JP3016822U - Chopsticks - Google Patents

Abstract

(57) [Summary] [Purpose] The chopsticks that each person uses on a daily basis are equipped with a magnet, and a magnetic field acts on the fingertips every time the chopsticks are used for meals.
It is an object of the present invention to provide a chopstick device that can promote the intracellular metabolism of a fingertip and recover fatigue from the fingertip. [Structure] A magnet 14 is fixed to a grip portion 13 of a chopstick rod 12 and a peripheral side surface position in the vicinity thereof. When the chopstick rod is gripped by the fingertip, the magnetic field of the magnet acts on the fingertip, and the fatigue can be recovered.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to chopsticks used by each person at meals.

[0002]

[Prior art]

 Conventionally, if a person is writing on a fingertip of a hand of a hand while writing with a writing instrument for a long time, or if the fingertip of the hand of a hand is repeatedly used for a long time, the fingertip becomes tired. Each person works to recover fatigue from their fingertips by applying plaster on the back of their tired hands, applying a drug solution to prevent inflammation, or massaging them.

[0003]

[Problems to be solved by the device]

 However, the pain is temporarily healed by applying a plaster or applying an anti-inflammatory drug solution to the tired fingertip, but if the fingertip work is continued, it is easy to cause pain or fatigue again. There was a problem such as.

The present invention has been made in view of the above conventional problems, and an object of the present invention is to provide a chopstick that a person uses on a daily basis with a magnet so that the chopsticks can be used when eating. It is an object of the present invention to provide a chopstick device characterized in that a magnetic field acts on the fingertip each time it is gripped, which promotes the metabolism of the fingertip in the cell to recover fatigue.

[0005]

[Means for solving problems]

 In order to achieve the above object, the invention according to claim 1 comprises a gripping portion 13 of a chopstick bar 12 and a chopstick tool 10a in which a magnet 14 is fixed to a peripheral side surface position in the vicinity thereof.

Further, in the invention according to claim 2, one or a plurality of the magnets 14 are embedded so as to be flush with the grip portion 13 of the chopstick bar 12 and the peripheral side surface position in the vicinity thereof. May be.

Next, in the invention according to claim 3, there is provided an elastic cylindrical body 18 which is removably attached to the chopstick bar 12, and the elastic cylindrical body 18 is at a position of the grip portion 13 of the chopstick bar 12. It is composed of a chopstick tool 10b which is locked to the elastic cylinder 18 and one or more magnets 14 are fixed to the elastic cylinder 18.

Further, in the invention according to claim 4, the magnet 14 may be embedded flush with the position of the peripheral side surface of the elastic cylindrical body 18.

Further, in the invention according to the fifth aspect, an end portion on the side of the grip portion 13 is pivotally attached to the pivot attachment 20, and a pair of chopstick rods 12 are spring-biased so that the tip portions can be opened and closed. The chopstick bar 10 is composed of a grip portion 13 and a chopstick tool 10c in which a magnet 14 is fixed at a peripheral side surface position in the vicinity thereof.

Further, in the invention according to claim 6, one or a plurality of the magnets 14 are embedded so as to be flush with the grip portion 13 of the chopstick rod 12 and the peripheral side surface position in the vicinity thereof. May be.

Next, in the invention according to claim 7, a pair of chopstick rods 12 are pivotally attached to the pivotal attachments 20 at the ends on the side of the grips 13 and spring-biased so that the tips can be opened and closed. It has an elastic cylinder 18 which is removably attached to the chopstick bar 12, and the elastic cylinder 18 is locked at the position of the grip portion 13 of the chopstick bar 12 and is the elastic cylinder. The body 18 is composed of a chopstick tool in which one or a plurality of magnets 14 are fixed.

Further, in the invention according to claim 8, the magnet 14 may be embedded in the peripheral side surface of the elastic cylindrical body 18 so as to be flush therewith.

[0013]

In the chopsticks tool according to the first aspect of the present invention, when the chopstick bar is held at the fingertips for a meal, the magnetic field generated by the magnet fixed at the peripheral side surface position serving as the gripping portion of the chopstick bar is applied to the fingertips. It acts to promote the intracellular metabolism of the fingertip and recover the fatigue of the fingertip at an early stage.

According to a second aspect of the present invention, one or a plurality of the magnets are embedded flush with each other at a circumferential side surface position which is a grip portion of the chopstick bar, so that the fingertip that grips the chopstick bar. The fatigue of the fingertip can be recovered while the magnetic field of the magnet acts on. In addition, each magnet is embedded flush with the chopstick rod so that when the chopstick rod is gripped, the fingertips do not feel uncomfortable, and the magnet embedded in the chopstick rod has a pattern. The beauty of the rod is improved.

