JP2003180417A - Wearing mechanism with positioning function for arm- wearing electronic equipment - Google Patents

Wearing mechanism with positioning function for arm- wearing electronic equipment

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Publication number
JP2003180417A
JP2003180417A JP2001388870A JP2001388870A JP2003180417A JP 2003180417 A JP2003180417 A JP 2003180417A JP 2001388870 A JP2001388870 A JP 2001388870A JP 2001388870 A JP2001388870 A JP 2001388870A JP 2003180417 A JP2003180417 A JP 2003180417A
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Japan
Prior art keywords
hinge
mechanism
pin
cylindrical member
holder
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Granted
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JP2001388870A
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Japanese (ja)
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JP3887228B2 (en
Inventor
Masaru Terasawa
大 寺沢
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Seiko Instruments Inc
セイコーインスツルメンツ株式会社
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Application filed by Seiko Instruments Inc, セイコーインスツルメンツ株式会社 filed Critical Seiko Instruments Inc
Priority to JP2001388870A priority Critical patent/JP3887228B2/en
Priority claimed from DE2002157439 external-priority patent/DE10257439A1/en
Publication of JP2003180417A publication Critical patent/JP2003180417A/en
Application granted granted Critical
Publication of JP3887228B2 publication Critical patent/JP3887228B2/en
Application status is Active legal-status Critical
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Abstract

<P>PROBLEM TO BE SOLVED: To provide a wearing mechanism by which a user can easily position electronic equipment without disassembling a hinge part matching a size of the arm, and continuously and smoothly adjust a position of the holder. <P>SOLUTION: This wearing mechanism with a positioning function for the arm-wearing electronic equipment has a cylinder member planted with a bar pin intervening in between the main body side hinge piece and the holder side hinge pin to constitute a hinge and a mechanism to adjust the rotation angle of the cylinder member against one hinge. The bar is titled with a size of the arm corresponding to the adjusting mechanism in a condition that the bar is fit in a fitting hole bored in the other hinge. <P>COPYRIGHT: (C)2003,JPO

Description

【発明の詳細な説明】 【0001】 【発明の属する技術分野】本発明は、腕装着型電子機器を腕に装着するに際し、腕の太さに対応して調整が可能な装着装置の調整機構に関する。 BACKGROUND OF THE INVENTION [0001] [Technical Field of the Invention The present invention, upon mounting the wrist-worn electronic device to the arm, the adjustment mechanism of the adjustment corresponding to the thickness of the arm capable mounting device on. 【0002】 【従来の技術】腕装着型電子機器は、時計、計算機、通信機器等の携帯用電子機器であって、電子回路で構成され、腕に装着できるまで小型化したものである。 [0002] wrist-worn electronic device is, clocks, calculators, a portable electronic device such as a communication device, is constituted by an electronic circuit, in which miniaturized to be worn on the wrist. このような腕装着型電子機器は、該電子機器が本来的に有する機能を実行するための本体部材と、腕に装着するための装着部材とで構成される。 Such wrist-worn electronic device is composed of a body member for executing functions electronic device has inherently a mounting member for attachment to the arm. 本出願人はこの種の腕装着型電子機器として、ユーザーの腕の太さに対応し、バンドの長さやホルダー角度が調整可能である腕装着型電子機器を発明して特願2000−398981号と特願2000−400162号を先に特許出願した。 As the applicant has wrist-worn electronic device of this kind, corresponding to the thickness of the user's arm, 2000-398981 Japanese Patent Application No. invented a wrist-worn electronic device length or holder angle of the band is adjustable and filed a patent application Japanese Patent application No. 2000-400162 previously. この腕装着型電子機器は、装着体を開閉するための第1のヒンジ片と第2のヒンジ片とからなるヒンジと、前記第1のヒンジ片に設けた第1の穴と、前記第2のヒンジ片に設けた第2の穴と、一方を第1の穴に挿入し、他方を前記第2の穴に挿入するかんぬきピンとを有する腕装着型電子機器であって、使用者が間口の長さが異なる穴を選択してかんぬきピンを嵌合させることによって、装着体を腕の太さに適合させることができるものである。 The wrist-worn electronic device includes a hinge comprising a first hinge piece and a second hinge piece for opening and closing the attachment body, a first hole formed in said first hinge piece, said second a second hole provided in the hinge strip, and insert one into the first hole, a wrist-worn electronic device having a yoke pin inserting the other to the second bore, the user of the frontage by length to fit the bolt pin by selecting different holes, in which can be adapted to the thickness of the arm mounting member. 【0003】図7は、その腕装着型電子機器の装着体およびヒンジ部の具体的な1構成を示す横断面図と正面図である。 [0003] Figure 7 is a cross-sectional view and a front view showing a specific configuration of the mounting member and the hinge portion of the wrist-worn electronic device. 図7(a)は電子機器全体を示す横断面図であり、図7(b)は、ヒンジ部を示す正面図である。 7 (a) is a cross-sectional view showing the overall electronic device, FIG. 7 (b) is a front view of the hinge portion. 同図 FIG.
(a)に示す腕装着型電子機器20は、本体21と2片のホルダー22、23で構成される。 Wrist-worn electronic device 20 shown in (a) is composed of the holder 22, 23 of the main body 21 and two pieces. 図において、紙面向かって左側のホルダー22は閉じた状態、右側のホルダー23は開いた状態を示している。 In the figure, a state paper left side of the holder 22 is closed, the right holder 23 is shown in an opened state. 本体21とホルダー22、23とはヒンジによって結合される。 The main body 21 and the holder 22 are coupled by a hinge. ホルダー22、23側のヒンジ片2 Holder 22 and 23 side of the hinge piece 2
4、25表面には、複数の穴26、27がヒンジの回動軸方向に並んで径方向に穿設されている。 The 4, 25 surface, a plurality of holes 26, 27 are drilled radially arranged in the rotation axis direction of the hinge. 上記穴26、27に対面するヒンジ片28、29には、ヒンジの回動方向の間口長さが段階的に異なる穴30が設けられ、ヒンジのしくみは左右同一である。 The hinge pieces 28, 29 facing to the holes 26 and 27, frontage length in the rotational direction of the hinge is different stepwise hole 30 is provided, the mechanism of the hinge is left identical. 片側のヒンジ片の穴26には、ばねで付勢されたかんぬきピン32が収められる。 The holes 26 on one side of the hinge piece yoke pin 32 urged by a spring is housed. ホルダー22の回動、すなわちヒンジ片24の回動によって、穴26も回動する。 Rotation of the holder 22, i.e. the rotation of the hinge piece 24, the holes 26 also rotates. そして、穴26が対面するヒンジ片28の穴30と向かい合ったときに、かんぬきピン32が対面する穴30に嵌合当接される。 When the hole 26 opposite the hole 30 of the hinge piece 28 which faces and is fitted abuts the bore 30 of the yoke pin 32 is facing. これによって、ヒンジ片24とそれと一体であるホルダー22が固定される。 Thus, the holder 22 is integral therewith a hinge piece 24 is fixed. 図7(b)に示すように、ヒンジ片24、28は、ばね棒33と嵌合ピン34で回動対偶で結合される。 As shown in FIG. 7 (b), the hinge piece 24 and 28 are combined in turning kinematic pair with spring bars 33 and the fitting pins 34. ばね棒33には、コイルばね35が通され、その両端突出部36、37がそれぞれのヒンジ片24、28に当てられる。 The spring bars 33, the coil spring 35 is passed, against which both end protrusions 36 and 37 on each of the hinge pieces 24 and 28. これによって、ヒンジ片24、28はホルダーが常に開く方向に付勢される。 Thus, hinge strip 24 and 28 is biased in a direction which the holder always open. 図8は、本体側ヒンジ片に穿設される穴を示す拡大図である。 Figure 8 is an enlarged view showing a hole to be drilled in the body-side hinge piece. 上述のように、当接穴30 As described above, Tose'ana 30
