CN220627281U

CN220627281U - Coleopteran insect wing display template and material package comprising same

Info

Publication number: CN220627281U
Application number: CN202322182241.XU
Authority: CN
Inventors: 李雅婷; 唐诗韵
Original assignee: Capital Normal University
Current assignee: Capital Normal University
Priority date: 2023-08-14
Filing date: 2023-08-14
Publication date: 2024-03-19
Anticipated expiration: 2033-08-14

Abstract

The utility model provides a coleopteran insect wing display template and a material bag comprising the same. The bottom board of the display card is one piece of paper, and the two wing members and the movable pull rod member are arranged on the other piece of paper, so that the material bag is formed. A life-like coleopteran insect can be formed on the display form by shearing the wing members and the movable pull rod members of the other sheet of paper in the material pack and securing them to the display form. The utility model has simple manufacture, helps children to intuitively understand the wing structure of the coleopteran insect in the process of manufacturing the model by hands, and knows the folding and unfolding states of the wings of the coleopteran insect when the coleopteran insect is static and flies.

Description

Coleopteran insect wing display template and material package comprising same

Technical Field

The utility model relates to an insect display template, in particular to a coleopteran insect wing display template and a material bag comprising the same.

Background

Coleoptera is the most widely-distributed class of classes of insects. The coleopteran insect front wing is keratinized coleopteran and the rear wing is membranous. Common coleopteran insects are longhorns, ladybug, firefly, scarves, unicorn, and the like.

Most of the existing insect display models are static, and movable insect display models are rare. The Chinese patent application No. CN03259555. X discloses a simulated insect toy capable of flapping wings, which comprises an insect model consisting of a pair of wing models, a head and a trunk model, and a pair of wing frames which are symmetrically arranged on two sides of the trunk model and form a wane structure, wherein the wing frames are driven by the same driving mechanism to form linkage, and can swing up and down under the driving of the driving mechanism so as to simulate flapping wings. Although the model can more vividly simulate the flapping action. But the structure is complex and the manufacturing cost is high, which is not beneficial to the manual manufacturing of children. And cannot exhibit the state in which the wings are folded and unfolded when the coleopteran insect is stationary and flying.

Disclosure of Invention

The utility model aims to provide a coleopteran insect display template, which is simple in manufacturing process, and helps children to intuitively understand the wing structure of the coleopteran insect in the process of manufacturing a model by hands, and understand the folding and unfolding states of the wing when the coleopteran insect is static and flies.

Another object of the present utility model is to provide a kit comprising a coleopteran insect display template as described above that can assist a child in completing the manufacture of the coleopteran insect display template.

In order to achieve the above purpose, the present utility model adopts the following technical scheme:

a coleopteran insect wing display template comprises a display card bottom plate, two wing members and a movable pull rod member;

the display card bottom plate is provided with a pull rod pasting area;

the wing member includes a membrane wing portion and a coleopteran portion;

the movable pull rod component is a strip-shaped sheet with a rectangular shape, one end is an A end, and the other end is a B end; the end B is provided with an insect body pattern, the head of the insect body pattern faces the end A, the insect body pattern is longitudinally and sequentially divided into a head area, a wing pasting area and a tail area, and the tail area of the movable pull rod component is pasted and fixed on the pull rod pasting area of the display card bottom plate; the wing pasting area is rectangular, two diagonal lines divide the wing pasting area into four triangular areas, wherein the triangular areas connected with the head area and the tail area are respectively a first area and a third area, and the other two areas are a second area and a fourth area;

the two wing members are symmetrically adhered to the second area and the fourth area; a first crease is arranged between the wing pasting region and the head region, a second crease parallel to the first crease is arranged in the middle of the wing pasting region, the bending directions of the first crease and the second crease are the same, a third crease and a fourth crease which are two diagonal lines respectively are arranged in the wing pasting region, and the bending directions of the third crease and the fourth crease are opposite to the bending directions of the second crease; when the second crease, the third crease and the fourth crease are in a bending state, a concave point is formed at the center of the wing pasting region, the second crease forms a folding peak, and the second region and the fourth region are divided into two pasting regions by the second crease; the root of the film wing part and the root of the coleoptera part in each wing member are respectively stuck in one of two sticking areas on two sides of the second crease, the film wing part is adjacent to the tail area, the coleoptera part is adjacent to the head area, the two wing members are transversely and completely flattened relative to the insect body pattern in the unfolded state, the two wing members rotate towards the tail area and are attached to the tail area in the folded state, the film wing part is folded under the coleoptera part, a part of the coleoptera part is covered under the head area, and the tail area is partially or completely covered by the wing members.

