JPS6214804A - Cuff button - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field] The present invention relates to a cufflink, and more particularly to a cufflink that can be easily attached to and removed from the cuff of a dress shirt or the like.

[Prior art]

One example of cufflinks that can be attached to the buttoned cuffs of shirts, etc. is
For example, there are cufflinks disclosed in Japanese Utility Model Publication No. 52-4180 that can be easily attached to and removed from cuffs regardless of the presence or absence of cufflink attachment holes or buttons.

On the other hand, it has a complex structure, requires highly precise processing, and is costly. Furthermore, in the device disclosed in Japanese Utility Model Publication No. 52-4180, since the device is held by a clamping portion made of an elastic material, it is likely to come off easily and there is a risk of the device falling off.

〔the purpose〕

The object of the present invention is J: to eliminate the above-mentioned drawbacks, to be applicable to cuffs with buttons as well as regular cuffs with black buttons, easy to put on and take off, and suitable for use in decorative paintings. Our goal is to provide you with cufflinks.

[Structure of the invention]

In order to achieve such an object, the present invention has two button members disposed on opposing sides of the cuffs, the two button members being separable, and at least one of the two button members being separable. It is characterized by comprising a shaft portion that can pass through the cuff hole, and a magnet that is disposed at the tip of the shaft portion and that can be attracted to the opposing locking portion of the other button member.

Furthermore, another form of the present invention has two button members disposed at opposite positions on both sides of the cuff, the two button members being separable, and having a cuff hole in both of the two button members. A state in which a penetrating shaft part and a magnet disposed at the tip of the shaft part are respectively engaged with a locking member made of an elastic material that can be inserted between the stacked cuffs. It is characterized by being made to be adsorbed by.

[For production]

In a cufflink constructed in this way, the shaft portion of at least one button member is passed through the cuff hole from the outside of the cuff, and the opposing surface of the locking portion is directed toward the opposing surface of the other button member, By attracting the magnet to a ferromagnetic material, the button members are fixed in a state where they are attracted to each other, and when it is time to remove the button members, it is only necessary to release the lock by resisting the magnetic force. [Example] Below Embodiments of the present invention will now be described in detail and specifically based on the drawings.

FIG. 1 shows an embodiment of the invention, where IA, 1B
and IC are button members, and in this example, button members IA and IC or button members IB and 10
They form a pair and can be connected or disconnected in the directions of the arrows. The pair of button members IA and IC are suitable for use when a button is attached to the cuff, and the pair of button members IB and IC is suitable for use when a cuff is attached to the cuff. This is suitable when two buttonholes are provided for fastening buttons, and first, button members IA and t
We will now discuss the case where it is configured with C.

In the button member IA, 2 is the hollow mantle, 3
is an opening/closing lid provided on the back side of the mantle 2.

As shown in FIG. 2, the opening/closing lid 3 is maintained in an open state by a spring 3A disposed inside thereof, and when opening the lid 3, the lid 3 is pulled open against the spring force of the spring 3A.

Further, the opening/closing lid 3 is made of a ferromagnetic material and has a slot 4 extending from its lower end toward the center, and a button 6 is attached to the cuff 5 along this slot 4 (see Figure 2). An overlock portion 8A can be introduced. On the other hand, this member IA
The button member IC that is paired with the
The locking member 8 is attached via 117, and the magnets 9A and 9B are attached to the surface of the first member 8 facing the button member IA. Note that this locking member 8 is attached to the buttonhole 10 of the cuff 5.
The size should be such that it can be retracted from.

To explain the operation of attaching a cufflink when the button members IA and IC are constructed in this way, first, the lid 3 of the button member IA is pulled open and the button overlocking part 6A is introduced along the slot 4. As a result, the button 6 can be held in the hollow part of the mantle 2 as shown in FIG. 2, and the lid 3 can be closed in this state. - Attach the button hole 10 of the other cuff 5 to the button member 1C,
By adhering the magnets 9A and 9B of the locking member 8 to the opening/closing lid 3 through the fabric of the cuff 5, the button members IA and tC can be kept attracted to each other by their magnetic force. FIG. 2 thus shows a cufflink attached to the cuff 5, where 11 is a noodle-making member, such as jewelry.

