Pierced earring hole maintenance device

Abstract: The present invention offers a pierced earring hole maintenance device (41) with which it is possible to safely and hygienically maintain a small opening (6) formed in the earlobe (5) or the like for the purpose of attaching a pierced earring (42) therein. The pierced earring hole maintenance device (41) of the present invention consists of a resin material and comprises a rod portion (46), insertable into the small pierced earring hole (6) formed to a position on the earlobe (5) or the like, and a flange portion (45), provided to one end of the rod (46) and having a maximum width greater than the size of the rod. Through the attachment of the pierced earring maintenance device of the present invention in the small hole formed at the position of attachment of a pierced earring to the earlobe or the like, it is possible to suitably maintain this small opening without causing such symptoms as skin eruptions to develop.

Description: The present invention relates to a device for maintaining a pierced earring hole which has been formed by opening a small hole in the earlobe or the like for the purpose of attaching a pierced earring thereto. Such a device is known, for example, from US 4829788 and is described in the preamble of Claim 1. The pierced earring hole maintenance device of the present invention prevents the small pierced hole from closing up and, moreover, makes it possible to protect the skin around the small hole over a long period of time without causing skin eruptions. Pierced earrings, which are worn by opening a small hole in the earlobe or the like, and inserting a post through the pierced hole, enjoy great popularity with women in particular. The procedure for opening a small hole in the earlobe or the like is normally carried out by a physician. If, shortly after the procedure is performed, the pierced earring is removed and left our of the pierced hole, the pierced opening will close up. Furthermore, even in the case where considerable time has passed since the piercing procedure, if pierced earrings are not worn for an extended period of time, the small holes will gradually decrease in size. As a result, in order to wear pierced earrings again, it becomes necessary to once more undergo the piercing procedure. Pierced earrings are normally made up of metallic pieces. For this reason, when pierced earrings are worn for an extended period of time, the wearer may develop skin eruptions or similar symptoms at the position of attachment to the earlobe or the like. These reaction symptoms may be particularly severe in the individual who has an allergic sensitivity to metals. Moreover, should cysts or abscesses develop, professional treatment becomes necessary. Pierced earrings are not permissible in some work environments. Additionally, participation in particularly rough sports or leisure activities may necessitate removal of pierced earrings. In these type of situations, where the pierced earring is removed and left out of the small pierced hole, the wearer may encounter the aforementioned difficulties. For this reason, a solution to this problem was necessary. SUMMARY OF THE INVENTION Therefore, the object of the present invention is to provide a pierced earring hole maintenance device with which it is possible to maintain in a safe and hygienic manner the small pierced hole formed at the position of attachment of a pierced earring to the earlobe or like. It is an additional object of the present invention to provide a pierced earring hole maintenance device with which it is possible to easily wear a pierced earring without causing such symptoms as skin eruptions, etc., at the position of attachment to the earlobe or the like. In order to accomplish the above objectives, the pierced earring hole maintenance device of the present invention has the features of the characterising portion of Claim 1. In a pierced earring hole maintenance device of this structure, the flange portion and cylindrical portion are interposed between the pierced earring body and the position of attachment to the earlobe or the like. There is, therefore, no direct contact between the earring and the skin of the earlobe or the like, thus, the prevention of the development of such symptoms as skin eruptions or the like can be ensured. Further, the cylindrical portion is formed to be shorter than the post of the earring body, and the tip of the post is constructed so as to project out from the cylindrical portion. A fastener is fixed to the tip of this post. In this case, even if, for example, pierced earrings having posts of differing lengths will be worn, it is not necessary to change the maintenance device, but rather is possible to respond to