JPH03162869A - Preservation tool for conductor for low-frequency treatment apparatus - Google Patents

Abstract

PURPOSE:To easily perform the disassembling of a conductor and to prevent adhesive strength during preservation lowered by providing a parting rib with a closed side plane at a placing plane on which the conductor is placed, and forming a sticking part in which adhesive gel is stuck on the upper plane and inside of the rib. CONSTITUTION:The housing and preservation of the conductor 1 in a preservation tool 8 is performed by passing a cord bushing 7 protruding over the side plane of the conductor 1 through a notched part 9b formed at an outer wall 9a, and also, the conductor 1 is placed on the placing plane 10, and the adhesive plane 3a of the adhesive gel 3 is stuck on the sticking parts 12 formed at the upper plane and the inside of the parting rib 11. Since the major diameter of the parting rib 11a of outermost periphery is formed at size almost equal to or more than the major diameter of the adhesive plane 3a of the adhesive gel 3, the adhesive gel 3 can be housed in the sticking part 12 almost completely. The adhesive plane 3a of the adhesive gel 3 is stuck on the upper plane of the parting rib 11, and also, covers the upper part of a space part 13 enclosed with each parting rib 11. The space part 13 enclosed with the parting rib 11a of outermost periphery is closed with the parting rib 11a at the side plane, therefore, the adhesive plane 3a of the adhesive gel 3 is blocked from the outside air.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a storage device for storing a low-frequency therapy guide that is equipped with a conductive adhesive gel and can be attached to the human body. [Prior art] A conductor for a low-frequency treatment device equipped with a conductive adhesive gel can be attached to the human body and is very easy to use.
Generally widely used. Conventionally, when such conductors were not in use, they were stored by pasting them on a storage device made of board material. However, when the conductor was attached to a board, the adhesive gel stuck to the board, making it difficult to remove. Therefore, a storage device 68 as shown in FIGS. 9 and 10 is provided. In this method, a mounting surface 60 on which the conductor 1 is placed is formed on the top surface of a circular plate 9, a convex sticking part 62 is formed in the center of the temporary material 9, and the adhesive gel 3 is pasted. 9 is surrounded by an outer wall 9a. Pasting part 6
2 is formed smaller than the adhesive surface 3a of the adhesive gel 3 of the conductor l, and when the adhesive gel 3 is pasted on the pasting part 62,
The peripheral edge of the adhesive surface 3a of the adhesive gel 3 protrudes from the sticking part 62. The adhesive gel 3 can be easily removed from the sticking part 62 by picking and peeling off the peripheral edge of the adhesive gel 3 protruding from the sticking part 62 with fingers.

