JP2014176594A - Continuous rotary extraction stick - Google Patents

Abstract

PROBLEM TO BE SOLVED: To accelerate component extraction of an extraction object which is provided on an axis by facilitating the component extraction by stirring (rotating) the axis and, in addition to this, by maintaining rotation of the extraction object by using the rotary water flow produced by stirring means even after the end of the stirring operation.SOLUTION: A continuous rotary extraction stick comprises: an axis 1; a rotating part 2 which is provided on the axis 1, can rotate around the axis 1 by moving the axis 1 or, when an object is fixed on the axis 1, by rotation of the object, and possess a function capable of maintaining the rotation after stopping the movement; an attaching part 3a which is provided on the rotating part 2 and by which an extraction object 5 is attached on the rotating part 2. By rotating the rotating part 2, the component extraction of the extraction object 5, which is attached on the attaching part 3a, can be accelerated.

Description

The present invention can rotate around the axis by moving the axis or moving the object with the axis fixed, and rotation having a function capable of continuing the rotation even after the movement is stopped. The component is provided on the shaft, and the rotating component is provided with an attaching component that can attach the extracting object, and the rotating component is rotated to extract the component of the extracting object attached to the attaching component. The present invention relates to a continuous rotation extraction rod characterized by acceleration.

Conventionally, when the shaft is movable or when the shaft is fixed to the object, the object can be rotated around the axis by the movement of the object, and the rotation can be continued even after the movement is stopped. A rotating part having the shaft is provided, and the rotating part is provided with an attaching part that can attach the extraction object to the rotating part. There was no continuous rotation extraction bar characterized by accelerating extraction.

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 tip of the shaft by shaking the upper part of the shaft, so the tea pack stops at the end of the shaft turning work, so it is extracted at that time The work will be completed.

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 ends.

Patent publication 2003-063562 Special table 2008-519630

In the prior art described in the section 0003, when the shaft swinging operation (movable) is completed, the tea pack is stationary, 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 the operation of extracting the components ends.

The invention of the present application uses the rotating water flow generated by the means for stirring the extraction object provided on the shaft in addition to encouraging the extraction of the components by stirring the shaft, and after the stirring operation is completed. An object is to accelerate the extraction of components by maintaining the rotation of the object.

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

A rotating part having a function of being able to rotate around the axis by moving the axis or moving an object to which the axis is fixed and having the function of continuing the rotation even after the movement is stopped. Providing an attachment part capable of attaching an extraction object to the rotating part, and rotating the rotating part to accelerate extraction of components of the extraction object attached to the attachment part. Create a featured continuous rotation extractor bar.

In addition, a continuous rotation extraction rod is produced in which the shaft is flexible.

Furthermore, the effect of the present invention can be exhibited by creating a continuous rotation extraction rod characterized in that a stirring portion is provided on the shaft.

A rotating part having a function of being able to rotate around the axis by moving the axis or moving an object to which the axis is fixed and having the function of continuing the rotation even after the movement is stopped. Providing an attachment part capable of attaching an extraction object to the rotating part, and rotating the rotating part to accelerate extraction of components of the extraction object attached to the attachment part. Create a featured continuous rotation extractor bar. This effect will be described below.

First, when attaching the extraction object to the rotating part mounting part of the shaft of the continuous rotation extraction rod of the present invention, immersing the object to be extracted and stirring with the shaft (moving the shaft), it was attached to the mounting part. The extraction object is swung (rotated) in a circle.

The extract attached to the rotating part is swung in a circle (rotating by moving the shaft), thereby generating a rotating water flow in the container. The rotating water flow generated by the agitation operation continues to rotate in the container according to the law of inertia even after the agitation operation is completed.

Even after the completion of the agitation work, the extraction object provided in the attachment part of the rotating part that continues to rotate around the axis is affected by the effect of the rotating part having a function of rotating around the axis. It rides on a rotating water stream and rotates around the axis.

In this way, the mixing operation is completed due to the continuous rotation of the object to be extracted by the function of the rotating part that can continue to rotate around the axis even after the operation by the axis (movable of the axis) is completed. Thereafter, the extraction object continues to rotate in the container, so that the extraction of the components of the extraction object is accelerated.

In addition, a continuous rotation extraction rod is produced in which the shaft is flexible. This effect will be described below.

