CN111453094A

CN111453094A - Lens bag packaging machine

Info

Publication number: CN111453094A
Application number: CN202010389076.3A
Authority: CN
Inventors: 包松养
Original assignee: Jiangsu Rare Optics Co ltd
Current assignee: Jiangsu Rare Optics Co ltd
Priority date: 2020-05-09
Filing date: 2020-05-09
Publication date: 2020-07-28

Abstract

The utility model provides a lens bag packaging machine, including heat-seal host computer (1), collet belt feeder (2), material frame (3), install the side in heat-seal host computer (1) collet belt feeder (2), install the discharge gate below in collet belt feeder (2) material frame (3), carry out the heat-seal operation to the lens bag through the heat-seal host computer, simultaneously at the in-process of work, the lens bag is held to the collet belt feeder, and along with the removal is followed in the removal of lens bag, the lens bag that last plastic envelope is good is sent the material frame in and is carried out final packing operation through the effect of multistage conveyer belt. The invention is characterized in that the plastic sealing opening is cooled by the blower after the plastic sealing is finished, and the lens bag is basically cooled after falling into the material frame, thereby forming the assembly line type operation, improving the working efficiency and reducing the operation cost.

Description

Lens bag packaging machine

Technical Field

The invention relates to the technical field of lens packaging, in particular to a lens bag packaging machine.

Background

Resin lenses are increasingly used in various kinds of glasses, and have the advantages of light weight, impact resistance, low probability of breakage, safety, wearing comfort, convenient processing and wide application. The general processing flow of the resin lens mainly comprises the following parts: monomer preparation, module pouring, polymerization and solidification (first solidification, mold opening and edge grinding, lens cleaning, post-solidification, detection and packaging). Many of lenses adopt the paper packing, and some customers need adopt the plastic bag to pack the lens, because the lens is breakable, consequently when the packing, generally adopt artifical packing mode more, if adopt the assembly line packing, need protect just can better pack the lens at packing hot pressing process to the lens.

Disclosure of Invention

In view of the above problems, an object of the present invention is to provide a lens bag packaging machine, which uses a multi-belt conveying assembly to perform material guiding, conveying, hot pressing and cooling on lens bags containing lenses, so as to rapidly package the lens bags, and cool the bag openings before conveying the lens bags into a frame.

The technical scheme of the invention is realized by the following modes: a lens bag packaging machine comprises a heat-sealing host machine, a bottom support belt machine and a material frame, wherein the bottom support belt machine is arranged on the side of the heat-sealing host machine, the material frame is arranged below a discharge port of the bottom support belt machine, the heat-sealing host machine comprises a main support, a cover shell, a first conveying wheel, a middle driving wheel, a first conveying belt, a tension wheel, a heat-pressing auxiliary wheel, a heat pressing wheel, a lower secondary conveying wheel, a lower conveying belt, a last secondary driving wheel, a last secondary conveying wheel, a secondary conveying belt, a lower support plate, a lower cooling plate, an upper support plate and an upper cooling frame assembly, the cover shell is arranged above the main support and used for protecting components arranged in the cover shell, the first conveying wheel, the middle driving wheel, the tension wheel, the heat pressing auxiliary wheel, the heat pressing wheel, the lower secondary conveying wheel, the, first delivery wheel and middle drive wheel between link together through first conveyer belt, tensioning wheel to first conveyer belt take the tension, middle drive wheel and secondary delivery wheel down link together through conveyer belt down, bottom plate and lower cooling plate install on the lower carriage, top plate and last cooling frame subassembly install on the upper bracket, hot pressing auxiliary wheel and hot pinch roller, bottom plate and top plate, lower cooling plate and last cooling frame subassembly install in pairs, hot pressing auxiliary wheel, bottom plate and lower cooling plate be in first conveyer belt inboard, hot pinch roller, top plate and last cooling frame subassembly be in the outside of first conveyer belt, its characterized in that: the first conveying belt is a plane belt.

