Packaging Device

Abstract

The present invention provides a packaging device which comprises a static-proof film, a Velcro hooks patch and a Velcro loops patch. The static film is used for shielding the static. And at least a Velcro hooks patch and Velcro loops patch symmetrically arranged on borders of the static-proof film such that the hooks and loops are engaged with each when the static-proof film is wrapped over the electronic device. By this provision, the packaging device integrates both the protective film and packaging bag. Not only it can be readily used, it can be repeatedly used as well.

Description

FIELD OF THE INVENTION

The present invention relates to a technology of packaging, and more particularly to a packaging device for a display module or the like.

BACKGROUND OF THE INVENTION

Currently, the existing packaging protection for LED display module and other electronic devices having a liquid crystal display screen is simply as follow: deploying a static-proof film over a surface of the display panel, then disposing the display panel into a static-proof bag, and then the whole is put into a carton box. The static-proof film is not adhesive, and it needs additional adhesive tap or other material to properly attach it to the module. In an addition, once the module needs to be removed from the package, a reverse process is required. It is really inconvenient. On the other hand, both of the static-proof film and the static-proof bag are requested when packaging the LED display module. Specially, those packaging material are utilized only once and then throw away after the display module is removed from the box. This is a waste and inevitably increases the manufacturing cost. In addition, the material used for static-proof is not environmental-friendly.

SUMMARY OF THE INVENTION

The present invention to provide a packaging device to resolve the prior art issue. The packaging device can integrate both the protective film as well as the packaging bag. It is readily convenient to use. In addition, it can be repeatedly used.

In order to resolve the prior art issues, the present invention provides a technologic solution by providing a packaging device which comprises a static-proof film configured with a PE film and an EPE layer deployed over a surface of the PE film to shield the static. At least a Velcro hooks patch and Velcro loops patch are symmetrically arranged on borders of the static-proof film such that the hooks and loops are engaged with each when the static-proof film is wrapped over the electronic device.

Wherein additional Velcro hooks patches and Velcro loops patches are symmetrically arranged along the borders.

Wherein the static-proof film comprises a first layer of static-proof film, a second static-proof film, and a sponge layer. The second layer of static-proof film is sealed to the first static-proof film to as to create an air-tight compartment. And the layer of sponge layer is evenly deployed over the air-tight compartment for creating a buffer effect.

Wherein the static-proof film comprises a first layer of static-proof film, a layer of elastic film, and a sponge layer. The elastic film is sealed to the first static-proof film to as to create an air-tight compartment. The sponge layer is evenly deployed over the air-tight compartment for creating a buffer effect.

Wherein the elastic film is a PE film.

Wherein the PE film and the EVE static-proof film are sealed together by a heat press.

Wherein the Velcro hooks patch and the Velcro loops patch are symmetrically arranged.

In order to resolve the prior art issues, the present invention provides another technologic solution by providing a packaging device which comprises a static-proof film, a Velcro hooks patch and a Velcro loops patch. The static film is used for shielding the static. And at least a Velcro hooks patch and Velcro loops patch symmetrically arranged on borders of the static-proof film such that the hooks and loops are engaged with each when the static-proof film is wrapped over the electronic device.

Wherein additional Velcro hooks patches and Velcro loops patches are symmetrically arranged.

Wherein the static-proof film comprises a first layer of static-proof film, a second static-proof film, and a sponge layer. The second layer of static-proof film is sealed to the first static-proof film to as to create an air-tight compartment. And the layer of sponge layer is evenly deployed over the air-tight compartment for creating a buffer effect.

Wherein the static-proof film comprises a first layer of static-proof film, a layer of elastic film, and a sponge layer. The elastic film is sealed to the first static-proof film to as to create an air-tight compartment. The sponge layer is evenly deployed over the air-tight compartment for creating a buffer effect Wherein the elastic film is a PE film.

Wherein the static-proof film includes a PE film and an EPE static film deployed over the PE film.

Wherein the PE film and the EPE static-proof film are sealed together by a heat press.

Wherein the static-proof film is made from a compound of polyanilime resin.

Wherein the Velcro hooks patch and the Velcro loops patch are symmetrically arranged.

Wherein the Velcro hooks patch and the Velcro loops patch are symmetrically arranged.

