WO2011007929A1

WO2011007929A1 - Apparatus for splitting stem of cut flower

Info

Publication number: WO2011007929A1
Application number: PCT/KR2009/005914
Authority: WO
Inventors: 임기병
Original assignee: 경북대학교산학협력단
Priority date: 2009-07-16
Filing date: 2009-10-14
Publication date: 2011-01-20
Also published as: KR20110007557A; KR101041785B1

Abstract

The present invention relates to an apparatus for splitting the stem of a cut flower, comprising: a base plate; support brackets, which are disposed on the top of the base plate in such a manner that the support brackets are installed at at least two separate locations of an equiradial distance; a cutting bracket, which is disposed on the top of the support bracket and has an insertion space that is open towards the center inside; cut bodies, which are disposed inside the cut bracket in such a manner to project towards the center when placed in the insertion space and have a cutting blade on the top thereof for cutting the stem of a cut flower; and an insertion bracket, which is disposed on the top of the cut body in such a manner that the insertion bracket is arranged at the center of the two separated cut bodies, and which has a through insertion hole at the center. Here, the cut body is projected towards the center and then split into two or more at the bottom of the insertion hole, thereby forming cutting blades radially positioned. Therefore, when the cut stem is inserted via the insertion hole it can be split and cut into the same number of the cut bodies, and the number of the support brackets to be split equiradially according to the number of dyes of different kinds for use in coloring.

Description

Cut flower stem splitting device

The present invention relates to a cut flower stem dividing apparatus.

In general, ornamental plants (ornamental plants, 觀賞用植物) is a plant that is cultivated to see and enjoy among the plants that are usually grown. Ornamental plants are grown on large-scale farms and planted in pots or cut flowers of cut flowers and used for decorative purposes such as flower arrangements.

Plants used for decoration may include materials such as flowers, trees, eggs, cactus and the like that can be used for decoration depending on the material selected. In particular, flowers have a variety of colors and beautiful appearance, and they play an important part for decoration such as flower arrangement.

Cut Flower cut flower stem part is used for decoration such as flower arrangement, and the decoration is improved by the appearance and color of the flower. The appearance may be determined according to the type of flower, but in the case of color, varieties have been developed so that various colors may be expressed to the outside even with the same kind of flower.

However, even if a flower can have various colors depending on the varieties, one flower can have only one color, and various kinds of cut flowers are used to increase the decoration efficiency with various colors, and the cut flowers can be decorated with different colors. It is difficult to arrange so that, according to the color has to be purchased separately cut different varieties, there was a problem that the decorative cost increases.

In addition, flowers that are cultivated for decoration are genetically determined by hybrid breeding, or color is determined by cultivation method by environmental control. The color is difficult to be clear compared to artificial, and various colors are difficult to form. There was this.

In addition, flowers used for cut flowers need to wait until the point of growth and flowering after sowing through many trials and errors in order to develop varieties with one new color, and if the result is not good, they have to go through the same process again. There was a problem of much use.

Therefore, in order to color a new flower with vivid colors in a single flower after cut flowers, it is used to artificially absorb the dye or to color the cut flowers to enhance the decorativeness.

Cut flowers colored with conventional dyes were sprayed using a solid dye, or made a solution state and immersed cut flowers in this solution to water (hygroscopic) to color new colors.

Cut flowers colored with a monochromatic dye have a better color than cut flowers grown in a normal natural state, and various colors can be made according to the type of dye solution, but only a single color can be expressed in a single flower.

In recent years, a technique has been developed in which two or more colors may be displayed in one cut flower to improve decorativeness. Such a technique of displaying two or more colors in one cut flower may color the cut flowers by two or more dyes through the cut flower stem by a watering phenomenon without mixing two or more different color dyes with each other. .

At this time, in order to color two or more colors in one cut flower, a container divided into partitions is provided so that two or more dyes are not mixed, and the cut stems are dyed so that they can be contained in two or more dye solutions divided into partitions. The amount of liquid is divided by the incision. The cut flowers are inserted into the container so that the cut flowers are placed in two or more dyeing solutions.

Thus, when each cut flower stem is cut into two or more dyes, the dyes are transferred to the upper direction of the cut flowers by watering, and the cut flowers are colored with two or more dyes.