Next, in the chopsticks tool according to a third aspect of the present invention, the chopstick bar has an elastic tubular body that is detachably mounted, and the elastic tubular body is locked at a gripping position of the chopstick rod. Further, since one or a plurality of magnets are fixed to the elastic cylinder, the elastic cylinder is easily locked at the position of the grip of the chopstick and is gripped by the fingertip and fixed to the elastic cylinder. The magnetic field of the generated magnet can be applied to the fingertip to recover the fatigue of the fingertip. Further, the magnetic field can be applied to the fatigued part of the fingertip accurately while sliding the elastic cylinder along the chopstick rod.

According to a fourth aspect of the present invention, the magnet is embedded flush with the peripheral side surface of the elastic cylinder so that the elastic cylinder does not feel uncomfortable even if it touches a fingertip, and the elastic cylinder is elastic. The magnet embedded in the cylinder does not peel off, and it is possible to recover the fatigue of the fingertip holding the chopstick rod while generating a magnetic field for a long time.

Next, a chopstick tool according to a fifth aspect of the invention has a pair of chopstick rods whose ends on the side of the grips are pivotally attached to the pivotal attachments and whose tip ends are spring-biased so that they can be opened and closed. , A magnet is fixed at the peripheral side surface which is the gripping part of the chopstick bar, so that a pair of chopsticks can be opened and closed semi-automatically by using the spring force of the biasing springs. By applying the magnetic field of the magnet fixed to the chopsticks to the fingertip, the fatigue of the fingertip can be recovered early.

According to a sixth aspect of the present invention, one or a plurality of the magnets are embedded in a flush shape at a peripheral side surface position serving as a grip portion of the chopstick bar so that the magnet opens and closes semi-automatically. The fingertips gripping the chopsticks will not feel strange, and the magnets embedded in the chopsticks will be patterned to improve the aesthetics of the chopsticks.

According to a seventh aspect of the present invention, an elastic tubular body is removably attached to the chopstick bar, and the elastic tubular body is locked at a gripping position of the chopstick bar, and Since one or more magnets are fixed to the elastic cylinder, the pair of chopsticks that opens and closes semi-automatically can be easily held by the elastic cylinder while being held by the fingertips. The fatigue of the fingertip can be recovered by applying the magnetic field of the magnet fixed to the fingertip to the fingertip. Further, the magnetic field can be applied to the fatigued part of the fingertip accurately while sliding the elastic cylinder along the chopstick rod.

Further, according to claim 8, when the magnet is embedded flush with the peripheral side surface of the elastic cylindrical body, the pair of chopsticks that open and close semi-automatically are grasped. The fingertips that come into contact with the elastic cylinder do not feel uncomfortable, and the magnet embedded in the elastic cylinder has a pattern to improve the aesthetic appearance of the chopstick bar.

[0021]

【Example】

 Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. 1 and 2 show a chopstick tool 10a according to a first embodiment of the present invention. As is apparent from the figure, the chopstick tool 10a of the first embodiment has a magnet 14 fixed to a peripheral side surface position which serves as a grip portion of the chopstick rod 12.

The chopsticks rod 12 is made of a wood material, a plastic material, or the like, and has a rectangular cross section. One or a plurality of magnets 14 are fixed to the chopstick rod 12. For this purpose, holes 16 shown in FIG. 2 are bored on the front, back, left and right side surfaces of the chopstick rod 12 at a vertical interval, and an adhesive is applied to the inner surface of the hole 16. After that, the small magnet 14 formed in the same shape as the hole 16 is embedded and fixed so that its upper surface is flush with the outer surface of the chopsticks rod 12.

As a result, a magnetic field F is induced between the magnetic poles of the magnets 14 on the inner surface side and the outer surface side of the chopstick bar 12, as shown in FIG. The magnetic field F induced in each magnet 14 when gripped promotes the metabolism of the fingertip while acting inside the fingertip, and the fatigue of the fingertip can be recovered. Further, the magnets 14 are embedded and fixed flush with each other, and there is no discomfort when gripping the chopsticks.

As an example, the chopstick rod 12 has a quadrangular cross section, but the shape is not limited to this, and may be circular, polygonal or the like. Also, regarding the position of the magnet 14 to be embedded and fixed, an appropriate position on the outer peripheral surface may be selected and fixed in consideration of the aesthetics of the chopsticks rod 12. In the case of one magnet, the hole 16 is formed in a long groove shape. Then, the magnet may be embedded and fixed, and the magnetic field can be induced for a long time.

