【０００１】
【考案の属する技術分野】
本考案は身体の一部の手首等に装置する電話機に於いて受信信号にて磁界を発生する巻線と近接した磁石が吸引、反発し振動を発生し受信を感知する電話機の構造に関するものである。
【０００２】
【従来の技術】
従来の携帯電話機は鞄や衣服のポケット等に常時収納されており受信及び発信時その都度、外部に取出し入れして使用する為、煩わしさ、落下破損の危険性がある。
尚、受信を感知する為にモータの出力軸に不均衡な錘を装着し振動を大きくする為価格構造上不利になる。
又、振動を感知出来ない距離にある場合受信音を鳴らす為に外部への騒音の発生、受信する迄の時間的損失や不便を伴う欠点がある。
【０００３】
【考案が解決しようとする課題】
従来の携帯電話機は送受信時、鞄等から取出す煩わしさ、振動を確実に感知出来ない欠点、受信時の騒音等を一挙に解決する為に手首等に装着することにより受信信号の振動も微力で簡単な構造で検知出来て低価格で小型化と便利性の向上が計れる。
【０００４】
【課題を解決する手段】
本考案は電話機を身体の一部（手首又は首から下げる）に密着させる為送受信時速やかに対応が可能となり鞄から取出す手間等煩わしさが解消される。
身体に密着する為微力の振動でも感知出来るのでモータに錘をつけるような複雑な構造も不用になる。振動の発生源は巻線による電磁石と鉄棒又は磁石等による磁気吸引反発による単純な構造で身体に振動を与え、受信を感知させることが出来る。従って、身体に装着時は受信音の必要もなく電話機に受信時の受信音発生装置も不要となる。
尚、身体より携帯電話機を取外して電池を充電器に、電話機を装着した時、充電器に内臓された受信音の発生装置が電話機と連結され一般の電話機と同様受信音が発生する事が出来るので、２４時間使用可能の便利さも向上する。又、毎日充電出来ることから電池も小型になり小型軽量化に進展出来ることが期待出来る。
【０００５】
【考案の実施の形態】
本考案の電話機は左か右の手首又はペンダントのように首から下げる構造を考え軽量、小型化を優先する。
手首に装着する場合は、布や金属及び樹脂製のバンド方式で装着を簡単にし、且つアクセサリー感覚で装飾的にも考慮する。電話機は薄型化にする為、電池部は手首外側にバンドと一体化構造とし、手首の内側には開閉式の電話機本体を装着する構造で重量を手首の両側に均等化し薄型化にする。
使用時は２つ折の電話機を開き掌に液晶部とスピーカー部が位置しており手を耳に近づける事で簡単に速やかに送受信が可能となる。
尚、受信時の振動発生部は手首の内側と接触する電話機の本体ケース部内側に装備し振動が感じ易いようにする。
ペンダント方式も同様に胸に接する本体ケース内側に振動発生部を装着する。受信時の受信音は手首に装着する時は鳴らないようにして電池充電時のみ充電器内に装置された受信音装置が電話機のスピーカーと連結されて鳴る構造にする。
従って充電中は一般の電話機と同じ機能として受信音が鳴る機構とする。
【０００６】
【実施例】
振動発生部詳細図を説明する。
電話機本体１は手首内側に接触しており本体１の片側と電話機を固定する樹脂製バンド２は蝶番８等で可動し固着している。固定バンド２は手首外側を廻り本体１の反対側１ａの凹部とバンド２ａの凸部によりはめ込み等で手首に電話機を固着出来る構造にする。
振動発生部は本体１が手首と接触する面の内側１ｂに巻枠３に捲かれた巻線４が固定されている。
巻線の中央部には巻枠３の小孔３ａがあり小孔３ａの中に挿入された軸状の鉄棒５又は磁石があり鉄棒５の片側は円板状鉄片７とコイルバネ６が固着され鉄棒５は巻枠３の小孔３ａの中央部でコイルバネ６で保持される。鉄棒５は小孔３ａの中を円滑に動く構造になっている。
尚、鉄棒５と鉄片７がコイルバネ６の反動で外部へ飛出さないよう本体の上面１ｃで覆われている。
受信信号が巻線４に印加されると巻線４に磁界が発生し鉄棒５及び鉄片７は吸引され勢いよく小孔３ａ内を貫通し本体１に設けられた小孔１ｄより鉄棒５の先端が手首の内側に突出し衝撃を加える。受信信号がＯＦＦになると巻線４の磁界も消滅しコイルバネ６で鉄棒５は戻され本体上面１ｃに衝撃を与える。
信号が再びＯＮになると磁界により鉄棒５は吸引され小孔３ａを貫通し小孔１ｄより手首に衝撃を加える事になり信号のＯＮＯＦＦで衝撃として感知出来る構造で微小振動で確実に感知出来る。
【０００７】
【考案の効果】
身体の一部の手首や胸に電話機を固定及び接触させるため受信信号を感知する振動源も微小（φ８×５ｍｍ）且つ簡単で低価格に改善出来る。送受信の操作性も迅速簡単に鞄から取出し収納の煩わしさも受信音の騒音もなくファッション感覚としての効果も期待出来る。
【図面の簡単な説明】
【図１】振動部の断面構造図を示す。
【図２】振動部別案断面構造図を示す。
【図３】手首に実装された立体構造図を示す。
【符号の説明】
１電話機本体 １ａ本体凹部 １ｂ本体内側部 １ｃ本体上面部 １ｄ本体小孔
２固定バンド ２ａバンド凸部
３巻枠 ３ａ巻枠小孔
４巻線
５鉄棒（又は棒状磁石）
６コイルバネ
７円板状鉄片
８蝶番
９電池
１０鉄製Ｍ３ネジ
１１鉄製補助片
１２磁石[0001]
[Technical field to which the invention belongs]
The present invention relates to a structure of a telephone which is mounted on a wrist or the like of a part of a body, and in which a magnet which generates a magnetic field by a received signal and a magnet adjacent thereto are attracted and repelled, generate vibration, and sense reception. is there.
