KR20220056526A - Petal drying rack - Google Patents

Abstract

The present invention relates to a petal drying rack for drying a petal in an electric heating fan during flower tea manufacturing. During the petal drying in the electric heating fan, a red clay plate removes, decomposes, and purifies a strong smell and a carcinogen. In addition, far-infrared rays emitted from the red clay plate are absorbed in quantity by the petal. Accordingly, petal appearance deformation and nutritional damage can be reduced, bacterial infiltration can be suppressed, and the flower tea can be kept fresh for long. With the present invention, even a petal that is not flat below and a large petal can be erected and dried. As a result, the dried petal is capable of retaining its shape, which leads to product value improvement. Further, a large amount of petals can be dried even in an existing electric heating fan, and thus mass production of flower tea can be achieved.

Description

Petal drying rack

The present invention relates to a drying rack for petals, and more particularly, to a drying rack for petals accommodated inside an electric heating fan when manufacturing flower tea.

In general, flower tea is very diverse in size and type, from chrysanthemums and roses to large magnolias. The efficacy of flower tea is that it removes harmful toxins from the body as an antioxidant component, is rich in catechins and flavonoids, nourishes the skin, increases the metabolic rate, prevents cancer, and relieves stress.

In addition to calcium carbonate, loess contains numerous minerals and enzymes such as iron, magnesium, silica, alumina, sodium, and potassium. It is widely known that it is good for the body enough to be called a living organism. In addition, loess contains components of talase, diphenoloxidase, saccharase, and protease to remove, decompose and purify poisonous odors and carcinogens.

As for the efficacy of loess, if you look at the Chinese literature “Bonchogangmok”, “loess is the most weak soil among soils, so it is often used as a medicinal soil, and most medicinal substances are toxic to a certain extent. Even in the case of medicinal herbs without this, loess enhances the medicinal properties of the medicinal substance.” Similar findings can be found in the recent presentation of research results on 'enzyme in soil' at the Japanese Society for Microbiology. According to this announcement, 'Good quality loess contains the enzyme catalase that removes hydrogen peroxide, so it neutralizes lipid peroxide, a toxin in the body'. It is said that loess inhibits aging and maintains youth through the action of this enzyme. In addition, loess contains protease, an enzyme that hydrolyzes proteins into amino acids, which decomposes cancer, boils, and other decaying cells in living things. In other words, loess can neutralize the poison contained in flowers and stamens.

In addition, the flower tea manufacturing method is roughly divided into a harvesting step of harvesting flowers, a petal unfolding step of spreading petals, and a drying step of drying or peeling the petals.

In the petal drying step, after putting the petals in the electric heating fan, setting the temperature to the electric heating fan and supplying electricity, the electric heating fan is heated, and the heat inside the electric heating fan touches the petals, and the petals are moist. It dries as it evaporates.

However, the electric heating pan used in the petal drying stage is convenient because it uses a ready-made product, but a coating material such as Teflon or PFOA (Perfluorooctanoic acid) is applied inside the electric heating pan to prevent cooked food from sticking. When the fan is heated, there is a problem that a poisonous odor and carcinogens are generated inside the electric heating fan, and the poisonous smell and carcinogens seep into the petals to be dried.

Also, for flower tea, dried petals need to be kept in flower form to be commercially viable. As some types of petals protrude from the bottom, the petals placed in the existing electric heating fan do not stand upright on the inner bottom of the electric heating fan. Since it dries in a collapsed state without it, there was a problem that the petals would touch the bottom of the electric heating fan and burn if the temperature was not controlled.

In particular, when large petals or sepals such as magnolia flowers, marigolds, lotus flowers, etc. are thick, or when the stem is dried together, the magnolia petals cannot be dried in an upright position in an electric heating fan. As the petals fell, there was a problem in that the single petals fell, pressed, or burned in the process of drying the large petals.

Accordingly, the present invention is to solve the above problems, and an object of the present invention is to remove the poisonous odor and carcinogens generated by the heating of the electric heating fan when drying the petals, and also to remove the toxic odor and carcinogens generated by the heating of the electric heating fan when drying the petals. It is to provide a petal drying rack that can maintain the flower shape during the drying process of petals as well.

