JP3101293U

JP3101293U - Fiber optic splicer

Info

Publication number: JP3101293U
Application number: JP2003272131U
Authority: JP
Inventors: 晉豊陳; 仁宗王; 志松劉; 大豊葉
Original assignee: ▲すう▼騰企業股▲ふん▼有限公司
Priority date: 2003-03-20
Filing date: 2003-10-29
Publication date: 2004-06-10
Anticipated expiration: 2009-10-29
Also published as: TWM241654U

Abstract

【課題】組立ての利便性と防塵の機能を達成する光ファイバー接続器の提供。
【解決手段】少なくとも一つの凹槽および定位槽を上に有する設置空間を備える第１カバー体１００と、少なくとも一つのラッチを有し、該ラッチを前記第１カバー体の前記凹槽中に合わせることにより固定されるゲート片２０と、円弧形本体、第１端および第２端を有し、そのうち前記円弧形本体を前記定位槽中に設置し、前記第１端を前記凹槽へ通して前記ゲート片を押さえ、前記ゲート片の開閉を制御する弾性部品９０と、上方に開口を備える設置空間を有し、前記カバー体の適当な位置にさらに少なくとも一つの誘導ピンを有し、前記弾性部品の第２端を設置して固定する第２カバー体１１０と、前記開口を前記第２カバー体に結合することにより、光信号を伝送および受信する光素子１２０と、前記開口をカバーし、前記光素子を塵および湿気の影響から保護する上蓋とを備える光ファイバー接続器。
【選択図】図６ PROBLEM TO BE SOLVED: To provide an optical fiber connector which achieves the convenience of assembly and the function of dust prevention.
SOLUTION: A first cover body 100 provided with an installation space having at least one concave tank and a stereotactic tank thereon, and at least one latch, wherein the latch is fitted in the concave tank of the first cover body. A gate piece 20 fixed therewith, an arc-shaped body, a first end and a second end, of which the arc-shaped body is installed in the stereotactic tank, and the first end is inserted into the concave tank. An elastic component 90 that controls the opening and closing of the gate piece, has an installation space with an opening above, and further has at least one guide pin at an appropriate position on the cover body, A second cover body 110 for installing and fixing a second end of the elastic component; an optical element 120 for transmitting and receiving an optical signal by coupling the opening to the second cover body; And the optical element A fiber optic splicer with a top lid that protects against the effects of dust and moisture.
[Selection] Fig. 6

Description

本考案は光ファイバー接続器に関し、特に、ゲート片が弾性部品の弾力によりゲート片の開閉を制御し、組立ての利便性と防塵の機能を達成する、ゲート片および弾性部品を備えた光ファイバー接続器に関する。 The present invention relates to an optical fiber connector having a gate piece and an elastic part, in which the gate piece controls opening and closing of the gate piece by the elasticity of the elastic part to achieve the convenience of assembly and the function of dust prevention. .

図１に示すのは、従来技術における光ファイバー接続器の組合わせを示す斜視図であり、それは底蓋Ａ、栓Ｂ、カバー体Ｃおよび光トランシーバＤを含む。接続器本体は防塵蓋を有していないため、隙間から塵が接続器本体中へ進入することがあり、一定の時間がたつと光トランシーバＤの発射および受信に影響を与える。また、栓Ｂをカバー体Ｃに挿入すると、接続器本体は防塵機能を備えるが、栓Ｂが容易に抜けて紛失してしまう欠点がある。 FIG. 1 is a perspective view showing a combination of a fiber optic connector in the prior art, which includes a bottom cover A, a stopper B, a cover body C, and an optical transceiver D. Since the connector main body does not have a dustproof cover, dust may enter the connector main body from a gap, which affects the emission and reception of the optical transceiver D after a certain period of time. Further, when the plug B is inserted into the cover C, the connector body has a dustproof function, but there is a disadvantage that the plug B is easily removed and lost.