However, the cutting operation to cut the cut stems by hand, there is a problem that the area and depth to be divided is not constant.

Therefore, cut flowers that are divided by the number of dye solutions have a problem in that the amount of staining is different due to the number of stains of each dye solution being raised depending on the divided areas when the divided areas are different from each other. There was this. That is, a small amount of dye solution containing cut flower stems with a small divided area is absorbed, and a large amount of dye solution containing cut flower stems with a large divided area is absorbed unevenly as the dye solution is unevenly absorbed. As it is not evenly distributed, the ornamental value is reduced.

In addition, when the cut depth of the cut stems are different, there is a problem in that each dye solution is watered up according to the split depth, the difference in the number of colors to be colored, so that the dye solutions are not evenly colored.

The problem to be solved by the present invention is to make the same size of each divided area of the cut flower stem to be divided in order to color two or more stains in one cut flower, and divided as divided into one insert while the depth is divided It is to provide a cut flower stem dividing device that is the speed and accuracy of the work.

Cut flower stem dividing apparatus according to an embodiment of the present invention is disposed on the base plate, the upper portion of the base plate, the support bracket which is installed apart from each other at two or more radially equally divided positions, the upper portion of the support bracket Is installed in the cutting bracket having an insertion space open in the center direction in the inner side, disposed in the interior of the cutting bracket, protrudes in the center direction inserted into the insertion space, the cut flower stem is cut at the top A cutting body having a cutting blade to be formed, and disposed on top of the cutting body, the insertion body having an insertion hole having a centrally inserted insertion hole in the center of the cutting body separated from each other by two or more, and the cutting body Is protruded in the center direction is divided into two or more in the lower portion of the insertion hole The cutting blade portion is radially positioned so that the cutting stem can be cut to be divided by the quantity of the cutting body when the cutting stem is inserted through the insertion hole, and the support bracket has a radially divided quantity according to the amount of dyeing liquid to be colored. Can be determined.

In addition, at least one support groove may be formed at a lower portion of the support bracket, and is coupled to a lower portion of the base plate and inserted into the support groove to support the support bracket to fix the support bracket to the support plate. It may be further provided.

In addition, a hinge hole through which the outer side of the cutting bracket may be formed may be formed, and the hinge may protrude upward from each other in the outer circumferential direction of the support bracket, and may contact both sides of the outer side of the cutting bracket. It is disposed between the bracket and the hinge bracket, and may include a hinge inserted into the hinge hole, the cutting bracket and the support bracket is hinged to the hinge body is the upper cutting bracket by rotation Can be moved to.

In addition, both sides of the cutting bracket penetrates the insertion space, a length adjustment hole having a long hole shape in the longitudinal direction may be formed, the cutting fixing hole communicating with the depth adjustment hole may be formed in the outer direction of the cutting body. It is located in the insertion space, the depth adjustment bar and the depth adjustment bar is inserted into the cutting fixing hole, the cutting body is coupled to both ends of the depth adjustment bar, the depth adjustment bar in the depth adjustment hole; It is in contact with the outer surface of the cutting body, and may further include a control coupling larger than the depth adjustment hole, the cutting body is in the depth adjustment bar and the depth adjustment hole inserted into the cutting fixing hole The cutting depth may be adjusted while being moved together, and when the adjustment is completed, the cutting body may be It can be fixed by the coupling force of the control assembly and the depth adjustment bar.

In addition, a cut inclined portion that is inclined from the upper end to the lower end of the outward direction may be formed on a surface protruding toward the center into which the cut stem of the cutting body is inserted, and is disposed at the lower center of the base plate. The alignment inclined portion may further include an alignment body having an alignment inclined portion having a diameter extending upwardly according to the inclination portion, wherein the alignment inclination portion of the cutting body is equally divided into two or more radially toward the center direction. The length may be adjusted to align with and in contact with, and the adjusted cutting depth may be fixed by operating the depth adjuster after adjustment.

In addition, the fixing bracket which is disposed on the upper portion of the cutting bracket, the lower portion of the insertion bracket is fixed, protrudes to the upper portion in the center of the insertion bracket, the insertion projection through which the insertion hole in the center, and the insertion Protruding downward in the center of the bracket, and may further include a support protrusion through the insertion hole in the center, the fixing bracket is located between the cutting bracket and the insertion bracket between the cutting body and the insertion bracket A spacing of may be maintained, and the cut flower stem may be inserted into the insertion hole while being supported by the insertion protrusion protruding from the top and the support protrusion protruding from the bottom.