As an embodiment of the present invention for achieving the above object, it is made of a loess plate with a flat top surface made of loess material, and a plurality of petal grooves for accommodating petals are concave on the upper surface of the loess plate. It is formed, characterized in that the thermometer is fixed to the upper portion of the loess plate to measure the temperature inside the electric heating fan.

And as another embodiment, the present invention comprises a post, a first drying rack inserted to be fixed to the lower end of the support to receive petals, and a second drying rack inserted to rotate at the upper end of the support to receive petals. characterized in that

The drying rack according to another embodiment of the present invention consists of a loess plate made of a loess material and having a flat upper surface, and a support frame formed to surround the side and lower surfaces of the loess plate, and at the center of the support frame A boss portion is formed to be inserted into the lower end of the post, and the first drying rack is made of a loess material and has a first loess plate having a flat upper surface, and a first loess plate formed to surround the side and lower surfaces of the first loess plate Consists of one support frame, characterized in that the first boss for being inserted into the upper end of the support frame is formed in the center of the first support frame

According to another embodiment of the present invention, a protrusion is further formed at the lower end of the post to be inserted into the boss, and a first protrusion is further formed at the upper end of the post to protrude and inserted into the first boss. characterized by being

One side of the first drying rack according to another embodiment of the present invention is cut and characterized in that an opening communicating with the upper surface of the drying rack is further formed.

A plurality of petal grooves for accommodating petals to be dug and dried are further formed on the upper surfaces of the loess plate and the first loess plate according to another embodiment of the present invention, respectively.

In the petal groove according to another embodiment of the present invention, a large petal support part for supporting the large petal to be inserted and dried so as not to sag is further formed in the petal groove, and the large petal support part includes a fixing part inserted into the petal groove, and the fixing part It is characterized in that it consists of a support consisting of a plurality of spokes having a lower end fixed to the upper end and a through hole formed therebetween by spreading in the radial direction, and a seater fixed to the upper end of the support and formed in a circular shape.

As described above, the present invention removes, decomposes, and purifies the loess plate of poisonous odor and carcinogens when drying the petals in an electric heating fan, and as a large amount of far-infrared rays radiated from the loess plate are absorbed by the petals, the appearance of the petals is changed and the nutritional value is reduced. It has the effect of maintaining the freshness of flower tea for a long time by reducing damage and inhibiting the penetration of bacteria.

In addition, as petals and large petals that are not flat at the bottom can be dried upright, the dried petals retain their flower shape, thereby improving flower tea marketability.

In addition, it is possible to dry a larger amount of petals than in the prior art, which has the effect of mass-producing flower tea.

1 is a view showing an embodiment of a petal drying rack according to the present invention.
2 is a cross-sectional view showing an embodiment of a petal drying rack according to the present invention.
3 is a view showing another embodiment of the petal drying rack according to the invention.
4 is an exploded view showing another embodiment of the petal drying rack according to the present invention.
5 is a cross-sectional view showing another embodiment of the petal drying rack according to the present invention.
6 is a view showing a large petal support of another embodiment of the petal drying rack according to the present invention.
7 is a cross-sectional view showing a large petal support part of another embodiment of the petal drying rack according to the present invention.

Hereinafter, a preferred embodiment of the petal drying rack according to the present invention will be described in more detail based on the accompanying drawings.

Here, components having the same function in all the drawings below are omitted by using the same reference numerals, and repetitive descriptions thereof are omitted. to be interpreted in a meaningful way.

1 and 2 are one embodiment of a petal drying rack according to the present invention, the configuration is as follows.

As shown in the drawings, the present invention is made of a loess plate 100 with a flat top surface formed of loess material, and the upper surface of the ocher plate 100 is concave to accommodate the petals F to be dried. A plurality of fine petal grooves 110 are formed, and a thermometer 120 for measuring the internal temperature of the electric heating fan A is inserted and fixed on the upper surface of one side of the loess plate 100 .

