KR101306319B1 - Machine that automatically remove the beeswax from the honeycomb - Google Patents

Abstract

The present invention provides an automatic density device (1) capable of automatically removing the manually removed beeswax (14) made of beeswax covering the bees (13) built on the grass (11) of the beekeeping consumption (10). For example, the automatic density device 1 of the present invention is a lift (3) configured to be raised and lowered by a forward and backward drive motor (37) fixedly installed inside the main body (2) by mounting the consumption (10) on the upper part of the main body (2) And, when the consumption 10 is introduced by the lift 3 into the upper part of the main body 2, the seal 14 covering the beehive 13 built on both sides of the socho 11 of the consumption 10 is rotated to be removed. A pair of rotary cutters 4 are rotated to face each other by the driving motor 45 and radially provided with a plurality of unit cutters 43, and the rotary cutters 4 are lowered inside the main body 2. ) Beeswax or honey detached from the lower part in the slide) and slides in the main body 2 so that it can be pulled out of the main body 2. Characterized by consisting of the receiving stand (5) is installed to be separated and separated, according to the present invention to improve the workability by improving the work speed is made smoothly the honey is made smoothly, the honeycomb at the time of removal of the wheat flour 14 (13) is not crushed, and therefore, honey of good quality can be obtained quickly and easily.

Description

Machine Density {Machine that automatically remove the beeswax from the honeycomb}

The present invention is an automatic density device, which will be described in more detail so that honey is stored on both sides of the beekeeping consumption and then sealed with beeswax so that beeswax can be automatically removed from both sides of the consumption in order to extract honey from the consumption. It is about an automatic density machine.

In general, in a bee comb in which bees are stored together with a screening plate in a beekeeper to store honey, the consumption is made of a wooden frame. An artificial comb foundation is installed inside the frame, and when this consumption is placed in the hive, the bees store the honey by building a beehive called beeswax on the surface of the cattle, and the honey is stored in the bee. When the honeybee is full, the bees become excellent honey that is matured by increasing the concentration of honey by the sealed wax covered with beeswax. , The thickness of the consumption is thicker than the width of the quenching by the honeycomb and the buckwheat, so it is difficult to feed into the wheat harvester, the honey is stored by the wheat buckwheat covered with the honeycomb W even when rotation can not be smoothly chaemil the honey is a situation that the operator having to use a tool of the density milgae honey is that covered the stored number in the prior beolgae (手) (蜜 刀) were manually removed.

In order to extract the honey from the conventional consumption, the worker has to cut and remove the cover of the beehive several times using the density as shown in FIG. The working time to remove the buckwheat is not constant, and in the case of unskilled people, when the buckwheat is removed by crushing the buckwheat when the buckwheat is removed, it often occurs that the honey is not properly gathered. The working time is longer, and the use of the density has been cumbersome, such as having to keep the hot water constantly by soaking the density in hot water so that the sealer can be removed more smoothly.

In order to solve the trouble of having hot water when using the density, as described in Korean Utility Model Model No. 5202, published on May 20, 2010, a heating device having a heating coil installed therein was developed. However, when the density of the receiving part into which the density is inserted is narrow, the beeswax or honey stuck to the density when the seal is removed is buried around the receiving part of the heating device, and the heating device is easily contaminated. As a result of the increase in workability has had a number of problems.

KR 20-2010-0005202 U 2010. 5. 20.

In the present invention, to solve the above problems of the prior art was to create a new technology, the present invention is built on the ground of consumption so that the honey that was covering the honey bee is stored inside the mechanical automatic removal of hot water or It eliminates clumps without a heating device to prevent honeycomb from clumping and improves work speed to improve workability and makes honey harvesting more smoothly. This makes it possible to obtain high quality honey quickly and easily. The present invention has been completed with the problem to be solved by the invention in providing a density group.

As a specific means for solving the above problems of the present invention, in the present invention, the automatic density device is configured, but the automatic density device of the present invention includes a lift configured to move up and down by a forward and backward drive motor fixedly installed in the main body by mounting a consumption on the upper part of the main body. When the consumption is introduced into the upper part of the main body, it is configured to be rotated to face each other by the rotary drive motor so that the cover covering the beehives built on both sides of the consumption is removed and several unit cutters are radially installed. It is made of a cutter and a storage box installed so that the beeswax or honey detached from the consumption by the rotary cutter to the lower portion inside the main body is slide-bonded and separated from the main body to be withdrawn to the outside of the main body.