And, it is disposed in the upper center of the base plate, it is installed in a position corresponding to the insertion hole may further include a height adjustment body having a contact surface in the upper portion where the cut stem is in contact, the height adjustment body is Located in the lower portion of the insertion hole can be adjusted the divided depth of the cut stem is inserted according to the height.

In addition, the insertion bracket is located in the center of the insertion bracket, the outer periphery may be inserted into the insertion hole, and may further include an insertion adjustment body having an adjustment hole therein, and the insertion adjustment body may have a size of the cut flower stem. Accordingly, the adjustment hole may be formed, and the cut stem may be inserted into the insertion body and divided into the adjustment hole.

1 is a perspective view showing a cut flower stem dividing device according to an embodiment of the present invention.

FIG. 2 is an exploded perspective view showing the cut flower stem dividing apparatus of FIG. 1. FIG.

3 is a front view illustrating the cut flower stem dividing apparatus of FIG. 1.

4 is a cross-sectional view taken along the line IV-IV of FIG. 1.

Fig. 5 is a use state diagram showing a cut flower stem cutting state of the cut flower stem splitting device of Fig. 1.

6 is a use state diagram showing a state of replacing the cutting body of the cut flower stem dividing device of FIG.

7 is a perspective view showing a cut flower stem dividing apparatus according to another embodiment of the present invention.

FIG. 8 is a use state diagram illustrating an aligned state of the cut flower stem dividing apparatus of FIG. 6. FIG.

9 is a perspective view showing a cut flower stem dividing apparatus according to another embodiment of the present invention.

10 is a use state diagram illustrating a state in which a cutting height of cut flowers of the cut flower splitting device of FIG. 8 is adjusted;

* Description of the symbols for the main parts of the drawings *

100: dividing device 110: support portion

111: base plate 112: support bracket

113: support groove 114: support assembly

115: hinge bracket 116: hinge body

120: cutting fixing portion 121: cutting bracket

122: insertion space 123: hinge hole

124: depth adjustment hole 125: depth adjustment bar

126: adjusting assembly 127: fixing bracket

128: fixing hole 130: cutting body

131: cutting blade 133: cutting fixing hole

134: cutting groove 135: cutting inclined portion

140: insertion portion 141: insertion bracket

142: insertion projection 143: support projection

144: insertion hole 145: insertion fixing hole

146: insertion fixture 147: insertion adjusting body

148: adjustment hole 150: alignment height adjustment unit

151: alignment body 152: alignment inclined portion

153: height adjusting body 154: contact surface

(Example)

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention. Like parts are designated by like reference numerals throughout the specification.

Then, a cut flower stem dividing apparatus according to an embodiment of the present invention will be described with reference to FIGS. 1 to 4.

1 is a perspective view showing a cut flower stem dividing apparatus according to an embodiment of the present invention, Figure 2 is an exploded perspective view showing a cut flower stem splitting apparatus of Figure 1, Figure 3 is a front view showing a cut flower stem splitting apparatus of FIG. 4 is a cross-sectional view taken along the line IV-IV of FIG. 1.

1 to 4, the cut flower stem dividing apparatus 100 according to an embodiment of the present invention includes a support 110, a cutting fixing part 120, a cutting body 130, and an insertion part 140. Include. The support unit 110 includes a base plate 111, a support bracket 112, a support assembly 114, a hinge bracket 115, and a hinge body 116 on which each device 100 is installed. The base plate 111 is formed in a plate shape so that each device 100 is disposed on the top. The base plate 111 is supported by the lower portion of each device 100, may include a variety of forms, such as a circular plate, a square plate.

The support brackets 112 are disposed above the base plate 111, and are positioned apart from each other at radially two or more equally divided positions from the center point where the cut stems are inserted to be cut. The support brackets 112 are disposed at radially equal positions apart from each other so that the cut flowers can be inserted in the center thereof. The support bracket 112 is installed in a quantity determined by the quantity of dye solution colored by watering on cut flowers. That is, the support brackets 112 are respectively installed at positions divided by the quantity of the dyeing solution, and are disposed at positions where each quantity is equally divided at the radial position. In other words, the support brackets 112 are arranged at equal positions according to the quantity of the dye solution colored radially apart from each other at the center where the cut stems are inserted.