The loess plate 100 forms the loess dough in a disk shape to be the same as the inner diameter of the circular electric heating fan (A), digs grooves at regular intervals on the upper surface of the loess dough, and then dries the ocher dough for a certain time. When baked at a high temperature, the loess plate 100 having a plurality of petal grooves 110 on the upper surface is formed.

The thermometer 120 is a cooking thermometer, and a concave fixing hole 100a is formed on the upper surface of the loess plate 100, and the lower end of the thermometer 120 is inserted into the fixing hole 100a. The thermometer 120 is fixed to the upper surface of the loess plate 100 .

The operation of an embodiment of the present invention configured as described above will be described as follows.

As shown in Figure 2, when drying the petals (F) to produce flower tea, the loess plate 100 is placed inside the electric heating fan (A), and a plurality of petal grooves formed on the upper surface of the loess plate 100 ( In 110), the petal (F) to be dried is inserted and accommodated.

That is, when the protruding lower part of the petal F to be dried is inserted into the petal groove 110 , the petal F does not fall over and stands upward.

After that, when the temperature is set to the electric heating fan (A) and electricity is supplied, the electric heating fan (A) is heated, and the petals (F) on the upper surface of the loess plate 100 with the heat inside the electric heating fan (A). It dries as the moisture evaporates.

At this time, the electric heating fan (A) is coated with a coating material such as Teflon or PFOA (Perfluorooctanoic acid) to prevent the cooked food from sticking therein. A) A poisonous odor and carcinogens are generated inside.

Therefore, the loess plate 100 removes, decomposes and purifies the poisonous odor and carcinogens with the components of talase, diphenol oxidase, saccharase, and protease contained in loess.

In addition, as a large amount of far-infrared radiation emitted from the loess plate 100 is absorbed by the petals F, the appearance of the petals F and damage to the nutritional value are reduced, and the penetration of bacteria is suppressed, so that the freshness of the flower tea can be maintained for a long time. .

In addition, since the thermometer 120 is fixed to the upper surface of the ocher plate 100 by inserting the lower end of the thermometer 120 into the fixing hole 100a, the ocher plate 100 and the electric heating fan ( A) As the temperature inside can be measured frequently, it is possible to prevent the petals (F) from burning due to overheating during the drying process.

3 to 7 is another embodiment of the petal drying rack according to the present invention, the configuration is as follows.

As shown in the drawing, the present invention includes a post 200 and a drying rack 300 that is inserted to be fixed to the lower end of the post 200 to accommodate the petals F and located at the lower side in the electric heating fan A. ), is inserted to rotate at the upper end of the post 200 to accommodate the petals F, and is roughly divided into a first drying rack 400 and a large calyx 500 located on the upper side in the electric heating fan A.

First, the drying rack 300 includes a loess plate 310 with a flat upper surface made of loess material, and a support frame 320 formed to surround the side and lower surfaces of the loess plate 310 .

The loess plate 310 forms the loess dough in a disk shape to be the same as the inner diameter of the circular electric heating fan (A), cuts grooves at regular intervals on the upper surface of the loess dough, and then dries the ocher dough for a certain time. When baked at a high temperature, the loess plate 310 having a plurality of petal grooves 311 at regular intervals on the upper surface is formed.

The support frame 320 is formed by bending a metal plate of a certain thickness to cover the side and lower surfaces of the loess plate 310, and is inserted and fixed to the lower end of the post 200 in the center of the support frame 320. A boss portion 321 is formed.

Next, the first drying rack 400 includes a first loess plate 410 made of a loess material and having a flat upper surface, and a first loess plate 410 formed to surround the side and lower surfaces of the first loess plate 410 . It consists of a support frame (420).

The first loess plate 410 is formed in a disk shape so that the loess dough is the same as the diameter of the loess plate 310, one side is cut, and grooves are dug at regular intervals on the upper surface of the loess dough, When the loess dough is dried for a certain period of time and baked at a high temperature, a first loess plate 410 having a plurality of petal grooves 411 on the upper surface is formed.

The first support frame 420 is formed to cover the side and lower surfaces of the first loess plate 410 by bending a metal plate of a certain thickness, and has one side cut into the same cut-out shape as the first loess plate 410 . formed to be cut. A first boss portion 421 rotatably inserted into the upper end of the support post 200 is formed in the center of the first support frame 420 .