Further, instead of embedding and fixing the magnet 14 on the peripheral side surface of the chopstick bar 12, one or a plurality of magnets 14 may be fixed with an adhesive in a state of protruding along the peripheral side surface of the chopstick bar 12. Good. In this case, the magnet is easily peeled off, but once peeled off, it can be bonded again with an adhesive. Alternatively, the chopstick rod 12 may be cut at the position where the chopstick rod 12 is gripped, and a magnet having the same shape as the chopstick rod 12 and having an arbitrary length may be joint-formed at the cutting position. In these cases as well, the magnetic field induced by the magnet acts on the fingertip holding the chopstick rod, and fatigue of the fingertip can be quickly recovered.

Next, FIGS. 3 and 4 show a chopstick tool 10b according to a second embodiment of the present invention. In the figure, in a chopstick tool 10 according to the second embodiment, an elastic cylinder 18 is removably attached to the chopstick rod 12. The elastic cylinder 18 is locked at the gripping position of the chopstick bar 12, and the magnet 14 is fixed to the elastic cylinder 18. In this chopstick tool 10b as well, when the chopstick rod 12 is gripped, the magnetic field of the magnet 14 fixed to the elastic tubular body 18 acts on the fingertip to recover the fatigue of the fingertip. Further, the elastic cylindrical body 18 can be slid along the chopstick rod 12 to apply a magnetic field to a desired portion of the fingertip.

The elastic tubular body 18 is made of elastic rubber, synthetic rubber, foam or the like, and is formed into a hollow tubular body that can be attached while moving toward the grip portion of the chopsticks rod 12. One or more magnets 14 are fixed to the outer peripheral surface of the hollow cylindrical body. As shown in FIG. 4, the magnet 14 is made of an adhesive or the like so that its upper surface is flush with the outer peripheral surface of the elastic cylindrical body 18 in a hole 16 formed in the outer peripheral surface of the elastic cylindrical body 18. It is fixed. Further, the magnet 14 may be adhered and fixed to the outer peripheral surface of the elastic tubular body 18 without forming the hole 16 in the elastic tubular body 18. The magnet 14 may be fixed in the elastic cylinder 18 so as to be embedded in the elastic cylinder 18 or protruding from the outer peripheral surface when the elastic cylinder 18 is molded. Can be achieved.

In the chopsticks tool 10b of the second embodiment, the elastic cylinder 18 is inserted into the chopstick bar 12 being used at home or the like, and the elastic cylinder 18 is slid on the side of the grip of the chopstick bar 12. To lock. By gripping the chopstick rod 12 with the elastic tubular body 18 attached thereto at the time of meal, the magnetic field of the magnet acts on the fingertip to recover fatigue early. Further, in the second embodiment, since the magnet 14 is fixed to the elastic cylinder 18, the elastic cylinder 18 with the magnet is manufactured at a lower cost than the case where the magnet 14 is fixed to the chopstick bar 12. It will be possible to attach to 12. Further, the elastic cylindrical body 18 can be slidably locked at the position where fatigue occurs on the grip portion side of the chopstick rod 12 and used without any discomfort.

Next, FIG. 5 shows a chopstick tool 10c according to a third embodiment of the present invention. As is apparent from the figure, the chopstick tool 10c of the third embodiment has a pair of chopstick bars which are pivotally attached to the pivotal attachment 20 at the ends on the side of the grips and whose springs are biased so that the tips can be opened and closed. It is provided with 12, 12 and a magnet 14 fixed at a peripheral side surface position which is a grip portion of the chopstick rods 12, 12.

As shown in the figure, the pivotal fitting 20 is formed in a U shape using, for example, plastic, thin metal, or the like as a material, and a pair of chopstick bars 12, 12 is formed in the pivotal fitting 20 from the opening side. The end portion on the grip portion side is inserted and pivotally attached to two pins 22, 22 provided on the pivot attachment 20. A projection (not shown) is provided on the facing surface of the chopsticks 12, 12 on the opening end side of the pivoting device 20 with respect to the position of the two pins 22, 22, and both ends of the biasing spring 24 are projected on the projection. It is locked.

As a result, the chopstick tool 10c holds one of the chopstick rods 12 with the forefinger against the elasticity of the urging spring 24 while holding the grips of the chopstick rods 12 and 12 between the thumb and the index finger. While pushing the chopstick rods 12 and 12, the tips of the chopstick rods 12 and 12 are closed, and when the pushing force of the index finger is released, the one chopstick rod 12 that has been pushed returns to its original position by the resilience of the biasing spring 24. Since the tips of the rods 12, 12 can be automatically opened, it can be suitably used as a chopstick tool when the hands are tired or when the hands are being treated due to a disease or the like.

