WO2015122587A1

WO2015122587A1 - Moist powder stirring device

Info

Publication number: WO2015122587A1
Application number: PCT/KR2014/008350
Authority: WO
Inventors: 조덕기; 김충환
Original assignee: (주)흥보테크
Priority date: 2014-02-12
Filing date: 2014-09-05
Publication date: 2015-08-20
Also published as: KR101403869B1

Abstract

The present invention relates to a moist powder stirring device comprising: a movable lifting main body consisting of a first roller and a first handle; a lifting cylinder; a lifting guide part; a first shaft; a bearing housing; a second shaft; a stirring storage part; and a position setting frame formed on the front of the movable lifting main body so as to position a stirring container of the stirring storage part in a regular position.

Description

Moisture Powder Agitator

The present invention relates to a moisture powder stirring apparatus, and more particularly, to easily move the movable lifting body and the stirring storage unit produced in a fixed position, respectively, by combining the stirring container and the cover through the fastening means of the water powder It can be achieved safely and easily at the place where the stirring and moving arrangement is desired, and the moisture powder stirring device which can prevent the agitated moisture powder from leaking out even when an impact occurs through the packing sealing the stirring container and the cover. It is about.

In general, the work of homogenizing by mixing liquids and liquids or fine powders with different physical properties, which are raw materials for manufacturing cosmetics or paints, with viscous materials is used.In recent years, cosmetics having high skin absorption ability are used for quality improvement. Making is a global trend.

Therefore, a homogeneous mixer capable of increasing the content of moisture by making the powder of cosmetic nanoparticles has been continuously developed as shown in FIG. 1.

However, the conventional homogeneous mixer shown in Fig. 1 has a complicated construction equipment necessary for operation because the stirring section 2 and the driving section 3 are configured to ascend and descend on the upper side of the container section 1, and Discharge also has a complicated problem in the method, the applicant has developed a homogeneous kneader such as the registered patent publication "10-0318994" to solve this problem.

However, the conventional homogeneous kneader as described above not only has a big problem that the pressure is deformed or broken when the processed material is discharged between the respective blades, and each blade is deformed or broken. There was a problem that the motor side load on sucking was high.

In addition, since the structure is fixedly installed, not only has the inconvenience of always having to be in the same place for supplying and mixing the raw materials, but also has many problems in post-treatment such as moving batch after stirring. there was.

Accordingly, the present inventors have developed a moisture powder stirring apparatus which can not only stably achieve uniform stirring of raw materials but also easily achieve stirring and moving batch storage of raw materials.

The present invention not only can achieve the agitation of the moisture powder regardless of the place through the mobile elevating body and the stirring storage unit can be moved, respectively, and easy to make the mobile batch of the moisture powder is completed to be easily stored in the desired place It can be, and the object is to provide a water powder stirring device that can prevent the time wasted by moving and storing the water powder through the stirring storage unit made of a movable lifting body and separated type.

In addition, the present invention can easily set the positive position of the movable lifting body and the stirring storage unit respectively moved through the positioning frame configured on the front of the movable elevating body, the stirring container and the cover covering it are fixedly coupled to each other through the fastening means It is an object of the present invention to provide a moisture powder stirring apparatus capable of safely agitating the moisture powder by preventing the distance between the movable lifting body and the stirring storage unit.

In addition, it is an object of the present invention to provide a moisture powder stirring apparatus that does not leak to the outside of the stirring container by the moisture powder to be stirred even when an impact occurs by making a complete sealing of the stirring vessel through the packing formed on the cover.

The present invention for achieving the above object is a movable lifting body comprising a first roller and a first handle; An elevating cylinder installed on the movable elevating body to elevate and elevate the elevating plate; An elevating guide part comprising a supporter installed as a pair on an upper portion of the movable elevating body, and a guide rod fixedly coupled to the elevating plate while being slide-coupled to the supporter to guide the elevating operation of the elevating plate; A driving motor spaced apart from an upper side of the elevating plate through a bracket; A first shaft installed vertically in front of the moving elevating body in a state connected to the shaft of the driving motor by a belt pulley and rotating according to the driving of the driving motor; A bearing housing bearing coupled to the outer circumference of the first shaft in a state of being fixedly coupled to the lower portion of the elevating plate to support the first shaft; A second shaft constituting an impeller and fixed to the lower portion of the first shaft; The moving agitator body constituting the second roller and the second handle and the pair of supports, a rotating shaft bearing to the support of the moving agitator body and formed to face each other, and both sides are respectively fixed to the rotating shaft, the impeller is inserted A stir storage configured to form an accommodating part therein and configured to stir the stored raw materials; It is configured on the front of the movable elevating body to provide a moisture powder stirring device characterized in that consisting of; a positioning frame to allow the stirring container of the stirring storage unit to be placed in the correct position.