The lower conveying belt and the secondary conveying belt have the same structure, the outer surface of the lower conveying belt is of a plane structure, and the inner surface of the lower conveying belt is of a tooth-shaped structure.

The upper surface of the first conveyor belt and the upper surface of the lower conveyor belt are on the same horizontal line.

The upper surface of the lower conveying belt is parallel to the lower surface of the secondary conveying belt.

And an arc chamfer is arranged below the upper supporting plate.

The upper cooling frame assembly comprises an upper cooling frame, an air pipe and a blower, the upper cooling frame is of a hollow frame structure with the periphery sealed, the air pipe is arranged above the upper cooling frame and is communicated with the interior of the upper cooling frame, and the blower is connected with the air pipe.

And an air outlet is formed at the bottom of the cooling frame.

According to the invention, continuous heat sealing operation is carried out by continuous feeding of single bag, compared with manual operation, the working efficiency is improved, the production cost is reduced, especially after heat sealing is finished, the bag opening is cooled by a blower, and the lens bag subjected to heat sealing can be rapidly sorted and packaged to form assembly line type operation.

Drawings

FIG. 1 is a front view of a lens bag packaging machine of the present invention;

FIG. 2 is a top view of a lens bag packaging machine of the present invention;

FIG. 3 is a front view of a lens bag packaging machine of the present invention with the cover removed;

FIG. 4 is a front view of the upper cooling frame assembly of the present invention.

In the figure: the device comprises a heat sealing main machine 1, a bottom support belt conveyor 2, a material frame 3, a main support 1-1, a housing 1-2, a first conveying wheel 1-3, a middle driving wheel 1-4, a first conveying belt 1-5, a tension wheel 1-6, a heat pressing auxiliary wheel 1-7, a heat pressing wheel 1-8, a secondary conveying wheel 1-9, a lower conveying belt 1-10, a driving wheel 1-11 of the previous level, a conveying wheel 1-12 of the previous level, a secondary conveying belt 1-13, a lower support 1-14, a lower support 1-15, a lower cooling plate 1-16, an upper support 1-17, an upper support 1-18 and an upper cooling frame 1-19.

Detailed Description

As shown in figures 1 to 4, the lens bag packaging machine comprises a heat-sealing main machine 1, a bottom support belt machine 2 and a material frame 3, wherein the bottom support belt machine 2 is arranged on the side of the heat-sealing main machine 1, the material frame 3 is arranged below a discharge hole of the bottom support belt machine 2, the heat-sealing main machine 1 comprises a main support 1-1, an enclosure 1-2, a first conveying wheel 1-3, an intermediate driving wheel 1-4, a first conveying belt 1-5, a tension wheel 1-6, a hot-pressing auxiliary wheel 1-7, a hot-pressing wheel 1-8, a lower secondary conveying wheel 1-9, a lower conveying belt 1-10, a upper secondary driving wheel 1-11, a upper secondary conveying wheel 1-12, a secondary conveying belt 1-13, a lower support 1-14, a lower support plate 1-15, a lower cooling plate 1-16 and an upper support 1-17, The cooling device comprises upper supporting plates 1-18 and upper cooling frame assemblies 1-19, wherein a housing 1-2 is arranged above a main support 1-1 to protect components arranged in the housing 1-2, a first conveying wheel 1-3, an intermediate driving wheel 1-4, a tensioning wheel 1-6, a hot pressing auxiliary wheel 1-7, a hot pressing wheel 1-8, a lower secondary conveying wheel 1-9, a last secondary driving wheel 1-11, a last secondary conveying wheel 1-12, a lower support 1-14 and an upper support 1-17 are all arranged on the same side of the main support 1-1, the first conveying wheel 1-3 and the intermediate driving wheel 1-4 are connected together through a first conveying belt 1-5, the tensioning wheel 1-6 is used for tensioning the first conveying belt 1-5, and the intermediate driving wheel 1-4 and the lower secondary conveying wheel 1-9 are connected together through a lower conveying belt 1-5 1-10 are connected together, the lower supporting plate 1-15 and the lower cooling plate 1-16 are arranged on a lower bracket 1-14, the upper supporting plate 1-18 and the upper cooling frame component 1-19 are arranged on an upper bracket 1-17, the hot-pressing auxiliary wheel 1-7 and the hot pressing wheel 1-8, the lower supporting plate 1-15 and the upper supporting plate 1-18, the lower cooling plate 1-16 and the upper cooling frame component 1-19 are arranged in pairs, the hot-pressing auxiliary wheel 1-7, the lower supporting plate 1-15 and the lower cooling plate 1-16 are arranged at the inner side of a first conveyer belt 1-5, the hot-pressing wheel 1-8, the upper supporting plate 1-18 and the upper cooling frame component 1-19 are arranged at the outer side of the first conveyer belt 1-5, the first conveyer belt 1-5 is a plane belt, the structure of the lower conveyer belt 1-10 is the same as that of the secondary conveyer belt 1-13, the outer surface of the lower conveyer belt 1-10 is a plane structure, the inner surface of the lower conveyer belt 1-101 is provided with a tooth-shaped structure, the upper surface of the first conveyer belt 1-5 and the upper surface of the lower conveyer belt 1-10 are on the same horizontal line, the upper surface of the lower conveyer belt 1-10 and the lower surface of the secondary conveyer belt 1-13 are parallel to each other, an arc chamfer 1-181 is arranged below the upper support plate 1-18, the upper cooling frame assembly 1-19 comprises an upper cooling frame 1-191, an air pipe 1-192 and a blower 1-193, the upper cooling frame 1-191 is a hollow frame structure with sealed periphery, the air pipe 1-192 is arranged above the upper cooling frame 1-191 and is communicated with the interior of the upper cooling frame 1-191, and the blower 1-193, and air outlets 1-1911 are arranged at the bottoms of the cooling frames 1-191.