In addition, the post 200 is formed in a cylindrical shape, a circular protrusion 210 for being inserted to be fixed to the boss part 321 at the lower end of the post 200 is formed to protrude downward, and the support At the upper end of 200 , a circular first protrusion 220 for being rotatedly inserted into the first boss 421 is formed to protrude upward.

In addition, on one side of the first drying rack 400, one side cut-out portion of the first loess plate 410 and one side cut-out portion of the first support frame 420 are formed, and the upper surface of the drying rack 300 and An opening 400a through which it passes is formed.

And the drying rack 300 and the first drying rack 400 are inserted into the petal grooves 311 and 411 to support large petals such as magnolia so as not to droop, and a large petal support part 500 is formed.

The large petal support part 500 has a hole between the fixing part 510 which protrudes to be inserted into the petal grooves 311 and 411, and the lower end is fixed to the fixing part 510 and the upper end is opened in the radial direction. It consists of a support made of a plurality of spokes 522 so that the 521 is formed, and a seat 530 fixed to the upper end of the support 520 and formed in a circular shape.

The large petal support part 500 is made of a material strong against heat, and the fixing part 510 is formed in the same circular shape as the petal grooves 311 and 411 so that it can be easily inserted and removed into the petal grooves 311 and 411. is formed

And since the support 520 and the seat 530 support the circumference of the large petal P and come in contact with the large petal P, a circular shape such as a ring with a thin thickness so that contact with the large petal P is minimized It is preferably formed of

The operation of another embodiment of the present invention configured in this way will be described as follows.

As shown in FIG. 5 , when the petals F are dried for flower tea production, when the first drying rack 400 located on the upper side of the electric heating fan A is rotated, the opening of the rotating first drying rack 400 ( Since the upper surface of the loess plate 310 of the drying rack 300 located at the lower side in the electric heating fan A is partially visible through 400a), a plurality of petal grooves formed on the upper surface of the loess plate 310 through the opening 400a Insert the petal (F) to be dried in (311) to be accommodated.

At this time, when the protruding lower part of the petal F to be dried is inserted into the petal groove 311 , the petal F does not fall on the drying rack 300 and is erected upward.

And when the upper surface of the loess plate 310 of the drying rack 300 is filled with the petals F to be dried, then the petals F to be dried are inserted into the petal grooves 411 of the first loess plate 410 and accommodated. make it

Also at this time, when the protruding lower part of the petal F to be dried is inserted into the petal groove 411 , the petal F does not fall down on the first drying rack 400 and is erected upward.

After that, when the temperature is set to the electric heating fan (A) and electricity is supplied, the electric heating fan (A) is heated, and by the heat inside the electric heating fan (A), the drying rack 300 and the first drying rack 400 ), the petals (F) are dried as the moisture evaporates.

At this time, the electric heating fan (A) is coated with a coating material such as Teflon or PFOA (Perfluorooctanoic acid) to prevent the cooked food from sticking therein. A) A poisonous odor and carcinogens are generated inside.

Therefore, the loess plate 310 and the first loess plate 410 remove, decompose and purify the poisonous odor and carcinogens by the components of talase, diphenol oxidase, saccharase, and protease contained in the loess. The substance is removed.

In addition, as a large amount of far-infrared rays emitted from the loess plate 310 and the first loess plate 410 are absorbed by the petals, the appearance of the petals F and damage to the nutritional value are reduced, and the penetration of bacteria is suppressed, leading to the freshness of flower tea. can be maintained for a long time.

Next, when taking out the dried petals (F), in the same manner as when putting the petals (F), first take out the dried petals (F) from the first drying rack (400), and then remove the first drying rack (400). When rotating, the upper surface of the drying rack 300 is partially visible through the opening 400a of the rotating first drying rack 400, so you can take out the dried petals F from the drying rack 300 through the opening 400a. .

In addition, as the support frame 320 and the first support frame 420 surround and support the side and lower surfaces of the loess plate 310 and the first loess plate 410, respectively, the loess plate 310 and the first loess plate 310, respectively. Even if a part of the plate 410 is cracked or broken, it is possible to use the drying rack 300 and the first drying rack 400 .

