JP3222297U - Preserved decoration - Google Patents

Abstract

To provide a preserved decorative body with improved aesthetics without wasting resources. A fixing part 130 as a plant constituent fixing part is provided, and a leaf part 110 as a plant constituent that is a leaf blade, a flower, or a fruit constituting the plant, and a plant stem in a predetermined shape are simulated. A pseudo stalk that is fixed at a predetermined angle to the stalk portion 120 as a pseudo stalk portion, and includes a bundling portion 140 that is bundled with, for example, a floral tape, and is simulated by a plant stalk portion in a predetermined shape The stem part 120 as a part is bundled in a predetermined shape. [Selection] Figure 1

Description

  The present invention relates to a preserved decoration, and more particularly to a preserved decoration formed from a preserved processed plant.

  Conventionally, as a method of preserving plants such as bouquets, methods of preserving pressed flowers, dried flowers, preserved flowers and the like are known. Among them, preserved flower preserves soft texture compared to pressed flowers and dried flowers, and does not lose color, so it can be stored for a long time with the feeling and appearance of touching with a hand being close to fresh flowers.

  In preserved flowers, plants such as fresh flowers and leaves are soaked in a dehydrating / decoloring liquid such as ethanol for disinfection, and water is dewatered from the soaked plants to decolorize color components.

  Next, the dewatered and decolorized plants are given a color and a soft texture by, for example, immersing the dewatered and decolorized plants in a liquid in which a coloring agent is mixed with a lubricating liquid such as purified glycerin. Then, it is dried in a state where the flowers and leaves are spread.

  Thus, the preserved flower is formed by dehydrating and decoloring the plant that inhabited in nature as it is, coloring it with a lubricant mixed with coloring agents, and applying a drying step to form a preserved flower, enabling long-term storage. .

  However, since these preserved flowers are susceptible to direct sunlight, in recent years there has been known a method for producing preserved flowers which can continuously preserve beautiful bright colors over a long period of time by attaching a photocatalyst to plants (for example, Patent Document 1).

  Thus, the preserved flower, which can store plants in its natural state for a long time, is used for wedding bouquets at weddings, headdresses, and decorations such as tables installed at venues. It is also used for offering flowers, such as pillow flowers and buddha flowers.

  In addition, the technique of preserved flower is used also for the pot that is dedicated in the shrine's Onuma Bong chopsticks and provided in the home's god shelf, and the pots are reused for a long time by saving the pots for a long time It is possible.

JP 2011-126234 A

  However, unlike flower arrangement, since the preserved flower is preserved as it is, it is difficult to form a preserved flower having the same shape, and when a plurality of preserved flowers are arranged side by side, it is difficult to There was a problem that aesthetics would be deteriorated by becoming asymmetric.

  For example, when offering a vase to a shrine, the vase is placed one by one to the left and right of the shrine, using a divine tool to make the vase alive and stable. Generally, one bowl is provided to the left and right of the shrine, but depending on the area, several bowls may be grouped together.

  The persimmon is a single leaf plant, and one leaf is attached at a specific angle to each section called alternate life. Also, depending on the environment in which the mulberry grows, the angle of the blade, the location of the blade attached to the stem, and the position also differ.

  As described above, when two rice straws of the same shape are preserved as they are, they are preserved and then commercialized and supplied to a shrine, the number of left and right blades and the direction of the blades are not uniform, and the balance is asymmetric. It is bad, and it will be to put an ax to a god shelf, and it is not very aesthetic.

  In addition, although chopsticks are preserved, it is possible to continue holding the chopsticks that have been preserved in the Shinto shelf, but in the long run, the chopsticks will be offered in the long-term asymmetry and imbalance. It will be offered for a long time with poor aesthetics.

  Here, in order to align the commercialized bales on both sides, deforming the bales on both sides into the same shape by forcibly bending the stems with leaf blades and fixing in a bent state using a fixing agent etc. Is considered.

  However, if it is forced to bend the stalk in the preserved state, it is considered that the stalk is burdened and the leaf may be broken or broken. Moreover, it is necessary to select and deform | mold the cocoon of the shape in which the direction of blade attachment and the number of leaf blades are similar, and there exists a problem which takes much time and effort in order to improve the uniformity of manufacturing quality.

  As described above, there is also a problem of wasting a lot of wrinkles in order to improve the uniformity of manufacturing quality. As described above, depending on the environment in which the leaf grows, the angle of the leaf and the location and position of the leaf attached to the stem differ. Therefore, to produce a uniform product from such a leaf, product criteria Since it is impossible to use chopsticks smaller than the above, it is possible to waste chopsticks wastefully.