[0002]
[Prior art]
A conventional mobile phone is always stored in a bag, a pocket of clothes, or the like, and is taken out and used each time receiving and transmitting, so that there is a risk of trouble and drop damage.
It should be noted that an imbalanced weight is mounted on the output shaft of the motor in order to sense the reception and vibration is increased, which is disadvantageous in terms of the price structure.
In addition, there is a drawback in that when the apparatus is located at a distance where vibration cannot be sensed, a reception sound is generated, noise is generated to the outside, time is lost until reception, and inconvenience is caused.
[0003]
[Problems to be solved by the invention]
Conventional mobile phones can be used to transmit and receive vibrations with a small force by attaching them to the wrist etc. to solve the trouble of taking out from a bag etc. at the time of transmission and reception, the disadvantage that vibration can not be reliably detected, the noise at the time of reception etc. It can be detected with a simple structure, and can be reduced in size and improved in convenience at low cost.
[0004]
[Means to solve the problem]
According to the present invention, the telephone is brought into close contact with a part of the body (down from the wrist or neck), so that it is possible to quickly respond to transmission / reception, thereby eliminating the trouble of taking out from the bag.
Because it is in close contact with the body, it can sense even small vibrations, eliminating the need for a complicated structure such as attaching a weight to the motor. The source of vibration is a simple structure based on magnetic attraction and repulsion by an electromagnet formed by windings and an iron bar or a magnet, etc., so that the body can be vibrated and reception can be sensed. Therefore, when worn on the body, there is no need for receiving sound, and a receiving sound generator for receiving at the telephone is not required.
When the mobile phone is removed from the body and the battery is attached to the charger, and the phone is attached, the receiving sound generator built in the charger is connected to the phone so that the receiving sound can be generated like a general phone. Therefore, the convenience of being able to use it for 24 hours is improved. In addition, since the battery can be charged every day, it is expected that the battery can be made smaller and smaller and lighter.