As with the chopstick tool 10a of the first embodiment, a magnet 14 is attached to the chopstick rods 12, 12 pivotally attached to the pivot attachment 20 so as to be openable and closable, at the peripheral side surface on the gripping side. It is fixed. One or a plurality of the magnets 14 are fixed to the chopstick rod 12, and the magnet 14 has a hole formed in the peripheral side surface of the chopstick rod 12, and the magnet 14 is fixed in the hole by an adhesive or the like. It is being touched. As a result, when the chopstick bars 12, 12 are used while being semi-automatically opened and closed while the chopstick bars 12, 12 are pivotally attached to the pivot attachment 20 and elastically biased by the biasing spring 24, The magnetic field of one or a plurality of magnets 14 fixed to the rods 12, 12 acts on the fingertip, and fatigue of the tired fingertip can be recovered early. The magnet 14 may be fixed to the peripheral side surface of the chopstick rod 12 with an adhesive.

Further, one or more magnets are fixed to the chopstick bars 12, 12 pivotally attached to the pivot attachment 20 so as to be openable and closable, as in the chopstick attachment 10b of the second embodiment. The elastic cylinder 18 may be detachably attached to the grip portion side. The elastic tubular body 18 is made of elastic rubber, synthetic rubber, foam or the like, and is formed into a hollow tubular body that can be locked while moving toward the grip portion of the chopsticks rod 12. One or a plurality of magnets are embedded and fixed on the outer peripheral surface of the surface of the elastic cylindrical body 18 so as to be flush with the outer peripheral surface of the elastic cylindrical body 18.

As a result, when the chopstick rods 12, 12 that are pivotally attached to the pivot attachment 20 and elastically biased by the biasing spring 24 are grasped and used while opening and closing semi-automatically, the elastic tubular body is used. The magnetic field of one or more magnets fixed to 18 acts on the fingertip, and fatigue of the tired fingertip can be recovered early. In addition, when the pair of chopsticks is held, the fingertips that come into contact with the elastic cylinder 18 do not feel uncomfortable, and the magnet embedded in the elastic cylinder has a pattern to improve the appearance of the chopsticks. improves.

The one or more magnets 14 may be fixed to the peripheral side surface of the elastic cylindrical body 18 with an adhesive. Also in this case, while the elastic cylinder 18 is sliding along the chopstick rod, the magnetic field can be applied to the fatigued part of the fingertip to recover the fatigue of the fingertip.

As described above, in the chopsticks according to the present invention, the chopsticks that each person uses on a daily basis are provided with a magnet so that the magnetic field acts on the fingertips every time the chopsticks are used for meals. Therefore, it can be used by a person who frequently uses the fingertips or a person who is treating a disease of the fingertips at the time of daily meal to promote the intracellular metabolism of the fingertips while preventing the fingertip diseases and fatigue. It will be possible to recover early.

[0037]

【The invention's effect】

 As described above, according to the chopsticks tool according to the first aspect, the magnet is fixed to the grip portion of the chopstick bar and the peripheral side surface position in the vicinity thereof, so that the chopstick bar is gripped at the fingertips and eats. At the time of picking up, the magnetic field generated by the magnet fixed to the chopstick rod acts on the fingertip, promoting metabolism in the fingertip cell and recovering the fatigue of the fingertip at an early stage.

According to a second aspect of the present invention, one or a plurality of the magnets are embedded in the grip portion of the chopstick bar and the peripheral side surface in the vicinity thereof so as to be flush with the chopstick bar. Fatigue of the fingertip can be recovered while the magnetic field of the magnet acts on the fingertip that grips, and the magnetic field can be generated for a long time without the embedded magnet peeling off. Further, when the chopstick bar is grasped, the fingertips do not feel uncomfortable, and the magnet embedded in the chopstick bar becomes a pattern to improve the aesthetic appearance of the chopstick bar.

Next, in the chopsticks according to a third aspect of the present invention, the chopstick bar has an elastic tubular body that is detachably mounted, and the elastic tubular body is locked at a gripping position of the chopstick rod. Further, since one or a plurality of magnets are fixed to the elastic cylinder, the elastic cylinder is easily locked at the position of the grip of the chopstick and is gripped by the fingertip and fixed to the elastic cylinder. The magnetic field of the generated magnet can be applied to the fingertip to recover the fatigue of the fingertip. Further, the magnetic field can be applied to the fatigued part of the fingertip accurately while sliding the elastic cylinder along the chopstick rod.