When the lens bag lifting device works, the middle driving wheel 1-4 moves anticlockwise to drive the first conveying belt 1-5 to move anticlockwise to drive the lower conveying belt 1-10 to move anticlockwise, the last secondary driving wheel 1-11 moves clockwise to drive the secondary conveying belt 1-13 to move clockwise, the lower supporting plate 1-15 and the lower cooling plate 1-16 play a role in supporting the first conveying belt 1-5, a lens bag provided with lenses is fed from the right side above the first conveying belt 1-5, the bag opening of the lens bag is positioned on the first conveying belt 1-5, at the moment, due to the action of lens gravity, the lens bag naturally droops and is supported by the bottom supporting belt 2-1 on the bottom supporting belt 2, the moving direction of the bottom supporting belt 2-1 is consistent with the moving direction of the first conveying belt 1-5, the lens bag moves to the left below the upper supporting plate 1-18, at the moment, because the lens bag is positioned between the lower bottom surface of the upper supporting plate 1-18 and the first conveying belt 1-5, and the interval between the upper supporting plate 1-18 and the first conveying belt 1-5 is smaller, when the lens bag passes through, the lens bag can be arranged more smoothly, when the lens bag is continuously moved to the left under the heat pressing wheel 1-8 under the action of the first conveying belt 1-5, the bag opening is heated through the heat pressing wheel 1-8, the heated bag opening is extruded through the heat pressing wheel 1-8 and the heat pressing auxiliary wheel 1-7 to seal the bag opening, the heat-sealed lens bag is continuously moved to the left under the upper cooling frame component 1-19, air is blown through the blower 1-193, the sealing part is cooled through the air outlet 1-1911, and finally the mirror image belt is conveyed to the material frame 3 through the action of the lower conveying belt 1-10 and the secondary conveying belt 1-13, the heat sealing, cooling and conveying operations are completed, and the heat sealing operation can be continuously carried out on the lens bag by repeating the steps.

