JP5363667B1 - Extraction stick - Google Patents

Abstract

Extraction of components of an extraction object by enabling the extraction object to continue to rotate around the axis using inertia and rotating water flow even when the axis is stationary at the end of a swinging operation Providing a tenbing rod that can last for a long time.
A rotating part 2 that rotates about a shaft 1 is provided on a shaft, and an attaching part 3 that can attach an extraction object to the rotating part is provided in a tenbin shape, and the extraction object is attached to the attaching part. Thus, by rotating the rotating component, the extraction of the component from the extraction object attached to the attachment portion is accelerated.
[Selection] Figure 1

Description

The present invention accelerates the extraction of components from the extraction object attached to the attachment part by maintaining the rotation of the rotating part having the function of rotating around the axis and having the attachment part on the side surface. It is related with the extraction stick | characteristic characterized by letting.

Conventionally has a function of rotating about an axis, and, by rotating the rotary component having a part attached to the side by the movable of the shaft, accelerating the extraction of components from the extraction target object mounted on the mounting portion In addition, there was no extraction bar characterized in that even after the movement of the shaft was completed, the rotating component continued to rotate about the shaft and further extraction was performed .

In Japanese Patent Publication No. 2003-063562, a stirring bar is described. However, in the present invention, when an existing tea pack is placed in water, the tea pack floats on the water surface due to buoyancy, so that it takes time to extract the tea pack. It was developed for the purpose of solving the problem of floating tea packs that take a long time and stirring it quickly by having a stick. However, this only has a function to shake the tea pack provided at the end of the shaft by shaking the upper part of the shaft,
At the end of the shaft swinging operation, the tea pack is stationary, and the extraction operation is completed at that time.

Although the brewing apparatus is described in Japanese translations of PCT publication No. 2008-519630, in this invention, a jar is provided at the tip of the shaft, and the lattice portion outside the jar is opened and closed so that the extraction bag is installed in the jar. ,
The extraction bag is compressed (squeezed) and the extraction speed is accelerated by the circulation of water by pumping.Because it has a function to rotate the extraction bag around its axis, at the end of the pumping operation, The extraction work is completed.

Patent publication 2003-063562 Special table 2008-519630

In the prior art described in item 0003, the tea pack is stopped at the end of the shaft turning operation (stirring), so that the operation of extracting the components ends. Moreover, the prior art described in 0004 is as follows:
At the end of the pumping operation, the tea pack is stationary, so that the operation of extracting the components is completed.

The present invention, by working wielding wielding axis (movable axes), not by the rotation of the extraction object shaft comprises component extracting only, even when the stationary shaft at the end work swinging (movable axes), inertia and An object of the present invention is to keep the extraction target component strong and long lasting by making it possible to continuously rotate the extraction target around the axis using the rotating water flow.

The present invention is provided with the following means in order to solve the above problems.

And rod-shaped shaft, and the rotating component provided on the shaft so as to rotate independently of the shaft, consists with the rotating component side surface equipped was extracted object to attach it mounting portion capable of, the rotating component The shaft is immersed in a liquid, and the shaft is movable so that the component of the extraction target attached to the mounting portion is extracted, and even after the operation is completed, the rotating component is moved to the shaft. An extraction rod , characterized in that further extraction is performed by continuing to rotate around the center .

And rod-shaped shaft, and the rotating component provided on the shaft so as to rotate independently of the shaft, consists with the rotating component side surface equipped was extracted object to attach it mounting portion capable of, the rotating component The shaft is immersed in a liquid, and the shaft is movable so that the component of the extraction target attached to the mounting portion is extracted, and even after the operation is completed, the rotating component is moved to the shaft. The extraction bar is created, characterized in that further extraction is performed by continuing to rotate around the center . This effect will be described below.

First, the extraction object attached to the mounting part is attached to the side part of the rotating part provided on the shaft of the extraction rod of the present invention , and the object to be extracted is immersed and swung around the shaft (movable shaft). The object is swung by the movement of the shaft.