Preferably, one side of the two sides of the root of the film wing part and the coleopteran part in each wing member is overlapped with the second crease, and the other side is overlapped with the third crease or the fourth crease.

Preferably, the width of the pull rod fixing member is larger than that of the movable pull rod member, the left end and the right end of the pull rod fixing member are respectively provided with a pull rod member pasting area, and the pull rod member pasting areas are adhered to the display card bottom plate, so that the end A of the movable pull rod member is inserted between the display card bottom plate and the pull rod fixing member.

Preferably, the insect body pattern does not include feet, and the other 3 pairs of feet are symmetrically arranged on both sides of the display card bottom plate opposite to the insect body pattern on the movable pull rod member.

Preferably, the display card bottom plate, the wing member and the movable pull rod member are made of paper materials.

Preferably, the pull rod fixing member is made of paper.

A material bag of a coleopteran insect wing display template comprises a display card bottom plate, two wing members and a movable pull rod member.

Preferably, the display card bottom plate, the two wing members and the movable pull rod member are all drawn on a paperboard, the display card bottom plate is independently arranged on one paperboard, and the two wing members and the movable pull rod member are arranged on the same paperboard.

Preferably, the movable pull rod fixing member is also made of paper, and in the material bag, the movable pull rod fixing member, the wing member and the movable pull rod member are arranged on the same paperboard.

Preferably, each of said members disposed on the same board is disposed on the board in such a manner that:

each of said members being printed on the same board; or,

each of the members is printed on the same paperboard, and perforations or intermittent slits are arranged along the edges of the members; or,

the paperboard comprises two layers, wherein one layer is adhesive paper with a self-adhesive layer on one side, the other layer is pattern paper printed with patterns of each component, the adhesive surface of the pattern paper, which is attached to the adhesive paper, is not provided with an adhesive layer, and a parting line is arranged on the pattern paper along the edge of each component.

The utility model has the beneficial effects that: the coleopteran insect display template provided by the utility model is simple in manufacturing process, and the preferable material bag formed in a paper form is more beneficial to manual manufacturing of children. The utility model can help children to intuitively understand the wing structure of the coleopteran insect in the process of manufacturing the model by hands, understand the folding and unfolding states of the wings of the coleopteran insect when the coleopteran insect is static and flies through the folding of the movable pull rod component and the wing component, present the knowledge of the wing structure of the insect to the children in a vivid and interesting form, and create participatable low-cost playing teaching aids through the organic combination of different paper components; the material bag provided by the utility model can help children to complete the manufacture of coleopteran insect display templates, and can also provide a movable material for teachers.

Drawings

Fig. 1 is a front view of a coleopteran insect wing display template of the present utility model.

Fig. 2 is a schematic view of a coleopteran insect wing display template movable tie member of the present utility model.

Fig. 3 is a folding schematic diagram of the wing-adhering area of the movable pull rod member of the coleopteran insect wing display template of the present utility model.

Fig. 4 is a schematic view of a coleopteran insect wing display template wing member of the present utility model

Fig. 5 is a schematic view of a coleopteran insect wing display template tie rod securement member of the present utility model.

Fig. 6 is a schematic diagram of a coleopteran insect wing display template display card chassis of the present utility model.

Fig. 7 is a front view of a coleopteran insect wing display template in a collapsed condition according to a preferred embodiment of the present utility model.

Fig. 8 is a front view of a coleopteran insect wing display template in accordance with a preferred embodiment of the present utility model in an expanded state.

Reference numerals

1: a display card bottom plate; 11: a pull rod pasting area; 12: a foot; 2: a wing member; 21: a coleopteran portion; 22: a membrane fin portion; 3: a movable pull rod member; 31: insect body patterns; 311: a head region; 312: wing sticking area; 3121: a first region; 3122: a second region; 3123: a third region; 3124: a fourth region; 313: a tail region; 314: a first crease; 315: a second crease; 316: a third crease; 317: a fourth crease; 318: pits; 32: an end A; 33: a B end; 4: a tie rod fixing member; 41: and a pull rod member attaching area.

Detailed Description

The following description of specific embodiments is given by way of illustration only and is not intended to limit the scope of the utility model, in conjunction with the accompanying drawings.

As shown in fig. 1 to 5, the present utility model provides a coleopteran insect wing display template (taking a seven-star ladybug as an example), which comprises a rectangular display card bottom plate 1, a pair of wing members 2, a movable pull rod member 3 and a pull rod fixing member 4, wherein the display card bottom plate 1 can be a paperboard or a plastic plate, and the wing members 2, the movable pull rod member 3 and the pull rod fixing member 4 can be all paperboards.

The upwardly facing surface of the display card base 1 is printed with a pattern leaving a tie rod attachment area 11 (see fig. 5 and 6).