Here, in the present specification, the support brackets 112 are respectively provided at radial positions divided into three at the center position where the cut stems are inserted. This, the support bracket 112 is disposed in a position to cut in three parts the cut stem to which the three colors of dye solution is colored. This is for convenience of description. Cut flowers can be colored by two or more stains. Therefore, the support brackets 112 may be installed at positions divided into two or more portions according to the amount of the dyeing solution. In other words, when two dyes are used, the support brackets may be disposed at four quarters in two divided positions.

In addition, the support groove 113 is formed in the lower portion of the support bracket 112 in the upper direction.

The support assembly 114 protrudes from the base plate 111 in the direction of the support bracket 112 and is inserted into the support groove 113. The support assembly 114 is inserted into the support groove 113 to fix the support bracket 112 disposed at the radially equal position to the base plate 111.

Here, the support assembly 114 may be manufactured in the form of a protrusion, but this is for convenience of description. The support assembly 114 includes all the combinations to which the support bracket 112 can be fixed to the base plate 111. That is, the support assembly 114 may be a combination of coupling bolts, rivets and the like.

The hinge brackets 115 protrude upward from the outer circumference of the support bracket 112 at predetermined intervals, respectively, and the cutting fixing part 120 is disposed at the separated positions. The hinge brackets 115 are disposed apart from each other in a predetermined position so that the cutting fixing part 120 and the support bracket 112 may be hinged, and both sides of the cutting fixing part 120 may be in contact with each other.

The hinge body 116 is disposed in the center of the hinge bracket 115, and connects the hinge bracket 115, which protrudes from each other. The hinge body 116 is arranged to connect each hinge bracket 115 at the center, and is inserted into the cutting fixing part 120. Cutting fixture 120 is hinged to rotate about the hinge 116.

The cutting fixing part 120 includes a cutting bracket 121, a depth adjusting bar 125, an adjusting assembly 126, and a fixing bracket 127. The cutting bracket 121 is disposed above the support bracket 112 and has an insertion space 122 having one side open in a center direction in which the cut stem is inserted. Cutting bracket 121 is disposed on the upper portion of the support bracket 112 disposed in two or more radially divided positions about the center of the cut stem is inserted.

In addition, a penetrating hinge hole 123 is formed in the outer circumferential direction of the cutting bracket 121. The cutting bracket 121 is inserted into the hinge bracket 115 spaced apart from each other in the outer circumferential direction, the hinge body 116 is inserted into the hinge hole 123 is installed so that the cutting bracket 121 is hinged to the support bracket 112 Combined. The hinged cutting bracket 121 may be rotated about the hinge body 116 to be conveyed upward. The cutting bracket 121 rotated upward may be transported such that one side opened in the insertion space 122 is positioned upward.

In addition, both sides of the cutting bracket 121 are in communication with the insertion space 122, the depth adjustment hole 124 of the long hole shape in the horizontal direction may be formed.

The depth adjusting bar 125 is inserted into the depth adjusting hole 124 and is located inside the insertion space 122. The depth adjusting bar 125 is disposed to be inserted into the depth adjusting hole 124 on one side and inserted into the depth adjusting hole 124 on the other side through the insertion space 122. The depth adjustment bar 125 is disposed to be moved inside the depth adjustment hole 124 in the form of a long hole.

The control assembly 126 is located in the outward direction of the depth adjustment hole 124, is coupled to both ends of the depth adjustment bar (125). The adjusting assembly 126 is coupled to both ends of the depth adjusting bar 125 so that the depth adjusting bar 125 can be moved along the depth adjusting hole 124 according to the manipulation, and is formed to be fixed at the moving position. have.

The fixing bracket 127 is disposed above the cutting bracket 121 and has a fixing hole 128 in the center direction. An insertion unit 140 is installed on an upper portion of the fixing bracket 127 disposed at the upper portion of the cutting bracket 121. Accordingly, the fixing bracket 127 is installed between the cutting bracket 121 and the inserting part 140 to maintain the gap between the cutting bracket 121 and the inserting part 140.

