KR20150128632A

KR20150128632A - Filling the contents of the container tilted, rotated upright standing container

Info

Publication number: KR20150128632A
Application number: KR1020150150762A
Authority: KR
Inventors: 익 녕 이
Original assignee: 익 녕 이
Priority date: 2015-10-29
Filing date: 2015-10-29
Publication date: 2015-11-18
Also published as: WO2017073863A1; KR101843150B1; CN107981654A; KR20170051306A

Abstract

(1) Technical Field: A rotary container is a spiral double container which is used to convert the potential energy of the contents in the container into kinetic energy, such as water, A rotating ground plane of the container bottom surface; Combines the technique of maintaining the balance of weight when rotating the container.
(2) Problem to be solved: If the contents are filled in the container which is always inclined, if the container rotates and stands, when the contents are filled, the container is turned upside down to pour out the contents, To make.
(3) Solution to the problem: a double vessel combining inner vessel and outer vessel; This includes a rotating ground plane having a slope at the bottom of the container and a technique of distributing (distributing) the content of the container and the weight and weight of the container material in order to maintain balance during the rotation of the container.
(4) Effect: The rotary container gives a lesson of 'watch out for filling', the contents of the spiral space ( P ) slowly drink, estimates the amount of contents according to the slope, More.

Description

When the contents are filled in the inclined container, the container is rotated and the container is tilted,

The present invention relates to a spiral double container (double container) for converting a potential energy generated when a container is filled into kinetic energy so that the container can be rotated. A rotating ground plane having a slope on the container bottom surface; (Hereinafter referred to as a "rotary container") in which a weight balance technique is combined with rotation.

This rotary container function is always tilted when the container is empty but when the container is filled with about 70% of the contents, the container stands upright by rotating 180 ° to the right (or left) When the filling is over, the container is turned upside down, pouring out the contents, and returning to the original tilted state of the container.

A double helical container such that when the contents are filled in the container, such as the principle that water turns the spinneret, the container can rotate; The rotating ground plane of the bottom of the vessel; (Inclusive) technology to balance (distribute) the contents of the container and the weight of the container material in order to maintain (maintain) the center of gravity during rotation.

Conventional container technology includes a cup that falls by centering the center of gravity, a cup with a different slope depending on the amount of the contents, and a cup, but the container does not rotate. The present invention is intended to make the container rotate when the contents are filled in the container.

As shown in Fig. 1, when the contents are filled, a spiral-shaped inner container in which the center of gravity moves (moves)

As shown in Fig. 2, after making a tubular outer container with the outer portion being slightly convexly rolled,

As shown in FIG. 3 and FIG. 8, when the center of gravity moves as the contents are filled in the double container in which the two containers are combined, the container can rotate and can be rotated in the reverse direction ( A , B ) having a bottom inclination ( θ ₁ ) of the container is made and the upper part of the container is cut off by the inclination ( θ ₂ ) to complement the rotation function,

The weight of the contents filled in the container P and the container material F filled in the spaces S and U of the container material and the space Z are adjusted so that the balance of the weight of the container To be distributed (distributed).

Therefore, as shown in Fig. 3, when the container is empty, it is filled in the container S and U of the container material and the space Z so that the inclination ( [theta] ₁ ) Is to balance the weight of the container material so that the left side (ⓜ) and the right side (ⓝ) of the container center line ( T ) are balanced (ie, ⓜ = ⓝ)

As shown in Figure 4, when filled with contents is about 70% in the container, vessel, taking the right 180 ° rotation formulation (正立) the inclination (θ ₁₎ is such that 0 °, filled in the vessel in (P) The weight of the contents and the weight of the container material filled in the troughs S and U and the space Z of the container material are adjusted so that the left side of the centerline T of the container, ) And the right side (ⓝ). (Ie, ⓜ = ⓝ)

As shown in Fig. 5, when the container is filled with the contents, the weight of the contents filled in the container P and the contents S ( U , U ) and space Z ) is adjusted so that the left side (ⓜ) of the weight center line ( T ) of the container is heavier than the right side (.). (Ie, ⓜ> ⓝ)

As shown in Fig. 6, when the container is rotated in the reverse direction to pour out the contents and fall down, the weight of the contents remaining in the container P and the container material S And the weight of the container material filled in the space Z is adjusted so that the right side of the weight center line T of the container is heavier than the left side of the container. (Ie, ⓜ <ⓝ)

The weight of the contents of the container P and the weights S and U of the container material so that the function of the rotary container is repeated in the order of Fig. 3, Fig. 4, Fig. 5, Fig. 6, And the weight of the container material filled in the space ( Z ) is adjusted so as to distribute the weight balance of the container.

The rotating container is made of two kinds according to the rotating direction (direction). One of the rotating containers is a rotating container in which the container stands upright by 180 ° in the rightward direction, And the other is a rotating container which functions in the opposite manner.

The spinning container gives a lesson of "watch out for filling," and induces the contents of the spiral space ( P ) to slowly eat and drink slowly.