  In addition, if a single stem has multiple leaves attached to a single stem, but one leaf is missing or if there are holes in the leaf due to worming, such a stem is In order to reduce the uniformity, in order to make the production quality uniform, all the leaves attached to the stem must be discarded, and there is a problem of wasting valuable resources.

  As described above, it is very difficult to produce a uniform product with a preserved decoration obtained by preserving a naturally inhabited plant, and even when the produced preserved decoration is adorned, there is a problem with poor aesthetics. .

  This invention is made in view of such a point, and it aims at providing the preserved ornament which improved aesthetics, without wasting resources.

  In the present invention, in order to solve the above-mentioned problems, in a preserved decoration formed from a plant which has been subjected to preserved processing, a plant composition which is a leaf, flower or fruit constituting the plant and the plant composition in a predetermined shape A protected decorative body comprising: a plant component fixing portion for fixing a pseudo stem portion simulated to a stem portion of the stem at a predetermined angle; and a sphincter portion for bundling the pseudo stem portion in a predetermined shape Provided.

  Thus, the plant component fixing portion fixes the plant component which is a leaf, flower or fruit constituting the plant at a predetermined angle with the pseudo stem portion simulated to the stem portion of the plant in a predetermined shape. And the sphincter bundles the pseudo-stem in a predetermined shape.

  According to the preserved decorative body of the present invention, the plant component fixing portion is a leaf component, a plant component which is a leaf or a flower or a fruit constituting the plant, and a pseudo stem portion which is made to simulate the stem portion of the plant in a predetermined shape. The fixed portion is fixed at a predetermined angle, and the neck portion bundles the pseudo-stem portion in a predetermined shape. Therefore, it is possible to provide a preserved decorative body with improved aesthetics without wasting resources.

It is a front view showing a preserved bowl concerning an embodiment of the present invention. It is a front view showing a preserved bamboo leaf. It is a front view and a rear view showing a method of fixing a preserved mulberry leaf. It is a front view which shows the 1st process of forming the branch part of the preserved rattan. It is a front view which shows the 2nd process of forming the branch part of the preserved rattan. It is the front view and the rear view which show the state which attached the branch part to the preserved bamboo leaf. It is a front view showing a plurality of preserved mulberry leaves and branches forming a mulberry. It is the front view and the rear view which show the whole processed rattan.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
FIG. 1 is a front view showing a configuration of a preserved ornament according to an embodiment of the present invention.
The preserved ornament according to the embodiment of the present invention is a preserved processed plant, which is manufactured by conducting a preserved processing of a pot which is dedicated by an onion work at a shrine or provided to a god shelf at home. The explanation will be made by taking the weir 100 as an example. Preserved ornaments can also be produced from a variety of plants having leaves, flowers, fruits, etc., as well as moss.

  As shown in FIG. 1, the preserved mulberry 100 is a leaf portion 110 made of preserved mulberry leaf, a stem portion 120 obtained by simulating a stem of a mulberry stem, and fixation for connecting and fixing the leaf portion 110 and the stem portion 120. It includes a portion 130 and a sphincter portion 140 that bundles a plurality of stem portions 120 together.

  The leaf 110 is obtained by cutting only a portion of a leaf blade from a preserved grape. Since the leaf 110 is preserved, it does not lose color, and it is possible to maintain, for a long time, a state in which the feeling and appearance of a touch with a hand are close to a fresh flower. Details of the leaves 110 will be described later.

  The stem portion 120 is made by simulating a stem of a cocoon, and is made of, for example, a wire-like wire having flexibility capable of freely deforming a shape and shape retaining ability capable of retaining a deformed shape, It can be deformed into a pre-designed shape and retain its shape.

  The stem portion 120 is, for example, wound with a green floral tape resembling the color of a stem of a stem, on the surface of a wire, to resemble the stem of a stem. Thereby, the stem portion 120 can be deformed into a desired shape with a shape closer to the stem of an eyebrow and can maintain the shape. Details of the stem portion 120 will be described later.

  The fixing portion 130 is for connecting and fixing the leaf portion 110 and the tip of the stem portion 120, and for example, a part of the leaf portion 110 is penetrated by a wire used in the stem portion 120 so as to be sewn By connecting, the leaf 110 and the stem 120 are fixed.