The cutting body 130 is installed inside the cutting bracket 121 and protrudes in the center direction in which the open cut stem of the insertion space 122 is inserted. The cutting blade 131 is formed on the upper portion of the cutting body 130 to cut the cut stem. The cutting body 130 having the cutting blade portion 131 on the top may protrude in the direction of the center where the cut stem is inserted and may be cut when the cut stem is inserted.

In addition, the cutting fixing hole 133 is formed through the outer side of the cutting body 130. The cutting fixing hole 133 is positioned such that the depth adjusting hole 124 communicates with the cutting body 130 positioned in the insertion space 122. The depth adjusting bar 125 is inserted into the cutting fixing hole 133, and the adjusting coupling body 126 is disposed at both ends of the depth adjusting bar 125. When the cutting body 130 is moved to adjust the cutting depth of the cut flower stem, the depth adjusting bar 125 inserted in the cutting fixing hole 133 moves together. When the cutting body 130 reaches the determined cutting depth by moving, the cutting body 130 is fixed by the adjusting assembly 126.

In addition, a cutting inclined portion 135 inclined outward from the upper end to the lower end is formed at the side protruding toward the center direction in which the cut stem 130 is inserted. The cutting inclination part 135 is formed in the cutting body 130 which protrudes so that the cut flower stem is cut, so that the cut body 130 and the cut flower stem may be reduced in contact with each other when the cut flower is divided. Therefore, when the cut stem is inserted, the cutting blade 131 positioned at the upper portion of the cutting body 130 may be cut and cut without contact by the cutting inclined portion 135, thereby improving cutting efficiency.

In addition, the surface of the cutting body 130 may be spaced apart at a predetermined interval in the horizontal direction, the groove-shaped cutting groove 134 is reduced in thickness can be formed. The cutting groove 134 cuts in the vicinity of the thin cutting groove 134 so that the cutting blade 131 that is blunted during use can be installed so that the new cutting blade 131 is positioned in the cutting direction, thereby improving cutting efficiency. Can be improved. This may be omitted as those skilled in the art can optionally use.

The insert 140 may include an insertion bracket 141, an insertion protrusion 142, a support protrusion 143, an insertion fixture 146, and an insertion bracket disposed on an upper portion of two or more radially disposed cutting bodies 130. Adjustment body 147. The insertion bracket 141 is disposed at the upper center of the fixing bracket 127, and is located at the center separated from each other radially by two or more. The insertion bracket 141 is positioned above the cutting body 130 protruding in the center direction in which the cut stem is split. In the center of the insertion bracket 141 is formed an insertion hole 144 through which the cut stem is inserted. The cut stem inserted through the insertion hole 144 is cut into the cutting body 130 located below, and is discharged to the outside through the insertion hole 144 after the cutting.

In addition, the insertion bracket 141 is formed with an insertion fixing hole 145 penetrating the position of the fixing hole 128. The insertion fixing hole 145 is formed at a position in communication with the fixing hole 128 when the insertion bracket 141 is installed on the fixing bracket 127.

The insertion protrusion 142 protrudes from the center of the insertion bracket 141 and is formed to penetrate the insertion hole 144 at the center thereof. The insertion protrusion 142 penetrates through the insertion hole 144 and protrudes upward, and may support the cut flower insertion portion when the cut flower is inserted. When the cut stem is inserted into the insertion hole, the cut stem is inserted into the correct position while being guided to the insertion protrusion 142 protruding upward.

The support protrusion 143 protrudes from the center lower portion of the insertion bracket 141 and is formed to penetrate the insertion hole 144 at the center thereof. The support protrusion 143 penetrates through the insertion hole 144 to protrude downward, and guides the cut stem inserted into the insertion hole 144 toward the cutting body 130. The guided cut stem is cut at the cutting blade 131.

The insertion fixture 146 is inserted into and installed in the communicating fixing hole 128 and the insertion fixing hole 145, and fixes the insertion bracket 141 to the fixing bracket 127. The insertion fixture 146 is inserted into the insertion fixing hole 145 and the fixing hole 128 with the insertion bracket 141 positioned on the fixing bracket 127 to fix the insertion bracket 141 to the fixing bracket 127. Fix it to Here, the insertion fixture 146 may include all the usual fixture that can fix the insertion bracket 141 and the fixing bracket 127. The insert fixture 146 may be a bolt / nut fixture, a rivet fixture, or the like.