(The invention attempts to solve this problem! I8) However, the conventional storage odor is caused by the peripheral edge of the adhesive surface 3a of the adhesive gel 3 protruding from the pasting part 62 being exposed to the air while the conductor l is being stored. As a result, this peripheral edge dries and its adhesive strength decreases, causing the conductor 1 to become sticky when attached to the human body.
There was a problem that #1 easily peeled off from the 131 edge of adhesive gel 3. The present invention was made in view of the above circumstances, and its purpose is to make it easy to remove the conductor provided with the adhesive gel, and to prevent the adhesive gel from drying out during storage and reducing its adhesive strength. The purpose of this product is to provide a storage odor for low-frequency therapy device guides that does not cause any odor. (Means for Solving the R Problem) In order to solve the tJA problem, the storage device for a low-frequency treatment device guide of the present invention has a partition having a closed side on the mounting surface on which the guide is placed. It is characterized by providing ribs, and forming a pasting part for pasting adhesive gel on the top and inside of the partition ribs. [Function] When the conductor is placed on the placing surface of the storage tool, The adhesive gel is pasted on the sticking part formed on the top surface and inside of the partition plate, and the adhesive surface of the adhesive gel sticks to the top surface of the partition rib and also covers the upper part of the space surrounded by the partition rib. The adhesive surface of the adhesive gel is shielded from the outside air by the partition rib.Therefore, the adhesive surface of the adhesive gel will not dry out and its adhesive strength will decrease.Moreover, the adhesive surface of the adhesive gel is Since it is attached only to the top surface of the rib, the adhesive area between the adhesive surface of the adhesive gel and the attachment part is considerably smaller than the area of the entire adhesive surface, and the adhesive gel can be easily peeled off from the attachment part. [Example] Hereinafter, an example of the present invention will be described based on Figs. The adhesive gel 3 that is fixed with adhesive and the insulating rubber 4 that covers the top and side surfaces of the conductive rubber 2 are used.A metal connection terminal 5 is embedded in the side surface of the conductive rubber 2, and a low frequency (not shown) A cord 6 connected to the treatment device main body is connected to the connection terminal 5 by soldering or the like.
This is a cord bushing that covers the connection between the connection terminal 5 and the cord 6. The storage device 8 for storing the conductor 1 is a circular conductor 1.
I am warning from the larger circular temporary material 9. The plate material 9 is made of resin, and an annular outer wall 9a is integrally formed on the periphery. A notch 9b is formed in at least one location on the outer wall 9a. Board material 9 surrounded by outer wall 9a
The upper surface serves as a mounting surface 10 on which the conductor 1 is placed,
An annular partitioning rib 11 having a closed side surface is arranged on the mounting surface 1.
It is integrated with 0. The partition rib 11 is a mounting surface lO
From the center to the periphery, the plural forms are arranged concentrically. The outermost partition rib lla among the plurality of partitions 11 is formed to have an outer diameter that is approximately equal to or larger than the outer diameter of the adhesive surface 3a of the adhesive gel 3. Within the area surrounded by this outermost partition rib Ila,
A pasting part 12 for pasting the adhesive gel 3 is formed on the upper surface and inside of the partition rib 11. Note that each partition rib l1 has a trapezoidal cross section. When storing the conductor 1 in the storage device 8 configured as described above, the cord bushing 7 protruding from the side surface of the conductor 1 is inserted into the outer wall 9a.
At the same time, the conductor I is placed on the mounting surface IO, and the adhesive surface 3a of the adhesive gel 3 is inserted into the partition rib 1.
1. Paste it on the pasting part 12 formed on the top and inside of 1. Since the outer diameter of the partition rib lla on the outermost periphery is approximately equal to or larger than the outer diameter of the adhesive surface 3a of the adhesive gel 3, the adhesive gel 3 is approximately It can be completely accommodated. The adhesive surface 3a of the adhesive gel 3 adheres to the upper surface of the partition rib 11 and covers the upper part of the space 13 surrounded by each partition rib l1. Outermost partition plate L
Since the space 13 surrounded by la is closed on the side by the partition pulla, the adhesive surface 3a of the adhesive gel 3 is shielded from the outside air. Here, if only the outermost partition rib lla of the plurality of partition ribs 11 has a closed side surface, the adhesive surface 3a is blocked from the outside air, so the other partition ribs It have closed sides. It's not necessarily necessary. Further, the adhesive area between the adhesive surface 3a and the sticking portion l2 is only the area of the upper surface of the partition rib l1, which is much smaller than the area of the entire adhesive surface 3a. Furthermore, since each partition rib II has a trapezoidal cross section, it will not damage the adhesive surface 3a of the adhesive gel 3 pasted thereon. In addition to the trapezoidal cross-section, the partition plate 1l may preferably have a semicircular cross-section or other shape with a non-acute tip.