Further, according to claim 4, since the magnet is embedded in the circumferential side surface of the elastic cylinder so as to be flush therewith, the elastic cylinder does not feel uncomfortable when touched with a fingertip, and the elastic cylinder is elastic. The magnet embedded in the cylinder does not peel off, and it is possible to recover the fatigue of the fingertip holding the chopstick rod while generating a magnetic field for a long time.

Next, a chopsticks tool according to a fifth aspect has a pair of chopsticks bars whose ends on the grip portion side are pivotally attached to the pivotal attachments and whose tip ends are spring-biased so that they can be opened and closed. Since a magnet is fixed to the grip portion of the chopstick bar and the peripheral side surface position near the chopstick bar, the pair of chopstick bars gripped at the fingertips are opened and closed semi-automatically by using the elastic force of the biasing spring. At the same time, the magnetic field of the magnet fixed to the chopstick bar is applied to the fingertips to quickly recover the fatigue of the fingertips.

Further, according to claim 6, one or a plurality of the magnets are embedded in the grip portion of the chopstick rod and the peripheral side surface position in the vicinity thereof so as to be flush with each other. The fingertips holding the pair of chopsticks that can be opened and closed do not feel strange, and the magnets embedded in the chopsticks are patterned to improve the aesthetics of the chopsticks.

According to a seventh aspect of the present invention, an elastic tubular body is removably attached to the chopstick bar, and the elastic tubular body is locked at a gripping position of the chopstick bar, and Since one or more magnets are fixed to the elastic cylinder, the pair of chopsticks that opens and closes semi-automatically can be easily held by the elastic cylinder while being held by the fingertips. The fatigue of the fingertip can be recovered by applying the magnetic field of the magnet fixed to the fingertip to the fingertip. Further, the magnetic field can be applied to the fatigued part of the fingertip accurately while sliding the elastic cylinder along the chopstick rod.

Further, according to claim 8, the magnet is embedded flush with the peripheral side surface of the elastic cylindrical body, so that when the pair of chopstick bars that open and close semi-automatically are grasped. The fingertips in contact with the elastic cylinder do not feel uncomfortable and the magnet does not separate from the elastic cylinder, and fatigue of the fingertips holding the chopstick rod can be recovered while generating a magnetic field for a long time. Further, the magnet embedded in the elastic cylinder becomes a pattern to improve the aesthetic appearance of the chopstick bar.

[Brief description of drawings]

FIG. 1 is a perspective view of a chopsticks device according to a first embodiment of the present invention.

FIG. 2 is an enlarged cross-sectional view taken along the line AA of FIG.

FIG. 3 is a perspective view of a chopsticks tool according to a second embodiment of the present invention.

FIG. 4 is an enlarged sectional view taken along line BB of FIG.

FIG. 5 is a perspective view of a chopsticks device according to a third embodiment of the present invention.

[Explanation of symbols]

 10 chopstick tool 12 chopstick bar 14 magnet 18 elastic tube body 20 pivotal attachment tool 24 biasing spring F magnetic field

Claims (8)

[Scope of utility model registration request] 1. A chopstick tool comprising a grip of a chopstick bar and a magnet fixed to a peripheral side surface position in the vicinity thereof. 2. The chopstick device according to claim 1, wherein one or a plurality of the magnets are embedded flush with each other at a peripheral side surface position near the grip portion of the chopstick rod and the vicinity thereof. 3. An elastic cylinder body that is detachably attached to a chopstick bar, wherein the elastic cylinder body is locked at a gripping position of the chopstick bar, and one piece is provided on the elastic cylinder body. Or a chopsticks tool with a plurality of magnets fixed. 4. The chopstick device according to claim 3, wherein the magnet is embedded flush with the peripheral side surface of the elastic cylindrical body. 5. The grip has a pair of chopstick bars whose ends on the side of the grips are pivotally attached to the pivotal fittings and whose ends are spring-biased so that they can be opened and closed. The grips of the chopsticks and the vicinity thereof. Chopsticks with magnets fixed at the peripheral side surface. 6. The chopstick device according to claim 5, wherein one or a plurality of the magnets are embedded flush with each other at a peripheral side surface position which is the grip portion of the chopstick bar and the vicinity thereof. 7. A pair of chopsticks rods are pivotally attached to the grips on the side of the grips and spring-biased so that the tip portions can be opened and closed. A chopstick tool having an elastic tubular body mounted on the elastic tubular body, the elastic tubular body being locked at a gripping position of the chopstick bar, and one or a plurality of magnets being fixed to the elastic tubular body. .. 8. The chopsticks according to claim 7, wherein the magnet is embedded flush with the peripheral side surface of the elastic cylindrical body.