Therefore, through the petal grooves 311 and 411, the petals with an uneven lower part can be dried and dried, the flower shape of the dried petals F is maintained as it is, so that the merchantability is improved, and the drying rack has a two-layer structure. Depending on the load, a larger amount of petals (F) can be dried than a one-story structure, and flower tea can be mass-produced.

On the other hand, as shown in FIGS. 6 and 7 , when drying large petals F such as magnolia, large petal support parts ( When the fixing part 510 formed in the lower part of the 500 is inserted, the large petal support part 500 is fixed to the upper surfaces of the drying table 300 and the first drying table 400 .

After that, when the large petal (F) is put in the large petal support part 500, the seating base 530 of the large petal support part 500 surrounds the circumference of the large petal (F), and the fixed part 510 is Since the spoke 522 of the connected support 520 supports the seat 530, the large petal support 500 does not fall even with the heavy weight of the large petal F, so the large petal support 500 accommodated in the large petal support 500 does not collapse. The petal (F) also continues to maintain the erected state.

Thereafter, when the electric heating fan (F) is heated, the large petals (F) try to open by the heat, but by the mounting base 530 firmly holding the circumference of the large petals (F), as in the prior art, large petals ( F) When drying, petals (F) do not fall off.

In addition, as the heat flows into the lower portion of the large petal F in the large petal support part 500 through the through hole 521 of the support 520 , the upper portion of the large petal F as well as the large petal The lower part of (F) is also dried by hot air.

100: ocher board
100a: fixing hole
110: petal groove
120: thermometer
200: holding
210: protrusion
220: first protrusion
300: drying rack
310: ocher plate
311: petal groove
320: support frame
321: boss
400: first drying rack
410: first loess plate
411: petal groove
420: first support frame
421: first boss unit
500: large calyx
510: fixed part
520: support
521: through hole
522: saldae
530: seat

Claims (7)

A petal drying table for drying petals accommodated inside an electric heating fan,
It consists of a loess plate with a flat top surface made of loess material,
A plurality of petal grooves are formed on the upper surface of the ocher plate to accommodate the petals to be dug and dried,
A petal drying rack, characterized in that the thermometer for measuring the temperature inside the electric heating fan is inserted and fixed to the upper surface of one side of the loess plate.
A petal drying table for drying petals accommodated inside an electric heating fan,
landlord and
a drying rack inserted so as to be fixed to the lower end of the post to receive the petals to be dried;
A petal drying rack, which is inserted to rotate on the upper end of the support and comprises a first drying rack for accommodating the petals to be dried.
3. The method according to claim 2,
The drying rack,
A loess plate made of loess material and having a flat top surface,
It consists of a support frame formed to surround the side and lower surface of the loess plate,
In the center of the support frame, a boss portion for insertion into the lower end of the support is formed,

The first drying rack,
A first loess plate made of loess material and having a flat top surface;
Consists of a first support frame formed to surround the side and lower surface of the first loess plate,
The petal drying rack, characterized in that the first boss for being inserted into the upper end of the support is formed in the center of the first support frame.
4. The method according to claim 3,
A protrusion is further formed at the lower end of the post to protrude to be inserted into the boss part,
The petal drying rack, characterized in that the first protrusion is further formed on the upper end of the support to be inserted into the first boss.
4. The method according to claim 3,
The drying rack for petals, characterized in that the opening is further formed in a cut in one side of the first drying rack communicates with the upper surface of the drying rack.
4. The method according to claim 3,
A petal drying rack, characterized in that each of the upper surfaces of the loess plate and the first loess plate is further formed with a plurality of petal grooves for accommodating the petals to be dug and dried, respectively.
7. The method of claim 6,
A large petal support part is further formed in the petal groove to support the large petals to be inserted so as not to droop,
The large petal support part,
A fixing unit inserted into the petal groove;
A support consisting of a plurality of spokes having a lower end fixed to the fixing part and a through hole formed therebetween by the upper end being opened in a radial direction;
A petal drying rack fixed to the upper end of the support and comprising a seating rod formed in a circular shape.
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