this situation with the same device. A BRIEF EXPLANATION OF THE DIAGRAMS Figures 1 to 14, illustrating embodiments 1 to 8, do not form part of the present invention, but have been retained to assist in comprehension. Figure 1 is a side view showing a first embodiment of a pierced earring hole maintenance device. Figure 2 is a side view showing a second embodiment. Figure 3 is a side view showing a third embodiment. Figure 4 is a side view showing a fourth embodiment. Figure 5 is a side view showing a fifth embodiment. Figure 6 is a side view showing a sixth embodiment. Figure 7 is a view as seen in the direction indicated by A in Figure 6. Figure 8 is a side view showing a seventh embodiment. Figure 9 is a cross sectional side view showing an example of one application of a pierced earring hole maintenance device. Figure 10 is a view along the line B-B transecting the fastener in Figure 9. Figure 11 is a view along the line C-C transecting the fastener in Figure 9. Figure 12 is a view showing the body of the maintenance device of the eighth embodiment. Figure 13 is a cross sectional diagram showing the attachment of a pierced earring body to an earlobe using the pierced earring hole maintenance device of the eighth embodiment of the present invention. Figure 14 is a perspective view showing an example of the tapered portion of the tip of the cylindrical portion of the body of the maintenance device of Figure 12. Figures 15 to 18 illustrate a ninth embodiment which does form part of the present invention. Figure 15 is a cross sectional diagram of the maintenance device of the ninth embodiment. Figure 16 is a cross sectional diagram showing an example of the fastener used with the maintenance device in Figure 15. Figure 17 is a view along the line D-D transecting the fastener of Figure 16. Figure 18 is a cross sectional diagram showing the attachment of the pierced earring body to the earlobe using the pierced earring hole maintenance device of the ninth embodiment. EXPLANATION OF EMBODIMENTS Figure 1 is a diagram showing a first embodiment of a pierced earring hole maintenance device. The numeral 1 in the figure indicates a pierced earring hole maintenance device consisting of a resin material harmless to humans, such as, for example, polytetrafluoroethylene, silicone, polypropylene, olefine derived elastomer, styrene derived elastomer and polyester derived elastomer. This pierced earring hole maintenance device 1 is constructed of a rod portion 2, which has an external diameter prescribed in response to the external diameter of the pierced earring post to be worn and a fixed length corresponding to the length of the post; and a flange 3, which has a fixed diameter larger than the rod 2 at the tip 2a thereof. In this case, the rod portion 2 and the flange 3 may be formed in a unitary fashion, or may be threaded together through provision of female and male screw parts. Further, the tip 2b of the rod 2 is of a semispherical shape. This tip 2b of the rod 2, however, may also be of a conical or a pyramidial shape. As is shown in Figure 9, a pierced earring hole maintenance device 1 consisting of a structure such as this is attached by inserting the tip 2b into the small hole 6 formed in the earlobe 5 (note: The pierced earring hole maintenance device shown in Figure 9 is the second embodiment and will be discussed below). This wearring method is almost identical to the wearring method for an ordinary pierced earring. Additionally, a detachable fastener 11 consisting of a resin harmless to humans, such as polytetrafluoroethylene, silicone, polypropylene, olefine derived elastomer, styrene derived elastomer and polyester derived elastomer, is engaged to the tip 2b of the pierced earring hole maintenance device 1 which has been inserted in this fashion into the small opening 6 in the earlobe 5. As is shown in Figures 10 and 11, this fastener 11 consists of a plate-shaped support 12 which can be gripped by the wearer's fingers, and a tapered whirl back 13 which is provided to the side of support 12 nearest the earlobe 5. The tapered whirl back 13 is provided with a hole which passes through the approximate center thereof. The side of the hole nearest the earlobe 5 comprises an insertion aperture 14, for insertion of the rod 2 of the pierced earring hole maintenance device 1, this insertion aperture 14 having a fixed diameter larger than the external diameter of the rod 2. The hole's other side, which is furthest from the earlobe 5, comprises an engagement aperture 15 having a fixed diameter smaller than the diameter of the insertion aperture 14 and smaller than the diameter of the rod 2. Further, a knurl is formed to the external periphery of the whirl back 13, or alternatively, the whirl