JPH0667316U - Holding frame - Google Patents

Abstract

(57) [Abstract] [Object] The present invention provides a holding frame body that reduces the amount of paper used and is easy to assemble when manufacturing a holding frame body for articles such as containers. (EN) Provided is a holding frame body which securely protects an article even when it is housed in an outer place. [Structure] A paper holding frame (10E) for holding an article, wherein a front plate (10) and a back plate (11) connected to a bottom plate are folded up to form a sandwiching space having a substantially triangular side surface. A holding frame (17, 17) for holding an article by cutting out the front plate (10) and the back plate (11)
And side plates (12, 12) that are bent at both side edges of the face plates and project the end faces toward the outer side, and at the lower end of the holding frame (17, 17) of each of the face plates and by raising the bottom. A holding frame (10E) having a cushioning table (80) at the bottom of an article.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention is designed to hold a container containing fragrance, perfume, liquor, etc., or a wind chime or clay chime, for example, glass or unglazed fragile articles with a substantially spherical body, by cutting out the front and back plates. The present invention relates to a holding frame body that forms a frame and holds it by sandwiching it from both sides of an article.

[0002]

[Prior art]

 Conventionally, for example, a holding frame body for protecting a glass containing fragrance, perfume, etc. or a fragile container made of unglazed glass, and a window part provided on the front surface for housing this holding frame body, and a container housed from the outside have been used. There are many known containment houses that consist of a visible outer space. For example, the fragile container is housed in a holding frame body that is placed so as to be sandwiched or fitted, and is used for exhibition sale as it is, or it is put into a cosmetic with a holding frame body and displayed and sold. ing. As shown in FIG. 7, this outer part is generally a rectangular parallelepiped part provided with a window so that the container housed in the front can be seen. Further, as an example of the holding frame of these containers, as shown in FIG. 8, side plates (73, 73), front plates (72, 72), adhesive pieces (71) are provided on both side edges of the back plate (70). , 71) in order, the face plate of the front plate (72, 72) is cut out to form a holding frame for the container, and a folding line (K, K) is provided at the center of the holding frame, and another folding line (P , P) and fold line (K, K) provided on the front plate (72, 72), and attach the adhesive piece (71, 71) to the center part of the back plate (70) to make it easy to break the container. The holding frame (70E) is completed. When the container is fitted into this holding frame (70E), it is fitted with the buffer plate (75,75) of the container body by the holding frame, and it becomes a holding frame of the container that can be displayed and sold as it is. There is.

[0003]

[Problems to be solved by the device]

 However, when the container is fitted into the above-mentioned holding frame and housed in an outer ridge with a window, the container is also made to have a shape of almost the same size as the outer ridge to prevent it from moving inside the outer ridge. The holding frame (70E) is also firmly held, but since the body of the container projects from the surface of the front plate (72,72), the container easily comes off and the window of the outer bulge swells. Further, the back surface of the container is protected by the cushion plate (75), but the front surface of the container is not protected in case of impact. Moreover, since the holding frame uses a large amount of paper and requires a complicated assembling process for manufacturing, the manufacturing cost becomes high.

Therefore, in the present invention, when manufacturing a holding frame for an article (eg, a container), the amount of paper used is reduced and the holding frame can be easily assembled, and the article is sandwiched from both sides. Thus, the holding frame body is provided so as to firmly protect the article even if there is a slight impact when the holding frame body is housed in the outside.

[0005]

[Means for Solving the Problems]

 In order to solve the above problems, the present invention provides a holding frame body (10E) for holding a fragile article having a substantially spherical body from both sides, the holding frame body of the container being a bottom plate. The front plate (10) and the back plate (11) connected to each other are folded up to form a holding space having a substantially triangular side surface, and a holding frame (17, 17) is formed by notching the front plate and the back plate to hold an article. The side plates (12, 12) are formed by bending the both side edges of each face plate so that the end faces project outward from each other, and are the bottom of the sandwiching frame of each face plate, and the buffer base of the bottom of the article by raising the bottom. The holding frame body is characterized in that (80) is formed.