In addition, the pair of lower rotating cutters are fixed to the inside of the main body in parallel with the rotary cutter, a pair of guide plates facing each other to be inclined downward to the outside may be further provided, mutually between the pair of rotary cutters Spacer adjusting means may be further provided to adjust the gap.

According to the specific means for solving the above problems, the automatic density device of the present invention by placing the honeycomb on both sides of the lift on the main body to cover the consumption of the honeycomb in the state of eliminating the seal by a pair of rotary cutters when lifting the lift. The beeswax separated from the lower storage compartment and some honey flowed down are divided and stored so that the operation of removing the seal is performed in a short time, so that the mill is densely processed by hot water or used in a heating device. Compared to the removal work of the dog, the working time can be significantly reduced.

In addition, the unit cutter's end shape of the rotary cutter has a "V" shape to prevent clumps of honeycomb from being honeycomb when removing the clump, and workability is performed at a constant speed regardless of the skill of the operator. Since it is possible to improve significantly, it is possible to obtain high quality honey in a large quantity by making the milling more quickly, easily and smoothly when smelting from the consumption with the next mill, and at the same time, it improves the response and reliability to the consumers of honey by improving the quality of honey. Providing and reducing the production cost, such as labor costs to the producer to promote the development of the beekeeping industry, the expected effect is a great invention.

1 is a sectional front view showing a detailed configuration of the present invention an automatic density denser
Figure 2 is a side cross-sectional view showing a lift drive portion of the automatic denser of the present invention
Figure 3 is a side cross-sectional view showing a rotating cutter drive portion of the present invention automatic density denser
Figure 4 is a partially enlarged perspective view showing an example of a rotary cutter in the present invention
5 is an exemplary view showing a detailed configuration of a unit cutter forming the rotary cutter of FIG.
Figure 6 is a partially separated perspective view showing another example of the rotary cutter of the present invention
7 is an exemplary view showing a detailed configuration of a unit cutter forming the rotary cutter of FIG.
Figure 8 is a partially separated perspective view showing another example of the rotary cutter of the present invention
9 is an exemplary view showing a detailed configuration of a unit cutter forming the rotary cutter of FIG.
10 is an exemplary view showing a gap adjusting means between a pair of rotary cutter of the present invention.
Figure 11 is a cross-sectional view showing the lifting action of the lift in the present invention
12 is an exemplary view showing a density which is a conventional hand tool

Hereinafter, the present invention will be described in detail with reference to the drawings.

According to the present invention, after the bees are made of bees 13 made of beeswax in the form of beeswax in the socho 11 of the consumption 10 in the beehives, the honey is stored therein and then covered with the bees 14 made of beeswax. Since the small grass 11 part of the consumption 10 becomes thicker than the wood-based quenching 12, it is difficult to put into a conventional wheat harvester, and the honey bee is impossible to be gathered by the wheat bran 14 covering the bee 13. Therefore, the present invention relates to an automatic densitizer (1) in which both sides of the consumption (10) are cut to a certain thickness so that honey is exposed from the honeycomb (13) while removing the seal (14).

The automatic density device 1 of the present invention has a lift 3 mounted on the upper part of the main body 2 based on the main body 2 placed on the ground as shown in FIG. In the upper portion of the main body 2, a pair of pairs for removing the seal 14, which was covering the opening 13, by cutting both sides of the consumption 10 when the consumption 10 is introduced by the lift (3). The rotary cutter 4 is provided, and the inner bottom of the main body 2 can be pulled out to the outside of the main body 2 while partitioning the beeswax and honey generated when the sealer 14 is removed by the rotary cutter 4. It is configured to be provided with a storage table 5 is slide coupled and separated on the main body (2).