back 13 may have a matte finish. When the pierced earring hole maintenance device 1 is inserted into the earlobe 5, the earlobe 5 comes to be gripped between the fastener 11 and the flange 3 due the insertion of the tip 2b of the rod 2, which projects out from the earlobe 5, through insertion aperture 14 and its engagement in the engagement aperture 15. As a result, it becomes possible to maintain the pierced earring hole maintenance device 1 and the fastener 11 in a state of attachment to the earlobe 5 without dropping out thereof. In this case, due to the whirl stop 13, which is the contact surface of the fastener 11 with the earlobe 5, rotation of the fastener 11, which can cause the pierced earring hole maintenance device 1 to fall out of the earlobe 5, is eliminated and thus the pierced earring hole maintenance device 1 does not fall out of the earlobe 5. Additionally, the rod 2 can be inserted from the rear of the earlobe 5, cut to match the thickness of an individual's earlobe, and secured in place by applying tape over the flange 3, thereby omitting the use of the fastener 11. In this manner, the pierced earring hole maintenance device 1 can be worn in the same fashion as the method for wearring an ordinary pierced earring. Moreover, by wearring the pierced earring hole maintenance device 1 in the earlobe at times when pierced earrings are not worn, it is possible to suitably maintain the small opening 6 formed in the earlobe 5. Further, because the pierced earring hole maintenance device 1 and the fastener 11 are formed of a resin material, they do not cause such symptoms as skin eruptions or the like to develop in the earlobe, making this feature particularly beneficial to individuals having an allergic sensitivity to metals. Figures 2 through 7 show embodiments of the case where a liquid holding section is formed to the rod 2 of the pierced earring hole maintenance device 1 shown in Figure 1. In the second embodiment shown in Figure 2, helical grooves 22 are formed to the external peripheral surface of the rod 2, and in particular, to the external peripheral surface of the portion of the rod 2 which is positioned within the small hole 6 of the earlobe 5 when the rod 2 is inserted into the small hole 6 as shown in Figure 9. In the third embodiment shown in Figure 3, straight grooves 24, lying along the length of the rod 2, are formed at fixed intervals about the circumference of the rod 2. In the fourth embodiment shown in Figure 4, encircling grooves 26 are formed about the circumference of rod 2 at fixed intervals along the length thereof. In the fifth embodiment in Figure 5, a plurality of concavities 28 are formed by indenting a portion of the external periphery of the rod 2 therewith. The sixth embodiment shown in Figures 6 and 7 combines the two groove types shown in Figures 3 and 4, that is to say, straight grooves 30 are formed at 180° intervals about the circumference of rod 2, and a pair of encircling grooves 31 are formed at fixed intervals along the length of the rod 2. These grooves 22, 24, 26, 30, 31 and the concavities 28 construct the liquid holding section of the present invention. Due to the formation of a liquid holding section to the external peripheral surface of the rod 2, and in particular to the portion of the rod 2 which is positioned within the small hole 6 of the earlobe 5 when the rod 2 is inserted into the small hole 6, if a medicinal substance is contained within the liquid holding section of the rod 2, and this rod 2 is then inserted into the earlobe 5, an effective method for treating earlobe inflammation, abscesses or the like can be realized. Further, if nothing is contained within the liquid holding section of the rod 2, and the rod 2 is then inserted into the earlobe 5 in this state, then it becomes possible to carry out expulsion of fluid penetrants from the earlobe to the outside via the liquid holding section. Figure 8 shows a seventh embodiment. In this embodiment, a communicating hole 33 which communicates with the liquid holding section is formed at the center position of the rod 2. So as to communicate with, for example, helical grooves 22, identical to those shown in Figure 2, this communicating hole 33 is formed from the tip of rod 2 in the direction of the grooves. When formed in this manner, the injection of a medicinal substance into the liquid holding section, and the expulsion of fluid penetrants from the liquid holding section can be easily carried out by means of the insertion of the needle portion of an injector within the communicating hole 33. Additionally, the liquid holding section may be preferably formed as pictured in any of the various embodiments shown in Figures 2 through 7. The pierced earring hole maintenance