[0005]
[Embodiment of the invention]
The telephone of the present invention has a structure in which it is lowered from the neck like a left or right wrist or pendant, and priority is given to light weight and miniaturization.
When worn on the wrist, the band is made of cloth, metal, or resin to make it easy to wear, and it is considered as an accessory and decoratively. In order to reduce the thickness of the phone, the battery section is integrated with the band on the outside of the wrist, and the inside of the wrist is fitted with an openable phone body. The weight is equalized on both sides of the wrist to reduce the thickness.
When in use, open the two-fold telephone, the liquid crystal unit and the speaker unit are located on the palm, and it is possible to send and receive easily and quickly by bringing the hand close to the ear.
In addition, the vibration generating part at the time of reception is provided inside the main body case part of the telephone which comes into contact with the inside of the wrist so that the vibration can be easily felt.
The pendant system also has a vibration generator inside the case that contacts the chest. The reception sound at the time of reception is not emitted when worn on the wrist, and the reception sound device provided in the charger is connected to the speaker of the telephone and sounds only when the battery is charged.
Therefore, during charging, a mechanism for receiving a sound is provided as the same function as a general telephone.
[0006]
【Example】
The detailed diagram of the vibration generating unit will be described.
The telephone body 1 is in contact with the inside of the wrist, and one side of the body 1 and a resin band 2 for fixing the telephone are movable and fixed by hinges 8 or the like. The fixed band 2 has a structure in which the telephone can be fixed to the wrist by being fitted around the outer side of the wrist by a concave portion on the opposite side 1a of the body 1 and a convex portion of the band 2a.
In the vibration generating unit, a winding 4 wound around a bobbin 3 is fixed to an inner side 1b of a surface where the main body 1 contacts the wrist.
At the center of the winding, there is a small hole 3a of the bobbin 3, and there is an axial iron bar 5 or a magnet inserted into the small hole 3a. On one side of the iron bar 5, a disk-shaped iron piece 7 and a coil spring 6 are fixed. The iron bar 5 is held by a coil spring 6 at the center of the small hole 3a of the winding frame 3. The iron bar 5 is structured to move smoothly in the small hole 3a.
The iron bar 5 and the iron piece 7 are covered with the upper surface 1c of the main body so that the iron bar 5 and the iron piece 7 do not fly out by the reaction of the coil spring 6.
When a received signal is applied to the winding 4, a magnetic field is generated in the winding 4, and the iron bar 5 and the iron piece 7 are attracted and penetrate vigorously through the small hole 3 a, and from the small hole 1 d provided in the main body 1, the leading end of the iron rod 5. Protrudes inside the wrist and impacts. When the reception signal is turned off, the magnetic field of the winding 4 is also extinguished, and the iron bar 5 is returned by the coil spring 6 to give an impact to the main body upper surface 1c.
When the signal is turned on again, the iron bar 5 is attracted by the magnetic field, penetrates the small hole 3a, and applies a shock to the wrist from the small hole 1d.
[0007]
[Effect of the invention]
Since the telephone is fixed to and touched to a part of the body such as a wrist or chest, the vibration source for sensing the received signal is small (φ8 × 5 mm) and can be improved simply and inexpensively. The operability of transmission and reception can be expected quickly and easily.
[Brief description of the drawings]
FIG. 1 shows a sectional structural view of a vibrating part.
FIG. 2 shows an alternative sectional structure diagram of a vibrating part.
FIG. 3 shows a three-dimensional structural view mounted on a wrist.
[Explanation of symbols]
1 Telephone main body 1a Main body concave portion 1b Main body inner portion 1c main body upper surface portion 1d main body small hole 2 fixing band 2a band convex portion 3 winding frame 3a winding frame small hole 4 winding 5 iron bar (or bar-shaped magnet)
6 coil spring 7 disc-shaped iron piece 8 hinge 9 battery 10 iron M3 screw 11 iron auxiliary piece 12 magnet