At this time, the extraction object attached to the attachment portion is swung around by the centrifugal force due to the effect of the rotating part provided on the shaft so as to rotate independently of the rod-shaped shaft having a function of rotating around the shaft. Not only can it rotate around the axis.

When the swinging is stopped, the extraction object fixed to the attachment part due to inertia is
Can rotate around the axis.

Furthermore, when it is immersed in the container and swung, a rotating water flow is generated in the container. The extraction object fixed to the mounting portion by the rotating water flow generated in the container is 0012.
In addition to the rotation by the centrifugal force and inertia described in the paragraphs 1 and 0013, it can be rotated around the axis by the rotating water flow.

In addition, by making the attachment part a side surface, the extraction object attached to the attachment part receives a rotating water flow from the side about the axis, so that the rotation of the rotating parts is strong and lasts long. I can do it. In addition, since the influence of inertia when the shaft is stopped is also affected from the side, with the shaft as the center, the rotation of the rotating parts can be strong and last for a long time.

In this way, by rotating a rotating component having a function of rotating around the shaft and having a mounting portion on the side surface about the shaft, the mounting portion provided on the side surface of the rotating component is The shaft 1 can be rotated sideways around the axis 1. Because of this effect, the extraction object can receive the effects of centrifugal force, inertia, and rotating water flow from the side with the axis as the center, so the rotation of the extraction object around the axis is a swinging operation. Extraction of the extraction object can be accelerated by being strong and persistent at the end.

The front view of this invention extraction stick | rod which attached the tea packs 5 and 5 'to the some attachment part 3a, 3a ' of the side surface of the rotary component 2 with which the axis | shaft 1 was equipped. The front view at the time of using this invention extraction stick | rod shown in FIG. 1 immersed in the container 9 filled with water. The front view of this invention extraction stick | rod which attached the tea pack 5 to the single attachment part 3a of the side surface of the rotating component 2 with which the axis | shaft 1 was equipped. The front view at the time of using the invention extraction stick shown in FIG. 3 immersed in a container 9 filled with water. The front view of this invention extraction stick | rod which attached cartridge 8,8 'to the some attachment part 3b, 3b ' of the side surface of the rotary component 2 with which the axis | shaft 1 was equipped. The front view at the time of using the invention extraction stick shown in FIG. 5 immersed in a container 9 filled with water. The front view at the time of using this invention extraction rod provided with the rotation components 2 and 2 'in two places of the axis | shaft 1 in the container lid 10, being immersed in the container 9, and using it in the sealed state.

As shown in FIG. 1, the extraction rod of the present invention used in Example 1 is a vertical hole formed by creating a spherical rotating part 2, making a vertical hole (a) in the rotating part 2, and penetrating through the vertical hole (a). In the vicinity of the end of the shaft 1 having a diameter smaller than the diameter of (a), the rotating component 2 is fixed up and down with a pair of fixing components 4a and 4b. Mounting portions 3a and 3a 'whose tips are hook-like are provided on the side surface of the rotating component 2 so as to protrude. In this way, when the shaft 1 is passed through the hole (a) vertically cut in the rotating component 2, the mounting portions 3 a and 3 a ′ included in the rotating component 2 can be rotated sideways about the shaft 1. . In addition, the both sides of the rotating component 2 and the end of the shaft 1 are provided with screw holes that match the screwed components.

As a method of use, the attachment parts 3a, 3a 'are provided with tea packs 5, 5 of the extraction object.
′ Is attached and immersed in a container 9 filled with water using the shaft 1, the shaft 1 is pinched by hand, and a circle is drawn in the direction of the arrow A and swung. The operation in this usage method will be described with reference to FIG.

When the upper part of the shaft 1 is swung in the direction of the arrow A, the tea packs 5 and 5 ′ attached to the attachment parts 3a and 3a ′ of the rotating component 2 provided near the end of the shaft 1 are Swung in the direction.

A centrifugal force is generated in the shaft 1 by the swinging motion. Due to this centrifugal force, the rotating component 2 provided on the shaft rotates around the shaft. In addition, inertia occurs when the swinging operation is stopped. Due to this inertia, the rotating component 2 provided on the shaft rotates and rotates even after the swinging operation is stopped.

