TWM643369U - Three-dimensional red envelope bag apparatus - Google Patents

Abstract

A three-dimensional shape red envelope bag device, suitable for accommodating banknotes, comprising a bag body unit and a shape unit. The bag body unit includes a body part that can be bent and covered and surrounds to define an accommodating space. The shape unit includes a three-dimensional shape part that is arranged on the body part and can move between a non-stereoscopic position and a three-dimensional position. non-coplanar.

Description

Three-dimensional modeling red envelope bag device

The present invention relates to a red envelope bag, in particular to a red envelope bag device with a three-dimensional shape design and convenient use.

In traditional Chinese customs, various celebrations, including Chinese New Year, weddings, birthdays and other occasions, will use red envelopes as congratulatory gifts. The giver will first put paper money and other gift items into the red envelope bag and give it to others to express congratulations to the other party.

Referring to Fig. 1, it is a common red envelope bag 1 on the market sales channels. When the donor intends to put the banknote A (as shown in Figure 1 ) into the red envelope bag as a gift, he must first unfold the bag cover 11, and then put the paper yarn A into the red envelope bag 1 from the mouth 12. Meanwhile, in order to ensure that the banknote A is not easy to fall from the pocket mouth 12, the donor can use glue or stickers to fold and paste the bag cover 11 on the surface of the red envelope bag 1, and write a congratulatory message on the outer layer of the red envelope bag 1 before handing it over to the recipient.

Due to the limited capacity space in the red envelope bag 1, if too many banknotes or gifts are placed, the bag cover 11 is not easy to cover the pocket opening 12, and the material of the red envelope bags used is mostly paper, and it is easy to cause the bag body to be squeezed and damaged due to stuffing too many banknote gifts, causing the gifts placed in the bag to slip and be lost.

In addition, in order to meet different congratulatory occasions, there are currently many special red envelope bags designed for New Year, weddings, and birthday celebrations on the market. Different patterns will be printed on the special red envelope bags according to different congratulatory needs. Most of the so-called special-shaped red envelopes are mainly designed for the shape of the red envelope or the surface of the bag. For example, in order to respond to the twelve zodiac signs of the year, such as the Year of the Rabbit, auspicious words and matching patterns related to the Year of the Rabbit will be printed on the surface of the red envelope, or additional accessories such as rabbit pattern stickers and rabbit-shaped paper cards are added. In order to stimulate consumption, the manufacturer will add a red envelope packaging component that can be assembled and disassembled freely. However, if the giver puts gifts such as banknotes into the shaped red envelope bag with additional packaging components, it is not easy for the giver to place the gift, and it is not easy for the recipient to take out the gift from the packaged shaped red envelope bag. It needs to be purchased again and it is difficult to use it many times, which will affect the emotions of the giver and the recipient, and reduce the congratulatory meaning of red envelopes in festive festivals.

Therefore, existing red envelope bags do have the following disadvantages:

1. The traditional red envelope design is monotonous: Most of the common red envelopes on the market are made of rectangular paper bags, and most of the red envelopes are plain with no patterns on the surface. Although the giver can continue to use it every year, for the recipients, because the design of the red envelopes is too monotonous, it is easy to not feel the giver’s intentions when preparing the red envelopes, and it also reduces the sense of joy when receiving the red envelopes.

2. The special red envelope bag is not easy to operate and use: Different from the traditional plain red envelope bags, most of the special-shaped red envelope bags on the market now print patterns on the red envelope surface and add packaging accessories to achieve the design of the red envelope bag. In order to put the gift into the shaped red envelope bag, the giver needs to dismantle the packaging accessories on the shaped red envelope bag to put the gift in smoothly. Similarly, it is not easy for the recipient to open the special red envelope bag. Therefore, the packaging accessories of this special red envelope bag are indeed too complicated to operate.

Three, it is not easy to understand at a glance: Since most of the red envelope bags currently on the market are still in the shape of a rectangular bag, the giver must place gifts such as banknotes in the bag in advance, and then use glue or stickers to seal the mouth of the red envelope bag.