As shown in fig. 2 and 3, the movable tie member 3 is a strip-like sheet having a rectangular shape, and has an a end 32 and a B end 33, and an insect body pattern 31 is provided at the B end 33. The insect body pattern 31 is divided into three parts longitudinally in sequence, namely a head region 311, a wing attachment region 312 and a tail region 313. The wing attachment area 312 is rectangular, and two diagonal lines divide the wing attachment area 312 into 4 triangular areas, wherein the triangular areas connected with the head area 311 and the tail area 313 are a first area 3121 and a third area 3123, and the other two areas are a second area 3122 and a fourth area 3124. There is a first fold 314 between the wing stick region 312 and the head region 311, and a second fold 315 parallel to the first fold 314 is also located intermediate the wing stick region 312. The first crease 314 and the second crease 315 are bent in the same direction. A third fold 316 and a fourth fold 317 are also provided on the diagonal of wing attachment area 312, which are two diagonals of rectangular wing attachment area 312, respectively. The third fold 316 and the fourth fold 317 are bent in opposite directions to the second fold 315.

As shown in fig. 4 and 7, the wing member 2 is divided into a coleopteran portion 21 and a membrane fin portion 22 up and down. The coleopteran portion 21 is adjacent the cephalad region 311 and the membranous portion 22 is adjacent the caudal region 313. The second region 3122 and the fourth region 3124 are divided into two pasting regions by the second fold 315; the root of the film wing part 22 and the coleopteran part 21 in each wing member 2 is adhered in one of two adhering areas on both sides of the second crease 315, respectively. The angle between the two side edges of the root of the wing member 2 matches the top angles of the second region 3122 and the fourth region 3124, and the two sides of the root of the coleopteran section 21 in each wing member 2, one side of which coincides with the second fold 315 and the other side coincides with the third fold 316 or the fourth fold 317, are adhered to the second region 3122 and the fourth region 3124. As shown in fig. 3, in the folded state of the second fold 315, the third fold 316 and the fourth fold 317, a concave point 318 is formed at the center of the wing attachment area, and the second fold 315 forms a folding peak. In the folded state, the membrane wing part 22 is overlapped on the lower side of the coleopteran part 21, the two wing members rotate towards the tail area direction and are attached to the tail area, and the root of the coleopteran part 21 is covered by the head area 311. The tail area 313 is partly covered by the wing member 2 (see fig. 6).

The tail region 313 of the movable tie member 3 is adhered to the tie rod attachment region 11 of the display card chassis 1. As shown in fig. 6, there are three pairs of coleopteran insect feet 12 painted on both sides of the display card chassis 1 opposite the insect body pattern 31 on the movable tie member 3.

As shown in fig. 4 and 6, a pull rod fixing member 4 has a width larger than that of the movable pull rod member 3, and pull rod member attaching regions 41 are provided at both left and right ends of the pull rod fixing member 4, and the pull rod member attaching regions 41 are attached to the display card chassis 1 such that the a end 32 of the movable pull rod member 4 is inserted between the display card chassis 1 and the pull rod fixing member 4. The tie member attaching region 41 of the tie fixing member 4 may be: an adhesive layer may be provided in the rear tie member attaching region 41 of the tie fixing member 4, or an adhesive layer may be provided in the front tie member attaching region 41 of the tie fixing member 4. The former is to spread the pull rod fixing member 4 on the setting position of the display card base plate 1, and the latter is to bend the pull rod member adhering regions 41 on both sides of the pull rod fixing member 4 to the back and then adhere to the display card base plate 1. The former is less in adhesion difficulty, and is suitable for operation by smaller children, and the latter is greater in adhesion difficulty, and is suitable for operation by larger children.

In the embodiment shown in fig. 7 and 8 the wing members 2, the movable pull rod members 3, the pull rod fixation members 4 are printed on the same cardboard. The insect body pattern 31 is in this embodiment a coccinella septempunctata body pattern. The child is cut along the outer contour of each member during manufacture. The coleopteran portion 21 and the membrane fin portion 22 of the wing member 2 are sheared, and the coleopteran portion 21 can be colored by a child to increase interest. The second coleopteran portion 21 and the second film wing portion 22 are respectively and symmetrically adhered to two sides of the second fold 315 of the second region 3122 and the fourth region 3124, and are folded along the first fold 314, the second fold 315, the third fold 316 and the fourth fold 317, the folding directions of the first fold 314 and the second fold 315 are the same, and the folding directions of the third fold 316 and the fourth fold 317 are opposite to the folding directions of the second fold 315, so that the film wing portion 22 is folded on the lower side of the coleopteran portion 21 in the folded state. The tail region 313 is adhered to the pull rod adhering region 11 of the display card base plate 1 painted with the flower and grass pattern, and the pull rod fixing member 4 is adhered to a proper position of the display card base plate 1.