When the shaft is moved as described above in 0013, the shaft is flexible so that it performs a whip-like motion (hereinafter referred to as a whip motion). This whip motion increases the amplitude of the shaft and increases the rotating water flow.

Furthermore, the effect of the present invention can be exhibited by creating a stirring rotation extraction rod characterized by providing a stirring portion on the shaft. This effect will be described below.

When the shaft is provided with a stirring portion, the resistance of the shaft is increased during the stirring operation in water as described in 0013. This resistance further amplifies the rotating water flow during the stirring operation.

Since the shaft has a resistance effect with the agitation part, the rotating water flow generated by the agitation operation is strongly amplified and lasts for a long time, so that the extraction object is stronger and continues to rotate for a long time. The extraction of the components is further accelerated.

In this way, due to the effect of the continuous rotation extraction rod of the present invention, the movement of the shaft is stopped by providing the shaft with a rotating part having a function capable of continuing the rotation even after the movement of the shaft is stopped. The extraction of the component of the extraction object can be accelerated even after the operation.

The rotating component also has a function of rotating around the axis by moving the object when the axis is fixed to the object. This will be described later in the embodiment.

The front view of this invention stirring rotation extraction stick | rod which attached the tea pack 5 to the attachment part 3a of the rotation component 2 which the axis | shaft 1 provided with the stirring part 4 has. The front view showing operation | movement at the time of using this invention stirring mixing rotation extraction rod shown in FIG. The front view of this invention stirring rotation extraction stick | rod which attached the cartridge 8 to the attachment part 3b of the rotary component 2 with which the axis | shaft 1 was equipped. The front view at the time of using this invention stirring mixing rotation extraction rod shown in FIG. 3 immersed in the container 11. FIG. Front view of the extraction rod of the present invention in which the tip of the shaft 1 is fixed to the bottom surface of the container lid 12 The front view which shows operation | movement at the time of fixing the extraction stick of this invention shown in FIG. The front view of this invention extraction rod of a simple form. The front view of this invention extraction stick | rod of the form provided with bifurcated attachment part 3a, 3a '. The front view of this invention extraction rod of the form provided with the rotating component 2 of the form of the spherical body 6 on the axis | shaft. The front view of this invention extraction rod of the form by which the rotating component 2 of the form of the spherical body 6 was penetrated by the axis | shaft.

The continuous rotating extraction rod of the present invention is rotated by the rotating component 2 that rotates about the shaft 1. Even after the moving of the shaft 1 or the object to which the shaft 1 is attached (the container 11 in the embodiment) is stopped, Although the form for the attached extraction target object to keep rotating will be described with reference to the drawings described later, first, the use of the present invention will be described in Examples. In the following description, the continuous rotation extraction rod of the present invention will be described as the present invention extraction rod.

In the first embodiment, the rotating component 2 is provided with a hump-like protrusion (a) at the upper end of the hook-shaped attachment component 3a at the lower end, and the protrusion (a) at the lower end of the shaft 1. It has a space (b) with a tongue on the outside that can be fitted.

As a result, the space (A) at the lower end portion of the shaft 1 and the hump-like projection (A) at the upper tip portion of the mounting part 3a are centered on the shaft 1 with the shaft 1 as a fulcrum. The rotating component 2 has a rotating function. In addition, the protrusion may be in any form as long as it has a rotation function, even if it does not have a hump shape.

Further, the shaft 1 is provided with a stirring portion 4 shown in FIG. Mounting part 3a
Is attached by means for sandwiching the tea pack 5 as an extraction object. What was immersed in the container 11 in this state is shown in FIG.

In FIG. 2, the operation of the present invention stirring and rotating extraction bar shown in FIG. 1 will be described. Axis 1
When the upper part of the container is agitated in the direction of arrow A (the shaft 1 is movable), the tea pack 5 attached to the attachment part 3a of the rotating component 2 provided at the end of the shaft 1 It is swung in the direction of B.

As a result, a rotating water flow C is generated in the direction of the arrow C in the container 11. Even at the end of the stirring operation (movable of the shaft 1), the rotating water flow C continues to rotate in the container 11 due to the law of inertia.

The tea pack 5 attached to the attachment portion 3a is caused to rotate and rotate in the container 11 by the rotating component 2 even when the stirring operation (movable shaft) is completed using the continuous rotating water flow C. Can last. Thereby, extraction of the components of the tea pack 5 is accelerated.