そのため、本考案は光ファイバー接続器を提供し、それが有するゲート片および弾性部品により、ゲート片が弾性部品の弾力によりゲート片の開閉を制御し、組立ての利便性および防塵の機能を達成する。
特開平８−０２１９２５号公報 Therefore, the present invention provides an optical fiber connector, in which the gate piece controls the opening and closing of the gate piece by the elasticity of the elastic part by the gate piece and the elastic part, thereby achieving the convenience of assembly and the function of dust prevention.
JP-A-8-021925

本考案の主な目的は、ゲート片および弾性部品を備え、ゲート片が弾性部品の弾力によりゲート片の開閉を制御し、組立ての利便性および防塵の機能を達成する光ファイバー接続器を提供することにある。 A main object of the present invention is to provide an optical fiber connector having a gate piece and an elastic part, wherein the gate piece controls the opening and closing of the gate piece by the elasticity of the elastic part, thereby achieving the convenience of assembly and the function of dust prevention. It is in.

上で述べた目的を達成するために、本考案の光ファイバー接続器は、光ファイバープラグを受けるのに使用し、少なくとも一つの凹槽および定位槽を上に有する設置空間を備える第１カバー体と、少なくとも一つのラッチを有し、ラッチを第１カバー体の凹槽中に合わせることにより固定されるゲート片と、円弧形本体、第１端および第２端を有し、そのうち円弧形本体を定位槽中に設置し、第１端を凹槽へ通してゲート片を押さえることにより、ゲート片の開閉を制御する弾性部品と、第１カバー体を設置し、上方に開口を備える設置空間を有し、カバー体の適当な位置にさらに少なくとも一つの誘導ピンを有して弾性部品の第２端を設置して固定する第２カバー体と、開口を第２カバー体に結合することにより、光信号を伝送および受信する光素子と、開口をカバーすることにより光素子を塵および湿気の影響から保護する上蓋とを備える。 To achieve the above-mentioned object, the optical fiber connector of the present invention is used for receiving an optical fiber plug, and has a first cover body having an installation space having at least one concave tank and a stereotactic tank thereon, A gate piece having at least one latch, the gate piece being secured by fitting the latch into the recess of the first cover body, an arc-shaped body, a first end and a second end, of which the arc-shaped body is Is installed in a stereotactic tank, the first end is passed through the concave tank, and the gate piece is held down to control the opening and closing of the gate piece, and the first cover body is installed, and the installation space is provided with an opening above. A second cover body having at least one guide pin at an appropriate position on the cover body to install and fix the second end of the elastic component, and by coupling the opening to the second cover body. Transmit and receive optical signals Provided that an optical element and a top cover to protect the optical elements from the effects of dust and moisture by covering the opening.