There are 16 shapes such as ○ and S which are drawn when two containers with different rotation directions are drawn during rotation and many combination shapes are drawn according to the number of containers and position (position) , And can also cause interest (such as wobbling the spinning container).

The double container has less condensation water, less slippage, and can keep the contents warm and cold for a longer time.

The empty container is always tilted, so that when filling the contents, it is not necessary to tilt the container and it is possible to estimate (estimate) how much content remains in the container according to the tilt and direction of the container.

Fig. 1 is a perspective view of an inner container of an erect state, FIG. 2 is a perspective view of the outer container 3 is a cross-sectional view of the rotating vessel showing a tilted state when the vessel is empty; FIG. 4 is a cross-sectional view of the rotating vessel showing the set state when the contents are filled to about 70% FIG. 5 is a cross-sectional view of the rotating vessel showing a tilted state when the contents are filled; FIG. 6 is a cross-sectional view of the rotating vessel showing the state of overturning when the contents were poured out 7 is a plan view of the rotatable container in an upright state 8 is a bottom view of the rotatable container in an upright state FIG. 9 is a perspective view of a rotating container in a standing state; FIG. 10 is a front view of the rotating container in a standing state FIG. 11 is a rear view of the revolving container in an upright state FIG. 12 is a left side view of the rotating container in a standing state FIG. 13 is a right side view S 360 ° revolving spiral shaped inner vessel
U Cylindrical outer container with a slightly convex 360 ° roll
P Space for contents
T Center of gravity of rotating container
좌 The left part of the center of gravity of the rotary container
우 Right part of center of gravity of rotating container
Z Double container space (//// is the part where the weight balance is adjusted by filling with the container material)
A The bottom of the container is rotated by 180 °.
B Bottom inside of the bottom of the container rotated by 180 °.
G Horizontal floor
H bottom ground plane in the rotary container
θ ₁ ∠EBG Empty container inclination 30 ° ~ Container 180 ° Rotation When set, tilt to 0 °
θ ₂ ∠ CDF The slope of the cutting edge at the top of the rotating vessel is about 3 °
DCF A virtual line with the top cut off to complement the rotation function.

As an embodiment of the present invention, a cup or a cup will be specifically described with reference to the attached drawings of the container.

Note that the contents filled in the container are the amount of the conventional one and the method of making the container is two kinds according to the direction of rotation, (However, the container rotating in the leftward direction is opposite to that in the leftward direction, so the description and drawings are omitted)

As shown in Fig. 1, the spinning container is first formed into a helical container having a 360 degree rotation from the bottom to the top so that the center of gravity moves 360 degrees when the contents are filled,

As shown in FIG. 2, the outer container has a cylindrical shape with a size ratio of about 2: 3 (bottom diameter) to a height (height), and the outer portion is slightly convex After making the shape of 360 degrees wrapped around the shape.

As shown in FIG. 3, the inclination ( θ ₁ ) of the bottom surface of the container is set to about 30 ° in the case of an empty container so that the rotary container combining the inner container and the outer container rotates. &Lt; / RTI >

The upper part of the container is supplemented with a function of cutting the container at an inclination ( θ ₂ ) of about 3 ° (degree) to incline the container as the contents are filled.

As shown in FIG. 8, the bottom surface of the rotating container is provided with two rotating surfaces (surfaces A ) and ( B ) of an arc shape having an arc shape within about 1/4 of the diameter Create and rotate

Finally, to maintain the balance of the center of gravity during the operation of the rotary container, the weight of the contents filled in the container ( P ) and the container material ( S, U ) and the space ( Z ) And the balance of the weights is distributed (distributed).

Rotating containers are used in the food industry and household goods. They are also a doctrinal container that is bound to be overcrowded. It can be used as a decoration for various purposes such as size and design, Can also be used.

Claims

A spiral shaped container S which is rotated 360 degrees from the bottom to the top so that the center of gravity of the container is moved 360 degrees when the container is filled with the container, (Double container) in which a cylindrical outer container (U ) is rolled up a little convexly in the direction of the arrow (direction of arrow).

2. The method according to claim 1, wherein two surfaces (surfaces A ) and ( B ) and a top surface of the container are tilted ( ? ₂ ) with respect to the rotation grounding (ground) having a container bottom surface inclination ? ₁ , Of the rotary container.

The container according to claim 2, wherein the material for making the container is one or a combination of glass, plastic, ceramic, earthenware, metal, wood, For the balance during rotation, the contents filled in the container ( P ) and the container materials ( S, U ) and the container material filled in the space ( Z ) are mixed and distributed, A rotary container characterized by a technology that makes it possible to achieve a desired result.

If the container is always tilted and the contents are about 70% filled, if the container rotates 180 ° to the right (or left) and stays upright, if the contents are filled, And the contents are poured to return to the original tilted state of the container.

[4] The method of claim 4, wherein the two types are made according to the rotating direction of the rotating container, one is a container rotating in the right direction first and then rotating in the opposite direction and the other rotating first in the left direction A rotating container (rotatable container) having two pairs of containers as a container (container) rotating in the reverse direction.