In this case, if the shaft is made flexible, and the whip effect described in the paragraph 0018 is provided, the rotating water flow C is further generated.

As a means for providing flexibility, the shaft 1 itself is made of a flexible material such as rubber, or the shaft 1 itself is formed into a flexible shape such as a spring. Create a joint to join and a joint to join the shaft 1 into the container, and make the joint flexible by making the joint a flexible material or shape. including(

The extraction rod of the present invention used in Example 2 has the function of being able to rotate around the shaft 1 at the lower end of the shaft 1 according to the specifications of 0035 and 0036 described later, as shown in FIG. A rotating component 2 is provided.

First, the end of the shaft 1 is a sphere 6, the sphere 6 is provided with a hollow (c), a hole (d) is made at the end of the sphere 6, and the attachment part 3 b is inserted from the upper part of the hole (d). Secure with stopper 7.

Since the diameter of the hole (d) is larger than the diameter of the mounting part 3b, the mounting part 3b
Has the function of the rotating component 2 that can rotate around the sphere 6 provided at the end of the shaft.

A lower end of the attachment part 3b is a screw, and a cartridge 8 of an extraction object having a screw hole (e) that fits the screw is inserted and fixed.

At this time, it is needless to say that a means may be provided by press-fitting and fixing by providing a protrusion at the lower end of the attachment portion 3b instead of the screw and having a hole (f) for press-fitting into the protrusion.

From the upper part of the sphere 6, a stirring portion 4 having a ring shape is formed around the cartridge 8.
In the second embodiment, a lead 9 is formed at the bottom of the cartridge 8, and this lead is stabilized by passing through a hole (figure) larger than the diameter of the lead formed in the lower end of the stirring portion 4, but the cartridge 8 is stable. You don't have to.

The cartridge 8 is provided with a blade-like floating means 10 so as to be easily affected by the rotating water flow.

In FIG. 4, the operation of the extraction rod of the present invention shown in FIG. 3 will be described. When the upper portion of the shaft 1 is stirred in the direction of arrow A, the cartridge 6 attached to the attachment portion 3b provided at the end of the shaft 1 is swung in the direction of arrow B in water.

As a result, a rotating water flow C is generated in the direction of the arrow C in the container 11. Even at the end of the stirring operation, the rotating water flow C continues to rotate in the container 11 according to the law of inertia.

As described in the paragraph 0036, the cartridge 6 fixed to the mounting portion 3b is agitated by using the rotating water flow C because the mounting component 3b also has the function of the rotating component 2. Even at the end of the movement of the shaft 1, the rotation D can be continued in the container 11. Thereby, the extraction of the components of the cartridge 8 is accelerated.

In the embodiment, the rotating component 2 is provided by simple means. However, the rotation function can be enhanced by using a bearing or the like for the rotating component 2 of the extraction rod of the present invention.

The stirring portion 4 is not a two-blade as in the first embodiment, but a means for forming a plurality of blades, a screw-like shape, a undulation, or a groove to reduce the resistance of the shaft 1 in water. It is possible to increase the generation of the rotating water flow C in the agitation work.

Further, it will be described that the rotating component 2 described in the section 0023 has a function capable of rotating around the axis by moving the object when the axis 1 is fixed to the object.

In FIG. 5, the tip of the shaft 1 of the extraction rod of the present invention is fixed to the bottom surface of the container lid 12. The object in this case is the container lid 12.

In this state, by moving the container lid 12 (the object to which the shaft 1 is fixed), the shaft is moved, and the rotating component 2 can rotate around the shaft 1 and after the movement is stopped The rotating component 2 can continue to rotate.

FIG. 6 shows the operation. In this operation, when the container 11 containing water is moved in the direction of arrow E by hand, a rotating water flow C is generated in the container 11. Since the rotating water flow C continues in the container 11 even after the movement of the container 11 stops, the rotating component 2 can continue its rotation.

In this case, the object to which the shaft 1 is fixed is the container lid 12 directly, but the container 11 to which the container lid 12 is fixed is indirectly an object to which the shaft 1 is fixed.

As described above, the extraction rod of the present invention is an object in which the shaft 1 is fixed to the object, and the object in which the shaft 1 is indirectly fixed in this way (in this case, the container 11) is also the object. Is defined as

In addition, conventionally, when putting tea in a water bottle or the like, it was a technique of pouring from a kettle from which tea was extracted, but recently, as an extraction means for tea etc., water is filled in a used plastic bottle and a tea pack is also added. The technique of putting in has come to be used in each household.