FIGS. 4 and 5 show a storage device of another embodiment, and the same components as those of the storage device of the previous embodiment are given the same numbers in the drawings and their explanations will be omitted. The conductor l has a cord 6 rotatably attached to its upper surface via a contact terminal l6. The storage device 28 is a storage case 20 with a lid.
It is strictly prohibited. Storage case 20 is half-holiday case 21
．． 22 is pivotally connected via a pivot 27 so that it can be opened and closed, and the first case half 21 provides a lid that can be opened and closed. The reel lid 23, which is rotatably attached to the first case half 2l, has a finger hook (not shown) on its surface, and a plurality of engagement protrusions 24 on its back surface. The second case half 22 has a cord winding reel 25 inside.
is rotatably attached. The ring 25 has flanges formed on its upper and lower surfaces, and is used to wrap a cord around the circumference of the side surface, and has a plug storage groove 25a formed on its upper surface. An engaged recess 26 with which the protrusion 24 of the reel lid 23 engages is formed around the entire circumference of the upper surface of the reel 25. Plug 1 stored in plug storage groove 25a
8 is detachably connected to the main body of a low frequency treatment device (not shown), and the cords 6 of the pair of conductors 1 are both attached to the plug l8. 22a is a cord insertion hole formed in the side surface of the second case half 22. The part of the second case half 22 where the reel 25 is not provided forms a placement surface 30 for the conductor 1, and the same pasting part l2 as described in the previous embodiment is attached to this part. i1
There are two shapes on the mounting surface 10. That is, each pasting part l2
, a plurality of partition ribs 11! 5! It is formed in concentric circles from the center of the mounting surface 10 to the outer periphery. Partition rib 1l
An outer wall 9a consisting of arcuate ribs concentric with each pasting portion 12
There are pairs of each facing each other around the . When storing the conductor 1 in the storage device 8 configured as described above, first insert the plug 18 attached to the cord 6 of the conductor L into the plug storage groove 25a of the reel 25. After that, the conductor 1 is placed on the mounting surface 10 surrounded by the pair of outer walls 9a, and the adhesive surface 3a of the adhesive gel 3 is pasted on the pasting part l2 formed on the upper surface and inside of the partition rib 11. ．． Next, the cord 6 is brought out of the second case half 22 through the cord insertion hole 22a. Then, when the first case half 21 is closed to the second case half 22 and the finger hook on the surface of the reel M23 is hooked, the reel M23 is rotated.
The cord 6 that has come out from the cord insertion hole 22a is wound around the circumference of the reel 25, and the conductor l and the cord 6
is stored in the case 20. FIG. 6 shows a storage device according to yet another embodiment.
The partition rib 31 has a spiral shape, and the outermost end of the partition rib 31 has a closing rib 3l on the inner side surface.
b, and the sides of the partition 3l are closed. The closing rib 3lb is provided at at least one location between the side surfaces of the partitioning rib 31. The partition rib 31 has its outermost circumference approximately equal to or larger than the outer diameter of the adhesive 3a of the adhesive gel 3, and the upper surface of the partition rib 31 is formed of the adhesive gel of the conductor l. The pasting part 32 of 3 is sideways. When storing the conductor l in the storage device 8 configured as described above, the adhesive gel 3 of the conductor l is attached to the pasting part 1.
Paste it on 2. Then, the adhesive surface 3a of the adhesive gel 3 is
The partitioning rib 3l and the closing rib 3tb <The enclosed side surface covers the upper part of the closed space 33, so that the adhesive surface 3a is blocked from the outside air. FIG. 7 shows the storage odor of another example. The partition rib 4l is shaped like a lattice with a plurality of vertical and horizontal partitions orthogonal to each other, and has a large number of spaces 43 surrounded by the vertical and horizontal partitions. Further, the partition rib 4l is shaped like a disk whose outer diameter is approximately equal to the inner diameter of the outer wall 9a formed on the peripheral edge of the plate material 9, and has a surface on which the conductor l is placed inside the outer wall 9a. placed above. The pasting part 42 to which the adhesive gel 3 is pasted is defined by the upper surface of vertical and horizontal partitions that are integrally formed. The partition rib 41 may be formed as a separate member from the member 9 and placed on the mounting surface as in this embodiment, or may be formed integrally with the plate material 9. When the adhesive gel 3 is pasted on the pasting part 42, the adhesive gel 3