Moisture powder stirring device of the present invention can achieve the stirring of the moisture powder irrespective of the place through the movable elevating body and the stirring storage unit, respectively, and easily made the mobile batch of the stirring powder is completed It can be easily stored in a desired place, and has the advantage of preventing time wasted by moving and storing the moisture powder through the stirring storage unit made of a movable lifting body and a separate type.

In addition, the present invention can easily set the positive position of the movable lifting body and the stirring storage unit respectively moved through the positioning frame configured on the front of the movable elevating body, the stirring container and the cover covering it are fixedly coupled to each other through the fastening means Since there is no variation in the distance between the movable lifting body and the stirring storage unit, there is an advantage that the stirring of the moisture powder can be made safely.

In addition, the present invention can achieve a complete sealing of the stirring vessel through the packing formed on the cover is a useful invention that does not leak to the outside of the stirring container when the moisture powder is stirred even when an impact occurs.

1 is a schematic view showing a conventional homogeneous mixer.

Figure 2 is a perspective view showing a water powder stirring apparatus of the present invention.

Figure 3 is a perspective view showing a state in which the stirring storage of the present invention is separated.

Figure 4 is a schematic diagram showing a state in which the stirring storage unit of the present invention is fixedly coupled to the cover through the fastening means in a state in which it is in close contact with the positioning frame.

5 is an enlarged view of a portion A of FIG. 4;

Figure 6 is a schematic diagram showing a state in which the stirring vessel configured to rotate based on the rotation axis of the stirring storage unit of the present invention.

* Explanation of Codes *

10: moving body

11: first roller 13: first handle 15: positioning frame

20: lifting cylinder 21: lifting plate

30: lifting guide portion 31: supporter 33: guide rod

40: drive motor 41: bracket

50: first shaft 51: belt pulley 55: first fastener

60: bearing housing

61 bearing 63 retainer 65 coupler 67 cover

70: second shaft

71: impeller 75: second fastening part 77: fastening screw

80: stirring storage 81: second roller 82: second handle 83: support 84: moving stirring body 85: rotating shaft 86: receiving portion 87: stirring vessel 87a: third handle

90: fastening means 91: first guide groove 92: first position fixing guide 93: second guide groove 94: second position fixing guide 94a: packing 94b: packing groove 95: fixing bolt 96: fixed head 97: fixed coupling

100: moisture powder stirring device

Looking at the configuration of the present invention for solving the above problems are as follows.

2 to 6, the moisture powder agitator 100 for uniformly mixing and preparing a moisture powder having a large moisture content by adding moisture to the fine particles manufactured to the same size as the nanoparticles as shown in FIGS. Regarding, the moving lifting body 10, the lifting cylinder 20, the guide rod 30, the drive motor 40, the first shaft 50, the bearing housing 60, the second It consists of a shaft 70 and the stirring reservoir 80.

First, the moving elevating body 10 is a body in which each configuration for the stirring of the moisture powder is installed, in the present invention is characterized in that the first roller 11 is configured in the lower portion for ease of movement, the user at the rear The first handle 13 is configured to easily move the movable lifting body.

Second, the lifting cylinder 20 is a normal cylinder installed in the moving elevating body 10, the cylinder body is installed inside the moving elevating body 10, the cylinder on the outer upper portion of the moving elevating body 10 The cylinder rod coupled to the body is projected.

And, the upper end portion of the cylinder rod configured in the lifting cylinder 20 is coupled to the lifting plate 21 for installing the drive motor 40 and the first and

second shafts

50 and 70 and the bearing housing 60. Is installed.