As shown in FIGS. 1 and 2, the lift 3 includes an upper outer side of the main body 2 along a pair of sliding guides 21 facing each other inside the main body 2. A pair of vertical support 31 installed to slide up and down inward, a horizontal support 32 is fixed to protrude both ends out of the vertical support 31 on the top of the pair of vertical support 31, and a horizontal support (32) A pair of vertical supports 31 and an upper portion of the upper portion of the two ends of the main body 2 are fixed by sliding through the sliding support 22 fixedly installed on both sides of the main body 2. Pedestal configured so that both ends are fixedly installed between the pair of support supporters 33 and the pair of vertical supports 31 which are not shaken when the support 32 is raised and lowered so that the lower end of the consumption 10 is settled ( 34) and the upper portion of the pair of vertical support (31) The facing see consumption mounting portion 30 consisting of a locking opening (35) is configured to be the top two sides are individually placed in a fixed installed consume 10 is provided.

At this time, the upper portion of both sides of the pedestal 34 of the consumption mounting portion 30 is formed so that the pair of support fixtures 36 spaced forward and rearward, respectively, so that the consumption 10 does not shake back and forth when the consumption 10 is mounted.

The lift (3) having the consumer mounting portion (30) is a forward and backward drive motor (37) fixedly fixed to one side blocked by the diaphragm (23) to be isolated from the rotary cutter (4) inside the main body (2), One end is fixedly installed on both sides of the reduction gear 38 and the reverse rotation shaft 38a fixed to the reduction gear 38, which are connected to the driving motor 37 by a chain or a belt 37a, and the support supporter 33 A pair of lifting arms 39, the other end of which is fixed to the connecting pin 33a fixedly installed on the lower side thereof, is rotatably provided, and the forward and reverse rotation shaft fixedly installed on the reducer 38 when the forward and reverse drive motor 37 is driven. Since the 38a rotates in the forward or reverse direction, the other end of the lifting arm 39 is rotated up and down, thereby elevating the support pin 33 by elevating the connecting pin 33a rotatably installed at the other end of the lifting arm 39. The vertical support 31 connected to the support supporter 33 and the horizontal support 32 is the Sliding by sliding the guide 21 is to be mounted to the consumer mounting portion 30.

As shown in FIGS. 1 and 3, the rotary cutter 4 includes a main shaft 41 and a main shaft 41 which are freely rotated by a bearing 24 fixed to an inner upper portion of the main body 2. Four subshafts 42 having radially opposite ends fixedly installed around the main shaft 41 are provided on fixing plates 41a fixed to both sides, respectively, between the fixing plates 41a on both sides of FIGS. 4 and 5. As shown in the main shaft 41 and the sub-shaft 42, several unit cutters 43 are installed so as to face up and down and front and rear, respectively, and one main shaft (between the several unit cutters 43). A cross-shaped gap retaining piece 44 in which four subshafts 42 penetrate at the same time while 41 passes through the center is installed, and one main shaft 41 has a diaphragm 23 inside the main body 2. Rotating driving head formed through and fixed to one side of the main body (2) It is installed to interlock with the rotation drive motor 45 by the rotation interlocking means 46 so that the rotational force of the rotor 45 is transmitted.

The rotation interlocking means 46 is a drive pulley 46a fixed to the drive shaft 45a of the rotation drive motor 45 as shown in FIG. 3, and a plate of the main body 2 in the pair of rotation cutters 4. 23, the rotational force of the rotary drive motor 45 is applied to the driven pulley 46b fixed to one side of the main shaft 41 penetrating through the main shaft 41, and the drive pulley 46a and the pair of driven pulleys 46b. It consists of an interlocking belt (46c) installed to be delivered to (41).

The interlocking belt 46c hangs on a pair of driven pulleys 46b in the shape of an arm, and is driven to rotate in a forward direction with the driven pulley 46b at the rear of the drive pulley 46a. The drive shaft 45a of the rotary drive motor 45 When the driving pulley 46a is rotated counterclockwise, the rear rotary cutter 4 rotates counterclockwise, and the front rotary cutter 4 rotates clockwise, so that the pair of rotary cutters 4 ) Is rotated downward facing each other is configured to shave down both sides of the consumption (10), between the driven pulley (46a) and the driven pulley (46b) of the front driven pulley (46b) and the reverse rotation of the children ( idle) pulley 46d may be installed, and a tension spring having one end fixed to the main body 2 to adjust the tension of the interlocking belt 46c between the driving pulley 46a and the driven pulley 46b at the rear. Driven pulley 46a and rear driven to rotate by 46f and pressurize interlocking belt 46c Li is to be installed a tension pulley (46e) is rotated with the other hand (46b).