は、ヒンジの回動方向の間口長さが段階的に異なるように回動軸方向に並んで複数設けられる。 Is frontage length in the rotational direction of the hinge is provided with a plurality arranged in rotational direction to differ stepwise. 同図では、当接穴30を実線で、かんぬきピン32が内挿される3つの穴26 In the figure, the Tose'ana 30 in solid lines, three holes 26 which bolt pin 32 is inserted into
を点線で示している。 A is indicated by a dotted line. このように、穴26のいずれか一つを選択して、かんぬきピン32は内挿される。 Thus, by selecting any one of the holes 26, the yoke pin 32 is interpolated. ヒンジ片は開く方向に付勢されているから、かんぬきピン32は、当接穴30の片側壁にあたる。 Since the hinge member is biased in the opening direction, the yoke pin 32 is equivalent to the one side wall of Tose'ana 30. これによってホルダーの開き具合が決定される。 This degree of opening of the holder is determined. 図9は、穴の間口長さがホルダーの開き具合に影響することを示す横断面図である。 Figure 9 is a transverse sectional view showing that the frontage length of the hole affects the degree of opening of the holder. 図9 Figure 9
(a)は間口が短い穴の片側壁にかんぬきピンがあたっている状態を示す横断面図であり、図9(b)は、間口が長い穴の片側壁にかんぬきピンがあたっている状態を示す横断面図である。 (A) is a cross sectional view showing the frontage is hit is bolted pin on one side wall of the short hole, FIG. 9 (b), a state in which the frontage has hit the bolt pins on one side wall of the long hole it is a cross-sectional view illustrating. 双方の図を比較するとわかるように、 As can be seen when comparing both figures,
間口長さが長い穴を選択してかんぬきピンを嵌合させた場合の方が、水平方向からのヒンジ片24の回動θ 2が小さい。 Person when frontage length is fitted the bolt pin by selecting a long hole, a small rotation theta 2 of the hinge piece 24 from the horizontal direction. これによってホルダーは腕の太い人にも適用できる。 This holder can also be applied to a thick man of arms. 反対に、腕の細い人は、間口長さの短い穴を選択してかんぬきピンを嵌合させればよい。 Conversely, arms thin person, it is sufficient fitting the bolt pin by selecting a short hole frontage length. 因みに(a)に図示したものは回動角がθ 1であり、その差はΔθ=θ Incidentally those shown in (a) is a rotation angle theta 1, the difference [Delta] [theta] = theta 1 −θ 1 -θ
2となる。 2 become. なお、かんぬきピンをばねを介して収める穴の選択は、ヒンジを外せば容易に行える。 The selection of the hole accommodating the bolt pin through a spring facilitated by removing the hinge. このように、 in this way,
この先行例にかかる腕装着型電子機器の装着体は、複数の穴のうち、いずれにかんぬきピンを挿し込むか選択することによって、該かんぬきピンと階段状の壁部との当接関係によりホルダーの固定位置を変更することができ、これによって、腕の太さに合わせてホルダーを最も適当な位置で維持できるのであるが、その調整はヒンジを分解して行わなければならないためその分手間を要するという問題があった。 Mounting of wrist-worn electronic device according to the preceding example, among a plurality of holes, by selecting one of whether plugging the bolt pin, the holder by abutting relationship with said yoke pin and stepped wall portion fixed position can be changed, thereby, but in accordance with the size of the wrist is able maintain the most appropriate position holder, requires correspondingly troublesome for the adjustment must be performed by disassembling the hinge there is a problem in that. また、その調整量は設けた穴の数に限定された。 Further, the amount of adjustment is limited to the number of holes provided. この腕装着型電子機器を使用する人が一人であれば初期設定すれば以後の再調整はほとんど必要ないのであるが、何人かの人が共用するような機器の場合にはホルダーの位置調整は頻繁に必要となるため、 This long wrist-worn electronic device of the person, one to be used initialization readjustment subsequent if is the little required, the position adjustment of the holder in the case of devices such as some people are sharing for frequently required,
分解の手間は負担を増すことになる。 Labor of decomposition will be to increase the burden. 【0004】 【発明が解決しようとする課題】本発明の課題は、上記の問題を解決するもので、腕の太さに合わせてヒンジ部を分解することなく容易に位置調整ができると共に、ホルダーの位置を無段階に連続して調整が可能となる機構を提供することにある。 [0004] SUMMARY OF THE INVENTION It is an object of the present invention is intended to solve the above problems, it is easily positioned adjusted without in accordance with the size of the wrist disassembling the hinge portion, the holder certain positions to provide a mechanism that it is possible to adjust continuously steplessly. 【0005】 【課題を解決するための手段】本発明の腕装着型電子機器の位置調整機能付き装着機構は、ヒンジを構成する本体側ヒンジ片とホルダー側ヒンジ片間に介在するかんぬきピンを植設した円筒部材と、一方のヒンジ片に対する前記円筒部材の回転角を外部から調整する機構とを有し、前記かんぬきは他方のヒンジ片に穿設された嵌合孔と嵌合された状態において前記調整機構による角度設定に応じて各腕の太さに対応出来るようにした。 [0005] Means for Solving the Problems] position adjustment function mounting mechanism of wrist-worn electronic device of the present invention, the yoke pin interposed body side hinge piece and a holder-side hinge pieces that constitute the hinge planting a cylindrical member which is set, and a mechanism for adjusting the rotation angle of the cylindrical member relative to one of the hinge pieces from the outside, in a state wherein the yoke is that fitted with drilled in the other hinge piece fitting hole and to be able to correspond to the thickness of each arm in accordance with an angle setting by the adjusting mechanism. そして、 And,