  The wire has flexibility capable of freely deforming its shape and shape retention capable of holding the deformed shape, so that the leaf 110 can be fixed to the tip of the stem 120 at a free angle.

  In addition, the method of fixing the leaf 110 and the tip of the stem 120 may be, for example, using an adhesive called hot melt adhesive or hot bond, which melts and bonds by heating a heat-soluble bond. it can.

  Thereby, it is possible to fix the leaf 110 to the tip of the stem 120 at a free angle, and when it is desired to change the fixing angle of the leaf 110, the bond is heated again and melted, and the desired angle is made again. It can be fixed by

  The sphincter portion 140 is for bundling together a plurality of stem portions 120, and after overlapping the plurality of stem portions 120 in a desired shape, splints a portion where the plurality of stem portions 120 overlap. Not only one sphincter portion 140 but also the stem portion 120 can be splinted by the plurality of sphincter portions 140 while the stem portion 120 is gathered toward the lower portion of the stem portion 120.

  The sphincter portion 140 splints the plurality of stem portions 120 by winding a green floral tape resembling the color of the stem of the brow used in the stem portion 120. As a result, it is possible to make the sphincter portion 140 inconspicuous and make it look like a part of the stem portion 120.

  As described above, in the preserved mulberry 100, the preserved leaf portions 110 are fixed one by one to the stem portion 120 via the fixing portion 130, and the plurality of stem portions 120 are bundled and formed by the sphincter portion 140. Even if the leaves attached to the stem are missing, other leaves can be used.

  In addition, among the leaves attached to the stem, even if the holes are open due to worming, etc., only the leaves with the holes are discarded, and the other leaves are fixed to the stem 120 as the leaf 110. Since the reserved crucible 100 can be formed by fixing via 130, resources are not wasted.

  Furthermore, since the stem portion 120 is formed of a wire-like wire having flexibility capable of freely deforming its shape and shape-retaining ability capable of holding the deformed shape, it can be easily deformed into a predetermined design. It can be made to hold its shape. Thereby, the shape of the completed stem 120 can be easily made uniform.

  Furthermore, since the leaf portion 110 can be fixed at a free angle to the tip of the stem portion 120 by the fixing portion 130, it is possible to easily make the attachment of the leaf portion 110 of the finished preserved grape 100 uniform. .

  In addition, since the sphincter portion 140 splints the plurality of stem portions 120 to which the leaf portions 110 are fixed, it is possible to easily adjust the number of the leaf portions 110 possessed by the preserved cocoon 100. For this reason, the quantity of the leaf part 110 of the finished preserve | saved cane 100 can be equalized.

  Thus, the number of leaf portions 110 can be made uniform without wasting the leaf blade, and the leaf portions 110 can be fixed by the fixing portion 130 in a uniform direction, and the shape can be freely deformed by the stem portion 120. The entire shape of the preserved crucible 100 can be made uniform and easily manufactured.

FIG. 2 is a front view showing details of a leaf.
As shown in FIG. 2, the leaf portion 110 is obtained by cutting the preserved leaf leaf one by one with scissors or the like to leave only the leaf leaf.

  The cut portion may be cut at a stalk portion that connects the preserved rattan stem and leaf. At this point, the punctured leaf blades will be discarded, but the amount of leaf blades to be discarded will be much less than discarding multiple leafed branches including punctured leaf blades. be able to.

  In this example, the leaf is attached to the stem and the persimmon is preserved, and the leaf is cut from the stem of the preserved persimmon, but the leaf is cut from the stem before it is preserved. Alternatively, cut leaves may be preserved.

FIG. 3 is a front view and a rear view showing a method of fixing a leaf and a method of forming a stem.
As shown in FIG. 3, the stem 121 and the leaf 110 are fixed by passing the wire 121 which is the stem 120 through a part of the leaf 110.

  The leaf 110 is provided with a front surface 111 and a back surface 112 in a leaf blade, and the stem 120 is, for example, a wire 121, and the leaf on one side via a main vein 113 near the petiolar of the leaf 110. The tip of the wire 121 is pierced from the back side 112 side of the portion 110 toward the front side 111 side, and the tip of the wire 121 is pierced from the front side 111 of the other side 110 to the back side 112 via the main vein 113. And the leaf 110 and the stem 120 are fixed.

  Thus, by fixing the wire portion 110 and the stem portion 120 at a glance to the leaf portion 110 so as to sew back from the front side surface 111 of the leaf portion 110 to the back side surface 112, the wire 121 on the front side surface 111 The exposure of the can can be reduced, and the preserved 榊 100 can look more like a real thing.