The adhesive surface 3a covers the upper portions of the plurality of spaces 43 of the partition plate 4■. Since each space 43 is surrounded by vertical and horizontal partitions and has closed sides, the adhesive surface 3a covering the top of the space 43 is shielded from the outside air. Further, the adhesive area between the adhesive surface 3a and the sticking portion 42 is only the area of the upper surface of the partition plate 41, and is considerably smaller than the area of the entire adhesive surface 3a. FIG. 8 shows yet another embodiment of the storage device.
The partition rib 51 is shaped like a ring with closed sides, and its outer diameter is approximately equal to or larger than the outer diameter of the adhesive surface 3a of the adhesive gel 3. ．． A plurality of protrusions 54 having approximately the same height as the partition rib 51 are formed on the upper surface of the plate material 9 inside the partition rib 51, and the adhesive gel 3
The attachment surface 52 is the upper surface of the partition rib 51 and the partition rib 5l.
It is shaped by a plurality of protrusions 54 on the inside of. When the adhesive gel 3 is pasted on the pasting part 52, the partition rib 5
The upper part of the space 53 surrounded by the space 53 is covered with the adhesive surface 3a of the adhesive gel 3. Since the space 53 is closed by the partition rib 5l having closed side surfaces, the adhesive surface 3a covering the top of the space 53 is shielded from the outside air. Since the adhesive surface 3a has its outer peripheral edge stuck to the upper surface of the partition rib 51 and its inner side stuck to the plurality of protrusions 54, the adhesive area between the adhesive surface 3a and the sticking part 52 is smaller than the area of the entire adhesive surface 3a. The number has decreased considerably. In addition, the plurality of protrusions 5
Instead of step 4, the upper surface of the plate material 9 may be subjected to a chipping process. As described above, the storage device of each embodiment stores and stores circular conductors, but the partition ribs can be modified to suit conductors of arbitrary shapes such as ellipses and squares to prevent storage odors. It is easily possible to do so. [Effects of the Invention] Since the low-frequency treatment device guide storage device of the present invention has been constructed as described above, the adhesive surface of the adhesive gel applied to the application part is attached to the partition rib with closed sides. It covers the upper part of the enclosed space and the adhesive surface is shielded from the outside air by the partition rib, so the adhesive surface does not dry out and lose its adhesive strength. Moreover, since the adhesive area between the adhesive surface of the adhesive gel and the application part is considerably smaller than the area of the entire adhesive surface, the adhesive gel can be easily peeled off from the application part.

[Brief explanation of the drawing]

FIG. 1 is a plan view of one embodiment of the present invention, FIG. 2 is a plan view of the conductor stored and stored, FIG. 3 is a sectional view taken along line 3-3 in FIG. 2, and FIG. The figures are a perspective view of another embodiment, Fig. 5 is a perspective view of the conductor stored and stored, and Fig. 6 is a perspective view of another embodiment.
7 is a plan view of another embodiment; FIG. 8 is a plan view of still another embodiment; FIG. 9 is a perspective view of a conventional example; FIG. IO is a sectional view thereof. 1 - conductor, 3...adhesive gel, 3a--adhesive surface, 8. 28.38, 48.58.68・1 storage device, 10
．． 30・One mounting surface, 11,21,31,41.51-・One partition, 12,
22, 32, 42, 52.62 -- Pasting part. Figure 1 i! 2 Figure

Claims (1)

[Claims] (1) A storage device for a conductor for a low-frequency treatment device equipped with a conductive adhesive gel, wherein a partitioning rib with a closed side is provided on the mounting surface on which the conductor is placed, and the upper surface of the partitioning rib and A storage device for a low-frequency treatment device conductor, which has a pasting part on the inside to which an adhesive gel is pasted.