Furthermore, a pair of button members IB and IC can form a cufflink. That is, in the button member IB of FIG. 1, 12 is a shaft portion, and 13 is a locking member. In this example, by providing the locking member 13 made of a ferromagnetic material with an engaging portion 13A, the button member IB and To easily maintain a bonded state when an IC and an IC are bonded together in the direction of an arrow.

Note that the shape of this retaining portion 13A is the same as that of the magnets 9A and 9 in this example.
Although the shape is such that it fits between B and B, it goes without saying that the shape is not limited to this.

Although not shown, when attaching such cufflinks, attach button member IB from the button hole of the other cuff 5 in the same manner as button member 1C, and then attach locking members 13 and 7. By engaging the button members, the button members can be attracted to each other by the magnetic force, and this state can be maintained.

Next, with reference to FIG. 3, another embodiment suitable for the case where the cuffs have buttons will be described.

Here, 21A and IC correspond to the pair of button members IA and IC shown in FIG. The backing member 23 is made of an elastic ferromagnetic material such as a steel plate and has a single-shaped cross section.

For cufflinks constructed in this way.

The mantle member 22 is made to cover the button 6 of the cuff 5, and with the insertion part 23A of the backing member 23 inserted and engaged with the socket 22A of the mantle member 22, its elasticity allows the backing member 23 to be inserted into the cuff. Press it against the back side of the button attachment in step 5. In this way, one button member IC is attached to the other cuff 5 through the button hole IO, and the magnet 9 is brought into contact with the back side of the backing member 23 and attracted thereto, whereby both button members 21A and 1C are attached. and can be joined.

Next, another embodiment suitable for a dress shirt or the like that does not have buttons at the cuffs but has buttonholes will be described below.

FIGS. 4 and 5 show one such embodiment, and this embodiment has an engaging portion 1.1 in addition to attraction by a magnet. ．． 1
+Li1l? □I Elementary - Kakegami, j, ノτ, 1☆ So ÷ + Suichiheo7 - ← 1 Hi] - [De. That is, in the case of this example, in the button members IB and IC, the locking members 13 and 8 are entirely constituted by magnets, or the shaft portion 12 side and the shaft portion 7 side thereof, for example. Furthermore, 33 is a retaining member (hereinafter referred to as a retaining member) made of an elastic ferromagnetic material. As shown in Figure 4, a guide groove 33A is cut downward from the folded part.
and 33B are provided.

Thus, for example, when the button member IB is to be engaged with the retaining member 33, as shown in Figure m5, the button member IB is first engaged with the button hole lO of one cuff 5, The shaft portion 12 is fitted into the guide groove 33A, and the locking member 13 is pushed in against the spring force through the push-in opening 33G formed in the upper center of the retaining member 33, as shown in Fig. 755. In this state, it can be attracted to the inside of the locking member 13 by the magnet 13A of the locking member 13. Further, in the same manner, the button member IC can be mounted via the guide groove 33B.

In the cufflink configured as in this example, the retaining member 3
Since the push-in port 33G provided in 3 is kept closed due to its own elasticity and is attracted by the magnet, the member IB and IC will not fall off unless the push-in port 33G is expanded by hand. There is no.

Note that in this example, the magnet 1 provided on the button member IB and the IC
3A and 8A are respectively adsorbed inside the retaining member 33, but in addition, although not shown, the locking member 13 of the button member IB and the button member IC are attached inside the retaining member 33. A magnet may be disposed on at least one side so that the locking member 8 and the locking member 8 are attracted to each other.

FIG. 6 shows still another preferred embodiment without a button. In this example, a locking portion 34 having a locking hole 34A at the top of the locking member 13 of the button member IB is projected outward. At the top of the button member tC on the locking member 8 side, a bottle portion 35 that can be fitted into the locking hole 34A is provided upward. Thus, both button members 1B and 1
After locking G in the button hole 10, the bottle part 35 provided in the locking member 8 of the button member IC is fitted into the locking hole 34A provided in the locking member 13 of the button member IB. The locking member 13 can be attracted to the magnets 9A and 9B of the other locking member 8.

FIG. 7 shows another embodiment without buttons.

In this example, the locking members 41 and 42 provided on both the button member IB and the IC have a female and male fitting configuration, respectively, and the cylindrical locking member 41 has a locking groove 41A with a hook type. A magnet 43 is provided at the tip of the cylindrical locking member 42, and an engagement pin 42A is provided on the circumferential surface corresponding to the locking groove 41A.