すなわち、本考案の光ファイバー接続器は、以下に述べる特徴を有する。
１．光ファイバープラグとの接続に使用する光ファイバー接続器であって、
光ファイバープラグを受けるのに使用し、少なくとも一つの凹槽および定位槽を上に有する設置空間を備える第１カバー体と、
少なくとも一つのラッチを有し、該ラッチを前記第１カバー体の前記凹槽中に合わせることにより固定されるゲート片と、
円弧形本体、第１端および第２端を有し、そのうち前記円弧形本体を前記定位槽中に設置し、前記第１端を前記凹槽へ通して前記ゲート片を押さえ、前記ゲート片の開閉を制御する弾性部品と、
前記第１カバー体を設置し、上方に開口を備える設置空間を有し、前記カバー体の適当な位置にさらに少なくとも一つの誘導ピンを有し、前記弾性部品の第２端を設置して固定する第２カバー体と、
前記開口を前記第２カバー体に結合することにより、光信号を伝送および受信する光素子と、
前記開口をカバーし、前記光素子を塵および湿気の影響から保護する上蓋と
を備えることを特徴とする。
２．前記設置空間の両側に誘導槽をさらに有し、前記光ファイバープラグを導いて前記設置空間中へ入れることを特徴とする。
３．前記弾性部品が金属材料またはその他の可塑性材料からなることを特徴とする。
４．光ファイバープラグとの接続に使用する光ファイバー接続器であって、
光ファイバープラグを受けるのに使用し、少なくとも一つの凹槽を上に有する設置空間を備える第１カバー体と、
少なくとも一つのラッチを有し、該ラッチを前記第１カバー体の前記凹槽中に合わせることにより固定されるゲート片と、
少なくとも一つの円弧形本体、連結端、第１端および第２端を有し、そのうち前記円弧形本体を前記凹槽の後方に設置し、前記連結端を下向きに折り曲げてから前記ゲート片を押さえ、前記ゲート片の開閉を制御する弾性部品と、
前記第１カバー体を設置し、上方に開口を備える設置空間を有し、前記カバー体の適当な位置にさらに少なくとも一つの誘導ピンを有し、前記弾性部品の第１端および第２端を設置して固定する第２カバー体と、
前記開口を前記第２カバー体に結合することにより、光信号を伝送および受信する光素子と、
前記開口をカバーし、前記光素子を塵および湿気の影響から保護する上蓋と
を備えることを特徴とする。
５．前記設置空間の両側に誘導槽をさらに有し、前記光ファイバープラグを導いて前記設置空間中へ入れることを特徴とする。
６．前記弾性部品が金属材料またはその他の可塑性材料からなることを特徴とする。
７．光ファイバープラグとの接続に使用する光ファイバー接続器であって、
光ファイバープラグを受けるのに使用し、少なくとも一つの凹槽および定位槽を上に有する設置空間を備える第１カバー体と、
少なくとも一つのラッチを有し、該ラッチを前記第１カバー体の前記凹槽中に合わせることにより固定されるゲート片と、
少なくとも一つの円弧形本体、連結端、第１端および第２端を有し、そのうち前記円弧形本体を前記凹槽の後方に設置し、前記連結端を下向きに折り曲げてから前記ゲート片を押さえ、前記ゲート片の開閉を制御する弾性部品と、
前記第１カバー体を設置し、上方に開口を備える設置空間を有する第２カバー体と、
前記開口を前記第２カバー体に結合し、複数個の信号端子を有し、光信号を伝送および受信する光素子と、
複数個の信号端子を有し、前記端子座を前記光素子に接続してから前記開口中へ設置し、前記端子の一端を前記光素子の前記信号端子へ接続し、もう一つの一端を固定素子上に接続することにより、前記光素子を塵および湿気の影響から保護する端子座と
を備えることを特徴とする。
８．前記設置空間の両側に誘導槽をさらに有し、前記光ファイバープラグを導いて前記設置空間中へ入れることを特徴とする。
９．前記弾性部品が金属材料またはその他の可塑性材料からなることを特徴とする。 That is, the optical fiber connector of the present invention has the following features.
1. An optical fiber connector used for connection with an optical fiber plug,
A first cover body used for receiving the optical fiber plug, the first cover body including an installation space having at least one concave tank and a stereotactic tank thereon;
A gate piece having at least one latch and fixed by fitting the latch into the concave tank of the first cover body;
An arc-shaped body, having a first end and a second end, wherein the arc-shaped body is placed in the stereotactic tank, the first end is passed through the concave tank, and the gate piece is held down; An elastic part for controlling the opening and closing of the piece;
The first cover body is installed, has an installation space with an opening above, has at least one guide pin at an appropriate position on the cover body, and fixes the second end of the elastic component by installing it A second cover body,
An optical element for transmitting and receiving an optical signal by coupling the opening to the second cover body;
An upper cover that covers the opening and protects the optical element from the influence of dust and moisture.
2. An induction tank is further provided on both sides of the installation space, and the optical fiber plug is guided to enter the installation space.
3. The elastic component is made of a metal material or another plastic material.
4. An optical fiber connector used for connection with an optical fiber plug,
A first cover body used to receive the optical fiber plug, the first cover body having an installation space having at least one concave tank thereon;
A gate piece having at least one latch and fixed by fitting the latch into the concave tank of the first cover body;
At least one arc-shaped body, a connection end, a first end and a second end, wherein the arc-shaped body is installed behind the concave tank, and the connection end is bent downward before the gate piece. And an elastic component for controlling opening and closing of the gate piece,
The first cover body is installed, has an installation space having an opening above, has at least one guide pin at an appropriate position of the cover body, and has a first end and a second end of the elastic component. A second cover body to be installed and fixed;
An optical element for transmitting and receiving an optical signal by coupling the opening to the second cover body;
An upper cover that covers the opening and protects the optical element from the influence of dust and moisture.
5. An induction tank is further provided on both sides of the installation space, and the optical fiber plug is guided to enter the installation space.
6. The elastic component is made of a metal material or another plastic material.
7. An optical fiber connector used for connection with an optical fiber plug,
A first cover body used to receive the optical fiber plug, the first cover body including an installation space having at least one concave tank and a stereotactic tank thereon;
A gate piece having at least one latch and fixed by fitting the latch into the concave tank of the first cover body;
At least one arc-shaped body, a connection end, a first end and a second end, wherein the arc-shaped body is installed behind the concave tank, the connection end is bent downward, and then the gate piece is bent. And an elastic component for controlling opening and closing of the gate piece,
A second cover body in which the first cover body is installed and which has an installation space having an opening above;
An optical element that couples the opening to the second cover body, has a plurality of signal terminals, and transmits and receives an optical signal;
Having a plurality of signal terminals, connecting the terminal seat to the optical element and then installing the terminal seat in the opening, connecting one end of the terminal to the signal terminal of the optical element, and fixing the other end A terminal seat that is connected to the element to protect the optical element from the influence of dust and moisture.
8. An induction tank is further provided on both sides of the installation space, and the optical fiber plug is guided to enter the installation space.
9. The elastic component is made of a metal material or another plastic material.

