TWM562774U - Folder structure - Google Patents

Abstract

A folder structure includes a main board, a connecting piece, a sub-board, a cover sheet and a cover sheet. The connecting piece is coupled to the main board to form a first fold line, and the sub-board and the connecting piece are coupled to form a second fold line, wherein the first fold line and the second fold line are parallel to each other, and the cover sheet is disposed on the main board adjacent to the first fold line. The cover sheet has one of at least two slots or a mating member, and the cover sheet is disposed on one side of the main board adjacent to the side to which the cover sheet is coupled, and the cover sheet has at least two slots or one The other of the inserts. Through the provision of the structure, when the cover sheet and the cover sheet are folded toward the main board, the insert member can be selectively inserted into one of the slots of the cover sheet, so that different folds can be generated on the cover sheet and the cover sheet respectively, thereby adjusting And decide the space for the folder.

Description

Folder structure

The present invention relates to a folder structure, in particular to an improved folder structure with an unstructured function and an adjustable accommodation space, which can be configured according to different needs of the user, such as the content collected. The thickness of the object determines the size of the storage space of the folder.

Paperwork is widely used in people's lives. It is an indispensable information carrier for workplace work, school study, etc. People put together multiple sheets of paper to sort them according to their content, or to transport and carry multiple paper documents. In the case of demand, a paper storage folder with a larger area than paper is often used to store paper documents to prevent the documents from being contaminated by dust in the outside atmosphere or food residue and juice caused by activities such as people's diet. The document is not subjected to mechanical external forces to produce creased or tearing tears.

In the conventional folder, a first panel exhibiting a rectangular shape and a second panel having the same area and shape are generally used, and the two panels are joined at least at the adjacent L-shaped edges and open at the other two adjacent L-shaped edges. Two sides A certain accommodation space can be formed between the plates to place the paper documents, and the paper is placed in the open areas of the two panels.

However, in the conventional folder, the space in which it can be accommodated is determined by the two panels, and is fixed after the completion of the manufacturing, and the capacity cannot be expanded correspondingly due to the increase in the number of sheets or the thickness thereof. When the thickness of the paper is increased to a certain extent, the covering and accommodating performance of the two panels of the folder is obviously not fully exerted, and the document paper has a risk of being dropped and being lost.

In view of the fact that the existing folder cannot adjust the lack of capacity, the creation provides a new folder structure to achieve the beneficial effect of corresponding expansion of the paper amount or file thickness.

The new folder provided by the present invention comprises: a main board; a connecting piece is coupled with the main board to form a first fold line; and a sub board is coupled with the connecting piece to form a second fold line, wherein the first fold line and the second fold line Parallel to each other; a cover sheet disposed on a side of the main board adjacent to the first fold line, the cover sheet having one of at least two slots or a mating member; and a cover sheet disposed on the side One side of the main board adjacent to the side to which the cover is attached, the cover sheet having at least two of the slots or one of the connectors.

Therefore, with regard to the mechanical action of the present invention, the insert member can be selectively inserted when the cover sheet and the cover sheet are folded toward the main board. Inserting into one of the slots of the cover sheet can produce different creases on the cover sheet and the cover sheet, thereby adjusting and determining the accommodation space of the data clip.

1‧‧‧ motherboard

11‧‧‧Fixed components

111‧‧‧First fixture

112‧‧‧Second fixture

3‧‧‧Sub board

5‧‧‧Links

51‧‧‧First fold line

52‧‧‧Second line

53‧‧‧ third fold line

54‧‧‧ fourth fold line

55‧‧‧ fifth fold line

56‧‧‧ sixth fold line

57‧‧‧ seventh fold line

7‧‧‧Sampling

71, 73‧‧‧ at least two slots

711, 731‧‧‧ first slot

712, 732‧‧‧ second slot

9‧‧‧ Cover

91, 93‧‧‧ Adapters

D1‧‧‧first spacing

D2‧‧‧second spacing

The first figure is a schematic view of the structure of the embodiment.

The second figure is a structural schematic diagram of the cover sheet and the cover sheet being folded.

The third figure is another structural schematic diagram of the cover sheet and the cover sheet being folded.

The fourth figure is a schematic view of the third fold line at the web.

The fifth figure is a schematic view of the second fixing member on the cover sheet.

The sixth figure is a schematic view of the second fixing member on the cover sheet.

The seventh figure is a schematic view of the second fixing member on the main board.