The present invention can be concluded with the following advantages. As compared to the prior art, the packaging device provides an integration of both a protective film and a packaging bag. Specially, it is very easy and convenient to use. The working time on using the packaging device to wrap the electronic devices are reduced. Most importantly, the packaging device can be repeatedly used so as to avoid waste of material and thereby lowering the cost accordingly.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 is a cross sectional view of a packaging device made in accordance with a first embodiment of the present invention;

FIG. 2 is a top view illustrating the packaging device before it is wrapped over an electronic device;

FIG. 3 is a side elevation view showing how the packaging device is used to wrap up the electronic device;

FIG. 4 is a cross sectional view of a packaging device made in accordance with a second embodiment of the present invention; and

FIG. 5 is a cross sectional view of a packaging device made in accordance with a third embodiment of the present invention.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

Referring to FIG. 1, a cross sectional view of a packaging device made in accordance with a first embodiment of the present invention is shown. According to the first embodiment, the packaging device includes a static-proof film 10, a Velcro hooks patch 20 and a Velcro loops patch 30.

The static-proof film 10 is used to shield static. The film 10 can be coated with a layer of static-proof material or directly made from a material blended with static-proof material.

According to a preferred embodiment, the static-proof film 10 includes a PE (polyethylene) film and a static-proof EPE (expandable polyethylene) film deployed over the PE film. The PE film and the EPE film are attached together by a heat press so as to empower the static-proof film 10 with elastic property, while it is gentle to touch.

Alternatively, in other preferable embodiment, the static-proof film 10 can be made from a compound of polyanilime resin by blending with 6-10 percent by weight of polyanilime into resin. With the static-proof property of the polyanilime, the static-proof film 10 can be equipped with static-proof property.

The Velcro hooks patch 20 and the Velcro loops patch are symmetrically arranged on borders of the static-proof film 10. In addition, the Velcro hooks patch 20 and the Velcro loops patch 30 are arranged on a top surface of the static-proof film 10. In the current embodiment, the Velcro hooks patch 20 is arranged on a bottom surface of the static-proof film 10, while the Velcro loops patch 30 is arranged on a top surface of the static-proof film 10. In other preferred embodiment, the location of both the Velcro hooks patch 20 and the Velcro loops patch 30 can exchange with each other. Alternatively, the Velcro hooks patch 20 and the Velcro loops patch 30 can be arranged on both the top and bottom surfaces of the static-proof film 10.

FIG. 2 is a top view illustrating the packaging device before it is wrapped over an electronic device. Before the electronic device 40 is wrapped by the packaging device of the present invention, the static-proof film 10 is flattened over a flat surface, and with the electronic device 40 disposed on a center thereof. For the example, the electronic device can be a LED module, a liquid crystal display module or a liquid crystal display panel.

The overall length of the static-proof film 10 is longer than the length of the electronic device 40, preferable for two times. The width of the static-proof film 10 is larger. By this arrangement, the static-proof film 10 can comply cover the electronic device 40 in full.

From the disclosure of FIG. 2, the number of the Velcro hooks patch 20 and the Velcro loops patch 30 can be multiple. Preferably, the Velcro hooks patch 20 and the Velcro loops patch 30 are symmetrically arranged.

Referring to FIG. 3, a side elevation view showing how the packaging device is used to wrap up the electronic device is disclosed. Once the electronic device 40 is disposed on the center of the static-proof film 10, the static-proof film 10 can then be folded over the top of the electronic device 40 in a way that both the Velcro hooks patch 20 and the Velcro loops patch 30 are overlapped and then they are engaged with each other with a firm press with hand. By this arrangement, the electronic device 40 is completely packed with the packaging device provided by the present invention. In a preferred embodiment, since the static-proof film 10 is expandable, as a result, the static-proof film 10 can tightly wrap over the electronic device 40. In generally, the glass substrate of the electronic device 40 is placed on the center of the static-proof film 10.

FIG. 4 is a cross sectional view of a packaging device made in accordance with a second embodiment of the present invention. In the preferred embodiment, the packaging device includes a static-proof film 110, a Velcro hooks patch 200, and a Velcro loops patch 300. The difference between the first and second embodiments is that the static-proof film 110 further includes a first static-proof film 111, and a second static-proof film 113, and a layer of sponge 112. The first and second static-proof films 111, 113 are sealingly integrated together so as to form an air-tight compartment (not labeled). The sponge layer 112 is evenly deployed over the sealed compartment to provide a buffer. In the preferred embodiment, the material used to make both the static-proof film 10 in the first embodiment, and the static-proof films 111, 113 in the second embodiment are same. Both the static-proof films 111, 113 are made from PE film, and an EPE film deployed over the PE film with heat press.