ゲート片および弾性部品を備え、ゲート片が弾性部品の弾力によりゲート片の開閉を制御し、組立ての利便性および防塵の機能を達成する光ファイバー接続器を提供することができる。 An optical fiber connector comprising a gate piece and an elastic component, wherein the gate piece controls the opening and closing of the gate piece by the elasticity of the elastic component, thereby achieving the convenience of assembly and the function of dust prevention can be provided.

図２および図３は、本考案の好適な実施例による光ファイバー接続器の分解斜視図および組立て断面図である。図に示すように、本考案の光ファイバー接続器は主に第１カバー体１０、ゲート片２０、弾性部品３０、第２カバー体４０、光素子５０および上蓋６０からなる。 2 and 3 are an exploded perspective view and an assembled sectional view of the optical fiber connector according to the preferred embodiment of the present invention. As shown in the figure, the optical fiber connector of the present invention mainly includes a first cover body 10, a gate piece 20, an elastic component 30, a second cover body 40, an optical element 50, and an upper lid 60.

そのうち第１カバー体１０は、光ファイバープラグ（図示しない）を受ける設置空間１１を有し、その上には少なくとも一つの凹槽１２および定位槽１３を有し、その定位槽１３の形状は本実施例中では円弧形であり、それは必要に応じて変えることができ、設置空間１１内にはさらに誘導槽１４がある。ゲート片２０は少なくとも一つのラッチ２１を有し（本実施例中では二個のラッチ２１である。）、ラッチ２１を第１カバー体１０の凹槽１２中に合わせることにより、ゲート片２０を固定する。弾性部品３０は円弧形本体３１、第１端３２および第２端３３を有し、そのうち円弧形本体３１は定位槽１３中に設置することができ、第１端３２は凹槽１２を通ってゲート片２０を押さえ、弾性部品３０の弾力によりゲート片２０の開閉を制御する。第２カバー体４０は第１カバー体１０を収納して上部に開口４３を有する設置空間４１を備え、第２カバー体４０の適当な位置には他に少なくとも一つの誘導ピン４２を有し、弾性部品３０の第２端３３を設置して固定する。光素子５０は発光ダイオード（ＬＥＤ）５１およびカバー体５２を含み、開口４３を第２カバー体４０に結合することにより、光信号を伝送および受信することができる。そして、上蓋６０が開口４３をカバーし、光素子５０を塵および湿気の影響から守る。そのうち、設置空間４１の両側は誘導槽４４をさらに有し、第１カバー体１０が設置空間４１中へ入るように導く。弾性部品３０は好適には金属材料またはその他の可塑性材料から製造する。 The first cover body 10 has an installation space 11 for receiving an optical fiber plug (not shown), and has at least one concave tank 12 and a localization tank 13 thereon. In the example, it is arc-shaped, which can be changed as required, and further in the installation space 11 there is an induction tank 14. The gate piece 20 has at least one latch 21 (in this embodiment, two latches 21), and the latch piece 21 is fitted into the concave tank 12 of the first cover body 10 so that the gate piece 20 is formed. Fix it. The elastic part 30 has an arc-shaped body 31, a first end 32 and a second end 33, of which the arc-shaped body 31 can be installed in the stereotactic tank 13, and the first end 32 defines the concave tank 12. The gate piece 20 is pushed through and the opening and closing of the gate piece 20 is controlled by the elasticity of the elastic component 30. The second cover body 40 accommodates the first cover body 10 and has an installation space 41 having an opening 43 at an upper portion, and has at least one other guide pin 42 at an appropriate position of the second cover body 40, The second end 33 of the elastic part 30 is set and fixed. The optical element 50 includes a light emitting diode (LED) 51 and a cover body 52, and can transmit and receive an optical signal by coupling the opening 43 to the second cover body 40. Then, the upper lid 60 covers the opening 43 and protects the optical element 50 from the influence of dust and moisture. The installation space 41 is further provided with an induction tank 44 on both sides thereof, and guides the first cover body 10 into the installation space 41. The resilient component 30 is preferably manufactured from a metal material or other plastic material.