The present invention will be described in detail. The present invention is a paper-made holding frame for holding a fragile container made of glass or unglazed glass whose body has a substantially spherical body containing fragrance, sandwiching it from both sides. because it requires rear rigidity and elasticity is obtained by using the coated balls ² basis weight of about 350g / m ² ~400g / m. The holding frame (10E) of this container has a substantially triangular holding space when the front plate (10) and the back plate (11) connected to the bottom plate are folded up and viewed from the side. . The front plate (10) and the back plate (11) hold a substantially spherical container so that it can be fitted.Therefore, the sandwiching frames (17, 17) by the notches are formed according to the shape of the container. is there. The shape of the holding frame by the notch is not limited, and the holding frame can be held from both sides by appropriately changing the shape according to the shape of the article to be stored.

Further, side plates (12, 12) are continuously provided on both side edges of the front plate (10) and the back plate (11), and the end plates of the side plates are bent so that they face outward, While projecting, the end faces of the side plates are formed in vertical parallel straight lines. In addition, a buffer table (80) is formed at the lower end of the holding frame (17, 17) formed on each of the face plates and at the bottom of the container to protect the bottom of the container from an impact or the like. This buffer base (80) is assembled by cutting out the face plates (10, 11) to form the buffer pieces (13, 14), or by providing cut lines or fold lines on the bottom plate and cutting part or all of the bottom plate. It is a cushion that is lifted to the bottom of the holding frame.

[0008]

[Action]

 As shown in the figure, the holding frame of the present invention is provided with side plates (12, 12) facing each other through fold lines at positions on both side edges of the front plate (10) and the back plate (11). By folding the front plate and the back plate so that the end faces of the side plates are bent toward the outer sides of each other, the holding frame for the article that consists of the side wall (12, 12) protruding from each side plate and the sandwiching space of the side surface approximately triangular shape It is a body (1 0E). When the article is housed in the holding frame body (10E) so as to be sandwiched and inserted into an outer ridge (60) having a rectangular parallelepiped shape as shown in, for example, FIG. 7, the outer end surface of the side plate is the outer ridge (60). 61) and the rear plate (62) so that the outer face plate wall can be stretched and placed firmly, and a buffer space is created around the article, and the side surface substantially triangular container holding space. The upper part is locked or stapled so that it can be more closely attached and strongly pinched to hold down the head of the article, and at the lower end of the nipping frame and the buffer table (80) above the bottom, the article is slightly impacted. Even if there is, it will not come off the frame or be damaged.

[0009]

【Example】

 The embodiment of the present invention will be described by taking an example of a substantially spherical container containing a fragrance or the like.

<First Embodiment> FIG. 1 is a development view (A) of a container holding frame according to an embodiment of the present invention, a perspective view after assembly (B), and a partial end view (C) of a cushioning table at the bottom of the container. ).

Description will be made with reference to FIG. Bottom plate (15) Connect front plate (10) and back plate (11) in series through fold lines (a, a) on both sides, and cut them according to the shape of the container to be stored below the front plate and back plate. It is formed by forming a buffer piece (13, 14) for protecting the bottom of the container and a holding frame (17, 17) for the container. This gripping frame holds the container by sandwiching it from the front and back sides, and cut it out to make it slightly smaller than the size of the container so that when it is sandwiched from both sides, the peripheral ends of the container body and the container head project slightly. did. Further, side plates (12, 12) are continuously connected to each other on both side edges of the front plate (10) and the back plate (11) via folding lines (b, b), and the direction of the bottom plate (15) is Therefore, the side plate has a substantially trapezoidal shape with a reduced width dimension.