As described in item 0021, the rotating component 2 rotates in the direction of arrow B due to centrifugal force when the swinging operation is continued, and due to inertia when the swinging operation is stopped.

Further, by continuing the swinging operation, a rotating water flow C is generated in the container 9. Even when the swinging operation is stopped, the rotating water flow C continues in the container 9. This rotating water flow C
As a result, the rotating parts rotate and rotate even after the swinging operation is stopped.

Even when the tea packs 5 and 5 'attached to the attachment portions 3a and 3a' of the rotating component 2 stop rotating by the rotation of the rotating component 2 due to the centrifugal force, inertia and rotating water flow C described above. The rotation around the axis 1 can be continued.

Thus, since the rotating component 2 is provided on the shaft 1, the rotating component 2 due to centrifugal force, inertia, and rotating water flow C can rotate around the shaft 1 by rotation.

As a result, the tea packs 5 and 5 ′ attached to the attachment portions 3 a and 3 a ′ on the side surface (in the form of a tenbin in the embodiment) can be rotated sideways about the shaft 1, and the swinging operation is stopped. In this case, since the inertial force described in the item 0025 is also transmitted to the side, the influence on the rotating component 2 becomes strong, and the rotating component 2 rotates strongly, so that the tea packs 5 and 5 ′ are rotated.

Further, by attaching the tea packs 5 and 5 'to the side surface (tenbin shape in the embodiment) to the rotating part 2, the rotating rotation of the rotating part 2 can be performed even after the swinging operation is stopped. Since the influence of C can be received from the side, the tea packs 5 and 5 'attached to the attachment portion 3 in a tenbin shape can continue to rotate, so that the extraction of components continues to accelerate.

As shown in FIG. 3, the extraction rod of the present invention used in Example 2 creates a spherical rotating part 2, and makes a vertical hole (a) in the rotating part 2 and penetrates the vertical hole (a). In the vicinity of the end of the shaft 1a having a diameter smaller than the diameter of (a), the rotating component 2 is fixed up and down by a pair of fixing components 4a and 4b. A mounting portion 3 a having a hook-like tip is provided on the side surface of the rotating component 2 so as to protrude. Further, on the opposite side of the attachment portion, a blade-like floating means 6 having buoyancy is provided.

As shown in the second embodiment, the tenbin in the present invention includes not only both tenbins but also a single tenbin (having a single attachment portion 3 on the side surface of the rotating component 2) . Even in the case of a single tenbin, the mounting portion 3a of the rotating component 2 can rotate around the shaft 1 by passing the shaft 1 through the hole (a) vertically hollowed by the rotating component 2.

Also in this case, the tea pack 5 attached to the attachment portion 3a can receive the influence of the rotating water flow from the side as in the first embodiment.

As described above, since the rotating component 2 is provided on the shaft 1, the rotating component 2 due to centrifugal force, inertia, and rotating water flow C can be obtained even in the case of a single attachment portion 3a (one tenbin) on the side surface of the rotating component 2. The rotation about the shaft 1 can be performed by the rotation. Accordingly, in the same manner as in the first embodiment, in the second embodiment, the rotating component 2 can be moved in the direction of the arrow B even after the turning operation of the shaft 1 is stopped due to the effects described in the paragraphs 0025, 0026, and 0027. Continue to rotate.

As shown in FIG. 4, as shown in FIG. 4, a tea pack 5 as an extraction object is attached to the attachment portion 3a, and the tip portion of the shaft 1 is immersed in a container 9 filled with water using the shaft 1. Is held by hand and swung in the direction of arrow A. The operation in this usage method shows the same movement as in the first embodiment.

In Example 3, the cartridge 8 in which the component extract shown in FIG. 5 can be incorporated.
It is the figure attached to attachment part 3b, 3b 'by making a and 8b into extraction object. The cartridges 8a and 8b are newly created and manufactured by the inventors and are not ready-made products.

As a method of use, an object to be extracted is placed in the cartridges 8a and 8b, immersed in a container 9 filled with water using the shaft 1, the tip of the shaft 1 is pinched by hand, Draw a circle in the direction of A and swing around. The operation in this method of use will be described with reference to FIG.