Insertion adjustment body 147 may be installed in the insertion hole 144, the adjustment hole 148 penetrated inward may be formed. Insertion adjustment body 147 may be located inside the insertion hole 144, the cut stem may be inserted into the adjustment hole 148. Cut flower stems vary in size depending on size and variety. If the insertion hole 144 is smaller than the cross-sectional area of the cut stem, the cut stem cannot be inserted to be cut. If the insertion hole 144 is larger than the cut-out area of the cut stem, the cut stem cannot be guided into the correct position after insertion. It is not possible to make an incision to split in position Accordingly, the insertion hole 144 is formed larger than the cross-sectional area of the cut flower stem, and according to the size of the cut flower stem, the insertion adjusting body 147 having the adjusting hole 148 is inserted into the insertion hole 144 to cut the stem. The cut stem 130 is guided to the adjusting hole 148 to be cut into the cutting body 130.

As described above, a state of cutting the cut stem by using the cut stem splitting apparatus will be described with reference to FIG. 5.

FIG. 5 is a state diagram showing use of the cut flower stem cutting state of the cut flower stem split device of FIG. 1. FIG.

Referring to FIG. 5, the amount of the dye solution to be cut in the cut flowers is determined, and the support body is formed so that the cutting body 130 protrudes in the center direction at a position radially equally divided about the center where the cut stems are cut according to the determined quantity. 110, the cutting fixing part 120, the cutting body 130, and the insertion part 140 are respectively installed. After installation, the insertion adjustment body 147 having the adjustment hole 148 formed in the cut flower stem is installed. When the cut stem is inserted into the adjusting hole 148, the cutting stem is cut into the cutting body 130 positioned at the bottom, and after the cutting, the cutting stem is discharged to the outside through the adjusting hole 148 to finish the cutting.

In addition, referring to Figure 6 looks at the replacement state of the cutting body as follows.

The depth adjustment hole 124 formed in the cutting body 130 is provided with a length adjustment bar 125 to which the control assembly 126 is coupled. The control assembly 126 coupled with the length adjustment bar 125 may adjust the coupling force to be fixed while adjusting the depth of the cutting body 130. Cutting body 130 is adjusted in length is cut so that the cut stem is inserted into the insertion hole 144 is contacted. Continuously cutting the cut stem with the cutting body 130, the cutting blade 131 is blunt, so that the cutting surface is not smooth and the cutting is not good, the cutting body 130 should be replaced periodically.

Accordingly, the insertion bracket 141 is removed from the upper portion, and the cutting bracket 121 hinged to the support bracket 112 by the hinge body 116 is rotated upward. The cutting bracket 121 rotated in rotation may replace the cutting body 130 in a state where the insertion space 122 in which the cutting body 130 is installed is positioned upward. Therefore, the cutting body 130 can be easily replaced while rotating the hinged cutting bracket 121.

In addition, the cut flower stem dividing apparatus according to another embodiment of the present invention will be described with reference to FIGS. 7 and 8.

7 is a perspective view illustrating a cut flower stem dividing apparatus according to another exemplary embodiment of the present invention, and FIG. 8 is a state diagram illustrating a state in which the cut flower stem splitting apparatus of FIG. 6 is arranged.

7 and 8, the cut flower stem dividing apparatus 100 according to another embodiment of the present invention includes a support 110, a cutting fixing part 120, a cutting body 130, an insertion part 140, and Alignment height adjustment unit 150 is included. Here, the configuration of the support 110, the cutting fixing part 120, the cutting body 130, and the insertion portion 140 is substantially the same as the cut flower stem dividing apparatus 100 shown in Figs. The detailed description will be omitted.

The alignment height adjustment unit 150 may include an alignment body 151 having a conical alignment inclined portion 152 having a diameter reduced in the upward direction. Alignment inclination portion 152 is formed with a slope that can be aligned in accordance with the inclination of the cutting inclined portion 135 inclined in the protruding center direction of the cutting body 130. The alignment body 151 having the alignment inclination portion 152 according to the cutting inclination portion 135 is positioned at the center where the cut stem is inserted, and may be installed at the lower portion of the insertion bracket 141.