In order to have a clearer and more detailed understanding of the mechanical structure, creative features, beneficial effects and the like of the folder structure of the present invention, the following examples are provided and reference is made to illustrate the technical means and functions used in the present creation.

In an embodiment, the folder structure of the present invention comprises: a main board (1) and a sub-board (3), both of which are connected with a connecting piece (5), the main board (1) and the connecting piece (5) Forming a first fold line (51), the sub-board (3) and the connecting piece (5) form a second fold line (52), the two fold lines (52) are parallel to each other, and the main board (1) can be quadrangular, The shape of the board (3) corresponds to the main board. Next, the folder structure further includes a The cover sheet (7) is disposed on a side of the main board (1) adjacent to the first fold line (51), the cover sheet (7) has at least two slots (71: 711, 712), and the folder structure further comprises a cover sheet (9) disposed on one side of the main board (1) adjacent to the side to which the cover sheet (7) is coupled, the cover sheet (9) having a mating member (91) on the cover sheet (7) When the cover sheet (9) is folded over the main board (1), the insert member (91) is selectively insertable into one of the slots (71) of the cover sheet (7). In this way, different creases are formed on the cover sheet (7) and the cover sheet (9), respectively. The first fold line (51) is spaced apart from the second fold line (52) by a first distance (D1); the cover sheet (7) forms a fourth fold line (54) with the main board (1), and the A fifth fold line (55) is further formed on the cover sheet (7), and the fourth fold line (54) and the fifth fold line (55) are spaced apart from the first pitch (D1); the cover sheet (9) and the main board ( 1) forming a sixth fold line (56), and forming a seventh fold line (57) on the cover sheet (9), the sixth fold line (56) and the seventh fold line (57) are spaced apart from the first pitch (D1). The first spacing (D1) determines the accommodation space of the folder. If the connector (91) is inserted into the first slot (711) of at least two slots (71), the cover (7) and the cover are The first spacing (D1) of the piece (9) is large, so that the folder forms a large receiving space, and more sheets of paper can be placed; otherwise, if the fitting (91) is inserted into at least two slots (71) In the second slot (712), the first spacing (D1) of the cover sheet (7) and the cover sheet (9) is small, so that the folder forms a small receiving space, and is placed for storage. Less paper.

In another embodiment, the folder structure of the present invention comprises: a main board (1) and a sub-board (3), both of which are coupled to a connecting piece (5), the main board (1) and the connecting piece ( 5) forming a first fold line (51), the sub-board (3) and the connecting piece (5) form a second fold line (52), the two fold lines (52) are parallel to each other, and the main board can be quadrangular, the sub-board The shape corresponds to the motherboard. Next, the folder further comprises a cover sheet (7) disposed on a side of the main board (1) adjacent to the first fold line (51), the cover sheet (7) having a mating member (93). The cover structure further includes a cover sheet (9) disposed on one side of the main board (1) adjacent to the side to which the cover sheet (7) is coupled, the cover sheet (9) having at least two slots (73: 731, 732), when the cover sheet (7) and the cover sheet (9) are folded over the main board (1), the insert member (93) can be selectively inserted into the cover sheet (9). In one of the two slots (73), a different crease is produced on the cover sheet (7) and the cover sheet (9), respectively. The first fold line (51) is spaced apart from the second fold line (52) by a first distance (D1); the cover sheet (7) forms a fourth fold line (54) with the main board (1), and the A fifth fold line (55) is further formed on the cover sheet (7), and the fourth fold line (54) and the fifth fold line (55) are spaced apart from the first pitch (D1); the cover sheet (9) and the main board ( 1) forming a sixth fold line (56), and forming a seventh fold line (57) on the cover sheet (9), the sixth fold line (56) and the seventh fold line (57) are spaced apart from the first pitch (D1). The first spacing (D1) determines the accommodation space of the folder. If the connector (93) is inserted into the first slot (731) of at least two slots (73), the cover (7) and the cover are The first spacing (D1) of the piece (9) is large, so that the data folder shape In a larger accommodation space, more sheets of paper can be placed; conversely, if the connector (91) is inserted into the second slot (732) of at least two slots (73), the cover sheet (7) The first distance (D1) of the cover sheet (9) is small, so that the folder forms a small accommodation space, so that less paper is stored.

In another embodiment, the clip structure of the present invention further forms a third fold line (53) between the first (51) and the second fold line (52) on the web and the first and second fold lines (51). And 52) are parallel to each other, and the third fold line (53) is spaced apart from the first fold line (51) by a second pitch (D2), and the second pitch (D2) is 1/2 of the first pitch (D1) To facilitate folding according to different needs.