device 41 according to the eighth embodiment will be explained below with reference to Figures 12 and 13. In the figures, the numeral 42 indicates the pierced earring body. The pierced earring body 42 has a post 43 and an ornamental portion 44 which is exposed on the front surface of the earlobe 5. The numeral 45 indicates a maintenance device body consisting of a harmless resin such as Teflon, silicone, polypropylene, olefine derived elastomer, styrene derived elastomer or polyester derived elastomer. This maintenance device body 45 has a cylindrical portion 46, into which the post 43 of the pierced earring body 42 is inserted, and a flange 47. Cylindrical portion 46 is provided with a bottom, and has a depth corresponding to the length of the post 43 and has fixed inner and outer diameters, while the flange 47 is provided to the periphery of the opening of the cylindrical portion 46, and has a fixed diameter larger than that of the cylindrical portion 46 and corresponding to the ornamental portion 44 of the pierced earring body 42. Further, the end of the cylindrical portion 46 forms a semi-spherical shape. In a thus constructed pierced earring attachable maintenance device 41, when the post 43 of the pierced earring body 42 has been inserted into the cylindrical portion 46 of the maintenance device 45 via the flange 47, by means of the insertion of the cylindrical portion 46 into the small opening 6 formed in the earlobe 5, the flange 47 and the cylindrical portion 46 are interposed between the pierced earring body 42 and the earlobe 5, thus eliminating direct contact therebetween. Accordingly, it becomes possible to easily wear the pierced earring body 42 without causing such symptoms as skin eruptions or the like to develop in the earlobe 5. A fastener 11, having a structure identical to that shown in Figures 9 through 11, engages with the end of the maintenance device body 45, into which the post 43 of the pierced earring body 42 has been inserted in the above described manner. Moreover, due to the provision of a narrowly tapered portion 48, as shown in Figure 14, at a fixed angle from a specified position on the cylindrical portion 46 of the maintenance device body 45 of the aforementioned eighth embodiment, attachability is further improved. Further, with the objective of removing the internal air when inserting the post 43 of the pierced earring body 42 into the maintenance device 45, holes or slits can be provided to, for example, the end of the cylindrical portion 46. Next, the pierced earring attachable maintenance device according to the ninth embodiment of the present invention will be explained with reference to Figures 15 through 18. As is shown in Figure 15, the maintenance device body 45 of embodiment 9 is formed such that the end of the cylindrical portion 46 opposite flange 47, is open. Moreover, the end of the cylindrical portion 46 which is opposite the flange 47 is provided with a tapered portion 49 of a fixed length (for example, 1 mm), this tapered portion 49 having a diameter which decreases as the open end of the cylindrical portion 46 is approached. With the exception of the tapered portion 49 of the maintenance device body 45, the inner diameter of the cylindrical portion 46 is formed so as to be approximately identical (for example 0.8 mm) to the external diameter of a large post 43 in the case where there are a variety of pierced earring bodies 42 having posts 43 of differing diameters. Furthermore, the inner diameter of the open section of the tapered portion 49 is formed so as to be approximately identical (for example 0.6 mm) to the external diameter of a small post 43. Still further, excluding the flange, the axial length of the cylindrical portion 46 is formed to be longer than the thickness of the earlobe 5, but shorter than the length of a short post 43 in the case where there are a variety of pierced earring bodies 42 having posts 43 of differing axial lengths (for example 5 mm). The fastener 11 of the ninth embodiment forms an approximate spherical shape, as is shown in Figures 16 and 17. A cut away surface 50 is formed to the fastener 11 by removing a portion therefrom to form a planar surface. Further, an opening is vertically formed in cut away surface 50. This opening consists of an insertion aperture 51, which is provided to the cut away surface 50 side and has a fixed diameter (for example 1.2 mm) such that the cylindrical portion 46 into which the post 43 has been inserted can be inserted thereinto with some free space remaining; an engaging hole 52, which is provided to the side opposite the cut away surface 50 and has a fixed diameter (for example, 0.5 mm) smaller than the post 43 of the pierced earring body 42; and a tapered portion 