From the above description, it can be seen that providing a red envelope with a rich design, easy to disassemble the package, and the gift of banknotes can be displayed at the moment of opening the red envelope bag, to improve the use experience of the giver and the recipient, and to convey a congratulatory and festive atmosphere, which is an urgent goal for relevant technical personnel.

The purpose of this model is to provide a three-dimensional shape red envelope bag device, which is suitable for accommodating banknotes. It includes a bag body unit and a shape unit. The bag body unit includes a body part that can be bent and wrapped around and defines an accommodating space. The shape unit includes a three-dimensional shape part that is arranged on the body part and can move between a non-stereoscopic position and a three-dimensional position. The styling portion is non-coplanar with the body portion.

Yet another technical means of the present invention lies in that the main body has a plurality of first fold lines arranged at intervals.

Another technical means of the present model is that the three-dimensional modeling part has a plurality of first cutting lines formed on the main body part, and a plurality of three-dimensional folding lines formed on the main body part, and the cutting lines and the three-dimensional folding lines cooperate to form a geometric shape.

Yet another technical means of the present invention is that at least one cutting line for inserting and holding banknotes is formed on the main body.

Yet another technical measure of the present invention is that the bag body unit further includes a cover portion disposed at one end of the body portion.

Another technical means of the present invention is that the cover part has a sealing part, and the main body part has an opening that can be combined with the sealing part.

Yet another technical measure of the present invention is that the bag body unit further includes a first printing portion arranged on the body portion.

Yet another technical means of the present invention is that the modeling unit further includes a second printing part arranged on the three-dimensional modeling part.

Another technical means of the present invention is that the first and second printing parts are printed on the bag body unit and the molding unit with bronzing material.

Another technical means of the present invention is that the hot stamping materials of the first and second printing parts are selected from one of metal foil, transparent glue, PVC, ink and pigment, and combinations thereof.

The beneficial effect of the present invention is that it can make the red envelope bag full of three-dimensional shape design, which is convenient for the giver and the recipient to disassemble the package, and the banknote gift can be displayed at the moment of opening the red envelope bag, which improves the use experience of the giver and the recipient, and conveys a congratulatory and festive atmosphere.

The relevant patent features and technical content of the present invention will be clearly presented in the following detailed description of the two preferred embodiments with reference to the drawings, and similar elements are represented by the same numbers.

Referring to Figures 2 and 3, it is a first preferred embodiment of the new three-dimensional shape red envelope bag device 3. This three-dimensional shape red envelope bag device 3 is suitable for accommodating banknotes A, and includes a bag body unit 31, and a molding unit 32 connected with the bag body unit 31. The bag body unit 31 includes a bendable body portion 311 that wraps around and defines an accommodating space 312 .

The body part 311 has a plurality of first fold lines 3111 arranged at intervals, and at least one clipping cutting line 3112 formed on the body part 311 for the banknote A to pass through and hold. In the first preferred embodiment, the inclusion cutting line 3112 is formed between the two first fold lines 3111, and the number of the inclusion cutting lines 3112 is four, which are respectively formed at the four corners for the four corners of the banknote A to penetrate and be clamped.

The bag body unit 31 further includes a first printing portion 314 arranged on the body portion 311. The first printing portion 314 can be an additional print printed on the body portion 311. Preferably, the first printing portion 314 can be a modeling pattern or congratulatory related words, such as Chai Yuan Gun Gun (as shown at number 314 in FIG. 2 ).

Preferably, the modeling unit 32 also includes a second printing part 322 arranged on the three-dimensional modeling part 321. The second printing part 322 can print with the modeling designed and positioned by the three-dimensional modeling part 321, and cooperate with the first printing part 314 to create a design with both pictures and texts. More preferably, the first and second printing parts 314, 322 can be printed on the body part 311 and the modeling unit 32 with bronzing materials, and the bronzing materials can be selected from one of metallic foil, transparent glue, PVC, ink and pigment, and a combination thereof for individual printing processes, so that the body part 311 and the three-dimensional modeling part 321 are more lively.

