is composed of a connecting handle 20, a double-ring cutting knife 21, a plastic strip feeding rail 22, a head-tail tensioning bar 23, a box body 24, a charging box 25 and auxiliary flow columns 26, the connecting handle 20 is vertically screwed on the top inside the box body 24 and is mechanically connected with the sliding box 3, the double-ring cutting knife 21 is installed below the connecting handle 20, the plastic strip feeding rail 22 is horizontally inserted and embedded in the middle section inside the box body 24, the head-tail tensioning bar 23 is glued and connected with the left and right ends inside the plastic strip feeding rail 22, the auxiliary flow columns 26 are located below the double-ring cutting knife 21 and are vertically welded with the middle section of the bottom inside the box body 24, the charging box 25 is provided with two parts and is nailed and connected with the left and right ends of the auxiliary flow columns 26, the head-tail tensioning bars 23 at the head-tail ends can ensure the straightness of the plastic pipe column during input and output, and all the edge faces of the cut plastic grains are more uniform, the auxiliary flow column 26 can make the plastic grains dropped in the middle slide to any end, and prevent the plastic grains from dropping in the middle of the two charging boxes 25 to cause waste.

Referring to fig. 3, the double-ring cutting knife 21 is composed of a starting post 210, an electric connecting rope 220, a low-speed rotating frame 230 and a high-speed rotating frame 240, the starting post 210 is nailed below the connecting handle 20, the electric connecting rope 220 is provided with two electric connecting ropes and is electrically connected to the left end and the right end below the starting post 210, the low-speed rotating frame 230 is welded below the right electric connecting rope 220 through a fixing post, the high-speed rotating frame 240 is welded below the left electric connecting rope 220 through a fixing post, and the rotating diameters of the low-speed rotating frame 230 and the high-speed rotating frame 240 are different, so that the cut plastic grains are different in diameter, and two different plastic grains can be cut.

Referring to fig. 4, the high-speed rotating frame 240 is composed of an inner rotating ring 400, an intermittent wrapping frame 500, a circulating ball 600, a cutting knife 700 and a guider 800, the inner rotating ring 400 is welded at the left end inside the box body 24 through a fixed column, the circulating ball 600 is rotatably connected inside the inner rotating ring 400, the cutting knife 700 is welded at the lower right corner of the circulating ball 600, the intermittent wrapping frame 500 is wrapped above the cutting knife 700, the guider 800 is buckled at the lower right corner of the intermittent wrapping frame 500 and the cutting knife 700 through a buckle, the circulating ball 600 drives the cutting knife 700 to perform periodic movement, so that intermittent cutting can be performed, and the rapid temperature rise of the cutting knife 700 caused by the excessively fast cutting frequency can be prevented.

Referring to fig. 5, the intermittent wrapping frame 500 includes a spring column 510, a fastening frame 520, a boosting spring 530, an annular pressing frame 540, an engaging piece 550, and a cooling head 560, the fastening frame 520 wraps the cutting knife 700, the spring column 510 is screwed to the top of the fastening frame 520, the boosting spring 530 is nailed below the spring column 510, the annular pressing frame 540 is fastened below the boosting spring 530 by rivets, the engaging piece 550 is engaged to the left and right sides of the cutting knife 700, the cooling head 560 is glued to the inner side of the engaging piece 550, the engaging piece 550 is tightly attached to the cutting knife 700, and is automatically stretched when swung downward, and is tightly attached to a knife surface for cooling when circularly rotated, so that the cooling effect is good, and each round of cutting can be immediately cooled.

Referring to fig. 6, the guider 800 is composed of a spring plate 810, a connecting frame 820, an arc guiding plate 830 and a suction head 840, the connecting frame 820 is fastened to the right side of the intermittent wrapping frame 500 and the cutting knife 700 through a buckle, the spring plate 810 is slidably connected to the top inside the connecting frame 820, the suction head 840 is connected to penetrate below the spring plate 810 and is welded to the middle section inside the connecting frame 820, the arc guiding plate 830 is movably fastened below the suction head 840, the arc guiding plate 830 can be ejected downwards due to gravity after each cutting, cut plastic granules can be guided to the charging box 25 on one side inside, and the cut plastic granules can be classified.

Before use, the produced plastic pipe column is connected into the plastic strip inlet rail 22, then the sliding box 3 is started, the sliding frame 5 slides on the outer casing 1 to drive the plastic pipe column to move forward, the starting column 210 is controlled to move by the power connector 4, the low-speed rotating frame 230 and the high-speed rotating frame 240 start to rotate through the power connecting rope 220, the plastic pipe column in the plastic strip inlet rail 22 is cut by the cutting knife 700 on the high-speed rotating frame 240, then the cutting knife 700 on the low-speed rotating frame 230 is cut again after a period of time, the diameters of plastic grains cut out by the two periods are different, after a cutting period, the elastic column 510, the boosting spring 530 and the annular pressing frame 540 are pressed down to tightly attach the attaching piece 550 and the cooling head 560 to the knife face of the cutting knife 700 to cool the plastic grains with the help of the rotating force, the cut plastic grains can be guided to one side by the extended guide arc piece 830, the treated plastic grains can be classified as much as possible, and the manual classification time is reduced.

Through the combination of the components, the invention can cause two different rotating speeds of the circulating balls 600 at two sides through the inner rotating rings 400 with different diameter circulating tracks, so that the cutting knives 700 at two ends can cause two different cutting effects, and can not cut plastic granules with two different diameters, thereby causing the effect of one machine with multiple purposes.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims appended hereto.