At this time, the unit cutter 43 installed at regular intervals by the gap retaining piece 44 on the main shaft 41 and the sub shaft 42 of the rotary cutter 4 has an end portion “V” as shown in FIG. 4. When the rotary cutter 4 rotates, the lower tip portion 43a in the "V" shape contacts the sealer 14 and the beehive 13 of the consumption 10, and then cuts from the upper portion to the lower portion. (Iii) so that the beeper 13 is not crushed when the sealer 14 is removed, and the unit cutter 43 is vertically and vertically as shown in FIGS. Each unit cutter 43 before and after may be integrally formed, or as shown in FIGS. 6 and 7, a pair of upper and lower unit cutters 43 and a pair of unit cutters 43 may be separately formed. As shown in FIG. 6, when the unit cutters 43 of the upper, lower and front sides are separately formed, the mold is divided around the main shaft 41. However, each unit cutter 43 facing each other from the upper and lower portions and the front and rear of the main shaft 41 at the time of rotation around the subshaft 42 is configured as shown in FIG. When the 43 is in contact with the opening 13 and the rear opening 14 of the consumption 10 so that the pair of unit cutters 43 facing up slightly slightly upwards, as shown in Figures 8 and 9, Each unit cutter 43 before and after is configured to be individually rotatable around the subshaft 42, but the pair of unit cutters 43 facing up and down with the pair of unit cutters 43 facing up and down The main shaft 41 penetrates to the center between them and the unit cutter 43 is not in contact with each other, and the support pieces 43-1 through which the two sub shafts 42 penetrate may be in contact with each other. A pair of unit cutters 43 facing the rotary cutter 4 serve as shown in FIGS. 6 to 9. When the unit cutter 43 is in contact with the beehive 13 or the bead 14 at the time of being configured to be rotated individually in the shaft 42, a buffer action occurs and the pulverization of the beehive 13 by the unit cutter 43 is caused. It can be more reliably prevented.

As shown in FIGS. 1 to 3, the holder 5 has an open top to receive beeswax or honey desorbed from the consumption 10 downward by the rotary cutter 4 inside the main body 2. The honey support container 51 in which the support plate 51b is integrally formed in the lower part while the vertical support plate 51a is enclosed, and the support piece 53 which protrudes inward at the upper end of the four-way vertical support plate 51a of the honey container 51. ) Is placed in the beeswax manure 52 is installed in the sieve (52b) is fixed to be stored in the lower honey storage container 51 by blocking the beeswax in the lower portion of the vertical bulkhead (52a) of the open top.

The honey container 51 in which the beeswax manure 52 is fixed to the inner upper part is mounted on a pair of guide rails 25 which are fixed to face the lower left and right sides of the lower part of the inner body 2 of the main body 2. Slide out or slide out to the inside of the main body 2, the rear of the pair of guide rails 25, the honey container 51 is fixed to stop without entering any more when entering the main body (2) A piece 26 is installed.

The present invention is a pair of guide plate 6 which is fixed to the main body 2 in parallel with the main shaft 41 or the sub shaft 42 of the rotary cutter 4 to the left and right under the pair of rotary cutter (4) ) May be further provided, the pair of guide plates 6 are installed spaced apart back and forth to penetrate the consumption 10 descending into the main body 2 by the lift 3 therebetween, Figure 2 to It is made to face to be inclined downward downward when viewed from the side as shown in 3, beeswax and honey to the lower holder 5 when cutting both sides of the consumption (10) by the rotation of the rotary cutter (4) In addition to the function of guiding to fall to the end of the unit cutter 43 constituting a pair of rotary cutter (4) is installed at a slight interval apart from the unit cutter when cutting the consumption (10) by the rotation of the rotary cutter (4) 43) it also has the function to shake off the beeswax and honey attached to it.