Therefore, by providing the extraction stick of the present invention on the bottom surface of the plastic bottle container lid 12 ′ specialized for the plastic bottle container 11 ′, the extraction stick of the present invention dedicated to the plastic bottle container 11 ′ is obtained. Since the bottle diameter of the plastic bottle container 11 ′ is generally the same, the plastic bottle container 12 ′ provided with the present invention is suitable for almost all the plastic bottle containers 11 ′.

In this manner, the extraction rod of the present invention can exert its function in various containers 11 by being provided on the bottom surfaces of various container lids 12. In addition, by providing the plastic bottle container lid 12 ′ specialized for the plastic bottle container 11 ′, the function can be exhibited specially for the plastic bottle 11 ′.

In the embodiment, the tea pack 5 or the cartridge 8 in which the powdery extraction object is incorporated.
However, the extraction object includes a solid object.

That is, the extraction object of the first embodiment may be a solid cartridge or cartridge 8 instead of the tea pack 5, and the extraction object is a tea pack instead of the cartridge 8 by changing the shape of the mounting portion 3 in the second embodiment. 5 or solid.

In the following, the shape of the rotating component 2 fixed to the shaft 1 will be described.

FIG. 7 shows the extraction rod of the present invention having the same form as that of Example 1, but this is not provided with the stirring portion 4 shown in FIG. 1, but the shaft 1 not provided with the stirring portion 4 as described above. The effect can be achieved even with a simple extraction rod according to the present invention having a mounting portion 3a.

FIG. 8 shows the extraction rod of the present invention having the same form as 0058, but the attachment portion is divided into two. In this way, the effect of the present invention extraction rod having a plurality of attachment portions 3 such as a plurality of attachment portions 3a and 3a 'is demonstrated.

In FIG. 9, a space (A) having a tongue is provided at the upper part of the sphere 6, and the sphere 6 becomes a rotating part 2 and is rotated around the shaft 1 by fitting and fixing the stopper 7 to the end of the shaft 1. It has a function that can be done.

Hook-shaped attachment portions 3 a, 3 a ′, 3 a ″ are provided on the side surface and the lower surface of the rotating component 2.

This attachment portion may be singular or plural, and may be in any direction, not limited to the side surface and the lower surface.

In FIG. 10, a vertical hole is formed in the rotating component 2, and the rotating component 2 is inserted into the vicinity of the end of the shaft 1 having a diameter smaller than the diameter of the vertical hole passing through the vertical hole. The stoppers 7a and 7b are fixed in the vertical direction. 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.

The attachment part 3 may be singular or plural. Moreover, although it is described as a side surface, it is not symmetrical and may be an upper side surface or a lower side surface, but it is easier to balance if it is left / right symmetric (like a balance). This balance also applies to the form described in the paragraph 0062.

The attachment portion 3 may be in any form as long as the extraction object can be attached. Moreover, the effect of the extraction rod of the present invention may be enhanced by making the attachment part 3 freely attachable / detachable from the rotating part 2 so that it can be removed and replaced depending on the application.

By making the attachment part 3 removable from the rotating part 2 as described in the paragraph 0065, by having a function of attaching and removing the weight and the floating means 10 to the rotating part 2 separately from the attachment part 3 depending on the application, The effect of the present invention extraction rod may be enhanced.

1 axis
2 Rotating parts 3 Attached part 4 Stirring part 5 Tea pack 6 Sphere 7 Retaining 8 Cartridge 9 Core 10 Floating means 11 Container (PET bottle)
12 Container lid (plastic bottle cap)
A Arrow indicating the direction of stirring B Arrow indicating the direction of rotation of the extraction object by the stirring operation Arrow D indicating the direction of the rotating water flow Arrow E indicating the rotation of the arrow E Arrow-shaped projection indicating the direction of swinging the container 11 Space that has an object cave Sphere 6 has a hollow hole at the end of the sphere 6 A hole that fits into the screw at the lower end of the agitated part A vertical hole in the rotating part

In the present invention, the shaft (rod) can be rotated around the shaft (bar) by the movement of the shaft (bar) or the object to which the shaft (bar) is fixed, and the rotation is continued even after the movement is stopped. An extraction part attached to the attachment part by rotating the rotation part by providing the attachment part capable of attaching an extraction object to the rotation part by providing a rotation part having a function capable of being provided on the shaft. The present invention relates to a continuous rotation extraction bar characterized by accelerating the extraction of components of an object.