Third, the elevating guide portion 30 is configured on both sides of the elevating cylinder to guide the elevating operation of the elevating plate, the hollow supporter 31 installed in pairs on the upper portion of the elevating body (10) Configure

In addition, the elevating guide portion 30 is configured with a guide rod 33, the upper portion of which is fixedly coupled to the elevating plate 21 in the state of being slide-coupled to the inner circumference of the supporter 31.

Therefore, when the lifting cylinder 20 is operated and the cylinder rod is lifting and lowering operation, the lifting plate 21 is guided through the lifting guide part 30 composed of the supporter 31 and the guide rod 33 to move stably. .

In addition, the cylinder rod of the lifting cylinder 20 and the guide rod 33 of the lifting guide part 30 may be directly coupled to the lifting plate 21, but the cylinder rod and the guide rod 33 are connected to each other. It is preferable that the connecting bracket is coupled to the lifting bracket 21 by separately configuring the connecting bracket.

Fourth, the drive motor 40 is made of a conventional motor spaced apart from the upper side of the elevating plate 21 through the bracket 41 as a power means for stirring the raw material of the water powder, a common shaft that rotates when driving Configure 43.

Fifth, the first shaft 50 is configured to rotate by receiving the driving force of the drive motor 40, it is connected to the shaft 43 of the drive motor 40 through a conventional belt pulley 51 is installed It is disposed in the vertical direction in front of the moving elevating body 10, for this purpose, the lifting plate 21 should be formed with a through hole to allow the first shaft 50 to pass through and protrude downward.

Sixth, the bearing housing 60 is fixed to the lower portion of the elevating plate 21 through a conventional bolt coupling, so as to support the belt pulley 51 and the first shaft 50 in a fixed position, the inner circumference A bearing 61 coupled to an outer circumference of the first shaft 50 is configured to support the first shaft 50 in rotation.

In addition, the bearing 61 is installed on the upper and lower sides of the bearing housing 60 to support the stable rotation of the first shaft 50, the bearing 61 is supported on the lower side of the bearing housing 60. By further comprising a conventional retainer 63 to make it possible to achieve a stable fixing of the bearing 61 installed on the lower side of the bearing housing 60, the retainer 63 is through a conventional bolted coupling The fixed installation in the lower portion of the bearing housing 60 may be easily configured as a conventional coupler (65).

Seventh, the second shaft 70 is configured to be fixed to the lower portion of the first shaft 50 by configuring the impeller 71 on the lower side, the action of stirring the raw material of the water powder contained in the stirring storage unit 80 do.

Here, the fixed installation of the first and

second shafts

50 and 70 constitutes a first fastening portion 55 having a through hole formed in the lower portion of the first shaft 50, and an upper portion of the second shaft 70. The second fastening portion 75 formed with a fastening screw hole corresponding to the through hole may be easily formed by combining the first and second fastening portions 55 and 75 through the fastening screw 77. It is preferable that the impeller 71 formed at the lower portion of the second shaft 70 can be easily maintained by configuring the separation coupling.

Eighth, the stirring storage unit 80 is configured to easily accommodate the raw material of the moisture powder, as well as to move the storage of the raw material and the moving storage of the stirred moisture powder, the moving stirring body 84 and the rotating shaft ( 85) and a stirring vessel (87).

First, the moving stirring body 84 is a configuration for moving batches of the moisture powder raw material and the stirring powder is completed, characterized in that the second roller 81 is configured in the lower portion for ease of movement, the moving stirring body A second knob 82 is configured to facilitate the disposition of 84.

And, on both sides of the moving stirring body 84, a pair of supports 83 for hanging the stirring vessel 87 is provided.

In addition, the rotating shaft 85 is configured to face each other in a state in which the bearing is coupled to each of the pair of supports (83) consisting of a pair of the moving stirring body 84, used to rotate the stirring vessel (87) do.

In addition, the stirring vessel 87 is configured to accommodate the raw material of the moisture powder by forming the receiving portion 86 therein, both sides are fixed to each of the rotary shaft 85 is installed, the stirring vessel ( It is preferable that a third third handle 87a is formed in the stirring vessel 87 so that rotation of the 87 can be easily achieved.

Therefore, the stirring container 87 can be rotated in conjunction with the rotating shaft 85 bearing the support 83, through which the operator can easily pour out the moisture powder accommodated in the receiving portion 86. .