円筒部材の回転角を外部から調整する機構は、該円筒部材に設けられたカム溝と、該カム溝に係合されるピンが植設され一方のヒンジ片に対して軸方向には摺動可能であって回転不可状態に保持された摺動部材と、ヒンジ部端部にネジ頭が露出し該摺動部材を軸方向に進退自在に調整するネジとから構成するものとし、前記ネジにより摺動部材を軸方向に位置調整するとぴんを介して前記円筒部材がカムによって回転変位され、その回転変位に応じて連続的に各腕の太さに対応出来る。 Mechanism for adjusting the rotation angle of the cylindrical member from the outside, a cam groove provided in the cylindrical member, in the axial direction with respect to pin implanted by one of the hinge pieces are engaged with the cam groove sliding a sliding member which is held in non-rotatable state be possible, the screw head is exposed sliding member shall be composed of a screw which movably axially adjustable in the hinge portion end by the screw the sliding member and the cylindrical member through the pin when aligning in the axial direction is rotationally displaced by the cam, continuously it can correspond to the thickness of each arm in accordance with the rotational displacement. 摺動部材は断面が非円形形状であって、同じ非円形形状の断面の穴が軸方向に穿設された一方のヒンジ片と嵌合されることにより、一方のヒンジ片に対して軸方向には摺動可能であって回転不可状態に保持される機構が構成できる。 The sliding member is a cross-section non-circular shape, by cross holes of the same non-circular shape is fitted to one of the hinge pieces bored axially, axially relative to one of the hinge pieces it mechanism configured to be held in non-rotatable state a slidable to. 【0006】 【発明の実施の形態】本発明の腕装着型電子機器の調整機能付き装着機構は、それぞれ個人差がある腕の太さに合わせてホルダーの閉まり具合を無段階に連続調整ができ、最も適当な位置で電子機器を維持できる機構として、図1のAに示したような一方のヒンジ片24と他方のヒンジ片28間を一方のヒンジ片24に設けられた穴に挿入されたかんぬきピン32で直接係合させる従来の関係を止め、図1のBに示したように一方のヒンジ片24と他方のヒンジ片28間に介在する部材10を別に設けるようにしてその部材10の穴にかんぬきピン32を挿入し、該部材10の一方のヒンジ片24に対する相対角度を連続的に可変とする機構を備えることで、一方のヒンジ片24と他方のヒンジ片28の位置関係を無段階に連続して調整できるようにすることを想到 [0006] Adjustment function mounting mechanism of wrist-worn electronic device of the embodiment of the present invention can continuously adjust steplessly the degree closing of the holder in accordance with the size of the wrist with each individual difference , as a mechanism capable of maintaining the electronic device in the most appropriate position, is inserted into the hole provided between one of the hinge piece 24 and the other hinge piece 28 as shown in a of FIG. 1 in one of the hinge pieces 24 stopped conventional relationships to directly engage with the yoke pin 32, the member 10 be provided separately from the member 10 interposed between one as shown in B of the hinge piece 24 and the other hinge piece 28 1 insert the bolt pin 32 into the hole, by providing a mechanism for varying a relative angle continuously for one of the hinge pieces 24 of the member 10, the positional relationship of one of the hinge piece 24 and the other hinge piece 28 free conceived to make it possible to adjust continuously the steps たものである。 Those were. そして、ヒンジを分解することなくその位置関係を調整できるようにするため、その両ヒンジ片間に介在させる部材の角度調整を外部から操作するような機構を採用するようにしたものである。 Then, in order to be able to adjust its positional relationship without disassembling the hinge, in which so as to adopt a mechanism to operate the angle adjusting member is interposed on both hinge pieces from the outside. 【0007】本発明の腕装着型電子機器の調整機能付き装着機構の実施の形態について、以下に詳しく説明する。 [0007] Embodiments of the wrist-worn electronic device with adjustable mounting mechanism of the present invention will be described in detail below. この発明の実施の形態にかかる腕装着型電子機器の構成は図7に示した先行技術と実質的に大きな差はない。 Structure of the wrist-worn electronic device to the embodiment of the present invention is not prior art substantially significant difference as shown in FIG. 電子機器全体を示す側方断面図は図7(a)と同様であり、腕装着型電子機器20は本体21と2片のホルダー2 Side sectional view showing the entire electronic device is the same as FIG. 7 (a), the wrist-worn electronic device 20 main body 21 and the two pieces holder 2
2、23で構成される。 Consisting of 2 and 23. 図において、紙面向かって左側のホルダー22は閉じた状態、右側のホルダー23は開いた状態を示している。 In the figure, a state paper left side of the holder 22 is closed, the right holder 23 is shown in an opened state. 本体21とホルダー22、23とはヒンジによって結合される。 The main body 21 and the holder 22 are coupled by a hinge. 前記穴26、27に対面するヒンジ片2 The hinge piece 2 facing the hole 26, 27
8、29にも、穴30、31が設けられる。 To 8 and 29, holes 30, 31 are provided. ヒンジのしくみは左右同一なので、ここでは便宜上、左側のヒンジについて説明する。 Since hinge mechanism left and right identical, where for convenience, be described for the left hinge. 片側のヒンジ片24の穴26には、ばねで開口側に付勢されたかんぬきピン32が収められる。 The holes 26 on one side of the hinge piece 24, yoke pin 32 which is urged toward the opening side by the spring is housed. ホルダー holder
22の回動、すなわちヒンジ片24の回動によって、穴26も回動する。 22 of rotation, i.e., by the rotation of the hinge piece 24, the holes 26 also rotates. そして、穴26が対面するヒンジ片28の穴30と向かい合ったときに、かんぬきピン32が対面する穴30に嵌合される。 When the hole 26 opposite the hole 30 of the hinge piece 28 facing is fitted into the hole 30 of the yoke pin 32 is facing. これによって、ヒンジ片24と、それと一体であるホルダー22が固定される。 Thereby, the hinge piece 24, the same holder 22 is fixed is integral. ヒンジ部分の構成は先に図1を参照しながら説明したように機構的に大きく相違している。 Configuration of the hinge parts are different mechanisms to increase as described with reference to FIG. 1 above. 【0008】図2は、本体側ヒンジ片に穿設される穴を示す拡大図である。 [0008] Figure 2 is an enlarged view showing a hole to be drilled in the body-side hinge piece. 図2(a)は、ヒンジが固定されていない状態を示す横断面図、図2(b)は、ヒンジが固定されている状態を示す横断面図である。 2 (a) is hinge cross sectional view showing a state that has not been fixed, FIG. 2 (b) is a cross sectional view showing the hinge is fixed. 同図(a)に示すように、ホルダー22が開いている状態のとき、かんぬきピン32は、対面するヒンジ片28が障害になり、穴26内部に収まっている。 As shown in FIG. 6 (a), a state where the holder 22 is open, the yoke pin 32 is facing the hinge piece 28 becomes an obstacle, it falls within the internal bore 26. 同図(b)では、かんぬきピン32が本体21 In FIG. (B), the yoke pin 32 body 21
側のヒンジ片28に設けられた穴30に嵌入し、図示していないコイルばねによる開こうとするホルダー22の力が、 Fitted into a hole 30 provided on the side of the hinge piece 28, the force of the holder 22 to be opened by a coil spring which is not shown,
穴30の片側壁にかんぬきピン32を押し当て係止している。 And sealed engagement pressing the bolt pins 32 on one side wall of the bore 30. これによって、ホルダー22は、閉じた状態で位置決めされる。 Thus, the holder 22 is positioned in the closed state. 押し出し棒38は、上下運動をして、穴30(31) Pushrod 38, and the vertical movement, the hole 30 (31)
に嵌入したかんぬきピン32を押し戻す役目を果たすため、押しボタン39と一体化される。 Because serves to push back the bolt pin 32 which is fitted into and integrated with the push button 39. この状態で押しボタン39を押圧しかんぬきピン32をバネに抗して穴26内に押し込むと、穴30とかんぬきピン32の係止関係が解除されコイルばねの力によりホルダー22は撥ねあがり同図(a) Engaging bolt pin 32 pushes the button 39 pressed in this state into the bore 26 against the spring, the rising A holder 22 is splashing by the force of the locking relationship is released the coil spring hole 30 and the yoke pin 32 Figure (a)
の状態となって電子機器は腕から外すことができる。 Electronic devices can be removed from the arm become a state. 電子機器を腕に装着する際は図(a)の開いた状態においてヒンジ22(23)をコイルバネに抗して回動させるとかんぬきピン32は相手ヒンジ28(29)の面を摺動しやがて穴30(3 The hinge 22 (23) When a is rotated against the spring bolt pin 32 in open state of FIG. (A) is when worn on the arm electronics will eventually slide surface of the mating hinge 28 (29) hole 30 (3