The modeling unit 32 includes a three-dimensional modeling part 321 which is arranged on the main body part 311 and can move between a non-stereoscopic position B and a three-dimensional position C.

In the first embodiment, after the donor purchases the three-dimensional modeling red envelope bag device 3 of the present invention, the main body 311 can be flattened to form a rectangular appearance (as shown in FIG. 2 ), which shows that the three-dimensional modeling part 321 and the main body 311 are in a coplanar state. At this time, the donor can put the four corners of the banknote A into the four clamping cutting lines 3112 to fix them in the accommodating space 312. Since the plurality of first folding lines 3111 are along the main body The short sides of the portion 311 are arranged at intervals, and the donor can use the plurality of first fold lines 3111 to fold the body portion 311 into an envelope shape (as shown in Figure 3 ). It should be noted here that the manufacturer can also fold the plurality of first fold lines 3111 and the three-dimensional modeling portion 321 in advance.

Preferably, the bag body unit 31 also includes a cover portion 313 arranged at one end of the body portion 311. The cover portion 313 has a sealing piece 3131, and an opening 3113 that can be combined with the sealing piece 3131 is formed on the body portion 311. When the donor uses the plurality of first folding lines 3111 to fold the body portion 311 into an envelope shape, the cover portion 313 at the end can be bent to make it close to the bag body unit 311. On the surface of the body part 311, combine the sealing part 3131 with the opening 3113 to achieve the packaged appearance of the three-dimensional modeling red envelope bag device 3. Finally, the giver can also write the recipient's name, appellation or congratulatory words on the body part 311, and then send it to the recipient.

Here, it should be noted that, in the first preferred embodiment, the shape of the sealing member 3131 is semicircular, and the design width of the sealing member 3131 and the opening 3113 is consistent, so that the sealing member 3131 can pass through the opening 3113 and be engaged with it, so as to achieve the function of sealing and fixing the three-dimensional shaped red envelope bag device 3. In actual implementation, the relative positions of the sealing member 313 and the opening 3113 can also be located above, below or otherwise position, and the appearance of the sealing member 3131 can also be a square or other geometric shapes, which should not be limited thereto.

Referring to Fig. 4, the three-dimensional modeling part 321 has a plurality of first cutting lines 3211 formed on the main body part 311, and a plurality of three-dimensional folding lines 3212 formed on the main body part 311. The first cutting lines 3211 cooperate with the three-dimensional folding lines 3212 to form a geometric shape, which can be in the shape of an animal or a cartoon character.

During actual implementation, since the three-dimensional modeling portion 321 can move between a non-stereoscopic position B and a three-dimensional position C, when the three-dimensional modeling portion 321 is located at the non-stereoscopic position B, the three-dimensional modeling portion 321 is coplanar with the body portion 311 (as shown in FIG. 3211 pulls up the three-dimensional modeling part 321. At this time, the distance H between two opposite three-dimensional folding lines 3212 on the puppy modeling pattern is the non- The distance between the three-dimensional position B and the three-dimensional position C makes the three-dimensional modeling part 321 separate from the main body part 311 and float up, thereby forming a 3D three-dimensional state.

In the first preferred embodiment, since the first fold line 3111 is arranged at intervals along the transverse direction of the main body portion 311, and forms four rectangular areas, at least one three-dimensional modeling portion 321 and four insert cutting lines 3112 can be provided on the rectangular area to place at least one banknote A. (For example, one on the left and one on the left or only three corners are provided), which can be increased or decreased according to the manufacturer's production cost and different shape designs, so it should not be limited to this.

It is worth mentioning that, in the first preferred embodiment, the bag body unit 31 and the molding unit 32 are made of paper material and integrally formed, and only need a set of cutting dies to cut and manufacture. However, in actual implementation, the bag body unit 31 and the molding unit 32 can also be made of metal, plastic and other sheet-shaped flexible materials. , such as anodized aluminum foil that is suitable for hot stamping and printing on metal materials, can produce rich designs. The overall production process is simple, which can effectively reduce costs and give red envelopes a new shape.