53 which is provided between the insertion aperture 51 and the engaging hole 52. Further, grooves 54, which contain insertion aperture 51 and which are recessed along the radial direction to form a cross sectional semi-circular shape in the cut away surface 50, are formed to the cut away surface 50. The combined axial depth of the insertion aperture 51 and the tapered hole 53 is set so that the tapered portion 49 does not come in contact with the tapered hole 53 until (or even when) the earlobe 5 is gripped between the flange 47 and the fastener 11 by inserting the maintenance device 45, into which a pierced earring body 42 has been inserted, into the earlobe 5 and engaging the post 43, which extends out from the cylindrical portion 46, in the engaging hole 52. In the thus constructed pierced earring hole maintenance device of the ninth embodiment, the earlobe 5 is gripped between the flange 47 and the cut away surface 50 of the fastener 11 by directly engaging the fastener 11 through the cut away surface 50 with the post 43, which projects out from the cylindrical portion 46. As a result, it becomes possible to ensure that the pierced earring body 42, the maintenance device body 45 and the fastener 11 are prevented from falling from the earlobe 5. In other words, because the fastener 11, which consists of a resin, is made to directly engage at the engaging aperture 52 thereof with the metallic post 43 of the pierced earring body 42, the engagement strength of this resin-metal engagement is greater than in the case of a resin-resin engagement. Further, even in the case where the diameter of the post 43 is small and space remains between this post 43 and the cylindrical portion 46 of the maintenance body 45, because this is not significant, it becomes possible to obtain sufficient engaging strength. Moreover, even in the case where the length of the post 43 of the pierced earring body 42 is not fixed (pierced earring posts 43 are ordinarily of varying lengths), it is possible to utilize the same maintenance device 45 without necessitating a change in the length of the cylindrical portion 46. Moreover, in the ninth embodiment of the present invention, due to the provision of a tapered portion 49 to the end of the cylindrical portion 46, even if a post 43 having a narrow diameter is inserted into the cylindrical portion 46, because there is no free space between the post 43 and the tapered portion 49, when the maintenance device 45 into which the post 43 of the pierced earring body 42 has been inserted is inserted into the earlobe 5, it is possible to achieve a smooth and secure engagement. This is identical to the situation wherein the fastener 11 interlocks with the post 43. Further, due to the grooves 54 formed in the cut away surface 50 of the fastener 11, the fluid which initially flows out when a small hole is opened in the earlobe 5 can be satisfactorily expelled to the outside. Each of the preceding embodiments were explained using an example wherein a pierced earring is attached to the earlobe, however, the present invention may of course be utilized at a variety of other positions of attachment.

Claims: A pierced earring hole maintenance device suitable for insertion into a small hole formed at the position of attachment of a pierced earring (42) to the earlobe, said device comprising a cylindrical rod portion (46) consisting of a resin material and being open at the first end thereof; a flange (47) of a resin material provided at said first end of said rod portion (46) and having a maximum width greater than said rod portion (46); a pierced earring (42) having a post (43) adapted to be inserted into said open first end of said rod portion (46); and a fastener (11) of a resin material detachably interlocked with said second end of said rod portion (46) such that said fastener (11) and said flange (47) grip the earlobe between them; characterized in that said rod portion (46) is open also at said second end thereof, and in that said rod portion (46) is shorter than the post (43) of said earring (42) and in that said fastener (11) is provided with an aperture having a first portion (51) of sufficient diameter to receive said second end of said rod portion (46) and a second portion (52) of smaller diameter to closely receive the end of the post (43). A pierced earring hole maintenance device according to Claim 1, wherein said second end of said rod portion (46) is tapered. A pierced earring hole maintenance device according to Claim 1 or Claim 2, wherein said post (43) is metallic.

Inventors: TAKEO INOUE, TAKEO, INOUE
Applicants: KATO SPRING WORKS CO LTD, TAKEO INOUE, KATO SPRING WORKS CO. LTD., TAKEO, INOUE
Application year: 1993
Main classification: A44C7
IPC codes: A44C7