Conventionally, when the shaft (bar) is movable or the shaft (bar) is fixed to the object, it can be rotated around the shaft (bar) by the movement of the object, and even after the movement is stopped The rotating part having a function capable of sustaining the rotation part is provided on the shaft, and the rotating part is provided with an attaching part capable of attaching the extraction object, and the rotating part is rotated, so that the attaching part There was no continuous rotation extraction bar characterized by accelerating the extraction of the components of the attached extraction object.

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 tip of the shaft by shaking the upper part of the shaft, so the tea pack stops at the end of the shaft turning work, so it is extracted at that time The work will be completed.

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 ends.

Patent publication 2003-063562 Special table 2008-519630

In the prior art described in the section 0003, when the shaft swinging operation (movable) is completed, the tea pack is stationary, 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 the operation of extracting the components ends.

The invention of the present application uses the rotating water flow generated by the means for stirring the extraction object provided on the shaft in addition to encouraging the extraction of the components by stirring the shaft, and after the stirring operation is completed. An object is to accelerate the extraction of components by maintaining the rotation of the object.

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

Shaft can be rotated about an axis (rod) by moving the movable or shaft (rod) fixed object of (bars), and the function that can be sustained rotation at after stopping the movable A component of the extraction object attached to the attachment part by providing the attachment part capable of attaching the extraction object to the rotation part and rotating the rotation part. Create a continuous rotation extraction bar characterized by accelerating the extraction of.

In addition, a continuous rotation extraction rod is produced in which the shaft is flexible.

Furthermore, the effect of the present invention can be exhibited by creating a continuous rotation extraction rod characterized in that a stirring portion is provided on the shaft.

Axis (rod) can be rotated in the axial (bars) centered by the movable movable or shaft (rod) fixed object of, and a function of rotating the can persist even after stopping the movable A rotating part having the shaft is provided, and the rotating part is provided with an attaching part that can attach the extraction object to the rotating part. Create a continuous rotation extraction bar characterized by accelerating extraction. This effect will be described below.

First, when attaching the extraction object to the rotating part mounting part of the shaft of the continuous rotation extraction rod of the present invention, immersing the object to be extracted and stirring with the shaft (moving the shaft), it was attached to the mounting part. The extraction object is swung (rotated) in a circle.

The extract attached to the rotating part is swung in a circle (rotating by moving the shaft), thereby generating a rotating water flow in the container. The rotating water flow generated by the agitation operation continues to rotate in the container according to the law of inertia even after the agitation operation is completed.

Even after the completion of the agitation work, the extraction object provided in the attachment part of the rotating part that continues to rotate around the axis is affected by the effect of the rotating part having a function of rotating around the axis. It rides on a rotating water stream and rotates around the axis.

In this way, the mixing operation is completed due to the continuous rotation of the object to be extracted by the function of the rotating part that can continue to rotate around the axis even after the operation by the axis (movable of the axis) is completed. Thereafter, the extraction object continues to rotate in the container, so that the extraction of the components of the extraction object is accelerated.

In addition, a continuous rotation extraction rod is produced in which the shaft is flexible. This effect will be described below.

When the shaft is moved as described above in 0013, the shaft is flexible so that it performs a whip-like motion (hereinafter referred to as a whip motion). This whip motion increases the amplitude of the shaft and increases the rotating water flow.

Furthermore, the effect of the present invention can be exhibited by creating a stirring rotation extraction rod characterized by providing a stirring portion on the shaft. This effect will be described below.

When the shaft is provided with a stirring portion, the resistance of the shaft is increased during the stirring operation in water as described in 0013. This resistance further amplifies the rotating water flow during the stirring operation.

Since the shaft has a resistance effect with the agitation part, the rotating water flow generated by the agitation operation is strongly amplified and lasts for a long time, so that the extraction object is stronger and continues to rotate for a long time. The extraction of the components is further accelerated.

Thus, due to the effect of the continuous rotation extraction rod of the present invention, the movement of the shaft is stopped by providing the shaft with a rotating part having a function capable of continuing the rotation even after the movement of the shaft is stopped. The extraction of the component of the extraction object can be accelerated even after the operation.