  As the wire 121 used for the stem portion 120, it is preferable to use a wire number 26 (diameter: about 0.45 mm). Also, in order to make the stem portion 120 look more real, a wire 121 called ground wire wound with green paper wrapped around the wire 121 can be used. In addition, by using a ground wire for the wire 121, it is possible to prevent rusting of the wire 121 and the like.

FIG. 4: is a front view which shows the 1st formation process which a stem part forms.
As shown in FIG. 4, the stem portion 120 is formed by bending so that the center of the length of the wire 121 passed through the leaf portion 110 is in the vicinity of the leaf portion 110.

  Thus, the strength of the stem portion 120 can be increased by bending the wire 121 and making it double. Further, in the fixing unit 130, since the leaf 110 is supported by the two wires 121 through the main vein, the strength of the fixing unit 130 can also be increased.

FIG. 5: is a front view which shows the 2nd formation process which a stem part forms.
As shown in FIG. 5, around the stem portion 120 formed by bending the wire 121, a green floral tape 122 having a color similar to that of the stem of a broom is wound.

  First, the tip of the floral tape 122 is diagonally applied to the exposed portion of the wire 121 on the back side surface 112 of the leaf 110, and the floral tape 122 is pulled while being diagonally wound.

  Thereby, since the floral tape 122 is spirally wound around the wire 121, the overlapping condition of the floral tape 122 in the stem portion 120 can be made uniform, and the aesthetics can be enhanced.

  In addition, since the tip of the floral tape 122 covers the exposed portion of the wire 121 on the back side surface 112 of the leaf 110, the exposure of the wire 121 is reduced, and the preserved wedge 100 can be made to look more real.

FIG. 6 is a front view and a rear view showing a state in which the leaf portion and the stem portion are fixed via the fixing portion.
As shown in FIG. 6, a floral tape 122 is wound so as to cover the entire bent wire 121.

The wire 121 around which the floral tape 122 is wound can be bent in any direction, and the bent state can be maintained.
Further, the exposed portion of the wire 121 is covered with the tip of the floral tape 122 at the back side surface 112 of the leaf portion 110, so the exposed wire 121 is only a part at the front side surface 111, but the wire The wire 121 can be made inconspicuous by using a ground wire wound with a green paper having a color similar to that of a stem of a cocoon.

FIG. 7 is a front view showing a state in which a plurality of sphincter parts bundle and bundle a leaf part and a stem part fixed via a fixing part.
As shown in FIG. 7 (1), the state in which the leaf 110 and the stem 120 are fixed via the fixing portion 130 is directed toward the front side surface 111 of the leaf 110 so as to be in the shape of an eyebrow. Align and overlap the direction.

  At this time, the other leaf portion 110 is superimposed on the upper layer of the fixing portion 130 provided in one leaf portion 110. Further, the stem portion 120 is bent and shaped so as to be seen as one in a row.

  As a result, the fixing portion 130 provided in one leaf portion 110 can be covered and concealed by the other leaf portions 110 superimposed from the upper portion, so that the fixing portion 130 is not exposed, and the preserved weir 100 can be preserved. Can look more like a real thing.

  Next, as shown in FIG. 7 (2), the portion where the plurality of stem portions 120 overlap is splinted by the sphincter portion 140. Specifically, a portion where the plurality of stems 120 overlap is partially or entirely bundled with the floral tape 122.

FIG. 8 is a front view and a rear view showing the entire preserved salmon.
As shown in FIG. 8, in the preserved weir 100, those in a state in which the leaf portion 110 and the stem portion 120 are fixed via the fixing portion 130 are superimposed so as to form the shape of the weir.

The size of the preserved potato 100 can be changed depending on how many sheets of the leaf portion 110 and the stem portion 120 are fixed via the fixing portion 130.
Also, the leaf portion 110 and the stem portion 120 are overlapped in the direction of the front side surface 111. However, when overlapping to a predetermined size, a portion where the tip of the floral tape 122 is finally exposed in the back side surface 112 is the leaf portion 110. By covering the back surface 112 so as to be in contact, the tip of the floral tape 122 can be covered.

  As a result, the exposure of the tip of the floral tape 122 is reduced, so the preserved eyelid 100 can look more real. Furthermore, it is possible to view the entire preserved crucible 100 so as to be uniform in shape with the other preserved crucible 100.