本考案の光ファイバー接続器を組合わせてから、光ファイバープラグ（図示しない）を接続器に挿入すると、まずゲート片２０に接触する。そして、光ファイバープラグが誘導槽１４に沿って設置空間１１に継続して挿入されると、弾性部品３０の第１端３２は力を受けて曲がり、光ファイバープラグは設置空間１１へ完全に入るまで挿入することができる。光ファイバープラグを設置空間１１から抜くと、ゲート片２０を弾性部品３０の第１端３２の弾力により元の位置へ戻し、簡易な組立てと防塵の効果を達成する。 When the optical fiber plug (not shown) is inserted into the connector after assembling the optical fiber connector of the present invention, it comes into contact with the gate piece 20 first. Then, when the optical fiber plug is continuously inserted into the installation space 11 along the guide tank 14, the first end 32 of the elastic component 30 bends under the force, and the optical fiber plug is inserted until it completely enters the installation space 11. can do. When the optical fiber plug is pulled out of the installation space 11, the gate piece 20 is returned to the original position by the elasticity of the first end 32 of the elastic part 30, thereby achieving a simple assembly and dustproof effect.

図４および図５に示すのは、本考案のもう一つの好適な実施例による光ファイバー接続器の分解斜視図および組立断面図である。図に示すように、本考案の光ファイバー接続器は主に第１カバー体７０、ゲート片２０、弾性部品８０、第２カバー体４０、光素子５０および上蓋６０からなる。 4 and 5 are an exploded perspective view and an assembled sectional view of an optical fiber connector according to another preferred embodiment of the present invention. As shown in the figure, the optical fiber connector of the present invention mainly comprises a first cover body 70, a gate piece 20, an elastic component 80, a second cover body 40, an optical element 50 and an upper lid 60.

そのうち第１カバー体７０は、光ファイバープラグ（図示しない）を受ける設置空間７１を有し、その上には少なくとも一つの凹槽７２および誘導槽７３を有し、ゲート片２０は少なくとも一つのラッチ２１を有し（本実施例中では二個のラッチ２１である。）、ラッチ２１を第１カバー体７０の凹槽７２中に合わせることにより、ゲート片２０を固定する。弾性部品８０は、円弧形本体８１および８３、連結端８２、第１端８４および第２端８５を有し、そのうち円弧形本体８１および８３を凹槽７２の後方へ設置し、連結端８２を下向きに折り曲げてからゲート片２０を押さえることにより、ゲート片２０の開閉を制御する。第２カバー体４０は第１カバー体７０を収納して上部に開口４３を有する設置空間４１を備え、第２カバー体４０の適当な位置には他に少なくとも一つの誘導ピン４２を有し、弾性部品８０の円弧形本体８１および８３をそれぞれ設置して固定する。光素子５０は、発光ダイオード（ＬＥＤ）５１およびカバー体５２を含み、開口４３を第２カバー体４０に結合することにより、光信号を伝送および受信することができる。そして、上蓋６０は開口４３をカバーして、光素子５０を塵および湿気の影響から守る。そのうち、設置空間４１の両側は誘導槽４４をさらに有し、第１カバー体７０が設置空間４１中へ入るように導く。また、弾性部品８０は好適には金属材料またはその他の可塑性材料から製造する。 The first cover 70 has an installation space 71 for receiving an optical fiber plug (not shown), has at least one concave tank 72 and an induction tank 73 thereon, and the gate piece 20 has at least one latch 21. (In this embodiment, two latches 21), and the gate piece 20 is fixed by fitting the latch 21 into the concave tank 72 of the first cover body 70. The elastic part 80 has arc-shaped main bodies 81 and 83, a connecting end 82, a first end 84 and a second end 85, of which the arc-shaped main bodies 81 and 83 are installed behind the concave tank 72, and the connecting end is formed. The opening and closing of the gate piece 20 is controlled by pressing the gate piece 20 after bending 82 downward. The second cover body 40 accommodates the first cover body 70 and has an installation space 41 having an opening 43 at an upper portion, and has at least one other guide pin 42 at an appropriate position of the second cover body 40, The arc-shaped main bodies 81 and 83 of the elastic component 80 are installed and fixed, respectively. The optical element 50 includes a light emitting diode (LED) 51 and a cover body 52, and can transmit and receive an optical signal by coupling the opening 43 to the second cover body 40. Then, the upper lid 60 covers the opening 43 to protect the optical element 50 from the influence of dust and moisture. The installation space 41 is further provided with an induction tank 44 on both sides thereof, and guides the first cover body 70 into the installation space 41. Also, the elastic component 80 is preferably manufactured from a metal material or other plastic material.