In this assembly, the front plate (10) and the back plate (11) are folded up from the fold line (a, a) of the bottom plate (15), the cushioning piece (14) of the back plate is bent, and the front plate is further laid on it. Fold the buffer piece (13) and insert the insert piece (S) into the notch (F) to form the buffer stand (80) at the bottom of the container. Further, when the side plates (12, 12) are bent from the fold lines (b, b) so that the end faces of the side plates protrude outward from the face plates (10, 11), a space for holding the container having a substantially triangular side surface is formed, and the side plates ( 12,12) A holding frame (10E) for a container is obtained in which the outer end surface is a vertical parallel straight line. Holding the container in the holding frame (17, 17) of the holding frame body (10E) of this fragrance container so that it is sandwiched from both sides, and when it is inserted in the outer ridge (60) as shown in Fig. 6, it is bent outward. The outer end surfaces of the side plates (12, 12) come into contact with the front plate (61) with window and the rear plate (62) of the outer ridge (60), and are firmly inserted and held in the ridge so that each face plate wall is stretched. To be done. Also, a buffer space is formed between each face plate side of the holding frame and the outside. Furthermore, in the upper part of the sandwiching space having a substantially triangular side surface, the pressure from the outside against the side plate further strongly clamps the container head.

Second Embodiment FIG. 2 is a development view (A) of a container holding frame according to another embodiment of the present invention, a perspective view (B) after assembly, and a partial end view of a buffer table at the bottom of the container. (C).

This holding frame body (10E) shows a case where the shape of the container is changed, as shown in FIG. 2 (A), and the holding frame (17, 17) between the front plate (10) and the back plate (11). ), And the side plates (12, 12) on both side edges of each face plate through the fold lines (b, b), and when assembling the buffer pieces to form the buffer base (80). The reinforcing piece (28) for supporting the cushioning piece is provided in the center of the bottom plate (25).

In this assembly, the front plate (10) and the back plate (11) are folded up and the reinforcing piece (28) provided on the bottom plate (25) is bent along the front plate, and the buffer piece (24) is reinforced. To the bottom plate, fold the buffer piece (23) on the front plate over it, and insert the piece (S) into the notch (F) to protect the bottom of the container (80). Further, a container locking projection (d) stands up at the center of both ends of the buffer piece to lock the bottom of the container. In addition, together with the holding frame (17, 17), the upper convex piece (e) holds down the top of the container and holds the vertical movement. Others were assembled in the same manner as in Example 1.

<Embodiment 3> FIG. 3 is an exploded view (A) of a container according to another embodiment of the present invention, a perspective view (B) after assembly of the container, and a partial end view (C) of a cushioning table at the bottom of the container. Is.

As shown in FIG. 3 (A), the holding frame body (10E) includes two fold lines (c, c) which are horizontally parallel to the bottom plate (35) and fold lines (a, a) on both side edges of the bottom plate. ), The adhesive plates (35a, 35a) are provided, and the front plate (10) and the back plate (11) are provided via the adhesive plates. Further, the double-sided plate is provided with a sandwiching frame (17, 17) by a notch and a substantially trapezoidal side plate (12, 12) connected to both side edges via folding lines (b, b). Further, the top plate of the face plates (10, 11) is provided with a locking piece (36) and a locking part (38) by notches.

In this assembly, the folding lines (c, c) and the folding lines (a, a) of the bottom plate (35) are mountain-folded and valley-folded to attach the adhesive plates (35a, 35a) to the face plates (10, 11). Since it is attached to the lower part of the holding frame (17, 17) and the bottom plate (35) is lifted up to form the buffer table (80), it can be easily assembled (see FIG. 3 (C)). Can be folded when not in use to save storage space. Further, by locking the front plate (10) and the back plate (11) at the top, and bending the end faces of the side plates (12, 12) outwardly from each other, the container holding frame shown in FIG. 3 (B) is shown. (10E). Also in this holding frame (10E), by forming the side plate having a substantially trapezoidal shape toward the bottom plate, the outer end surface of the side plate was formed in a vertically parallel straight line after assembly.

Fourth Embodiment FIG. 4 is a development view (A) of a container holding frame according to another embodiment of the present invention, a perspective view (B) after assembly, and a partial end view (C) of a shock mount. Is.