In order to align the cutting body 130, the alignment body 151 is installed to be positioned at the center of the insertion bracket 141. When the alignment body 151 is installed, the cutting inclined portion 135 of the two or more cutting bodies 130 which are radially equally divided toward the center where the cut stems are inserted is brought into contact with the alignment inclined portion 152. ) To adjust the depth. After the cutting body 130 is aligned, the alignment body 151 is removed, and a cut stem is inserted into the insertion hole 144 to perform an incision. As such, when the cut stem is cut into the cutting bodies 130 in which the cutting bodies 130 are aligned by the contact, the cut bodies 130 may be cut to the same cutting depth while having the same area. Therefore, the dividing efficiency is increased by allowing each dye liquid to be uniformly colored in cutout during coloring by water rise after cutting.

In addition, the cut flower stem dividing apparatus according to another embodiment of the present invention will be described with reference to FIGS. 9 and 10.

9 is a perspective view illustrating a cut flower stem dividing apparatus according to still another embodiment of the present invention, and FIG. 10 is a state diagram illustrating a state in which the cut height of the cut flower stem of the cut flower stem split device of FIG. 8 is adjusted.

9 and 10, the cut flower stem dividing apparatus 100 according to another embodiment of the present invention includes a support 110, a cutting fixing part 120, a cutting body 130, an insertion part 140, and Alignment height adjustment unit 150 is included. Here, the configuration of the support 110, the cutting fixing part 120, the cutting body 130, and the insertion portion 140 is substantially the same as the cut flower stem dividing apparatus 100 shown in Figs. The detailed description will be omitted.

The alignment height adjustment unit 150 may be positioned below the insertion hole 144, and may include a height adjustment body 153 having a contact surface 154 contacting the cut flower stem thereon. The height adjustment body 153 may be formed in a predetermined size to a height that adjusts the height of cutting the cut flower is inserted into the lower portion of the insertion hole (144).

In order to adjust the height of the split incision, the height of the cut stem desired by the user is determined, and the height of the cut stem is compared by comparing the height of the height between the insertion bracket 141 and the base plate 111. The adjusting body 153 is installed below the insertion hole 144. When the cut stem is inserted through the insertion hole 144 after installation, the cutting stem 130 is cut to the cutting surface 130 while being in contact with the contact surface 154 while cutting into the cutting body 130. Therefore, when the height adjusting body 153 is installed, the cutting height of the cut stem cut into the cutting body 130 may be adjusted.

According to an embodiment of the present invention, in order to color two or more dye solutions, the cut stems, which are divided by the amount of dye solution, are divided while being supported in the center at a divided position to fit a circular cross section, whereby the areas to be divided are equal. It can be provided so that there is an advantage to improve the coloring efficiency.

In addition, according to an embodiment of the present invention, in order to color the dyeing solution of two or more colors to cut flowers, the blade is installed at the correct position to be cut according to the amount of each dyeing solution for the cut stem, and inserted in the direction of the installed blade While supporting the splitting, the dividing into the correct position by one descent provides the effect of improving the efficiency of the division.

And, according to an embodiment of the present invention, the cutting blade to be cut so that the cut stem is divided in depth to be cut according to the thickness of the cut stem, two or more mutually at a predetermined position on the blade disposed radially equally divided position As the incision is arranged in such a manner that the same spacing is maintained, the depth of each cut portion is kept constant after division, thereby increasing the cutting efficiency.

In addition, according to an embodiment of the present invention, by adjusting the size of the hole to be inserted in accordance with the size of the cut flower, the size of the inserted hole is adjusted according to the size of the cut flower stem to improve the bearing capacity of the cut stem to provide.

In addition, according to an embodiment of the present invention, the cut height of the cut flower stem is adjusted as the blade passes, thereby providing an effect of improving the ease of use according to the user can adjust the height of the cut flower according to the purpose.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

The cut performance of cut stems is improved as the cut stems divided for coloring two or more dyes in cut flowers are divided with the depth controlled to the same area by one insertion. It provides a cut flower stem dividing device that improves the productivity.