In addition, the pair of rotary cutters 4 may be configured to adjust the distance between the pair of rotary cutters 4 by the interval adjusting means 7 installed in the main body 2 as shown in FIG. The gap adjusting means 7 has a bearing 24 when the bearing 24 is installed so that both ends of the main shaft 41 provided in the pair of rotary cutters 4 are free to rotate in the main body 2. A pair of fixed ends of the bearing housing 71 and a pair of rotary cutters 4 are fixed to the inner side of each bearing housing 71, and the other end of which is fixed to the main body 2. It consists of an adjustment bolt 73 installed to penetrate the support ring 72 and an adjustment nut 74 screwed to the adjustment bolt 73 between the pair of support rings 72, wherein the adjustment nut ( 74, the adjustment nut 74 is supported by a pair of support rings 72 so that the adjustment bolt 73 is adjusted nut 74 The bearing housing 71 in which one end of the adjustment bolt 73 is fixed while the ride is variable is variable so that the gap between the pair of rotary cutters 4 is narrowed or widened so that the gap can be adjusted. In order to adjust the interval of the pair of rotary cutter (4) according to the thickness and type of).

The gap adjusting means 7 is formed with a scale 75 for checking the distance of the gap to be adjusted on the main body 2 when the bearing housing 71 is changed by the rotation of the adjustment nut 74, the scale ( Instructions (76) pointing to 75 may be formed to protrude on one side of each bearing housing (71).

The automatic densitizer 1 of the present invention configured as described above is consumed when the honey is trapped because the honey is stored in the honeycomb 13 built in the socho 11 of the consumption 10 and the honeycomb 14 made of beeswax is covered. An apparatus for automatically removing the cover 14 covering the bee 13 thicker than the quenching 12 from the litho 11 in (10), the function of which will be described in more detail below.

First, the consumer 10 is equipped with a consumption opening 30 covered with a sealer 14 on the consumption mounting portion 30 of the lift 3, but a pair of interval adjusting means 7 according to the thickness or type of the consumption 10. After adjusting the interval between the rotary cutter 4 of the forward and reverse drive motor 37 is operated by applying the electricity, the forward and backward rotation shaft 38a decelerated by the reducer 38 is rotated as shown in FIG. As the lifting arm 39 pivots downwardly about the forward rotation shaft 38a as described above, the support pin 33 having the connecting pin 33a is lowered by lowering the connecting pin 33a connected to the end of the lifting arm 39. The sliding support 22 is lowered without shaking, and at this time, the vertical support 31 connected to the upper horizontal support 32 of the support supporter 33 descends by riding the sliding guide 21 installed in the main body 2. Consumption 10 settled in the lower pedestal 34 and the upper latch 35 between the vertical support 31 into the body 2. Will be input, it is the normal and reverse driving motor 37 is rotating when raised to an outer upper portion of the operation, as opposed to spending mounting 30, the main body (2).

As described above, when the consumption mounting portion 30 descends and the consumption 10 flows into the main body 2, the rotary cutter 4 of the upper part of the main body 2 is driven by the rotational drive of the rotary drive motor 45. It is interlocked with the rotation interlocking means 46 and is rotated downward to face downward by the "V" shaped end of the unit cutter 43 installed in the main shaft 41 and the sub shaft 42 of the rotary cutter 4. The honey stored in the honeycomb 13 is exposed to the outside while the incision is removed and the sealer 14 is removed.

At this time, some of the beeswax and honey remaining cut in the consumption 10 is caught by the guide plate 6 when the consumption 10 rises by the lift 3, and falls to the lower storage table 5, the unit cutter ( 43 is installed at regular intervals so that it is first cut by the unit cutter 43 and when the sealer 14 is opened, the neighboring unit cutter 43 immediately cuts or sweeps away the protruding beeswax or honey. Falling to the lower holder 5, beeswax and honey attached to the unit cutter 43 is also shaken off by the guide plate 6 while the rotary cutter 4 is rotated to fall into the lower holder 5 The storage is to be made.

Beeswax and honey that fall off from the consumption (10) as described above is mixed and dropped into the storage rack (5), the storage rack (5) has a sieve (52b) in the lower portion of the honey container 51 in the lower portion The beeswax mantle 52 is installed and fixed beeswax beeswax is stored in the beeswax manure 52 of the upper and honey is housed in the honey store 51 of the lower can be separated and stored, the honeycomb 13 of the consumption (10) ), The beeswax and honey fill up the storage rack 5 to some extent, the consumption of the consumption (10) by the lift (3) and the seal by the rotary cutter (4) 14) stop the removal operation, pull the honey container 51 in the main body (2), it is possible to slide out to the outside of the main body (2) by riding the guide rails (25) on both sides, so the wax of the wax manure (52) Separately process and collect the honey in the honey container (51) and use it as a commodity or consumption of honey (10) It is possible to squeeze the honey of excellent quality matured by removing various foreign substances by putting it in the mill.

