JP2021027892A - Crossing-bar-style pierced earring - Google Patents

Abstract

To provide a crossing-bar-style pierced earring capable of easily attaching a pin to an earlobe, securely keeping an attached state, not easily coming off a pierced hole in an earlobe, and allowing one-touch removal of the pin from an earlobe.SOLUTION: In a crossing-bar-style pierced earring, a rear end of a pin for inserting an earlobe is pivotably attached to one end of an opening of a main body of a ring-shaped pierced earring with the opening, and a receiving part provided at the other end of the opening of the main body of the pierced earring holds a tip of the pin. A plate spring is built into a position where the pin is pivotably attached, and the plate spring is closely pressed against a pressed surface provided on a shaft of the pin, so that the tip of the pin is normally pushed against the receiving part provided at the other end of the opening of the main body of the pierced earring to keep a used state where the opening is closed while the pin is inserted into an earlobe.SELECTED DRAWING: Figure 9

Description

The present invention relates to a barrier type pierced earring that is worn by inserting a pin into the earlobe, and in particular, the pin can be easily attached to the earlobe to ensure that the attached state is held, and the pin can be easily pulled out from the earlobe. Regarding the barrier type pierced earrings.

Conventionally, the following types of breaker-type pierced earrings of this type have been known.
1) An earring in which a pin to be inserted into an earlobe is freely attached to one end of a ring-shaped decorative body having a part of opening, and a hook portion for locking by fitting the front end of the pin into the other end of the opening. What to prepare. For example, Japanese Patent Application Laid-Open No. 3-82014 (see Patent Document 1) and Japanese Patent Application Laid-Open No. 9-135714 (see Patent Document 2).
2) A movable portion in which one end is provided via a rotating shaft integrally formed with a support column extending from one end of the piercing body, and the other end is provided with an annular support member and an annular member made of resin. A spring member having one end provided on the movable portion and the other end urging the movable portion to hold an opening / closing angle by pressing the rotating shaft against the movable portion, and an annular member provided on the other end of the piercing body. And a pierced earring provided with a needle-shaped member made of resin that can be inserted into a through hole of the support member. Utility Model Registration No. 3183941 (see Patent Document 3).
3) In a rigid body, an elastic part formed in a coil shape is provided in the middle part of the body, and the elasticity generated by bending the elastic part is used under normal conditions. The structure of the accessory with the function of attaching the tip of the pin in the open state to the accessory. Japanese Unexamined Patent Publication No. 9-224722 (see Patent Document 4).
4) An earring in which an elastic pin that is inserted into the hole of the earlobe is rotatably attached to the back surface of the decorative body, and the tip thereof is elastically held on the side of the metal fitting. Jikken 4-14023 (see Patent Document 5).

Jikkenhei 3-82014 Gazette Japanese Unexamined Patent Publication No. 9-135714 Utility Model Registration No. 3183941 Japanese Unexamined Patent Publication No. 9-224722 Jitsufuku No. 4-1402

However, the breaker type pierced earrings in 1) above employ a structure in which the tip of a swingable pin is fitted into the hook to prevent it from coming off, and when the pin is swung to fit into the hook. It is difficult for the pin to fit into the hook part well, and it takes time and effort to operate. In addition, there is a problem that it is difficult to operate the pin because it is held on the back side of the earlobe even when the pin is removed, and it has been desired to eliminate these drawbacks.
In addition, the breaker type pierced earrings in 2) employ a structure in which a movable part provided with an annular member is fitted to the tip of the fixed pin to prevent it from coming off, and the movable part is swung to the pin. When the annular member is fitted, the movable part easily swings when a load is applied in the direction of pulling out the pin, and the pin easily falls out of the pierced hole of the earlobe. Further, even if the pin is removed from the pierced hole of the earlobe, it is held on the back side of the earlobe, so that there is a problem that it is difficult to operate.
3) A function in which an elastic portion formed in a coil shape is provided in the middle portion of the accessory, and the tip of a pin that is normally open is attached to the accessory by utilizing the elasticity generated by bending the elastic portion. Since the pin tip is normally open, the engaged pin easily comes off from the hook part, and therefore there is a problem that it easily comes off from the pierced hole of the earlobe during use. It was.
The earrings in 4) are so-called hook-type earrings, which are not in line with the barrier-type pierced earrings in this case, but are completely different in design and usage, and can be attached or detached with a single touch. Have difficulty.