1)部分に至りバネ力によって穴30(31)に挿入されることになって図(b)の状態となる。 1) reaches the part is to be inserted into the hole 30 (31) by spring force in the state of FIG. (B). この状態が電子機器を腕に装着した状態となる。 This state is a state of being worn on the arm of the electronic equipment. また、なお、ヒンジによって結合されるホルダーは1つでもよいし、2つでもよい。 Further still, the holder is joined by hinges may be one or may be two. また、押し出し棒38の先端には、断面積の大きいプレートPを設けるのが好ましい。 Further, the distal end of the pushrod 38 is preferably provided a large plate P of the cross-sectional area. さらに、押しボタン39は、ばねによって本体外側に向かって元の位置に戻されるように付勢されると押圧しやすくなる。 Furthermore, the push button 39 is easily pushed when energized to be returned to the original position toward the body outside by a spring. このように、この発明の実施の形態にかかる腕装着型電子機器によれば、押しボタンによってかんぬきと穴との嵌合が抜かれ、ホルダーが開いた状態になるので、即座に腕装着型電子機器を腕から外すことができる。 Thus, according to the wrist-worn electronic device according to the embodiment of the present invention, the engagement between the yoke and the holes unplugged by the push button, so a state where the holder is opened, wrist-worn electronic device instantly it can be removed from the arm. 【0009】本発明では、ヒンジの開き具合を調整する機構としてヒンジを構成する本体側ヒンジ片とホルダー側ヒンジ片間に介在するかんぬきピンを挿入した円筒部材と、該円筒部材の一方のヒンジ片に対する回転角を外部から調整する機構とを備えるようにし、前記かんぬきピンは他方のヒンジ片に穿設された嵌合孔と嵌合された状態において前記調整機構による一方のヒンジ片に対する回転角設定に応じて各腕の太さに対応出来るようにしたものである。 [0009] In the present invention, a cylindrical member inserted bolted pin interposed body side hinge piece and a holder-side hinge pieces that constitute the hinge as a mechanism for adjusting the degree of opening of the hinge, one hinge piece of the cylindrical member rotation angle setting for one of the hinge pieces by the adjusting mechanism the rotation angle so as to include a mechanism for adjusting from outside in a state wherein the yoke pin, which is fitted with drilled in the other hinge piece fitting hole for it is obtained to be able corresponding to the thickness of each arm in accordance with the. そして、円筒部材の回転角を外部から調整する機構は、該円筒部材に設けられたカム溝と、該カム溝に係合されるピンが植設され一方のヒンジ片に対して一方向には摺動可能であって回転不可状態に保持された摺動部材と、ヒンジ部の外面にネジ頭が露出し該摺動部材を一方向に進退自在に調整するネジとから構成するものとし、前記ネジにより摺動部材を一方向に位置調整するピンとを介して前記円筒部材がカムによって回転変位され、その回転変位に応じて連続的に各腕の太さに対応出来る。 The mechanism for adjusting the rotation angle of the cylindrical member from the outside, a cam groove provided in the cylindrical member in one direction relative to the pin implanted by one of the hinge pieces are engaged with the cam groove shall composed of a slide member which is held in non-rotatable state a slidable, and screw the screw head to the outer surface of the hinge portion is adjusted retractably exposed sliding member in one direction, the It said cylindrical member via a pin for positioning the sliding member in one direction by a screw is rotationally displaced by the cam, continuously can correspond to the thickness of each arm in accordance with the rotational displacement. そのようにしてヒンジの開き具合が調整されるのであるが、その開き具合を図3に示す。 As such it is the degree of opening of the hinge is adjusted, shows the opening degree in FIG. 図3(a)は片側ヒンジ部を示す拡大断面図であり、図3(b)は、腕装着型電子機器全体を示した断面図である。 3 (a) is an enlarged sectional view showing one side hinge portion, FIG. 3 (b) is a sectional view showing the overall wrist-worn electronic device. 円筒部材の回動位置に対応して連続的に変化するが図は細い腕、中太の腕、太い腕と3状態のときを示している。 In response to the rotational position of the cylindrical member continuously changed but the figure shows the thin arms, arms NakaFutoshi, when a thick arm and 3 states. 無段階的連続で角度調整が加工であり、両方のヒンジで調整できるので広く自由度の高い角度調整が可能である。 The angle adjustment processing stepless continuous, wide can be adjusted in both the hinge is capable of high angular adjustment degree of freedom. このように、この実施の形態にかかる腕装着型電子機器の装着体によれば、摺動部材を進退させることで円筒部材の回転角を調整することによって、バンドの固定位置を変更することができる。 Thus, according to the mounting of the wrist-worn electronic device according to this embodiment, by adjusting the rotation angle of the cylindrical member by advancing and retracting the slide member, to change the fixed position of the band it can. これによって、腕の太さに合わせてバンドを最も適当な位置で維持できる。 This allows maintenance in the most appropriate locations a band in accordance with the size of the wrist. また、この発明では、腕装着型電子機器を腕に装着するとき、ヒンジに設けられる穴とかんぬきピンの係止でバンドを固定するので、ユーザーは、嵌合位置や状態を気にすることなく、ただ単にホルダーを腕に押し当てるだけでよい。 Further, in this invention, when mounting the wrist-worn electronic device to the arm, so to secure the band locking hole and yoke pin provided in the hinge, the user, without having to worry about the fitting position or state , simply it is only pressed against the arm of the holder. さらに、ホルダーを2つ備えるようにすれば、それぞれのホルダーに形態電話機等のマイクとスピーカを内蔵することができる。 Further, if the holder to comprise two, it can be built in microphone and speaker or the like form the phone to each holder. そのようにすれば、腕周り長さと、耳と口との距離の近似性から、腕に装着したときと耳と口にあてがうときとの双方の態様で使用できる腕装着型電子機器が構成される。 If that way, the arm around the length, from the closeness of the distance between the ear and the mouth, wrist-worn electronic device that can be used in both aspects of as when Ategau to the ear and mouth when worn on the wrist is configured that. 【0010】 【実施例1】本発明の1実施例を図4を参照して説明する。 [0010] one embodiment of Example 1 of the present invention will be described with reference to FIG. 図4は本体21とホルダー22のヒンジ部分の分解斜視図で本体21側ヒンジ片28とホルダー22側ヒンジ片24間に介在する部材は円筒部材10で、図中矢印で示した拡大断面図から分かるように該円筒部材の一端側は中実形態となっておりその部分には放射方向にはかんぬきピン32を挿入する穴26が、端部中央には軸方向にネジ穴が穿設されている。 Figure 4 is a member cylindrical member 10 interposed between the main body 21-side hinge piece 28 and a holder 22 hinge piece 24 an exploded perspective view of the hinge portion of the body 21 and the holder 22, the enlarged sectional view showing by arrows in the figure hole 26 on one end side real form and become have portions thereof in the of the cylindrical member as can be seen to insert the bolt pin 32 in the radial direction, the end portion center is drilled screw hole in the axial direction there. 他端側は中空で側壁にはカム溝となる長孔11 The other end is the cam groove in the side wall in the hollow slots 11
が両側に対象形態で穿設されている。 There are bored in the target form on both sides. この中空部には摺動部材12が嵌合され、該摺動部材12の一方には前記長孔 The sliding member 12 is fitted to the hollow portion, the elongated hole on one sliding member 12
11と係合するピン13を挿入する貫通穴が、他方側は断面が長方形の偏平形状となっており端部中央には軸方向にアジャストネジ15と螺合するネジ穴が穿設されている。 Through holes for inserting the 11 and engagement pin 13, the other side section has a screw hole to be screwed with the adjust screw 15 in the axial direction in the end portion center has a rectangular flat shape is bored .