Referring to Fig. 5 , it is a second preferred embodiment of the new three-dimensional modeling red envelope bag device 3. The second preferred embodiment is substantially the same as the first preferred embodiment, and will not be repeated here. The difference is that the bag body unit 31 and the molding unit 32 are not integrally formed. When the adhesive part 315 is combined with the second adhesive part 323 , the three-dimensional modeling part 321 can stand above the main body part 311 . In addition, the plurality of first fold lines 3111 are formed with five foldable rectangular areas, and two of the rectangular areas are respectively formed with four insert cutting lines 3112 for placing two banknotes A.

In the second preferred embodiment, the first and second adhesive parts 315, 323 can be combined with the three-dimensional modeling part 321 and the main body part 311, and can be fixed with an adhesive material during the combination, and the adhesive material can be selected from various adhesives such as glue and viscose. In actual implementation, the modeling unit 32 can have various geometric shapes, such as various animal modeling structures of the twelve zodiac signs. When the donor purchases the modeling unit 32, he can regard the modeling unit 32 as an optional component and choose one or multiple purchases according to the needs. For example, the donor can selectively purchase the modeling unit 32 according to the zodiac signs of different recipients, and before assembling the three-dimensional modeling red envelope bag device 3, he can first write the name or appellation of the recipient on the bag body unit 31 (not shown in the figure), and then paste the purchased different modeling units 32 corresponding to the bag body unit 31 of the recipient. Combining the independent three-dimensional modeling parts 321 with the main body part 311 creates a new shape of the red envelope bag, which is the variation design of the second preferred embodiment.

It should be noted here that the manufacturer can also paste the molding unit 32 and the corresponding bag body unit 31 in advance, and the donator can give it as a gift after purchasing the new model by opening it and inserting the banknote A.

As can be seen from the above description, the novel three-dimensional shape red envelope bag device 3 does have the following advantages:

1. Rich multi-level design experience: In the present invention, a plurality of foldable and stackable rectangular areas are formed on the body part 311 by means of the plurality of first folding lines 3111, and different patterns and patterns can be drawn or printed on different rectangular areas, so that the bag body unit 31 can create a rich multi-level design experience after being unfolded.

Two, with 3D three-dimensional modeling:

In the present invention, the three-dimensional modeling part 321 can move between the non-stereoscopic position B and the three-dimensional position C, so that the three-dimensional modeling part 321 can float away from the main body part 311 to form a 3D three-dimensional shape.

3. The content can be quickly displayed:

In the new design, when the recipient receives the red envelope, he only needs to separate the sealing part 3131 from the opening 3113, and unfold the first folding line 3111 sequentially, so that the bag body unit 31 is in a flattened state. At this time, the recipient can clearly see the 3D effect presented by the three-dimensional modeling part 321 at a glance, and can easily count the number of banknotes A.

4. One-piece forming has cost advantages:

Because a preferred embodiment of the present invention is designed in one piece, the donor can directly clamp the banknote A on the clip cutting line 3112, and the molding unit 32 is also directly printed and integrated with the bag body unit 31. Only one set of dies can be cut and manufactured, the overall manufacturing process is simple, and the material consumption of additional packaging components can be reduced, thereby reducing the manufacturing cost.

To sum up, the three-dimensional shape red envelope bag device 3 of the present invention has rich and multi-layered three-dimensional shapes, and the overall design is convenient for the giver and the recipient to disassemble the package, and can display the 3D three-dimensional effect and gift items such as banknotes A at the moment of opening the red envelope bag, and does not need to purchase other packaging components, which improves the use experience of the giver and the recipient, and can convey a congratulatory and festive atmosphere, so it can indeed achieve the purpose of the new model.

But the above are only two preferred embodiments of the present model, and should not limit the scope of the present model implementation, that is, all simple equivalent changes and modifications made according to the scope of the patent application for the present model and the content of the new description are still within the scope of the patent of the present model.