The rotating component also has a function of rotating around the axis by moving the object when the axis is fixed to the object. This will be described later in the embodiment.

The front view of this invention stirring rotation extraction stick | rod which attached the tea pack to the attachment part 3a of the rotary component 2 which the axis | shaft 1 provided with the stirring part 4 has. The front view showing operation | movement at the time of being immersed in the container 11 and using the stirring-rotation extraction stick | rod of this invention shown in FIG. The front view of this invention stirring mixing rotation extraction stick | rod which attached the cartridge 8 to the attachment part 3b of the rotating component 2 with which the axis | shaft 1 was equipped. The front view at the time of using this invention stirring stirring extraction rod shown in FIG. 3 immersed in the container 11. FIG. Front view of the extraction rod of the present invention in which the tip of the shaft 1 is fixed to the bottom surface of the container lid 12 FIG. 6 is a front view showing an operation when the extraction rod shown in FIG. 5 is fixed to the container 11 and the container 11 is moved . The front view of this invention extraction rod of a simple form. The front view of this invention extraction stick | rod of the form provided with bifurcated attachment part 3a, 3a '. Form of spheres 6 are a front view of the present invention the extraction rod form with a rotating component 2 in the axial. The front view of this invention extraction stick | rod of the form with which the form of the spherical body 6 penetrated the rotating component 2 to the axis | shaft.

Object more axes 1 or shaft 1 is attached to the rotating component 2 by the present invention sustained rotation extraction rod is rotated around the shaft 1 to the rotary part 2 even after stopping the movable (vessel 11 in the embodiment) The partial form for the rotation of the attached extraction object to be continued will be described with reference to the drawings described later. First, the use of the present invention will be described in the embodiment. In the following description, the continuous rotation extraction rod of the present invention will be described as the present invention extraction rod.

Wherein the rotating component 2 in Example 1, knobby projections lower end to the upper extreme of the hook-shaped mounting portions partial 3a allowed comprising a (A), said projections on the lower end of the shaft 1 (A) It has a space (b) with a tongue on the outside that can be fitted. Of course, it goes without saying that the effect is the same in the opposite form in which the space (A) is the axis 1 and the protrusion (A) is the tip of the mounting portion 3a.

As a result, the space (A) at the lower end portion of the shaft 1 and the hump-like projection (A) at the upper tip portion of the mounting part 3a are centered on the shaft 1 with the shaft 1 as a fulcrum. The rotating component 2 has a rotating function. In addition, the protrusion may be in any form as long as it has a rotation function, even if it does not have a hump shape.

Further, the shaft 1 is provided with a stirring portion 4 shown in FIG. Mounting part 3a
Is attached by means for sandwiching the tea pack 5 as an extraction object. What was immersed in the container 11 in this state is shown in FIG.

In FIG. 2, the operation of the present invention stirring and rotating extraction bar shown in FIG. 1 will be described. Axis 1
When the upper part of the container is agitated in the direction of arrow A (the shaft 1 is movable), the tea pack 5 attached to the attachment part 3a of the rotating component 2 provided at the end of the shaft 1 It is swung in the direction of B.

As a result, a rotating water flow C is generated in the direction of the arrow C in the container 11. Stirring work (axis 1
The rotating water flow C continues to rotate in the container 11 according to the law of inertia even at the end of the movement.

The tea pack 5 attached to the attachment portion 3a is caused to rotate and rotate in the container 11 by the rotating component 2 even when the stirring operation (movable shaft) is completed using the continuous rotating water flow C. Can last. Thereby, extraction of the components of the tea pack 5 is accelerated.

In this case, if the shaft is made flexible, and the whip effect described in the paragraph 0018 is provided, the rotating water flow C is further generated.

As a means for providing flexibility, the shaft 1 itself is made of a flexible material such as rubber, or the shaft 1 itself is formed into a flexible shape such as a spring. Create a joint to join and a joint to join the shaft 1 into the container, and make the joint flexible by making the joint a flexible material or shape. including the.

The extraction rod of the present invention used in Example 2 is, as shown in FIG.
According to the specification of item 6, a rotating component 2 having a function capable of rotating around the shaft 1 (the bottom surface of the shaft 1) is provided at the lower end of the shaft 1.

First, the end of the shaft 1 is a sphere 6, the sphere 6 is provided with a hollow (c), a hole (d) is made at the end of the sphere 6, and the attachment part 3 b is inserted from the upper part of the hole (d). Secure with stopper 7.