前記貫通穴にはピン13が挿入され、該ピンの両端は前記長孔と係合しカム機構を構成する。 Wherein the through-hole pin 13 is inserted, both ends of the pin constitutes a cam mechanism engaged with the elongated hole. 該ピンが抜けてしまわないように組立時には円筒部材10の外側をカバー14で被覆するようにするが、該カバー14にはかんぬきピン32 At the time of assembly such that the pin does not Shimawa missing so as to cover the outer cylindrical member 10 with the cover 14, but the yoke pin 32 to the cover 14
の邪魔にならないように切欠け部が設けられている。 Switching chipping portion so as not to disturb is provided. ホルダー22側のヒンジ片24は両端と中央の部材に分かれ、 The hinge piece 24 of the holder 22 side divided across the central member,
中央の部材には前記摺動部材の偏平部12a を嵌合するための断面が長方形の角穴24a が穿設されている。 The center of the member cross-section is rectangular square hole 24a for fitting the flat portion 12a of the sliding member is bored. 両部材の嵌合は軸方向に摺動可能で軸周りの回転が不可となる関係であればよく、必ずしも断面は長方形である必要はなく、軸中心に非円形形状であればよい。 Connecting the two members may be any relationship which rotation about axis slidable in the axial direction becomes impossible, necessarily cross-section need not be rectangular, as long in the axial central non-circular shape. 【0011】本体側のヒンジ片28は左右2つのヒンジ片にわかれており、このヒンジ部材の組み立てに際しては前記3つのホルダー側ヒンジ片24の間に櫛歯状に挟まれて配置される。 [0011] main body of the hinge pieces 28 are divided into two left and right hinge pieces, the time of assembly of the hinge member is arranged sandwiched between the comb teeth-like between the three holders hinge piece 24. 図中左側のヒンジ片28内にはヒンジバネ Hinge spring in figure in the left hinge piece 28
35が配置され、本体21とホルダー22を開く方向に付勢する。 35 is arranged to bias the direction of opening the main body 21 and the holder 22. この機構は図7に示した従来装置と同様である。 The mechanism is the same as the conventional apparatus shown in FIG. 右側のヒンジ片28とホルダー側中央ヒンジ片24との間には前記円筒部材10が摺動部材12を嵌合し、カバー14が被せられた形態で挿入される。 The cylindrical member 10 is fitted a sliding member 12 between the right hinge piece 28 and a holder-side middle hinge piece 24, it is inserted in a form cover 14 is covered. その際、前記摺動部材の偏平部12a が中央のヒンジ片24に穿設されている長方形の角穴24a に嵌合するように組み込む。 At that time, incorporated to fit into a rectangular square hole 24a of the flat portion 12a of the sliding member is bored in the center of the hinge piece 24. ヒンジ片24の左端からアジャストネジ15を軸穴に通し先端ネジ部を摺動体13 Slide 13 distal threaded portion through from the left end of the hinge piece 24 to adjust screw 15 to the shaft hole
の中央ネジ穴に螺合する。 Screwed to the central screw hole of. 次いでヒンジ片間の隙間部から止め輪17を挿し込んで該アジャストネジ15のネジ溝が切られていない元部に設けられた円周溝部に嵌めて、該アジャストネジ15をヒンジ片24の軸方向位置を決めると共に抜けを防止する。 Then fitted in a circumferential groove provided in the base portion which is not threaded groove of the adjusting screw 15 is turned off by inserting the snap ring 17 through the gap portion of the hinge pieces, the axis of the hinge piece 24 the adjusting screw 15 preventing escape with Orienting position. ヒンジ片24の右端側からは中央ネジ穴にネジ16を挿入し、前記円筒部材10の右端に穿設されたネジ穴と螺合させる。 From the right end of the hinge piece 24 by inserting a screw 16 into the central threaded hole, screwed with the screw hole formed in the right end of the cylindrical member 10. 【0012】このような組み立て状態でアジャストネジ [0012] The adjustment screws in such an assembly state
15を回転させると、回転を阻止され軸方向の変位が許容されている摺動部材12は回転量に応じて軸方向に進退変位し、その変位方向はネジ溝と回転方向に依存する。 Rotation of the 15, the sliding member 12 in which the displacement of the blocking rotation axis direction is allowed to advance and retreat axially displaced in accordance with the rotation amount, the displacement direction depends on the direction of rotation and the screw groove. 摺動部材12が変位するとそれに植設されているピン13も変位し長孔11を介して係合関係にある円筒部材10をカム機構により回転変位させる。 A cylindrical member 10 which is in engagement relation pin 13 sliding member 12 is implanted thereto when displaced even through the displaced long hole 11 is rotationally displaced by the cam mechanism. 該円筒部材1 0に穿設された穴26には先端部にスプリング材を介してかんぬきピン32 Cylindrical member 1 0 is the hole 26 drilled in the via spring material at the tip yoke pin 32
が挿入されていて、該かんぬきピン32のヒンジ片24に対する回転角はこの円筒部材10の回転変位量に依存することになる。 There have been inserted, the rotation angle relative to the hinge piece 24 of the yoke pin 32 will depend on the amount of rotational displacement of the cylindrical member 10. ホルダー22が図2の(a)に示すように開かれた状態からヒンジバネ35のバネ力に抗して腕に締める方向に回動させるとかんぬきピン32はヒンジ片28の面を摺動しやがて穴30部分に至りバネ力によって穴30に挿入されることになって図2(b)の状態となる。 When the holder 22 is rotated in the tightening direction on the arm against the spring force of the hinge spring 35 from the opened state as shown in FIG. 2 (a) the yoke pin 32 eventually slides the face of the hinge piece 28 the state shown in FIG. 2 (b) is to be inserted into the hole 30 by the spring force reaches the hole 30 portion. このホルダー The holder
22が係止される位置は本体側ヒンジ片に穿設された穴30 Position 22 is locked in the hole 30 drilled in the body-side hinge piece
と前記円筒部材10に挿入されたかんぬきピン32との位置関係に依存する。 Depending on the positional relationship between the yoke pin 32 inserted into the cylindrical member 10 and. 本発明において該円筒部材10は本体側ヒンジ片28とホルダー側ヒンジ片22との間に介在する部材となっており、それらとなす角は前記アジャストピンによる調整によって設定することができ、腕の太さに適宜対応させることができる。 Cylindrical member 10 in the present invention is a member interposed between the body-side hinge piece 28 and a holder-side hinge piece 22, the angle formed between them can be set by the adjustment by the adjusting pins, arms it can correspond appropriate thickness. しかも、その調整は部品を分解したりする必要が無く外部から簡単に実行することができる。 Moreover, the adjustment may be necessary to disassemble the parts to easily run from no external. 【0013】 【実施例2】次に、異なる実施例としてアジャストネジ [0013] [Embodiment 2] Next, the adjusting screw as different embodiments