The cartridges 8a and 8b have buoyancy and are provided with blade-like floating means 6a and 6b.
The buoyancy and the blade-like floating means 6a and 6b increase the resistance in water when the shaft 1 is swung, and the generation of the rotating water flow C is promoted.

Further, since the buoyancy and the blade-like floating means 6a and 6b are strongly influenced by the rotating water flow C when the swinging of the shaft 1 is stopped, the rotation B of the rotating component 2 is promoted and sustained.

As a result, the cartridges 8a, 8 provided on the mounting portions 3b, 3b 'of the rotating component 2 are provided.
Since the rotation of the rotating part 2 caused by the inertia and the rotating water flow C continues to rotate in the container 9 even after the shaft 1 stops turning, the extraction of the component b can be accelerated.

In Example 3, a spatula-like suspended matter 6C is provided at the end of the shaft 1. By providing the spatula-like suspended matter 6 on the shaft 1, the effect of stirring the water can be enhanced and the rotating water flow can be amplified.

In the first, second, third and third embodiments, the present invention extraction rod has been described as being used by being pinched by hand. In addition to pinching by hand, the tip of the shaft 1 is placed on the container lid 10 as shown in FIG. Can be used fixedly. In the fourth embodiment, one provided with rotating parts 2 and 2 'at two locations on the shaft 1 is used.

As shown in FIG. 7, the extraction rod of the present invention used in Example 4 includes rotating parts 2 and 2 ′ at two locations on the shaft 1. The method for attaching the rotating parts 2 and 2 'to the shaft 1 is the same as that of the first embodiment shown in FIG. In addition, the component extraction accelerator of the present invention in Example 4 is enlarged for illustration.

As shown in FIG. 7, a pair of attachment portions 3b, 3b ′, 3b ″, and 3b ′ ″ projecting in a tenbin shape on the side surfaces of the rotating parts 2 and 2 ′ provided at two locations of the shaft 1 Tea packs 5, 5 ′, 5 ″, 5 having screw portions and screw holes (C), (C ′), (C ′ ″), (C ′ ″) that fit the screw portions. ´´´ is attached as a ten-bin.

The tea pack 5 having the screw hole (c) is newly created and manufactured by the inventor and is not a ready-made product. Instead of the tea pack 5 having a screw hole (c), a protrusion is provided at the tip of the mounting portion 3b, and a special tea pack 5 having a hole (d) for press-fitting into the protrusion is press-fitted and fixed. It goes without saying that the method is also acceptable. In the fourth embodiment, a conical weight 7 is attached to the end of the shaft 1 f.

As a method of use, the extraction rod of the present invention is provided on the container lid 10, immersed in the container 9 using the shaft 1, the container lid 10 is closed and sealed, and the upper part of the container 9 is grasped by hand. Draw a circle in the direction of A and rock it. The operation in this method of use will be described with reference to FIG.

As shown in FIG. 7, when the upper part of the container 9 is grasped by hand and is shaken manually in the direction of arrow A, the axis 1
Is swung in a circle in the direction of arrow A with the portion attached to the container lid 10 as a fulcrum (the shaft is movable) . In this case, when the shaft 1 is provided with flexibility, the width of the rotation A of the shaft 1 is increased by increasing the bending of the shaft 1.

In addition, by attaching the weight 7 to the end of the shaft 1, the center of gravity is provided at the end, the bending of the shaft 1 is increased, and when the weight 7 is made into a spatula, the water is scraped in the same manner as in the third embodiment. The mixing effect is brought about and the generation of the rotating water flow C is promoted.

As a result of this operation, the shaft 1 provided on the container lid has the arrow A even when the container 9 is closed.
By being swung in the direction, the rotating parts 2 and 2 ′ included in the shaft 1 rotate in the direction of arrow B around the shaft.

As a result, the tea packs 5, 5 ′, 5 ″, 5 ″ ″ attached to the attachment portions 3 b, 3 b ′, 3 b ″, 3 b ″ ″ of the rotating parts 2, 2 ′ are Since it moves in the same way as 2 and 3, the extraction of components is accelerated.