Since the diameter of the hole (d) is larger than the diameter of the mounting part 3b, the mounting part 3b
Has the function of the rotating component 2 that can rotate around the sphere 6 provided at the end of the shaft.

A lower end of the attachment part 3b is a screw, and a cartridge 8 of an extraction object having a screw hole (e) that fits the screw is inserted and fixed.

At this time, it is needless to say that a means may be provided by press-fitting and fixing by providing a protrusion at the lower end of the attachment portion 3b instead of the screw and having a hole (f) for press-fitting into the protrusion.

From the upper part of the sphere 6, a stirring portion 4 having a ring shape is formed around the cartridge 8.
In the second embodiment, a lead 9 is formed at the bottom of the cartridge 8, and this lead is stabilized by passing through a hole (figure) larger than the diameter of the lead formed in the lower end of the stirring portion 4, but the cartridge 8 is stable. You don't have to.

The cartridge 8 is provided with a blade-like floating means 10 so as to be easily affected by the rotating water flow.

In FIG. 4, the operation of the extraction rod of the present invention shown in FIG. 3 will be described. When the upper part of the shaft 1 is stirred in the direction of arrow A, the attachment portion 3 provided at the end of the shaft 1
The cartridge 6 attached to b is swung in the direction of arrow B in water.

As a result, a rotating water flow C is generated in the direction of the arrow C in the container 11. Even at the end of the stirring operation, the rotating water flow C continues to rotate in the container 11 according to the law of inertia.

As described in the paragraph 0036, the cartridge 6 fixed to the mounting portion 3b is agitated by using the rotating water flow C because the mounting component 3b also has the function of the rotating component 2. Even at the end of the movement of the shaft 1, the rotation D can be continued in the container 11. Thereby, the extraction of the components of the cartridge 8 is accelerated.

In the embodiment, the rotating component 2 is provided by simple means. However, the rotation function can be enhanced by using a bearing or the like for the rotating component 2 of the extraction rod of the present invention.

The stirring portion 4 is not a two-blade as in the first embodiment, but a means for forming a plurality of blades, a screw-like shape, a undulation, or a groove to reduce the resistance of the shaft 1 in water. It is possible to increase the generation of the rotating water flow C in the agitation work.

Further, it will be described that the rotating component 2 described in the section 0023 has a function capable of rotating around the axis by moving the object when the axis 1 is fixed to the object.

In FIG. 5, the tip of the shaft 1 of the extraction rod of the present invention is fixed to the bottom surface of the container lid 12. The object in this case is the container lid 12.

In this state, by moving the container lid 12 (the object to which the shaft 1 is fixed), the shaft is moved, and the rotating component 2 can rotate around the shaft 1 and after the movement is stopped The rotating component 2 can continue to rotate.

6 shows the operation of using the extraction rod of the present invention shown in FIG. 5. The operation is that when the container 11 containing water is moved by hand in the direction of arrow E, the rotating water flow C is generated in the container 11. Occur. Since the rotating water flow C continues in the container 11 even after the movement of the container 11 stops, the rotating component 2 can continue its rotation.

In this case, the object to which the shaft 1 is fixed is the container lid 12 directly, but the container 11 to which the container lid 12 is fixed is indirectly an object to which the shaft 1 is fixed.

As described above, the extraction rod of the present invention is an object in which the shaft 1 is fixed to the object, and the object in which the shaft 1 is indirectly fixed in this way (in this case, the container 11) is also the object. Is defined as

In addition, conventionally, when putting tea in a water bottle or the like, it was a technique of pouring from a kettle from which tea was extracted, but recently, as an extraction means for tea etc., water is filled in a used plastic bottle and a tea pack is also added. The technique of putting in has come to be used in each household.

Therefore, a plastic bottle container lid 12 'specializing the extraction rod of the present invention in a plastic bottle container 11'.
By providing it on the bottom surface of this, it becomes the present invention extraction rod dedicated to the PET bottle container 11 '. The plastic bottle container 11 'generally has the same diameter, so the plastic bottle container 1 provided with the present invention
2 'fits almost all plastic bottle containers 11'.

In this manner, the extraction rod of the present invention can exert its function in various containers 11 by being provided on the bottom surfaces of various container lids 12. In addition, by providing the plastic bottle container lid 12 ′ specialized for the plastic bottle container 11 ′, the function can be exhibited specially for the plastic bottle 11 ′.