Therefore, in the case of this example, the button member 1B and the IC are respectively locked in the button holes 10 in the same manner as in the previous example, and the locking bottle 42A is aligned with the locking groove 41A at position n. After inserting the cylindrical member 42 into the cylindrical locking member 41, the user rotates the bottle 42A along the hook of the groove 41A to insert the bottle 42A. In this way, the magnet 43 of the locking member 42 is made of ferromagnetic material and is attracted to the bottom of the locking member 41, and the bottle 42A is locked with the hook of the groove 41A, thereby preventing it from falling off. be able to.

In addition, in the following explanation, a magnet is provided on one of the two button members and a ferromagnetic material is provided on the other, but these may be provided on either side of the button member. Furthermore, it goes without saying that magnets may be provided on both sides. In addition, the shape of the button member, the shape of the magnet, and even the shape of the locking member are not limited to those described above, but should be appropriately selected according to the purpose and form. It goes without saying that this is something that should be done.

〔Effect of the invention〕

As described above, according to the present invention, there are two button members disposed at opposing positions on both sides of the cuff, the two button members are separable, and at least one of the two button members is provided. On one side, there is a shaft part that can pass through the cuff hole, and on the other hand, there is a button located at the tip of the shaft part, and on the other hand, a button located at the opposing locking opening of the button member, which can be easily operated regardless of an emergency. It is possible to provide cufflinks that can be easily attached and detached with just one button, can be manufactured at low cost, and are valuable in terms of cylinder production.

Moreover, magnets are provided on both button members, and the button members are attracted and locked by the magnets to the locking members interposed between the cuffs.

It is possible to more reliably prevent the button member from falling off.

[Brief explanation of the drawing]

Fig. 1 shows an example of the configuration of the cufflink of the present invention for two different uses.
Fig. 2 is a sectional view showing an example of the form applied to the cuff with button, and Fig. 753 shows another embodiment of the cufflink of the present invention applied to the cuff with button. FIG. 4 is an exploded cross-sectional view showing another embodiment of the cufflink of the present invention applied to a buttonless cuff, frK C% IJJ IJ 1
T A I t" t 1 -h -w w
4= Jy *ノ /Fl lt# 344P
A sectional view showing fil'. FIGS. 6 and 7 are exploded perspective views of other embodiments of the cufflink of the present invention applied to buttonless cuffs. IA, IB, 1G...button parts. 2... Overcoat, 3... Opening/closing lid, 3A... Spring, 4... Slot, 5... Cuff, 6... Button, 6A... Overlocking part, 7.12...・Shaft part. 8.13...Locking member, 9, IA, 9B, 8A, 13A, 43... Magnet, lO
...button hole, 11...decoration member, 13A...engaging portion, 21A...button member, 22...mantle member, 22A...socket, 23...A'\I Member, 23A... Insertion part, 33... Removal (locking) member, 33A, 33B... Guide groove, 33G... Push-in port, 34... Locking part, 34A... IF hole, 35... Bin part, 41.42... Locking member, 41A... Locking groove. 42A...Hoai Bin. 9 Group 33C, Omachi ~ Left Exit Figure 5

Claims (1)

[Scope of Claims] 1) It has two button members disposed at opposing positions on both overlapping surfaces of the cuff, the two button members are separable, and at least one of the two button members includes: A cufflink comprising: a shaft portion that can pass through a cufflink hole; and a magnet that is disposed at the tip of the shaft portion and that can be attracted to an opposing locking portion of the other button member. 2) The cufflink according to claim 1, wherein the other button member can be attached while enclosing a button provided on one of the cuffs. 3) In the cufflink according to claim 1, the other button member includes a shaft portion that can pass through the cuff hole, and a locking portion attached to the tip of the shaft portion. Cufflinks featuring. 4) It has two button members disposed at opposing positions on both sides of the cuff, the two button members are separable, and the cuff hole can pass through both of the two button members. A state in which a shaft portion and a magnet disposed at the tip of the shaft portion are provided, and each of the magnets is engaged with a locking member made of an elastic material that can be inserted between the stacked cuffs. Cufflinks that are characterized by being made to stick together.