In the above, Examples 1, 2, 3, and 4 described the form, usage method, and operation of the present invention tenbin extraction rod. Below, it supplements about each component and operation | movement in each Example.
(Supplement)

In the embodiment, the end of the shaft 1 and the rotating component 2 are provided with screw holes (A). The mounting part 3, tea pack 5, floating means 6, weight 7, and cartridge 8 described above are provided with a threaded part that is coupled to the threaded hole (A), so that it can be attached and detached, and various parts can be selected according to the object to be extracted. The rotational rotation of the rotating component 2 can be brought to the best state by selecting the mounting of the rotating part 2. Needless to say, this coupling method may be a press-fitting method rather than a screw type.

The mounting portion 3 of the rotating component 2 comprises the present invention, two Some (both Balance) on the side shown in Example 1, in addition to one that the side face (one Balance) shown in Example 2, the side surface Three or more (multi-tenbin) are also included.

In the embodiment, the tea pack 5 and the cartridge 8 in which the powdery extraction object is incorporated have been described, but the extraction object includes a solid object.

In the second embodiment, the attachment portion 3 has the floating means 6 on the side opposite to the attachment portion of one (one tenbin) on the side surface, but this effect is strongly influenced by the rotating water flow C and lasts for a long time. There is an effect to make. Further, the wing-like floating means 6 may be plural, and may be omitted depending on the shape of the extraction object.

The floating means 6 in the second embodiment is a means for providing a screw that fits the screw hole of the rotating part 2 or a means for making the rotating part a longitudinal groove and making it a slide type. The floating means 6 that can be balanced according to the object can be selected.

In Example 3, when a single cartridge 8 is attached only to the attachment portion 3b,
The mounting portion 3b 'on the opposite side of the rotating component 2 is provided with the floating means 6 having the same buoyancy as that of the cartridge 8 instead of the cartridge 8', so that the balance of the tenbin can be balanced.

As shown in Examples 3 and 4, by providing the shaft 1 with the spatula-like floating means 6 and the weight 7, the effect of stirring the water can be enhanced and the rotating water flow can be amplified. In the embodiment, these are provided at the end of the shaft 1, but not only the end of the shaft 1 but also such an underwater resistor at the top, the rotating water flow C due to the stirring effect is amplified.

In the method of use when the tip of the shaft 1 is provided in the container lid 10 and immersed in the container 9 as shown in Example 4, the container 9 is made slightly smaller without filling the container 9 with water, and the container 9 is moved to the arrow A. When swung in the direction, the momentum of the water flow due to the centrifugal force increases, and the rotating component 2 provided on the shaft 1 vigorously rotates B, so that the acceleration speed of component extraction increases.

In Example 4, as means for fixing the tip of the shaft 1 of the component extraction accelerator of the present invention to the container lid 10, means for using press-fitting, insertion or frenzy, suction means with a suction cup, etc. There are adhesive means to fix.

Further, if a plastic bottle cap is prepared in which the tip of the shaft 1 of the present invention is provided on an existing plastic bottle cap, it can be used in Example 4 simply by being attached to the existing plastic bottle as it is.

1 axis
2 Rotating part 3 Attachment part 4 Fixing part 5 Tea pack 6 Floating means 7 Weight 8 Cartridge 9 Container 10 Container lid A Arrow B indicating the direction of swinging the shaft 1 Arrow C indicating the direction of rotation C Arrow direction indicating the direction of the rotating water flow Hole that penetrates the rotating part 2 Screw hole that fits the screw part c Screw hole of the tea pack 5 that fits the screw part

Claims (1)

And rod-shaped shaft, and the rotating component provided on the shaft so as to rotate independently of the shaft, consists with the rotating component side surface equipped was extracted object to attach it mounting portion capable of, the rotating component The shaft is immersed in a liquid, and the shaft is movable so that the component of the extraction target attached to the mounting portion is extracted, and even after the operation is completed, the rotating component is moved to the shaft. An extraction rod , characterized in that further extraction is performed by continuing to rotate around the center .

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