As shown in FIG. 4 (A), the holding frame body (10E) has curved fold lines (a, a) on both side edges of the bottom plate (45), and the front plate (10) and the back plate (11). The holding frame (17, 17) formed in () is provided so as to contact the lower end of the holding frame (17, 17) to form a substantially elliptical bottom plate (45). In addition, a sandwiching frame (17, 17) is attached to each face plate (10, 11) and side plates (12, 12) are connected to both side edges via fold lines (b, b), and the top part of each face plate is cut. It lacks and has a locking piece (46) and a locking portion (48). Further, a horizontal parallel cut line (F) and a vertical folding line (c) are provided on the upper end of the front plate (10) so as to hang on a part of the side plate (12), and for example, an insertion portion for displaying a sample or the like is provided. It is provided.

In this assembly, when the front plate (10) and the back plate (11) are folded up from the curved fold lines (a, a) provided on both side edges of the bottom plate (45) and the top is locked, The sandwiching frame (17,17) formed on the bottom has a wide lower end in the center part, and both ends of each face plate form a side surface of a substantially triangular container space for sandwiching, and the center part of the bottom plate (45) has an arc shape. It is extremely easy to assemble because it is lifted up to the bottom, and the shock absorber (80) is formed by the bottom plate (see Fig. 4 (C)). Also, when the end faces of the side plates (12, 12) connected to the face plates (10, 11) are bent outward, the insertion part (49) for the sample etc. is placed at the upper end of the front plate (10). Can be formed. This holding frame body (10E) has a wide central part at the lower end of the holding frame (17, 17) provided on each face plate, and both side edges of each face plate become narrow spaces, and the force to hold the container from both sides is further improved. Become stronger.

<Embodiment 5> FIG. 5 is a development view (A) of a container holding frame according to another embodiment of the present invention, a perspective view (B) after assembly, and a partial end view (C) of a shock mount. Is.

As shown in FIG. 5 (A), the holding frame body (10E) has vertical cuts (F, F) at the center of the bottom plate (55) and folding lines (c, c) parallel to the horizontal direction. Provide the central part of the front plate (10) so that both tips contact the notches (F, F), and attach the adhesive plate (55b) and the buffer piece (55a) to the center part of the bottom plate (55). It was formed. Further, the front plate (10) and the back plate (11) have a substantially trapezoidal shape with notches in the container holding frames (17, 17) as described above, and fold lines (b, b) on both side edges. It is the side plate (12,12) formed.

In this assembly, the front plate (10) and the back plate (11) are folded from the fold lines (a, a) provided on both side edges of the bottom plate (55), and the fold lines (c, c) of the bottom plate are bent. When the attachment plate (55b) is attached to the lower end of the holding frame (17) formed on the back plate (11), the center part of the bottom plate is lifted to form the buffer base (80) by the buffer piece (55a). It can be easily assembled (see Fig. 5 (C)). Further, the adhesive plate (55b) can form the cushioning table (80) only by contacting the lower end of the holding frame (17) without using an adhesive. Further, when the end faces of the side plates (12, 12) connected to each other via the fold lines (b, b) on both sides of each face plate (10, 11) are bent outward, as shown in Fig. 5 (B). It becomes the holding frame (10E) of a simple container. Further, a sandwiching piece (59) for sandwiching a sample or the like is formed by a semicircular cut (F) at an end portion above the front plate (10).

Sixth Embodiment FIG. 6 is a development view (A) of a container holding frame according to another embodiment of the present invention, a perspective view (B) after assembly, and a partial end view (C) of a shock absorber. Is.

As shown in FIG. 6 (A), the holding frame body (10E) has a front plate (10) and a back plate (11) connected to each other through a center fold line (a). (10,11) is cut out to form a holding frame (17,17), and the fold line that abuts the lower end of both holding frames (17,17) and both ends of this fold line are formed at the bottom of each face plate. A buffer piece (13) is formed by a vertical cut (F, F). In addition, as in the other embodiments, the side plates (12, 12) having a substantially trapezoidal shape are formed on the both side edges of the front plate (10) and the back plate (11) through the fold lines (b, b) and the top part. Is provided with a locking piece (66) and a locking portion (68).