本考案の光ファイバー接続器を組合わせた後、光ファイバープラグ（図示しない）を接続器に挿入すると、まずゲート片２０に接触する。そして、光ファイバープラグが誘導槽７３に沿って設置空間７１に継続して挿入されると、弾性部品８０の連結端８２は力を受けて折れ曲がり、光ファイバープラグは設置空間７１へ完全に入るまで挿入することができる。光ファイバープラグを設置空間７１から抜くと、ゲート片２０は円弧形本体８１および８３の弾力により元の位置に戻り、容易な組立てと防塵の効果を達成する。 After assembling the optical fiber connector of the present invention, when an optical fiber plug (not shown) is inserted into the connector, it first comes into contact with the gate piece 20. When the optical fiber plug is continuously inserted into the installation space 71 along the guiding tank 73, the connecting end 82 of the elastic component 80 is bent by receiving a force, and the optical fiber plug is inserted until it completely enters the installation space 71. be able to. When the optical fiber plug is removed from the installation space 71, the gate piece 20 returns to its original position by the elasticity of the arc-shaped main bodies 81 and 83, and achieves an easy assembly and dustproof effect.

図６および図８に示すのは、本考案のさらにもう一つの好適な実施例における光ファイバー接続器の分解斜視図および組立断面図である。図に示すように、本考案の光ファイバー接続器は主に第１カバー体１００、ゲート片２０、弾性部品９０、第２カバー体１１０、光素子１２０および端子座１３０からなる。 6 and 8 are an exploded perspective view and an assembled sectional view of a fiber optic connector according to still another preferred embodiment of the present invention. As shown in the figure, the optical fiber connector of the present invention mainly comprises a first cover body 100, a gate piece 20, an elastic component 90, a second cover body 110, an optical element 120 and a terminal seat 130.