15をホルダー側の中央ヒンジ片24に設け、摺動部材12を軸と直交する方向に摺動変位させ、カム機構によって円筒部材10を回転変位させるものを示す。 15 provided in the center hinge piece 24 of the holder side, the sliding member 12 is slidingly displaced in a direction perpendicular to the axis, showing a to rotate displacing the cylindrical member 10 by a cam mechanism. 図5は本体21とホルダー22のヒンジ部分の分解斜視図で、本体21側ヒンジ片28とホルダー22側ヒンジ片24間に介在する部材が円筒部材10で、図中矢印で示した拡大断面図から分かるように該円筒部材10の一端側には放射方向にはかんぬきピン32を挿入する穴26が、端部中央には軸方向にネジ穴が穿設されている。 Figure 5 is an exploded perspective view of the hinge portion of the body 21 and the holder 22, a member intervening cylindrical member 10 between the main body 21-side hinge piece 28 holder 22 side hinge piece 24, enlarged cross-sectional view showing by arrows in the figure radially at one end of the cylindrical member 10 as can be seen from the hole 26 for inserting the bolt pin 32, the end portion center is bored screw hole in the axial direction. 他端側端面はカム溝となる長溝11'が図6右側側面図に示されるように穿設されている。 The other end end faces are bored so that the cam groove long groove 11 'is shown in FIG. 6 right side view. また、図6左側側面図に示されるようにホルダー側中央のヒンジ片24には前記円筒部材10と接する側に断面が長方形の長溝24aが形成されると共に、外表面から該長溝24a Further, the cross-section on the side in contact with the cylindrical member 10 on the holder side central hinge piece 24 as shown in FIG. 6 left side view a rectangular elongated groove 24a is formed, the long groove 24a from the outer surface
までアジャストネジ15が挿入される貫通孔が形成されている。 Through hole adjusting screw 15 is inserted is formed to. この長溝24aには断面が長方形の摺動部材12が長手方向に摺動可能な形態で嵌合され、該摺動部材12の断面中心には長手方向にネジ溝が切られた貫通穴が形成され、側面一端部には前記長溝11'と係合するピン13が植設されている。 This is the long groove 24a cross the sliding member 12 of the rectangular is fitted in slidable form longitudinally through hole formed in the center of the cross section of the sliding member 12 which is threaded groove in the longitudinal direction is, the pin 13 on the side end portion engaged with the long grooves 11 'are implanted. 必ずしも長溝24aと摺動部材12の断面は長方形である必要はなく、放射方向に摺動自在となる形状であればよい。 Not necessarily long grooves 24a and the cross-section of the slide member 12 is rectangular, and may be any shape which is slidable in the radial direction. 【0014】本体側のヒンジ片28は左右2つのヒンジ片にわかれており、このヒンジ部材の組み立てに際しては前記3つのホルダー側ヒンジ片24の間に櫛歯状に挟まれて配置され、図中右側のヒンジ片28内にはヒンジバネ35 [0014] main body of the hinge pieces 28 are divided into two left and right hinge pieces, the time of assembly of the hinge member is arranged sandwiched between the comb teeth-like between the three holders hinge piece 24, in FIG. the hinge spring is in the right-hand side of the hinge piece 28 35
が配置され、本体21とホルダー22を開く方向に付勢する点は先の実施例と同じである。 There is disposed, that is urged in the direction of opening the main body 21 and the holder 22 is the same as the previous embodiment. 前記摺動部材12は断面長方形の長溝24a に嵌め込みヒンジ片24の外表面からアジャストネジ15を長溝24aに通し、先端ネジ部を該摺動体1 The sliding member 12 is passed through from the outer surface of the hinge piece 24 fitted to the long groove 24a of a rectangular cross section the adjusting screw 15 into the long grooves 24a, sliding body 1 a tip threaded portion
2の中央ネジ穴に螺合する。 2 screwed into a central threaded hole. 次いで長溝24a部上壁面に止め輪17を挿し込んで該アジャストネジ15のネジ溝が切られていない元部に設けられた円周溝部に嵌めて、該アジャストネジ15を中央ヒンジ片24の放射方向位置を決めると共に抜けを防止する。 Then fitted in a circumferential groove provided in the base portion of the thread groove of the adjusting screw 15 is not cut by inserting the snap ring 17 on the wall surface long groove 24a portion, emits the adjusting screw 15 of the central hinge piece 24 preventing escape with Orienting position. この状態で左側のヒンジ片28とホルダー側中央ヒンジ片24との間に円筒部材10を挿入するが、その際、摺動部材12のピン13が前記円筒部材10の長溝11'に嵌合するように組み込む。 Inserting the cylindrical member 10 between the left hinge piece 28 and a holder-side middle hinge piece 24 in this state, but this time, the pin 13 of the sliding member 12 is fitted into the long groove 11 'of the cylindrical member 10 incorporate so. ヒンジ片24の右端側からは中央ネジ穴にネジ16を挿入し、前記円筒部材10 Insert the screw 16 in the central threaded hole from the right side of the hinge piece 24, the cylindrical member 10
の右端に穿設されたネジ穴と螺合させる。 Screwed with the screw hole formed in the right end of the. 【0015】このような組み立て状態でアジャストネジ [0015] The adjustment screws in such an assembly state
15を回転させると、放射方向の変位が許容されている摺動部材12は回転量に応じて進退変位するが、その変位と方向はネジ溝と回転方向に依存する。 Rotation of the 15, but the sliding member 12 in which the displacement of the radiation direction is allowed to advance and retreat displaced according to the amount of rotation, the displacement and the direction depends on the direction of rotation and the screw groove. 摺動部材12が変位するとそれに植設されているピン13も変位し長溝11'を介して係合関係にある円筒部材10をカム機構により回転変位させる。 A cylindrical member 10 which is in engagement relation through a pin 13 to the sliding member 12 is implanted thereto when displaced also displaced longitudinal groove 11 'is rotationally displaced by the cam mechanism. 該円筒部材10に穿設された穴26には先端部にスプリング材を介してかんぬきピン32が挿入されていて、該かんぬきピン32のヒンジ片24に対する回転角はこの円筒部材10の回転変位量に依存することになる。 The holes 26 drilled in the cylindrical member 10 have been inserted bolt pin 32 through the spring member to the tip portion, the rotation angle with respect to the hinge piece 24 of the yoke pin 32 is rotational displacement of the cylindrical member 10 It will depend on. この回転変位量によってホルダーの位置調整を行なうことは先の例と変りはない。 No previous example and change it to adjust the position of the holder by the rotational displacement amount. 【0016】本発明の腕装着型電子機器の位置調整機能付き装着機構は、ヒンジを構成する本体側ヒンジ片とホルダー側ヒンジ片間に介在するかんぬきピンを植設した部材一方のヒンジ片に対するの回転角を、外部から調整できる機構としたものであるが、以上の例から分かるようにその具体的手段は種々の態様をとることができる。 The position adjusting function mounting mechanism of wrist-worn electronic device of the present invention, the relative body-side hinge piece and a holder-side hinge implanted the yoke pin interposed pieces members one of the hinge pieces constituting a hinge the rotation angle, but is obtained by a mechanism capable of adjusting externally, its specific means as can be seen from the above examples can take various aspects.