In this assembly, when each face plate (10, 11) is folded up from the center fold line (a) and the top part is locked, the buffer piece (13) formed at the lower end of the holding frame (17, 17) is ) Is slightly arcuate and lifts up to form a cushioning base (80), so it can be easily assembled by only one bending (see Fig. 6 (C)). Further, as in the other embodiments, when the end faces of the side plates (12, 12) 1 connected to the both side edges of each face plate (10, 11) via folding lines (b, b) are bent outward, The holding frame (10E) shown in FIG. 6 (B) is obtained. In this holding frame (10E), only the lower end of the holding frame expands by the width of the cushioning table, and the side edges of the double-sided plate form a narrow side surface of a triangular holding space. It can be strongly clamped.

[0028]

[Effect of device]

 The holding frame body of the present invention has a front plate and a back plate cut out, a sandwiching frame and side plates of substantially trapezoidal shape are provided opposite to each other on both sides, and when assembled, a space for sandwiching an article having a substantially triangular side surface and a side plate. When the end faces are bent outwards, the outer end faces of the side plates become vertical parallel straight lines, and when fitted into the outer ridge, the outer end faces of the side plates contact the outer and outer front plates and the front plate with the window. It is placed face-to-face in parallel with the direction of, and is supported by the outer end surface of the side plate even if the width of the bottom plate is narrower than the bottom of the outer plate, so it can be firmly held in the outer plate. Also, by forming a cushioning space around the container at the bottom of the sandwiching frame and by raising the bottom, the article does not come off the holding frame even if there is a slight impact, and therefore the container No damage occurs. In addition, this holding frame is a simple type holding frame that saves the waste of paper for containing fragile articles made of glass or unglazed, such as containers for air fresheners and perfumes, wind chimes, clay bells, etc. Also, the article is sandwiched in the sandwiching space with the side surface being substantially triangular so that the body is sandwiched from both sides, and the upper part of each face plate is further strongly suppressed by temporary fixing or the like, so that the article does not come off from the frame.

[Brief description of drawings]

FIG. 1 is an exploded view (A) of a holding frame of a container containing an air freshener or the like according to one embodiment of the present invention, a perspective view (B) after assembly, and a partial end view (C) of a cushioning table at the bottom of the container. Is.

FIG. 2 is a holding frame for a container according to another embodiment of the present invention.

FIG. 3 is a holding frame for a container according to another embodiment of the present invention.

FIG. 4 is a holding frame for a container according to another embodiment of the present invention.

FIG. 5 is a holding frame for a container according to another embodiment of the present invention.

FIG. 6 is a holding frame of a container according to another embodiment of the present invention.

FIG. 7 is an explanatory view showing an example of an outer container that houses a holding frame of an air freshener container.

FIG. 8 is a development view showing an example of a conventional container holding frame (A)
FIG. 3B is a perspective view after assembly (B).

[Explanation of symbols]

 10 ... Front plate 10E ... Holding frame body 11 ... Back surface plate 12 ... Side plate 13, 14, 23, 24 ... Buffer piece 15, 2535, 45, 55 ... Bottom plate 17 ... Clamping frame 80 ... Buffer part 60 ... Outer edge 61 ... Window Attached front plate 62 ... Outer back plate a, b, c, P, K ... Folding line d ... Locking protrusion e ... Convex piece F ... Notch S ... Inserting piece 70 ... Backing board 70E ... Holding frame 71 ... Adhesive piece 72 ... Front plate 73 ... Side plate 75 ... Body cushioning plate

Claims (1)

[Scope of utility model registration request] 1. A holding frame body for holding a fragile article having a substantially spherical body portion so as to sandwich it from both sides, wherein the holding frame body is formed by folding a front plate and a back plate connected to a bottom plate. A sandwiching frame that forms a triangular sandwiching space and holds the article by cutting out the front plate and the back plate, and side plates that are bent at both side edges of each face plate so that their end faces protrude outward from each other. Then, a holding frame body is formed at the lower end of the sandwiching frame of each of the face plates and at the bottom of the article by raising the bottom.