On the other hand, the movable elevating body 10 of the present invention can be configured to further include a configuration that can be always placed in the stirring storage unit 80 to be moved in the same position, such a configuration is the movable elevating body (10) ), The positioning frame 15 which is in close contact with the outer circumference of the stirring container 87 on the front of the stirring storage unit 80 may be easily formed by forming the same arc shape as the outer circumference of the stirring container 87.

In addition, in the present invention, it is preferable to further include a cover 67 that can cover the receiving portion 86 that is opened to prevent the moisture powder or the raw material of the moisture powder from leaking to the outside. The cover 67 may be easily formed by integrally forming the lower portion of the bearing housing 60. That is, it may be configured to be formed integrally by welding or the like to the coupler 65 is fixed to the lower portion of the bearing housing 60 through the conventional bolt coupling.

In addition, when the cover 67 is configured as described above, the stirring container 87 and the cover 67 are coupled and separated through the fastening and separating means 90 to secure the water powder contained in the stirring container 87. Of course, it is preferable that the stirring vessel 87 can be easily moved in a moving arrangement.

In addition, the fastening and separating means 90 may have various structures. In the present invention, the fastening separating means 90 may include a first position fixing guide 92, a second position fixing guide 94, and a fixing coupler 97. Take the preferred embodiment.

Hereinafter, the fastening and separating means 90 composed of the first and second position fixing guides 92 and 94 and the fixing coupler 97 will be described in more detail.

First, the first position fixing guide 92 is formed to be integrally formed on the outer circumference of the stirring vessel 87 by forming the first guide groove 91, it is preferably formed in a ring shape.

In addition, the first guide groove 91 of the first position fixing guide 92 is formed in a plurality of spaced apart at equal intervals of 90 ° or 180 °, a direction perpendicular to the outer circumference of the first position fixing guide 92 It may be easily configured through a pair of protruding plate formed.

In addition, the second position fixing guide 94 is formed in the cover 67 so as to correspond to the first position fixing guide 92, and the second guide groove 93 corresponding to the first guide groove 91 is formed. It is formed and integrally formed in a ring shape on the outer circumference of the cover 67, the second guide groove 93 is formed in the vertical direction to the outer circumference of the second position fixing guide 94, similar to the first guide groove 91 It can be easily configured through a pair of protrusions.

In addition, the fixed coupler 97 is fitted into the first and second guide grooves of the first and second position fixing guides to be coupled to secure the cover 67 and the stirring vessel 87, the stirring vessel 87 The fixing bolt 95 is hinged to the outer circumference of the) and fitted into the first and

second guide grooves

91 and 93, and screwed to the upper portion of the fixing bolt 95, depending on whether the screw is tightened, the cover 67 It consists of a fixed head 96 to be fixed to the upper portion of the stirring vessel (87).

Here, the configuration for hinge coupling the fixing bolt (95) to the outer circumference of the stirring vessel 87 will be easily achieved by configuring a common protrusion for the hinge coupling on the outer circumference of the stirring vessel (87).

In addition, the present invention can prevent the water powder from leaking from the stirring container 87 fixedly coupled to the cover 67 through the fastening separating means 90, such a configuration is integral to the outer circumference of the cover 67 It may be easily achieved by further comprising a packing groove (94b) in which the packing (94a) is fitted to the lower portion of the second position fixing guide (94).

Hereinafter will be described the operation according to a preferred embodiment of the present invention.

First, by using the first roller 11 and the first handle 13 to move the moving elevating body 10 to the desired work position, and using the second roller 81 and the second handle 82. Move the stirred reservoir 80 to the desired working position.

In such a state, the first roller 11 is fixed to prevent the moving elevating main body 10 from moving, and then the stirring storage unit 80 is moved by the stirring container configured in the stirring storage unit 80. The outer periphery of the abutment storage unit 80 is placed in position by making contact with the positioning frame 15 configured on the front of the movable elevating body (10).

Thereafter, the elevating plate 21 is guided and lowered by the elevating guide part 30 through the operation of the elevating cylinder 20 to lower the impeller 71 formed on the second shaft 70 by the stirring vessel 87. In addition to being securely inserted into the receiving portion 86 of the, the cover 67 configured in the bearing housing 60 covers the receiving portion 86 of the stirring vessel 87, and hinged to the outer circumference of the stirring vessel 87 Screw to the fixing bolt (95) in a state in which the fixing bolt (95) of the fixed coupling sphere (97) is inserted into the first and second guide grooves (91, 93) of the first and second position fixing guides (92, 94). By tightening the fixed head 96 is coupled to complete the sealing fastening of the cover 67 and the stirring vessel 87 through the fastening separation means 90 and the packing 94a.