Although the present invention has been described in detail with reference to specific embodiments thereof, it should be understood that various changes and modifications may be made without departing from the scope of the present invention. Therefore, the scope of protection of the present invention should not be limited to the described embodiments but should be determined by the equivalents as well as the appended claims.

1: (automatic) density 10: consumption 11: second
12: Extinction 13: Bee dog 14: Smear
2: main body 21: sliding guide 22: sliding support
23: plate 24: bearing 25: guide rail
26: Fastening 3: Lift 30: Consumer
31: vertical support 32: horizontal support 33: support supporter
33a: Connecting pin 34: Base 35: Hook
36: support fixture 37: forward and backward drive motor 37a: chain or belt
38: Reducer 38a: Reverse pivot 39: Lifting arm
4: rotary cutter 41: main shaft 41a: fixed plate
42: sub shaft 43: unit cutter 43a: high end
43-1: Support piece 44: Spacing maintenance part 45: Rotation drive motor
45a: drive shaft 46: rotation interlocking means 46a: drive pulley
46b: driven pulley 46c: interlocking belt 46d: children pulley
46e: tension pulley 46f: tension spring 5: storage
51: honey container 51a: vertical support plate 51b: support plate
52: wax filter 52a: vertical bulkhead 52b: strainer
53: support 6: information board 7: interval adjusting means
71: bearing housing 72: support ring 73: adjustment bolt
74: Adjustment nut 75: Scale 76: Guidelines

Claims (12)

