JPS60109501A - Method for direct manufacturing of pressed flower - Google Patents

Abstract

PURPOSE:To manufacture directly a pressed flower, by placing collected flowering plants on an air-permeable cushioning material placed on a powerful drying agent, placing a hard transparent plate thereon, putting the resultant laminate into a specific bag, pressing the laminate in the state of evacuated interior, and sealing the flowering plants. CONSTITUTION:A flower pressing board 11 which is an air-permeable cushioning material is placed on an air-permeable bag 14 lined with a powerful drying agent of anhydrous MgSO4, and collected flowering plants 12 are then placed on the flower pressing board 11 in a suitable form. A transparent hard plate 13 of a laminate of vinyl chloride resin or acrylic plate is then placed on the topmost layer. The resultant laminate is then inserted into an airtight transparent bag 14 having high moistureproofness, and the bag 14 is pressed from the side opposite to an opening 15 to the opening 15 powerfully from the outside to discharge fully the air in the above-mentioned bag 14. The laminate is pressed, and the opening 15 is sealed by heat fusion to manufacture the aimed pressed flowers. EFFECT:The pressed flowers can be directly placed on the flower pressing board without primary drying, and the aimed more beautifully finished flowers can be manufactured in a simple step in a short time.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for producing pressed flowers in which collected flowers are arranged pictorially on a pressed flower mount.

The present applicant has previously developed a method for producing pressed flowers, but the present invention provides a method that allows for easier production and also allows for a more beautiful finished product. That is.

The method for producing pressed flowers (hereinafter referred to as the Japan-America method) developed by the applicant first involves placing collected flowers (1) on paper or cloth (2) impregnated with a desiccant; A layer of paper or cloth (2) impregnated with a desiccant material is layered on top of the breathable material (8), and the noodle is completely wrapped in a moisture-proof material (4). M1 engineer who does primary drying by drying the body for several days in a compressed state &! (See Figure 1 (a)) After that, a breathable bag containing a desiccant (5) was placed on the back of the pressed flower mount (6).
Place the dried flowers (1) on top in the appropriate shape! Ic!
1m above it! Il! *After forming a laminate by folding A light & (7), the opposite fa M & body was stored in a moisture-proof K% density 1S bright bag (8), and the sales material (8) was pressed from the outside. Second step 1: sealing with the internal air exhausted! ! (In the first part (
B) The pressed flower production method consisted of M).
This traditional method requires several days to perform the primary drying in the first step, which not only takes time and effort, but also leaves uneven surfaces on the surface of the pongee droplets, making it impossible to see the finished pressed flowers. And #i! *Diffuse reflection of transmitted light occurs between the transparent plate and the flowers, causing the flowers to turn white (visible or lose their transparency). When moving to the second process, the dried flowers are removed from the vBm sheet. During the process of transferring the flowers to a pressed flower mount, the shapes of the flowers could be distorted and the wide petals could be damaged, so pressure was required when handling them.In addition, under the previous method, anhydrous calcium chloride was used as a desiccant. Because it was being used, there was also the problem of opacity.

The present invention solves the above drawbacks and problems by arranging collected flowers in a cedar shape on a breathable shoe sheen material coated with a strong desiccant, and then placing Koga Toru #3 board on top of it. The laminated noodle body is rolled up into a laminated body and then airtightly pressure-fed with a high humidity.
This is a method for directly producing pressed flowers, which is characterized by the following steps: placing the flower in a plastic bag and sealing it with a sales bag pressed to evacuate the inside; and manufacturing the pressed flower.

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described in detail below with reference to the drawings.

#2 Diagram is Honkomei Pressed Flower Maroai! Explanation of an example of the practice method -
From the bottom of the figure, we can see that there is a bag casting containing anhydrous magnesium sulfate as a strong desiccant, and on top of that, a pressed flower mount made of Jal-like kutsushiron material (b).
, Arrange the collected flowers (B) on top of it, and place a laminate of transparent rigid temporary vinyl chloride boards or acrylic boards on top of it, and place it in a highly moisture-proof vapor-permeable transparent bag (B). from the opposite side of the opening (to) of the bag A4, and press strongly from the outside of the bag V◆ toward the opening (to).
4. Sufficiently exhaust the air of P3, 1. Press the cylindrical body, and seal the island opening (end) with heat ms to produce a pressed flower. It should be noted that inside No. 8) '+1N is the hot melt viewing part of mouth part No. 4.

In the present invention, in order to produce pressed flowers by directly pressing flowers onto a pressed flower mount without first drying them, unlike the conventional method, a strong desiccant such as anhydrous magnesium sulfate is used as a desiccant as in the above embodiment. With this in mind, Jin's anhydrous magnesium sulfate does not have the problem of deterioration like the drying agent anhydrous calcium chloride used in the old method (up to 7 molecules per molecule at room temperature).

It has water molecules and can become a hydrate, absorbing most of the moisture from flowers within a few days, and can be kept dry for a long time, so the finished pressed flowers can be used for more than three years. No discoloration or fading occurs.

According to the above-mentioned method for producing pressed flowers on a seedling according to the present invention, the flower and the 4114-quality translucent plate proceed to dry in the i** state, and even after drying, the shape of the flower remains as it is, and the surface of the flower is Since there are no uneven surfaces, the finished pressed flowers have a transparent feel even when viewed through a hard transparent plate, and are close to the natural appearance when viewed in the field.
The manufacturing process is simple, so special care is not required.
It has the advantage of being able to be produced in a short space of time.

4. It's a fat-blooded car &! Figure 1 (a) shows the conventional pressed flower production step III. m1-(b) is an explanatory diagram showing the simple 2 process of the same method, m2- is a m-light diagram of an example of the direct production method of zero-work pressed flowers, and Figure 8 is a perspective view of pressed flowers completed by the same method. figure,
The fourth figure is a sectional dB diagram along the line A-A of the tag.

oQ 2. A one-shot bag with a strong desiccant inside (2): Breathable shoe sheen material (2): Flowers (2) 2. Transparent isthmus board o4: Airy transparent bag Person Door lIhm1!1 Part Figure 1 (A) C Exit] Measure 2 Figure 3 Figure 3 3 Figure 4

Claims (1)

[Claims] 1) Place the collected flowers on top of a strong desiccant layered with air-permeable Cucumber material, distribute electricity in an appropriate shape, and place the sandy i! ! 1. After forming the laminate into a laminate, the mm body is placed in a moisture-proof airtight transparent bag, and the bag is pressed and sealed while the inside is evacuated to make pressed flowers. A method for directly producing pressed flowers.