実施例ではアジャストネジの回転を直線変位量に変換し、該直線変位をカム機構で円筒部材の回転変位に変換する機構を採用したが、これに限らず歯車機構を用いることも可能であり、外部から操作出来る手段と該操作に応動して円筒部材が回転変位出来る適宜の機構が採用できる。 Converted into a linear displacement of the rotation of the adjusting screw in the embodiment, although the straight line displacement employs a mechanism for converting the rotational displacement of the cylindrical member by the cam mechanism, it is also possible to use a gear mechanism is not limited thereto, appropriate mechanisms in response to the means and the manipulation that can operated from the outer cylinder member can rotationally displaced can be employed. 【0017】 【発明の効果】本発明の腕装着型電子機器の位置調整機能付き装着機構は、ヒンジを構成する本体側ヒンジ片とホルダー側ヒンジ片間に介在するかんぬきピンを挿入した円筒部材と、一方のヒンジ片に対する前記円筒部材の回転角を外部から調整する機構とを有し、前記かんぬきピンは他方のヒンジ片に穿設された嵌合孔と嵌合係止された状態において前記調整機構による角度設定に応じて各腕の太さに対応させるものであるから、無段階に連続量の調整が可能であって、どんな腕の太さの人にも最適状態の調整ができる。 The position adjusting function mounting mechanism of wrist-worn electronic device of the present invention exhibits a cylindrical member inserted bolted pin interposed body side hinge piece and a holder-side hinge pieces that constitute the hinge , and a mechanism for adjusting the rotation angle of the cylindrical member relative to one of the hinge pieces from outside, the yoke pin the adjustment in the other drilled fitting hole in the hinge piece and mating engagement sealed state because according to the mechanism by angle setting is made to correspond to the thickness of each arm, a possible adjustment of the continuous quantity steplessly can adjust the optimum conditions to people of thickness of any arms. しかも、部品を分解する手間もなく簡単に調整が可能である。 Moreover, it is possible to easily adjust without hassle degrade components. 円筒部材の回転角を外部から調整する機構として、該円筒部材に設けられたカム溝と、該カム溝に係合されるピンが植設され一方のヒンジ片に対して軸方向には摺動可能であって回転不可状態に保持された摺動部材と、ヒンジ部端部にネジ頭が露出し該摺動部材を軸方向に進退自在に調整するネジとから構成したもの、あるいは円筒部材に設けられたカム溝と、 As a mechanism for adjusting the rotation angle of the cylindrical member from the outside, and a cam groove provided in the cylindrical member, in the axial direction with respect to pin implanted by one of the hinge pieces are engaged with the cam groove sliding a sliding member which is held in non-rotatable state be possible, the screw head is exposed sliding member to the hinge part end those that have been composed of a screw which movably adjusted in the axial direction, or a cylindrical member a cam groove formed,
該カム溝に係合されるピンが植設され一方のヒンジ片に対して放射方向に摺動可能に保持された摺動部材と、前記ヒンジ片の外表面にネジ頭が露出し該摺動部材を放射方向に進退自在に調整するネジとから構成したものは、 A sliding member in which the pin is slidably held in a radial direction with respect to one of the hinge pieces are implanted engaged into the cam groove, sliding exposed screw head to the outer surface of the hinge piece the member those composed of a screw for adjusting retractably in the radial direction,
調整機構も単純で単にアジャストネジを回動させるだけの操作によって無段階に連続量の調整が可能であって、 Steplessly only by operating to pivot the mere adjustment screw adjustment mechanism it may simply be capable of adjustment of the continuous quantity,
どんな腕の太さの人にも最適状態の調整ができる。 What is also on the thickness of a human arm can be adjusted in an optimal state.

【図面の簡単な説明】 【図1】本発明の腕装着型電子機器と先行技術のヒンジ部との対比を示したもので、Aは先行例の、Bは本発明のヒンジ部斜視図である。 Shows a comparison between the wrist-worn electronic device of the prior art hinge portion BRIEF DESCRIPTION OF THE DRAWINGS [Figure 1] The present invention, A of the preceding example, B is a hinge part perspective view of the present invention is there. 【図2】ヒンジ部の断面図で、(a)はヒンジ部が解放された状態、(b)はヒンジ部が位置決めされた状態を示す図である。 [Figure 2] a sectional view of the hinge portion, (a) shows the state in which the hinge portion is released, (b) is a diagram showing a state where the hinge is positioned. 【図3】ヒンジの開き具合を示す図で、(a)は片側ヒンジ部の断面図、(b)は腕装着型電子機器全体側面図である。 [Figure 3] a diagram showing the degree of opening of the hinge, which is (a) is a sectional view of one hinge part, (b) the entire wrist-worn electronic device side view. 【図4】本発明の1実施例のヒンジ部分解斜視図である。 4 is a hinge portion exploded perspective view of one embodiment of the present invention. 【図5】本発明の他の実施例のヒンジ部分解斜視図である。 5 is a hinge portion exploded perspective view of another embodiment of the present invention. 【図6】本発明の他の実施例における中央ヒンジ片と円筒部材の対向する側面の図であり、左側が中央ヒンジ片で右側が円筒部材である。 Figure 6 is a view of the opposite side surfaces of the other central hinge piece and the cylindrical member in the embodiment of the present invention, the left and the right in the middle hinge piece is cylindrical member. 【図7】先行技術の腕装着型電子機器を示したもので、 [7] shows a wrist-worn electronic device of the prior art,
(a)は全体側面図、(b)はヒンジ部平面図である。 (A) the overall side view, (b) is a hinge part plan view. 【図8】先行技術における位置調整機構を説明する図である。 8 is a diagram illustrating a position adjusting mechanism in the prior art. 【図9】先行技術において穴の間口長さがホルダーの開き具合に影響することを示す横断面図である。 [9] frontage length of the bore in the prior art is a transverse sectional view showing that affect the degree of opening of the holder. 【符号の説明】 10 円筒部材 24,25 ホルダー側ヒンジ片11 長孔 24a 角穴(長溝) 11' 長溝 26,27 ピン挿入穴12 摺動部材 28,29 本体側ヒンジ片12a 偏平部 30,31 当接穴13 ピン 32 かんぬきピン15 アジャストネジ 35 ヒンジバネ16 ネジ 38 押し出し棒17 止め輪 39 押しボタン20 腕装着型電子機器21 本体部材22、23 ホルダー部材 [Description of reference numerals] 10 cylindrical members 24 and 25 the holder side hinge piece 11 elongated hole 24a square hole (long groove) 11 'long groove 26, 27 the pin insertion hole 12 sliding members 28 and 29 the body-side hinge piece 12a planar portion 30 and 31 Tose'ana 13 pin 32 yoke pin 15 adjusting screw 35 hinge spring 16 screw 38 pushrod 17 stop ring 39 push button 20 wrist-worn electronic device 21 body members 22 and 23 the holder member

フロントページの続き (51)Int.Cl. 7識別記号 FI テーマコート゛(参考) F16B 2/08 F16B 2/08 A Z H04M 1/12 H04M 1/12 D Of the front page Continued (51) Int.Cl. 7 identification mark FI theme Court Bu (Reference) F16B 2/08 F16B 2/08 A Z H04M 1/12 H04M 1/12 D

Claims (1)