Note that, instead of the persimmon, the same camellidaceae persimmon leaf can also be used for the leaf 110. In this way, mulberry leaves can be used to easily form mulberry, and it is possible to stably manufacture a mulberry with the same shape and improved aesthetics.
The leaves 110 may be configured or combined with flowers, fruits, etc. in addition to the leaf blades.

Further, the following appendices will be disclosed regarding the above-mentioned embodiment.
(Supplementary Note 1)
In a preserved decoration formed from a preserved processed plant,
A plant composition fixing part for fixing at a predetermined angle a plant composition which is a leaf, a flower, or a fruit constituting the plant, and a pseudo stalk part simulated to a stalk part of the plant in a predetermined shape;
A sphincter for bundling the pseudo stem in a predetermined shape;
A preserved decorative body characterized by comprising:
(Supplementary Note 2)
The plant component fixing unit is
It is fixed by the deformation fixing means which can be deformed and fixed to a free angle,
Appendix A. The preserved decorative body according to Appendix 1.
(Supplementary Note 3)
The plant composition is a leaf blade,
The deformation fixing means is
At one glance sewing by wire rod,
Appendix 2. The preserved decorative body according to Appendix 2.
(Supplementary Note 4)
The first stitch by the wire rod is
Being sewn back on the back side of the leaf;
Appendix 3. The preserved decorative body according to Appendix 3.
(Supplementary Note 5)
The pseudo stem portion is
Being formed of a wire with shape retention and flexibility,
Appendix A. The preserved decorative body according to Appendix 1.
(Supplementary Note 6)
The wire is a wire;
The preserved decorative body according to Appendix 5, characterized in that
(Appendix 7)
The wire is
A covering material of the same color as the stem portion is coated on the periphery,
The preserved decorative body according to Appendix 6, characterized in that
(Supplementary Note 8)
The covering material is
Be floral tape,
Appendix 7. The preserved decorative body according to Appendix 7.
(Appendix 9)
The plant composition is a leaf blade,
Concealing means provided on the other side so that the plant component fixing parts are sequentially stacked so as to face in one direction, and cover and hide the plant component fixing parts;
The preserved decorative body according to appendix 1, comprising:
(Supplementary Note 10)
The concealing means is a plant composition provided with the plant composition fixing part directed in the other direction,
Appendix 9. The preserved decorative body according to appendix 9.
(Supplementary Note 11)
In a method of decorating a preserved decorative body formed from a preserved processed plant,
A plant constituent fixing part fixes a plant constituent which is a leaf, a flower, or a fruit constituting the plant and a pseudo stalk which is made to simulate a stem of the plant in a predetermined shape at a predetermined angle. Process,
A step of bundling the pseudo-stem portion in a predetermined shape;
A method of decorating a preserved decorative body, comprising:

DESCRIPTION OF SYMBOLS 100 Preserved rice 110 Leaf 111 111 Front side 112 Back side 113 Main leaf vein 120 Stem 121 Wire 122 Floral tape 130 Fixing part 140 Sphing

Claims (10)

In a preserved decoration formed from a preserved processed plant,
A plant composition fixing part for fixing at a predetermined angle a plant composition which is a leaf, a flower, or a fruit constituting the plant, and a pseudo stalk part simulated to a stalk part of the plant in a predetermined shape;
A sphincter for bundling the pseudo stem in a predetermined shape;
A preserved decorative body characterized by comprising: The plant component fixing unit is
It is fixed by the deformation fixing means which can be deformed and fixed to a free angle,
The preserved decorative body according to claim 1, characterized in that The plant composition is a leaf blade,
The deformation fixing means is
At one glance sewing by wire rod,
The preserved decorative body according to claim 2, characterized in that The first stitch by the wire rod is
Being sewn back on the back side of the leaf;
The preserved decorative body according to claim 3, characterized in that The pseudo stem portion is
Being formed of a wire with shape retention and flexibility,
The preserved decorative body according to claim 1, characterized in that The wire is a wire;
The preserved decorative body according to claim 5, characterized in that The wire is
A covering material of the same color as the stem portion is coated on the periphery,
The preserved decorative body according to claim 6, characterized in that The covering material is
Be floral tape,
The preserved decorative body according to claim 7, characterized in that The plant composition is a leaf blade,
Concealing means provided on the other side so that the plant component fixing parts are sequentially stacked so as to face in one direction, and cover and hide the plant component fixing parts;
The preserved decorative body according to claim 1, comprising: The concealing means is a plant composition provided with the plant composition fixing part directed in the other direction,
The preserved decorative body according to claim 9, characterized in that