A: banknotes

B: non-stereoscopic position

C: Stereoscopic position

H: Spacing

1: Red envelope bag

11: Bag cover

12: pocket mouth

3: Three-dimensional modeling red envelope bag device

31: Bag body unit

311: Body Department

3111: The first broken line

3112: Insert cutting line

3113: opening

312:Accommodating space

313: Capping department

3131: sealing parts

314:First Printing Department

315: The first sticking part

32: Modeling unit

321: Three-dimensional modeling department

3211: First cutting line

3212: three-dimensional polyline

322:Second Printing Department

323: The second sticking part

Fig. 1 is a three-dimensional schematic diagram, which is a commonly known red envelope bag, illustrating the state of placing banknotes in the red envelope bag; Fig. 2 is a schematic plan view, which is the first preferred embodiment of the three-dimensional shaped red envelope bag device of the present invention, illustrating the appearance of the first preferred embodiment when it is flattened; Fig. 3 is a three-dimensional schematic diagram illustrating the folded use state of the first preferred embodiment; Fig. 4 is a three-dimensional schematic view illustrating that in the first preferred embodiment, when a three-dimensional modeling part is located at a three-dimensional position, the three-dimensional modeling part and a body part are not coplanar but present a three-dimensional state; and Fig. 5 is a schematic plan view, which is the second preferred embodiment of the three-dimensional shape red envelope bag device of the present invention, illustrating that in the second preferred embodiment, a bag body unit and a shape unit in the three-dimensional shape red envelope bag device present a detachable state.

B: non-stereoscopic position

3: Three-dimensional modeling red envelope bag device

31: Bag body unit

311: Body Department

3111: The first broken line

3112: Insert cutting line

3113: opening

312:Accommodating space

313: Capping department

3131: sealing piece

314:First Printing Department

32: Modeling unit

321: Three-dimensional modeling department

3211: First cutting line

3212: three-dimensional polyline

322:Second Printing Department

Claims (10)

A three-dimensional shaped red envelope bag device, suitable for accommodating banknotes, comprising: A bag body unit, including a body part that can be bent and wrapped around and defines an accommodating space; and A modeling unit, including a three-dimensional modeling part arranged on the main body and movable between a non-stereoscopic position and a three-dimensional position, when the three-dimensional modeling part is in the non-stereoscopic position, the three-dimensional modeling part is coplanar with the main body part, and when the three-dimensional modeling part is in the three-dimensional position, the three-dimensional modeling part is not coplanar with the main body part. The three-dimensional modeling red envelope bag device according to Claim 1, wherein the main body has a plurality of first fold lines arranged at intervals. The three-dimensional modeling red envelope bag device as described in Claim 1, wherein the three-dimensional modeling part has a plurality of first cutting lines formed on the body part, and a plurality of three-dimensional folding lines formed on the main body part, the first cutting lines cooperate with the three-dimensional folding lines to form a geometric shape, when the three-dimensional modeling part is located at the three-dimensional position, the distance between two relative three-dimensional folding lines is the distance between the three-dimensional position and the non-stereoscopic position. The three-dimensional shaped red envelope bag device according to claim 2 or 3, wherein at least one cutting line for inserting and holding banknotes is formed on the main body. The three-dimensional shaped red envelope bag device as described in Claim 1, wherein the bag body unit further includes a cover portion disposed at one end of the body portion. The three-dimensional shaped red envelope bag device according to claim 5, wherein the cover part has a sealing part, and the main body part has an opening that can be combined with the sealing part. The three-dimensional shaped red envelope bag device as claimed in claim 1, wherein the bag body unit further includes a first printing portion disposed on the body portion. The three-dimensional modeling red envelope bag device according to claim 1, wherein the modeling unit further includes a second printing part arranged on the three-dimensional modeling part. The three-dimensional shaped red envelope bag device as described in Claim 7 or 8, wherein the first and second printing parts are printed on the bag body unit and the modeling unit with bronzing materials. The three-dimensional shape red envelope bag device as described in Claim 9, wherein the stamping materials of the first and second printing parts are selected from one of metal foil, transparent glue, PVC, ink and pigment, and combinations thereof.

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