  1. 【特許請求の範囲】 【請求項1】 本体とホルダーとからなる腕に装着可能な電子機器の装着機構であって、 ヒンジを構成する本体側ヒンジ片とホルダー側ヒンジ片間に介在するかんぬきピンを挿入した円筒部材と、一方のヒンジ片に対する前記円筒部材の回転角を外部から調整する機構とを有し、前記かんぬきピンは他方のヒンジ片に穿設された嵌合孔と嵌合係止された状態において前記調整機構による角度設定に応じて各腕の太さに対応出来ることを特徴とする腕装着型電子機器の位置調整機能付き装着機構。 A mounting mechanism of the Claims 1 main body and the holder can be mounted on an arm consisting of an electronic apparatus, the yoke pin intervening body side hinge piece and a holder-side hinge pieces that constitute the hinge a cylindrical member inserted to, and a mechanism for adjusting the rotation angle of the cylindrical member from the outside to one of the hinge pieces, the yoke pin and the fitting holes drilled in the other hinge piece Hamagogakaritome wrist-worn electronic device of the position adjusting function attachment mechanism, characterized in that it corresponds to the thickness of each arm in accordance with an angle setting by the adjusting mechanism in state. 【請求項2】 円筒部材の回転角を外部から調整する機構は、該円筒部材に設けられたカム溝と、該カム溝に係合されるピンが植設され一方のヒンジ片に対して軸方向には摺動可能であって回転不可状態に保持された摺動部材と、ヒンジ部端部にネジ頭が露出し該摺動部材を軸方向に進退自在に調整するネジとから構成され、前記ネジにより摺動部材を軸方向に位置調整すると、前記ピンを介して前記円筒部材がカム機構によって回転変位され、 Mechanism for adjusting from outside the rotational angle of 2. A cylindrical member includes a cam groove provided in the cylindrical member, the shaft relative to the pin implanted by one of the hinge pieces are engaged with the cam groove a sliding member which is held in non-rotatable state a slidable in the direction, the screw head hinge end is composed of a screw for adjusting retractably exposed sliding member in the axial direction, When positioning the sliding member in the axial direction by the screw, the cylindrical member through the pin is rotationally displaced by the cam mechanism,
    その回転変位に応じて各腕の太さに連続的に対応出来ることを特徴とする請求項1に記載の腕装着型電子機器の位置調整機能付き装着機構。 Position adjustment function mounting mechanism of wrist-worn electronic device according to claim 1, characterized in that continuously can correspond to the thickness of each arm in accordance with the rotational displacement. 【請求項3】 摺動部材は断面が非円形形状であって、 Wherein the sliding member is a cross-section non-circular shape,
    同じ非円形形状の断面の穴が軸方向に穿設された一方のヒンジ片と嵌合されることにより、一方のヒンジ片に対して軸方向には摺動可能であって回転不可状態に保持されたことを特徴とする請求項2に記載の腕装着型電子機器の位置調整機能付き装着機構。 By cross holes of the same non-circular shape is fitted to one of the hinge pieces bored axially, held in non-rotatable in the axial direction with respect to one of the hinge pieces a slidable position adjustment function mounting mechanism of wrist-worn electronic device according to claim 2, characterized in that it is. 【請求項4】 円筒部材の回転角を外部から調整する機構は、該円筒部材に設けられたカム溝と、該カム溝に係合されるピンが植設され一方のヒンジ片に対して放射方向に摺動可能に保持された摺動部材と、前記ヒンジ片の外表面にネジ頭が露出し該摺動部材を放射方向に進退自在に調整するネジとから構成され、前記ネジにより摺動部材を放射方向に位置調整すると、前記ピンを介して前記円筒部材がカム機構によって回転変位され、その回転変位に応じて各腕の太さに連続的に対応出来ることを特徴とする請求項1に記載の腕装着型電子機器の位置調整機能付き装着機構。 Mechanism for adjusting the rotation angle from the outside of wherein the cylindrical member includes a cam groove provided in the cylindrical member, the radiation relative to the pin is implanted by one of the hinge pieces are engaged with the cam groove It is composed of a slide member which is slidably held in the direction, and screw the sliding member screw head is exposed to the outer surface to adjust retractably in the radial direction of the hinge piece, sliding by the screw When positioning the member in the radial direction, according to claim 1, wherein the cylindrical member through the pin is rotationally displaced by the cam mechanism, characterized by continuously that can respond to the thickness of each arm in accordance with the rotational displacement position adjustment function mounting mechanism of wrist-worn electronic device according to.
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DE2002157439 DE10257439A1 (en) 2001-12-21 2002-12-09 A portable electronic device
US10/320,098 US20030116596A1 (en) 2001-12-21 2002-12-16 Wearable electronic device
KR1020020080650A KR20030052999A (en) 2001-12-21 2002-12-17 Wearable electronic device
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US9095292B2 (en) 2003-03-24 2015-08-04 Intuity Medical, Inc. Analyte concentration detection devices and methods
US10226208B2 (en) 2005-06-13 2019-03-12 Intuity Medical, Inc. Analyte detection devices and methods with hematocrit/volume correction and feedback control
US8969097B2 (en) 2005-06-13 2015-03-03 Intuity Medical, Inc. Analyte detection devices and methods with hematocrit-volume correction and feedback control
US9366636B2 (en) 2005-06-13 2016-06-14 Intuity Medical, Inc. Analyte detection devices and methods with hematocrit/volume correction and feedback control
US8801631B2 (en) 2005-09-30 2014-08-12 Intuity Medical, Inc. Devices and methods for facilitating fluid transport
US9839384B2 (en) 2005-09-30 2017-12-12 Intuity Medical, Inc. Body fluid sampling arrangements
US9060723B2 (en) 2005-09-30 2015-06-23 Intuity Medical, Inc. Body fluid sampling arrangements
US9380974B2 (en) 2005-09-30 2016-07-05 Intuity Medical, Inc. Multi-site body fluid sampling and analysis cartridge
JP2009509672A (en) * 2005-09-30 2009-03-12 インテュイティ メディカル インコーポレイテッド Fully integrated, wearable or handheld monitor
CN101017362B (en) 2006-02-10 2010-10-13 精工电子有限公司 Wristwatch and strap for timepiece
US9833183B2 (en) 2008-05-30 2017-12-05 Intuity Medical, Inc. Body fluid sampling device—sampling site interface
US9636051B2 (en) 2008-06-06 2017-05-02 Intuity Medical, Inc. Detection meter and mode of operation
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US9897610B2 (en) 2009-11-30 2018-02-20 Intuity Medical, Inc. Calibration material delivery devices and methods
US10330667B2 (en) 2010-06-25 2019-06-25 Intuity Medical, Inc. Analyte monitoring methods and systems
US9782114B2 (en) 2011-08-03 2017-10-10 Intuity Medical, Inc. Devices and methods for body fluid sampling and analysis

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