In the embodiment, the tea pack 5 or the cartridge 8 in which the powdery extraction object is incorporated.
However, the extraction object includes a solid object.

That is, the extraction object of the first embodiment may be a solid cartridge or cartridge 8 instead of the tea pack 5, and the extraction object is a tea pack instead of the cartridge 8 by changing the shape of the mounting portion 3 in the second embodiment. 5 or solid.

In the following, the shape of the rotating component 2 fixed to the shaft 1 will be described.

FIG. 7 shows the extraction rod of the present invention having the same form as that of Example 1, but this is not provided with the stirring portion 4 shown in FIG. 1, but the shaft 1 not provided with the stirring portion 4 as described above. The effect can be achieved even with a simple extraction rod according to the present invention having a mounting portion 3a.

FIG. 8 shows the extraction rod of the present invention having the same form as 0058, but the attachment portion is divided into two. In this way, the attachment portion 3 is not a single piece but a plurality of attachment portions 3a, 3a '.
The effect of the present invention extraction rod having a plurality of

In FIG. 9, a space (A) having a tongue is provided at the upper part of the sphere 6, and a stopper 7 is provided at the end of the shaft 1.
By inserting and fixing, the sphere 6 becomes a rotating component 2 and has a function of being able to rotate around the shaft 1.

Hook-shaped attachment portions 3 a, 3 a ′, 3 a ″ are provided on the side surface and the lower surface of the rotating component 2.

This attachment portion may be singular or plural, and may be in any direction, not limited to the side surface and the lower surface. In the 0058 term, the 0059 term, and the 0060 term, being able to rotate around the shaft 1 means that the shaft 1 can be rotated around the bottom surface.

In FIG. 10, a vertical hole (ki) is made in the rotary part 2 by drilling a vertical hole (ki) and penetrating through the vertical hole (ki).
In the vicinity of the end of the shaft 1 having a diameter smaller than the diameter of the shaft, the rotating component 2 is attached to a pair of retaining members 7a, 7
Use b to hold it up and down and fix it. An attachment portion 3 having a hook-like tip on the side surface of the rotating component 2
a and 3a ′ are provided to protrude. In this case, being able to rotate around the axis means being able to rotate around the main body of the axis 1.

The attachment part 3 may be singular or plural. Although it is described as a side surface, it is not left-right symmetric and may be an upper side surface or a lower side surface, but it is easier to balance if it is left-right symmetric (tenbin shape) . This balance also applies to the form described in the paragraph 0062.

The attachment portion 3 may be in any form as long as the extraction object can be attached. Moreover, the effect of the extraction rod of the present invention may be enhanced by making the attachment part 3 freely attachable / detachable from the rotating part 2 so that it can be removed and replaced depending on the application.

As described in the paragraph 0065, by making it possible to freely attach and detach the mounting portion 3 from the rotating component 2,
Depending on the application, the effect of the extraction rod of the present invention may be enhanced by having a function of detaching the weight or the floating means 10 from the rotating component 2 separately from the mounting component 3.

1 axis
2 Rotating parts 3 Attached part 4 Stirring part 5 Tea pack 6 Sphere 7 Retaining 8 Cartridge 9 Core 10 Floating means 11 Container (PET bottle)
12 Container lid (plastic bottle cap)
A Arrow indicating the direction of stirring B Arrow indicating the direction of rotation of the extraction object by the stirring operation Arrow D indicating the direction of the rotating water flow Arrow E indicating the rotation of the arrow E Arrow-shaped projection indicating the direction of swinging the container 11 Space that has an object cave Sphere 6 has a hollow hole at the end of the sphere 6 A hole that fits into the screw at the lower end of the agitated part A vertical hole in the rotating part

Claims (3)

A rotating part having a function of being able to rotate around the axis by moving the axis or moving an object to which the axis is fixed and having the function of continuing the rotation even after the movement is stopped. Providing an attachment part capable of attaching an extraction object to the rotating part, and rotating the rotating part to accelerate extraction of components of the extraction object attached to the attachment part. Features a continuous rotation extraction bar. The continuous rotation extraction rod according to claim 1, wherein the shaft is flexible. The continuous rotation extraction bar according to claim 1 or 2, wherein the shaft is provided with a stirring portion.

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