FIG. 5 is a cross sectional view of a packaging device made in accordance with a third embodiment of the present invention. In the preferred embodiment, the packaging device includes a static-proof film 120, a Velcro hooks patch 200, and a Velcro loops patch 300. The difference between the first and third embodiments is that the static-proof film 120 further includes a first static-proof film 121, and an elastic film 123, and a layer of sponge 122. The static-proof films 121 and the elastic film 123 are sealingly integrated together so as to form an air-tight compartment (not labeled). The sponge layer 122 is evenly deployed over the sealed compartment to provide a buffer. In the preferred embodiment, the material used to make both the static-proof film 10 in the first embodiment, and the static-proof films 121 in the third embodiment are same. Both the static-proof films 121 are made from PE film and an EPE film deployed over the PE film with heat press. The elastic film 123 has elastic property such as a PE film.

In the second and third embodiment of the present invention, a layer of sponge is evenly deployed over the sealed compartment so as to provide an impact-absorb ion. This is an upgrade as compared from the first embodiment. Tn addition, in the above described embodiment, all the static-proof films are preferred to have elastic property and are stretchable. By this provision, the electronic device can be wrapped in perfect fashion.

By applying the Velcro hooks patch and the Velcro loops patch over the static-proof film, the static-proof film can be functioned as both a protective film, and a packaging bag. As a result, the protective film and the packaging bag can be integrated together. It is readily and conveniently to use, thereby expediting the packing process and no time is lost during packing. Since the packaging device made according to the present invention can be repeatedly used, not only is it environment friendly, but also it can reduce the waste of resource so as to reduce the manufacturing cost.

Embodiments of the present invention have been described, but not intending to impose any unduly constraint to the appended claims. Any modification of equivalent structure or equivalent process made according to the disclosure and drawings of the present invention, or any application thereof; directly or indirectly, to other related fields of technique, is considered encompassed in the scope of protection defined by the clams of the present invention.

Claims

1. A packaging device, comprising:

A static-proof film configured with a PE film and an EPE layer deployed over a surface of the PB film to shield the static;

At least a Velcro hooks patch and Velcro loops patch symmetrically arranged on borders of the static-proof film such that the hooks and loops are engaged with each when the static-proof film is wrapped over the electronic device.

2. The packaging device as recited in claim 1, wherein additional Velcro hooks patches and Velcro loops patches are symmetrically arranged along the borders.

3. The packaging device as recited in claim 1, wherein the static-proof film comprises:

A first layer of static-proof film;

A second layer of static-proof film sealed to the first static-proof film to as to create an air-tight compartment; and

A layer of sponge layer evenly deployed over the air-tight compartment for creating a buffer effect.

4. The packaging device as recited in claim 1, wherein the static-proof film comprises:

A first layer of static-proof film;

A layer of elastic film sealed to the first static-proof film to as to create an air-tight compartment; and

A layer of sponge layer evenly deployed over the air-tight compartment for creating a buffer effect.

5. The packaging device as recited in claim 1, wherein the elastic film is a PE film.

6. The packaging device as recited in claim 1, wherein the PE film and the EPE static-proof film are sealed together by a heat press.

7. The packaging device as recited in claim 7, wherein the Velcro hooks patch and the Velcro loops patch are disposed on the surface of the static-proof film.

8. A packaging device, comprising:

A static-proof film for shielding the static; and

At least a Velcro hooks patch and Velcro loops patch symmetrically arranged on borders of the static-proof film such that the hooks and loops are engaged with each when the static-proof film is wrapped over the electronic device.

9. The packaging device as recited in claim 8, wherein additional Velcro hooks patches and Velcro loops patches are symmetrically arranged.

10. The packaging device as recited in claim 8, wherein the static-proof film comprises:

A first layer of static-proof film;

A second layer of static-proof film sealed to the first static-proof film to as to create an air-tight compartment; and

A layer of sponge layer evenly deployed over the air-tight compartment for creating a buffer effect.

11. The packaging device as recited in claim 8, wherein the static-proof film comprises:

A first layer of static-proof film;

A layer of elastic film sealed to the first static-proof film to as to create an air-tight compartment; and

A layer of sponge layer evenly deployed over the air-tight compartment for creating a buffer effect.

12. The packaging device as recited in claim 11, wherein the PE film and the EPE static-proof film are sealed together by a heat press.

13. The packaging device as recited in claim 8, wherein the static-proof film includes a PE film and an EPE static film deployed over the PE film.

14. The packaging device as recited in claim 13, wherein the PE film and the EPE static-proof film are sealed together by a heat press.

14. The packaging device as recited in claim 13, wherein the static-proof film is made from polyanilime resin compound.

16. The packaging device as recited in claim 8, wherein the Velcro hooks patch and the Velcro loops patch are symmetrically arranged.

17. The packaging device as recited in claim 8, wherein the Velcro hooks patch and the Velcro loops patch are disposed on the surface of the static-proof film.