The present invention has been made in view of such a conventional situation, and an object of the present invention is that a pin can be easily attached to an earlobe to securely hold the attached state, and the earlobe can be easily attached through a pierced hole of the earlobe. The purpose is to provide barrier-type pierced earrings that do not come off and allow the pin to be pulled out from the earlobe with a single touch.

In order to achieve the above object, in the breaker type pierced earring of the present invention, the rear end of the earlobe insertion pin is rotatably attached to one end of the opening of the ring-shaped pierced earring body having the opening. In a breaker type pierced earring in which the tip of the pin is held by a receiving portion provided at the other end of the opening of the pierced earring body, a leaf spring is built in the shaft attachment position of the pin and the pin By bringing the leaf spring into close contact with the pressing surface provided on the shaft portion, the tip of the pin was normally crimped to the receiving portion provided at the other end of the opening of the pierced earring body, and the pin was inserted into the earlobe. It is characterized in that the use state in which the opening is closed is maintained in the state.

In the breaker type pierced earring of the present invention, the pin inserted into the earlobe is pulled out from the receiving portion provided at the other end of the opening of the pierced earring body from the normal state where the opening is closed. It is also characterized in that it can be attached to the earlobe with one touch just by inserting it into the pierced hole of.

In the breaker type pierced earring of the present invention, the pin inserted into the earlobe is operated by pulling down the pierced earring body from the earlobe in the state of use in which the opening is closed while being inserted into the earlobe. It is also characterized in that it can be pulled out from the pierced hole of the earlobe with one touch against the pressing force of the leaf spring.

The invention of the breaker type pierced earring according to claim 1 is a normal state by incorporating the leaf spring at the shaft attachment position of the pin for piercing and bringing the leaf spring into close contact with the pressing surface provided on the shaft portion of the pin. Since the tip of the pin is crimped to the receiving portion provided at the other end of the opening of the pierced earring body, the pin is opened against the pressing force of the leaf spring and then inserted into the earlobe. For example, the opening is automatically closed only by releasing the pressing force, and therefore the state of use of the breaker type pierced earring can be reliably maintained.

The invention of the breaker type pierced earring according to claim 2 is a receiver in which a pin inserted into the earlobe is provided at the other end of the opening of the pierced earring body from a state in which the opening is normally closed. It can be attached to the earlobe with a single touch simply by pulling it out from the part and inserting it into the pierced hole of the earlobe, eliminating the need for the conventional operation of fitting it into the hook part, making installation very easy.

The invention of the breaker type pierced earring according to claim 3 is to pull down the pierced earring body from the earlobe in a state where the pin inserted through the earlobe is inserted into the earlobe and the opening is closed. It can now be pulled out from the earlobe piercing hole with a single touch by just operating it.

It is a schematic front view which shows one Example of the breaker type pierced earring in this invention. It is the schematic sectional view. It is a schematic side view. It is the schematic perspective view. It is the schematic sectional drawing which shows the state which a pin is being pulled up. It is the schematic sectional drawing which shows the state which raised the pin. It is the schematic perspective view. It is a schematic front view which shows the state which the pin is inserted into the pierced hole of the earlobe. It is a schematic front view which shows the state which the pin was inserted into the pierced hole of the earlobe, and the pin tip was held in the receiving part of the pierced earring body.

Hereinafter, embodiments of the barrier type pierced earrings of the present invention will be described with reference to the drawings.
1 to 4 show a state in which the breaker type pierced earring 11 of this embodiment is attached to the earlobe 21. As shown in the figure, one end 13a of the opening 13 of the substantially circular ring-shaped pierced earring body 12 provided with the opening 13 has an earlobe insertion pin 14 that is inserted into the piercing hole 22 formed in the earlobe 21. The rear end is rotatably attached to the rotating shaft 14a.
A receiving portion 15 for receiving the earlobe insertion pin 14 is formed at the end 13b of the other opening 13, and the tip of the pin 14 is held by the receiving portion 15.
By the way, at the position where the rear end of the earlobe insertion pin 14 is attached to one end 13a of the opening 13 of the pierced earring body 12, the rotating shaft 14a is inserted into the shaft hole and then crimped. The tip of the pin 14 is stored and held in the receiving portion 15 without shaking.