After completing the fastening and fixing as described above, by operating the drive motor 40, the impeller 71 can uniformly stir the moisture powder raw material contained in the receiving portion 86 of the stirring vessel 87. The stirring container 87 is firmly sealed to the cover 67 through the fastening and separating means 90 and the packing 94a, so that the impeller 71 may be broken even if an impact is transmitted during stirring of the moisture powder. No leakage of moisture powder occurs.

On the other hand, after completing the manufacture of the water powder through the stirring of the impeller (71), by releasing the fastening and separating means 90 through the above-described reverse process, by moving up and down the lifting cylinder 21, the stirring storage unit ( 80 can be easily separated, and the separated stirring storage unit 80 can be moved to a desired position by using the second roller 81 and the second handle 82.

In addition, the stirring storage unit 80 moved to a desired place rotates the stirring vessel 87 bearing-coupled to the support 83 through the rotation shaft 85 to the receiving portion 86 of the stirring vessel 87. Since it is possible to easily pour the stored moisture powder, the operator can conveniently work, the installation and use of another stirring storage unit 80 in the process of moving and pouring the stirring storage unit 80 in the present invention Therefore, it is possible to save time by moving and storing the moisture powder.

Claims

A moving elevating body 10 constituting the first roller 11 and the first handle 13;

An elevating cylinder 20 installed on the movable elevating body 10 to elevate and elevate the elevating plate 21;

The supporter 31 installed in pairs on the movable lifting body 10 and the lifting plate 21 are fixedly coupled to the lifting plate 21 while being slide-coupled to the supporter 31 to lift the lifting plate 21. Lift guide portion 30 consisting of a guide bar 33 for guiding;

A driving motor 40 spaced apart from the upper side of the elevating plate 21 through a bracket 41;

A first that is installed in the vertical direction in front of the movable elevating body 10 in a state connected to the shaft 43 of the drive motor 40 by the belt pulley 51, the first rotational operation according to the drive of the drive motor 40 Shaft 50;

A bearing housing 60 coupled to the outer circumference of the first shaft 50 in a state of being fixedly coupled to the lower portion of the elevating plate 21 to support the first shaft 50 in rotation;

A second shaft 70 fixed to the lower part of the first shaft 50 by configuring an impeller 71;

The moving agitator body 84 constituting the second roller 81, the second handle 82, and the pair of support members 83, and the support member 83 of the moving agitator body 84 are opposed to each other. Stirring vessel (87) to form a rotating shaft 85 and both sides are fixed to each of the rotating shaft 85, the receiving portion (86) into which the impeller (71) is inserted to form a stirring Stirred storage consisting of 80;

Moisture powder stirring device, characterized in that consisting of; a positioning frame (15) is configured on the front of the movable elevating body (10) so that the stirring vessel (87) of the agitation storage unit (80) is disposed at a fixed position.
According to claim 1, wherein the lower portion of the bearing housing 60 is configured to further include a cover 67 for opening and closing the upper portion of the stirring vessel 87 configured in the stirring storage unit 80,

The stirring container (87) and the cover (67) is a water powder stirring device, characterized in that coupled and separated through the fastening separation means (90).
The method of claim 2, wherein the fastening separating means (90),

A first position fixing guide 92 constituting the first guide groove 91 integrally formed on the outer circumference of the stirring vessel 87;

A second position fixing guide 94 formed integrally with the outer circumference of the cover 67 by forming a second guide groove 93 so as to correspond to the first position fixing guide 92;

A fixing bolt 95 hinged to an outer circumference of the stirring vessel 87 and fitted into the first and second guide grooves 91 and 93, and screwed to an upper portion of the fixing bolt 95 to cover the cover 67. Fixing device (97) consisting of a fixed head 96 is fixed to the upper portion of the stirring vessel (87); Moisture powder stirring device characterized in that consisting of.
4. The apparatus of claim 3, further comprising a packing groove (94b) into which a packing (94a) is fitted at a lower portion of the second position fixing guide (94).