In another embodiment, the binder structure of the present invention comprises a fixing component (11), and the fixing component (11) can selectively insert the at least two insertions of the cover (7) at the fitting (91). After the one of the slots (71: 711, 712) determines the receiving space of the folder, or the fixing component (11) can be selectively inserted into the cover (9) at the insert (93) After determining the storage space of the data folder in at least one of the two slots (73: 731, 732), mechanically controlling the relative position of the main board (1) and the sub-board (3), thereby maintaining the folder Appearance. The fixing component (11) further includes at least one first fixing member (111) and at least one second fixing member (112), wherein the first fixing member (111) is disposed on the sub-board (3), The second fixing member (112) is disposed on the cover sheet (9) to engage the first fixing member (111) with the second fixing member (112). The fixing component (11) It consists of a devil scorpion, a magnet, a magnet that can be attracted to the metal, a hook, a tie, or a zipper.

In another embodiment, the first fixing member (111) of the binder structure of the present invention is disposed on the sub-board (3), and the second fixing member (112) is disposed on the covering sheet (7) to make the The first fixing member (111) is engageable with the second fixing member (112). The fixing component (11) is composed of a devil scorpion, a magnet, a magnet that can be attracted to the metal, a hook, a tie rope or a zipper.

In another embodiment, the first fixing member (111) of the folder structure of the present invention is disposed on the sub-board (3), and the second fixing member (112) is disposed on the main board (1) to make the first A fixing member (111) is engageable with the second fixing member (112). The fixing component (11) is composed of a devil scorpion, a magnet, a magnet that can be attracted to the metal, a hook, a tie rope or a zipper.

In another embodiment, the folder of the creation is made of a hard plastic, paper, wood or metal material.

Claims (10)

A folder structure comprising: a main board (1); a connecting piece (5) coupled to the main board (1) to form a first fold line (51); a sub board (3), and the connecting piece (5) Connecting a second fold line (52), wherein the first fold line (51) and the second fold line (52) are parallel to each other; a cover sheet (7) disposed adjacent to the first fold line of the main board (1) (51) on one side, the cover sheet (7) has one of at least two slots (71) or a connector (91); and a cover sheet (9) disposed on the motherboard (1) a side adjacent to the side to which the cover sheet (7) is joined, the cover sheet (9) having at least two of the slots (71) or one of the mating members (91); When the cover sheet (7) and the cover sheet (9) are folded toward the main board (1), the insert member (91) can be selectively inserted into the slot (71) of the cover sheet (7). In one of the cases, different creases can be produced on the cover sheet (7) and the cover sheet (9), thereby adjusting and determining the accommodation space of the folder. The folder structure of claim 1, further comprising: a fixing component (11), wherein the fixing component (11) can be used to protect Holding the relative position of the main board (1) and the sub-board (3), thereby maintaining the shape of the folder. The folder structure of claim 2, wherein the fixing component (11) further comprises at least one first fixing member (111) and at least one second fixing member (112), wherein the first fixing member (111) is disposed On the sub-board (3), the second fixing member (112) is disposed on one of the cover sheet (9), the cover sheet (7) or the main board (1), so that the first fixing member (111) is engageable with the second fixing member (112). The folder structure of claim 2, wherein the fixing component (11) is selected from the group consisting of a devil scorpion, a magnet, a magnet and metal that can be adsorbed, a hook, a tie, and a zipper. The folder structure of claim 1, wherein the first fold line (51) is spaced apart from the second fold line (52) by a first distance (D1). The folder structure of claim 5, wherein a fourth fold line (54) is formed between the cover sheet (7) and the main board (1), and a fifth fold line is formed on the cover sheet (7). The fourth fold line (54) and the fifth fold line (55) are spaced apart by the first pitch (D1). The folder structure of claim 5, wherein a sixth fold line (56) is formed between the cover sheet (9) and the main board (1), and a seventh fold line is formed on the cover sheet (9). ), the sixth fold The line (56) and the seventh line (57) are spaced apart by the first pitch (D1). The folder structure of claim 5, wherein the slots (71) are parallel to each other and spaced apart by the first spacing (D1). The folder structure of claim 5, wherein the first (51) and the second fold line (52) further form a third fold line (53), the third fold line (53) and the first and second fold lines. (51, 52) are parallel to each other, and the third fold line (53) is spaced apart from the first fold line (51) by a second pitch (D2). The folder structure of claim 9, wherein the second pitch (D2) is 1/2 of the first pitch (D1).