そのうち、第１カバー体１００は、光ファイバープラグ（図示しない）を受ける設置空間１０１を有し、その上には少なくとも一つの凹槽１０２および誘導槽１０３を有し、ゲート片２０は少なくとも一つのラッチ２１を有し（本実施例中では二個のラッチ２１である。）、ラッチ２１を第１カバー体１００の凹槽１０２中に合わせることにより、ゲート片２０を固定する。弾性部品９０は、円弧形本体９１および９３、連結体９２および第１端９４を有し、そのうち円弧形本体９１および９３を凹槽１０２の後方へ設置し、連結体９２を下向きに折り曲げてからゲート片２０を押さえることにより、ゲート片２０の開閉を制御する。第２カバー体１１０は第１カバー体１００を収納して上部に開口１１３を有する設置空間１１１を備える。光素子１２０は発光ダイオード（ＬＥＤ）１２１、カバー体１２２および複数個の端子１２３を含み、開口１１３を第２カバー体１１０に結合し、発光ダイオード１２１を使用して光信号を伝送および受信する。そして、端子座１３０も複数個の信号端子１３２を有し、端子座１３０を光素子１２０に結合してから開口１１３中に設置し、端子１３２の一端を光素子１２０の端子１２３に接続し、もう一つの一端を固定素子（例えば印刷回路板）上へ接続することにより、光素子を塵および湿気の影響から守る。そのうち、設置空間１１１の両側にはさらに誘導ピン１１４を有し、第１カバー体１００が設置空間中へ入るように導く。弾性部品９０は、好適には金属材料またはその他の可塑性材料から製造する。 The first cover 100 has an installation space 101 for receiving an optical fiber plug (not shown), has at least one concave tank 102 and an induction tank 103 thereon, and the gate piece 20 has at least one latch. 21 (two latches 21 in the present embodiment), and the gate piece 20 is fixed by fitting the latch 21 in the concave tank 102 of the first cover body 100. The elastic part 90 has arc-shaped bodies 91 and 93, a connecting body 92 and a first end 94, of which the arc-shaped bodies 91 and 93 are installed behind the concave tank 102, and the connecting body 92 is bent downward. The opening and closing of the gate piece 20 is controlled by pressing the gate piece 20 afterwards. The second cover body 110 has an installation space 111 that houses the first cover body 100 and has an opening 113 at the top. The light element 120 includes a light emitting diode (LED) 121, a cover body 122 and a plurality of terminals 123, the opening 113 is coupled to the second cover body 110, and the light emitting diode 121 is used to transmit and receive an optical signal. Then, the terminal seat 130 also has a plurality of signal terminals 132, the terminal seat 130 is connected to the optical element 120, and then placed in the opening 113. One end of the terminal 132 is connected to the terminal 123 of the optical element 120, By connecting the other end to a fixed element (for example, a printed circuit board), the optical element is protected from dust and moisture. Of these, guide pins 114 are further provided on both sides of the installation space 111 to guide the first cover body 100 into the installation space. The elastic component 90 is preferably manufactured from a metallic material or other plastic material.

本考案の光ファイバー接続器を組合わせた後、光ファイバープラグ（図示しない）を接続器に挿入すると、まずゲート片２０に接触する。光ファイバープラグが誘導槽１０３に沿って設置空間１０１に継続して挿入されると、弾性部品９０の連結体９２は力を受けて折れ曲がり、光ファイバープラグは設置空間１０１へ完全に入るまで挿入することができる。光ファイバープラグを設置空間１０１から抜くと、ゲート片２０が弾性部品９０の円形本体９１および９３の弾力により元の位置に戻り、簡易な組立てと防塵の効果を達成することができる。 After assembling the optical fiber connector of the present invention, when an optical fiber plug (not shown) is inserted into the connector, it first comes into contact with the gate piece 20. When the optical fiber plug is continuously inserted into the installation space 101 along the guide tank 103, the connecting body 92 of the elastic component 90 is bent under the force, and the optical fiber plug can be inserted until it completely enters the installation space 101. it can. When the optical fiber plug is removed from the installation space 101, the gate piece 20 returns to the original position due to the elasticity of the circular main bodies 91 and 93 of the elastic component 90, so that simple assembly and dustproof effects can be achieved.

本実施例が開示したものは、単なる好適な実施例であり、一部の変更または修飾が本考案の技術思想をもとにして、当該技術に習熟しているものであるならば容易に推測することができるものは、本考案の権利の範疇を脱しないものとする。 What is disclosed in this embodiment is merely a preferred embodiment, and it is easily guessed that some changes or modifications can be easily made based on the technical idea of the present invention if the person is familiar with the technology. What can be done does not depart from the scope of the rights of the present invention.