Claims

Base plate,

Support brackets disposed on top of the base plate, which are installed apart from each other at radially equal positions two or more,

Is installed on top of the support bracket, the cutting bracket having an insertion space open in the center direction,

A cutting body which is disposed inside the cutting bracket, protrudes in the center direction inserted into the insertion space, and has a cutting blade portion on which a cut flower stem is cut;

An insertion bracket disposed on an upper portion of the cutting body and positioned at the center of the cutting body separated from each other by two or more, and having an insertion hole penetrated at the center;

Including;

The cutting body is protruded in the center direction is divided into two or more lower portion of the insertion hole radially cutting blade portion is located can be cut so that the cutting stem is divided by the quantity of the cutting body when inserted through the insertion hole. There is,

The support bracket may be determined in a radially divided quantity according to the amount of the dye solution to be colored

Cut flower stem splitting device.
The method of claim 1,

At least one support groove is formed at the bottom of the support bracket,

A support assembly coupled to a lower portion of the base plate and inserted into the support groove to fix the support bracket to the support plate

Cut flower stem splitter further comprising.
The method of claim 1,

The outer side of the cutting bracket has a penetrating hinge hole is formed,

A hinge bracket protruding upward from each other in an outer circumferential direction of the support bracket, the hinge bracket being able to contact both sides of the outer circumferential direction of the cutting bracket;

A hinge body disposed between the hinge brackets and inserted into the hinge hole;

Including;

The cutting bracket and the support bracket are hinged to the hinge body so that the cutting bracket can be moved upward by rotation.

Cut flower stem splitting device.
The method of claim 1,

Both sides of the cutting bracket are penetrated through the insertion space, the depth adjustment hole of the long hole shape in the longitudinal direction is formed,

In the outward direction of the cutting body is formed a cutting fixing hole communicating with the depth adjustment hole,

Located in the insertion space, the depth adjustment bar is inserted into the depth adjustment hole and the cutting fixing hole is the depth of the cutting body is adjusted in the depth of the depth adjustment hole, and

It is coupled to both ends of the depth adjustment bar, in contact with the outer surface of the cutting body, the control assembly larger than the depth adjustment hole

Further provided,

The cutting body may be adjusted in the cutting depth while moving together in the depth adjustment bar and the depth adjustment hole inserted into the cutting fixing hole, the adjustment body and the depth control the cutting body in the adjusted position after the adjustment Can be fixed by the binding force of the bar

Cut flower stem splitting device.
The method of claim 4, wherein

A cut inclined portion that is inclined from the upper end to the lower end in the outward direction is formed on a surface protruding toward the center where the cut stem of the cutting body is inserted,

It is disposed in the lower center of the base plate, and further provided with an alignment body having an alignment inclined portion is enlarged in diameter in the upper portion according to the cutting inclined portion,

The alignment body has a length adjusted so that the cutting inclined portion of the cutting body equally divided in two or more radially toward the center direction is aligned in contact with the alignment inclination portion, and after adjustment, the depth of cut is aligned by operating the depth adjuster. Can be locked

Cut flower stem splitting device.
The method of claim 1,

A fixing bracket disposed on an upper portion of the cutting bracket and fixed to a lower portion of the insertion bracket;

An insertion protrusion protruding upward in the center of the insertion bracket and through which the insertion hole penetrates in the center;

A support protrusion protruding downward in the center of the insertion bracket and through which the insertion hole penetrates in the center;

Further provided,

The fixing bracket is located between the cutting bracket and the insertion bracket can be maintained a gap between the cutting body and the insertion bracket,

The cut flower stem may be inserted into the insertion hole while being supported by the insertion protrusion protruding from the top and the support protrusion protruding from the bottom.

Cut flower stem splitting device.
The method of claim 1,

It is disposed in the upper center of the base plate, and is provided at a position corresponding to the insertion hole further includes a height adjusting body having a contact surface on the upper portion where the cut stem is in contact,

The height adjustment body is located in the lower portion of the insertion hole can be adjusted the divided depth of the cut flower stem is inserted according to the height

Cut flower stem splitting device.
The method of claim 1,

Located in the center of the insertion bracket, the outer periphery can be inserted into the insertion hole, further provided with an insertion adjustment body having an adjustment hole in the inside,

The insertion adjustment body may be formed with the adjustment hole according to the size of the cut flower stem, inserted into the insertion body can be divided into the cut flower is inserted into the adjustment hole

Cut flower stem splitting device.