A lift 3 configured to move up and down by a forward and backward drive motor 37 fixedly installed in the main body 2 by mounting the consumption 10 on the upper part of the main body 2 placed on the ground;
When the consumption 10 is introduced by the lift 3 into the upper part of the main body 2, the rotary drive motor is removed so as to remove the seal 14 covering the beehive 13 built on both sides of the socho 11 of the consumption 10. And a pair of rotary cutters 4 radially installed so as to face each other by a plurality of unit cutters 43,
The beeswax or honey desorbed downward from the consumption 10 by the rotary cutter 4 to the inner lower portion of the main body 2 is received and slide-bonded and separated from the main body 2 so as to be pulled out of the main body 2. It includes an installed holder (5),
The storage stand 5 is opened in the upper portion so that beeswax and honey detached from the consumption 10 to the lower portion by the rotary cutter 4 in the lower portion of the inside of the main body 2, the vertical support plate 51a in all directions Honey container 51 and the base plate 51b is formed integrally while being drooped,
The honey container is placed on the supporting piece 53 protruding inward at the top of the vertical support plate 51a of the honey container 51, and the honey is blocked by blocking the beeswax at the lower part of the vertical bulkhead 52a of the open four sides. Automatic densifier, characterized in that consisting of a beeswax manure (52) is provided with a sieve (52b) fixed to be stored in the storage box (51).
The method according to claim 1;
The lift 3,
A pair of vertical supports 31 installed to slide up and down in the upper outer side and the inner side of the main body 2 along a pair of sliding guides 21 facing each other inside the main body 2;
A horizontal support 32 installed at both ends of the pair of vertical supports 31 so as to protrude from both ends of the vertical support 31;
A pair of support supporters 33 fixedly installed to slide through the sliding supports 22 fixedly installed at both upper portions of the main body 2 at the lower ends of the horizontal support 32;
Both ends are fixedly installed at a lower side between the pair of vertical supports 31 so that the lower end of the consumption 10 is settled, and the pair of supporting fixtures spaced back and forth so that the consumption 10 does not swing back and forth on both upper sides. Pedestal 34 is formed to protrude upward, respectively,
Automatic densities characterized in that the consumer mounting portion 30 consisting of a fastener (35) configured to be fixedly installed facing each other on the upper portion of the pair of vertical support (31), the upper both sides of the consumption (10) individually settled .
The method of claim 2,
The lift 3,
A forward and reverse drive motor 37 fixedly installed at one side of the main body 2, which is blocked by the diaphragm 23 so as to be isolated from the rotary cutter 4,
A speed reducer 38 installed to be connected to the stationary drive motor 37 by a chain or a belt 37a,
A pair of lifting arms, one end of which is fixed to both sides of the reverse rotation shaft 38a fixed to the reduction gear 38, and the other end of which is rotatably installed to the connecting pin 33a fixed to the lower side of the support supporter 33. Automatic density, characterized in that the further provided 39.
The method according to claim 1;
The rotary cutter 4,
A main shaft 41 freely rotated by a bearing 24 fixed to an inner upper portion of the main body 2,
Several subshafts 42 having radially opposite ends fixed on the main shaft 41 to fixing plates 41a fixed to both sides of the main shaft 41, respectively;
Several unit cutters 43 installed between the main shaft 41 and the sub-shaft 42 on both sides of the main shaft 41 so as to face each other up, down, and back and forth;
Several gap retaining pieces 44 installed between the unit cutters 43 through several sub shafts 42 passing through the main shaft 41 at the same time;
A rotary drive motor 45 fixedly installed at one side of the main body 2,
The driving pulley 46a is fixed to the drive shaft 45a of the rotation driving motor 45 and the pair of main shafts 41 are fixed to each other so that the rotational force of the rotation driving motor 45 is transmitted to the main shaft 41. The installed driven pulley (46b) is connected to the interlocking belt (46c), each driven pulley (46b) is an automatic density device, characterized in that the rotational interlocking means (46) provided to face each other is rotated downward.
The method of claim 4,
Automatic density unit, characterized in that the unit cutter (43) which is installed to face up and down or unit cutters (43) that are installed to face each other are formed integrally.
The method of claim 4,
Unit cutters 43 installed to face up and down or unit cutters 43 installed to face each other are divided and formed around the main shaft 41.
The divided unit cutter 43 is rotated about the subshaft 42 so that the unit cutters 43 facing each other are spaced apart from each other so that each unit cutter 43 is flipped upward when contacting the consumption 10. Auto Density Featuring.
The method of claim 4,
The unit cutter 43 which is installed to face up and down and the unit cutter 43 which is installed to face back and forth are respectively configured to be individually rotatable around the sub shaft 42,
Between the pair of unit cutters 43 facing up and down and the pair of unit cutters 43 facing back and forth, the main shaft 41 penetrates to the center, and the unit cutter 43 is not positioned. Automatic density denser is characterized in that the support piece 43-1 through which the shaft 42 penetrates is in contact.
The method of claim 4,
The unit cutter 43 has an end portion bent in a "V" shape so that when the rotary cutter 4 is rotated, the lower tip portion 43a of the lower portion 43a in the "V" shape is formed with the seal 14 of the consumption 10. Automatic densities, characterized in that configured to first contact the opening (13).
delete The method according to claim 1;
The storage stand 5,
A pair of guide rails 25 fixedly fixed to the left and right sides of the lower part of the inside of the main body 2 so that the honey container 51 slides out of the main body 2 or slides out into the inside of the main body 2. and,
The honey density container, characterized in that the honey container 51 is further provided with a fixed piece (26) fixed to the rear of the pair of guide rails (25) to be fixed at the time of introduction into the main body (2).
The method according to claim 1;
A pair of guide plates 6 which are fixed to the main body 2 in parallel with the main shaft 41 of the rotary cutter 4 are further provided on the lower side of the pair of rotary cutters 4.
Auto-densifier, characterized in that installed between the pair of guide plates (6) facing each other so that the consumption (10) descending into the main body (2) by the lift (3) through and inclined downward outward.
The method according to claim 1;
A bearing housing 71 in which the bearing 24 is indented and fixed when the bearing 24 is installed so that both ends of the main shaft 41 provided in the pair of rotary cutters 4 freely rotate in the main body 2,
One end of each of the bearing housings 71 is fixedly installed so as to face each other between the pair of rotary cutters 4, and the other end thereof penetrates through the pair of support rings 72 fixed to the main body 2. Installed adjusting bolt (73),
A gap between the pair of rotary cutters (4) is further provided with a gap adjusting means (7) consisting of an adjustment nut (74) screwed to the adjustment bolt (73) between the pair of support rings (72). Automatic densities, characterized in that configured to adjust.

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