FIG. 5 shows a state in which the tip of the earlobe insertion pin 14 is pulled up from the receiving portion 15 in order to attach the breaker type pierced earring 11 of this embodiment to the earlobe 21.
That is, as shown in the figure, a leaf spring 16 is built in the pierced earring main body 12 at the shaft attachment position of the pin 14, and the leaf spring 16 is closely attached to the pressing surface 14b provided on the shaft portion 14c of the pin 14. I'm letting you. Therefore, even if the pin 14 is pulled up against the pressing force of the leaf spring 16, the tip of the pin 14 is provided at the other end 13b of the opening 13 of the pierced earring body 12 by the pressing force of the leaf spring 16. It is urged toward the receiving portion 15. Therefore, as shown in FIG. 9, it is possible to reliably hold the used state in which the opening 13 is closed while the pin 14 is inserted into the pierced hole 22 of the earlobe 21.

When the pin 14 is actually inserted into the pierced hole 22 formed in the earlobe 21, the pin 14 is raised so as to be substantially vertical as shown in FIGS. 6 and 7. At this time, since the leaf spring 16 is in close contact with the bottom surface 14d provided on the shaft portion 14c of the pin 14, the pressing force for swinging the tip of the pin 14 toward the receiving portion 15 does not work.
Then, as shown in FIG. 8, the pin 14 is inserted into the pierced hole 22 formed in the earlobe 21, and then the pierced earring body 12 is pushed up as shown in FIG. 9 to reach the other end 13b of the opening 13. The tip of the pin 14 is stored and held in the provided receiving portion 15.

In this embodiment, the leaf spring 16 built in the pierced earring body 12 is fitted with a cavity at the shaft attachment position of the pin 14 of the pierced earring body 12, but the pierced earring body 12 Other holding mechanisms such as forming a plurality of band-shaped holding portions at the shaft attachment position of the pin 14 can also be adopted.
As described above, the pin 14 inserted into the pierced hole 22 of the earlobe 21 has the pin 14 inserted into the other end 13b of the opening 13 of the pierced earring body 12 from the state where the opening 13 is normally closed. It can be attached to the earlobe 21 simply by pulling it out from the provided receiving portion 15 and inserting it into the pierced hole 22 of the earlobe 21, and the operation can be performed with one touch.

On the other hand, the pin 14 inserted into the pierced hole 22 of the earlobe 21 puts the pierced earring body 12 into the earlobe 21 in a used state in which the opening 13 is closed while being inserted into the pierced hole 22 of the earlobe 21. By pulling down in the direction of the arrow from, the pin 14 swings in the direction of opening the opening 13 against the pressing force of the leaf spring 16, so that the pin 14 is one-touch from the pierced hole 22 of the earlobe 21. Can be pulled out with.

As is clear from the above, it goes without saying that the breaker type pierced earrings of the present invention can be applied to brooches and other accessories-related applications as long as the above-mentioned one-touch type attachment / detachment mechanism is adopted. ..

11 Breaker type pierced earrings 12 Piercing earrings Main body 13 Opening 13a One end of the opening 13b The other end of the opening 14 For earlobe insertion 14a Rotating shaft 14b Pressing surface 14c Shaft 14d Bottom surface 15 Receiving part 16 Leaf spring 21 Earlobe 22 Earlobe hole

Claims (3)

The rear end of the earlobe insertion pin was rotatably attached to one end of the opening of the ring-shaped pierced earring body having an opening, and the tip of this pin was provided at the other end of the opening of the pierced earring body. In the breaker type pierced earrings held by the receiving portion, the leaf spring is built in the shaft attachment position of the pin, and the leaf spring is brought into close contact with the pressing surface provided on the shaft portion of the pin. The tip of the pin is crimped to a receiving portion provided at the other end of the opening of the pierced earring body, and the pin is inserted into the earlobe to maintain the used state in which the opening is closed. Breaker type pierced earrings featuring. The pin inserted into the earlobe simply pulls the pin from the receiving portion provided at the other end of the opening of the pierced earring body and inserts it into the pierced hole of the earlobe from the state where the opening is normally closed. The breaker type pierced earring according to claim 1, wherein the earring can be attached to the earlobe with one touch. The pin inserted into the earlobe resists the pressing force of the leaf spring by pulling down the pierced earring body from the earlobe in the use state where the opening is closed while the pin is inserted into the earlobe. The breaker type pierced earring according to claim 1 or 2, wherein the earlobe can be pulled out from the pierced hole with one touch.

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