Claims

1. A lens bag packaging machine comprises a heat-sealing host (1), a bottom support belt conveyor (2) and a material frame (3), wherein the bottom support belt conveyor (2) is arranged on the side of the heat-sealing host (1), the material frame (3) is arranged below a discharge hole of the bottom support belt conveyor (2), the heat-sealing host (1) comprises a main support (1-1), a housing (1-2), a first conveying wheel (1-3), an intermediate driving wheel (1-4), a first conveying belt (1-5), a tension wheel (1-6), a hot-pressing auxiliary wheel (1-7), a hot-pressing wheel (1-8), a lower secondary conveying wheel (1-9), a lower conveying belt (1-10), a last secondary driving wheel (1-11), a last secondary conveying wheel (1-12), a secondary conveying belt (1-13), a lower support (1-14), The cooling device comprises a lower supporting plate (1-15), a lower cooling plate (1-16), an upper support (1-17), an upper supporting plate (1-18) and an upper cooling frame assembly (1-19), wherein a housing (1-2) is arranged above a main support (1-1) to protect components arranged in the housing (1-2), a first conveying wheel (1-3), a middle driving wheel (1-4), a tensioning wheel (1-6), a hot-pressing auxiliary wheel (1-7), a hot-pressing wheel (1-8), a lower secondary conveying wheel (1-9), a last secondary driving wheel (1-11), a last secondary conveying wheel (1-12), a lower support (1-14) and an upper support (1-17) are arranged on the same side of the main support (1-1), and a first conveying belt (1-3) and the middle driving wheel (1-4) are arranged between the first conveying wheel (1-3) and the middle driving wheel (1-4) -5), the tensioning wheel (1-6) tensions the first conveyor belt (1-5), the intermediate driving wheel (1-4) and the lower secondary conveyor wheel (1-9) are connected together through the lower conveyor belt (1-10), the lower supporting plate (1-15) and the lower cooling plate (1-16) are arranged on the lower support (1-14), the upper supporting plate (1-18) and the upper cooling frame assembly (1-19) are arranged on the upper support (1-17), the hot pressing auxiliary wheel (1-7) and the hot pressing wheel (1-8), the lower supporting plate (1-15) and the upper supporting plate (1-18), the lower cooling plate (1-16) and the upper cooling frame assembly (1-19) are arranged in pairs, and the hot pressing auxiliary wheel (1-7) and the upper cooling auxiliary wheel (1-7), The lower supporting plate (1-15) and the lower cooling plate (1-16) are arranged on the inner side of the first conveying belt (1-5), and the hot pressing wheel (1-8), the upper supporting plate (1-18) and the upper cooling frame assembly (1-19) are arranged on the outer side of the first conveying belt (1-5), and the device is characterized in that: the first conveying belt (1-5) is a plane belt.

2. The lens bag packaging machine of claim 1, wherein: the lower conveying belts (1-10) and the secondary conveying belts (1-13) have the same structure, the outer surfaces of the lower conveying belts and the secondary conveying belts are of a plane structure, and the inner surfaces of the lower conveying belts and the secondary conveying belts are of a toothed structure (1-101).

3. The lens bag packaging machine of claim 1, wherein: the upper surface of the first conveyer belt (1-5) and the upper surface of the lower conveyer belt (1-10) are on the same horizontal line.

4. The lens bag packaging machine of claim 1, wherein: the upper surface of the lower conveyer belt (1-10) is parallel to the lower surface of the secondary conveyer belt (1-13).

5. The lens bag packaging machine of claim 1, wherein: and an arc chamfer (1-181) is arranged below the upper supporting plate (1-18).

6. The lens bag packaging machine of claim 1, wherein: the upper cooling frame assembly (1-19) comprises an upper cooling frame (1-191), an air pipe (1-192) and a blower (1-193), the upper cooling frame (1-191) is of a hollow frame structure with the periphery sealed, the air pipe (1-192) is arranged above the upper cooling frame (1-191) and communicated with the inside of the upper cooling frame (1-191), and the blower (1-193) is connected with the air pipe (1-192).

7. The lens bag packaging machine of claim 6, wherein: and an air outlet (1-1911) is formed at the bottom of the cooling frame (1-191).