As shown in fig. 6, when the end a 32 of the movable pull rod member 3 is pulled to enable the insect wing display template to be in the unfolded state, the movable pull rod member is flattened, and the coleopteran part 21 and the membranous part 22 are completely exposed; as shown in fig. 8, the insect wing display template is in the folded state with the folds folded by pulling the movable pull rod member, the film wing portion 22 is overlapped under the coleopteran portion 21, the root of the coleopteran portion 21 is covered by the head region 311, and the wing member 2 is partially covered by the tail region 313.

In this embodiment the wing attachment area is rectangular, and in the folded state the tail area is covered by the wing members. The wing attachment area may also be square and the tail area may be completely covered when the wing member is of a sufficiently large length and area.

All components and the display card bottom plate used in the embodiment are made of paper materials.

The expansion details of the membrane wings in the action process of the coleopteran insects for expanding wings are very complex, and in order to facilitate the production, the utility model can not fully demonstrate the process, but the state of the membrane wings after expanding wings is also approximately simulated, so that the child can intuitively understand the wing structure of the coleopteran insects in the process of manufacturing a model by hand, and understand the folding and expansion states of the wings when the coleopteran insects are static and fly. Knowledge of insect wing structure is presented to children in a vivid and interesting form, and low-cost playing teaching aids capable of participating are created through organic combination of different paper components.

The material bag used in the embodiment comprises the wing member, the movable pull rod member, the pull rod fixing member and the display card bottom plate which are arranged on the same paperboard. In addition to the wing member 2, the movable pull rod member 3 and the pull rod fixing member 4 being cut off when printed on the same paperboard for use in the embodiment, perforation or intermittent strip seams can be arranged at the edges in a laser cutting mode and the like; or the paperboard further comprises a piece of adhesive paper with a self-adhesive layer on one side, the self-adhesive layer is adhered with pattern paper printed with the patterns of the components, the adhesive surface of the pattern paper which is torn off from the self-adhesive layer is not provided with the adhesive layer, and a parting line is arranged along the edge of the components, so that each component can be easily taken down when children make the paperboard. The wing members may also be individually provided on a sheet of fabric material, the fabric being printed with a pattern of wing members, the child in operation cutting the wing members off the fabric in a contoured manner, and applying an adhesive for adhering. Can help children complete the manufacture of coleopteran insect display templates, and can also provide a movable material for teachers.

The utility model is defined by the claims. Based thereon, however, one of ordinary skill in the art could make various obvious changes and modifications that would be within the spirit and scope of the present utility model.

Claims

1. A coleopteran insect wing display template, comprising:

a display card bottom plate, two wing members and a movable pull rod member;

the display card bottom plate is provided with a pull rod pasting area;

each of the wing members includes a membrane wing portion and a coleopteran portion;

2. The coleopteran insect wing display template of claim 1, wherein the two sides of the root of the film wing portion and coleopteran portion in each of the wing members are coincident with one side of the second crease and the other side is coincident with the third crease or fourth crease.

3. The coleopteran insect wing display form of claim 1, further comprising a pull rod securing member having a width greater than the width of the movable pull rod member, the pull rod securing member having a securing member attachment area at each of the left and right ends thereof, the securing member attachment area being attached to the display card base such that the a end of the movable pull rod member is interposed between the display card base and the pull rod securing member.

4. The coleopteran insect wing display template of claim 1, wherein the insect body pattern does not include feet, and further 3 pairs of feet are symmetrically disposed on the display card base plate on opposite sides relative to the insect body pattern on the movable tie member.

5. The coleopteran insect wing display form of claim 1, wherein the display card base plate, the wing members, and the movable pull rod members are paper.

6. The coleopteran insect wing display form of claim 3, wherein the tie rod securing member is a paper material.

7. A kit comprising the coleopteran insect wing display template of any one of claims 1 to 6, comprising a display card base, two wing members and a movable pull rod member.

8. The kit comprising the coleopteran insect wing display template of claim 7, wherein the display card base, the two wing members and a movable pull rod member are all drawn on cardboard, the display card base is separately on one cardboard, and the two wing members and the movable pull rod member are disposed on the same cardboard.

9. The kit comprising the coleopteran insect wing display template of claim 8, wherein: the movable pull rod fixing member is arranged on the same paperboard with the wing member and the movable pull rod member.

10. The kit comprising the coleopteran insect wing display template of claim 8 or 9, wherein: the arrangement mode of each component arranged on the same paperboard is as follows:

each of said members being printed on the same board; or,