従来の光ファイバー接続器の組合わせを示す斜視図である。It is a perspective view which shows the combination of the conventional optical fiber connector. 本考案の好適な実施例による、光ファイバー接続器を示す分解斜視図である。FIG. 2 is an exploded perspective view showing the optical fiber connector according to the preferred embodiment of the present invention. 本考案の好適な実施例による、光ファイバー接続器を示す断面図である。FIG. 2 is a sectional view showing an optical fiber connector according to a preferred embodiment of the present invention. 本考案のもう一つの好適な実施例による、光ファイバー接続器を示す分解斜視図である。FIG. 4 is an exploded perspective view showing a fiber optic connector according to another preferred embodiment of the present invention. 本考案のもう一つの好適な実施例による、光ファイバー接続器を示す断面図である。FIG. 4 is a cross-sectional view illustrating a fiber optic connector according to another preferred embodiment of the present invention. 本考案のさらにもう一つの好適な実施例による、光ファイバー接続器を示す分解斜視図である。FIG. 4 is an exploded perspective view showing a fiber optic connector according to still another preferred embodiment of the present invention. 本考案のさらにもう一つの好適な実施例による、光ファイバー接続器を示す断面図である。FIG. 4 is a cross-sectional view showing a fiber optic connector according to yet another preferred embodiment of the present invention. 本考案のさらにもう一つの好適な実施例による、光ファイバー接続器の作動時を示す断面図である。FIG. 4 is a sectional view showing the operation of the optical fiber connector according to still another preferred embodiment of the present invention.

Explanation of reference numerals

１光ファイバー接続器
１０第１カバー体
１１設置空間
１２凹槽
１３定位槽
１４誘導槽
２０ゲート片
２１ラッチ
３０弾性部品
３１円弧形本体
３２第１端
３３第２端
４０第２カバー体
４１設置空間
４２誘導ピン
４３開口
４４誘導槽
５光素子
５１発光ダイオード
５２カバー体
６０上蓋
７０第１カバー体
７１設置空間
７２凹槽
７３誘導槽
８０弾性部品
８１円弧形本体
８３円弧形本体
８２連結端
８４第１端
８５第２端
９０弾性部品
９１円弧形本体
９３円弧形本体
９２連結体
９４第１端
９５第２端
１００第１カバー体
１０１設置空間
１０２凹槽
１０３誘導槽
１１０第２カバー体
１１１設置空間
１１３開口
１１４誘導ピン
１２０光素子
２１発光ダイオード
１２２カバー体
１２３端子
１３０端子座
１３１開口
１３２端子
Ａ底蓋
Ｂ栓
Ｃカバー体
Ｄ光トランシーバ DESCRIPTION OF SYMBOLS 1 Optical fiber connector 10 1st cover body 11 Installation space 12 Depressed tank 13 Orientation tank 14 Induction tank 20 Gate piece 21 Latch 30 Elastic component 31 Arc-shaped main body 32 First end 33 Second end 40 Second cover body 41 Installation space 42 Induction Pin 43 Opening 44 Induction Tank 5 Optical Element 51 Light Emitting Diode 52 Cover Body 60 Top Lid 70 First Cover Body 71 Installation Space 72 Recessed Tank 73 Induction Tank 80 Elastic Parts 81 Arc-Shaped Main Body 83 Arc-Shaped Main Body 82 Connection End 84 First end 85 Second end 90 Elastic component 91 Arc-shaped main body 93 Arc-shaped main body 92 Connecting body 94 First end 95 Second end 100 First cover body 101 Installation space 102 Recessed tank 103 Induction tank 110 Second cover body 111 Installation space 113 Opening 114 Induction pin 120 Optical element 21 Light emitting diode 122 Cover body 123 Terminal 1 0 terminal seat 131 opening 132 terminal A bottom lid B plug C cover D Optical Transceiver

Claims

An optical fiber connector used for connection with an optical fiber plug,
A first cover body used for receiving the optical fiber plug, the first cover body including an installation space having at least one concave tank and a stereotactic tank thereon;
A gate piece having at least one latch and fixed by fitting the latch into the concave tank of the first cover body;
An arc-shaped body, having a first end and a second end, wherein the arc-shaped body is placed in the stereotactic tank, the first end is passed through the concave tank, and the gate piece is held down; An elastic part for controlling the opening and closing of the piece;
The first cover body is installed, has an installation space with an opening above, has at least one guide pin at an appropriate position on the cover body, and fixes the second end of the elastic component by installing it A second cover body,
An optical element for transmitting and receiving an optical signal by coupling the opening to the second cover body;
An optical fiber connector, comprising: an upper cover that covers the opening and protects the optical element from the influence of dust and moisture.

2. The optical fiber connector according to claim 1, further comprising an induction tank on both sides of the installation space, and guiding the optical fiber plug into the installation space.

The optical fiber connector according to claim 1, wherein the elastic component is made of a metal material or another plastic material.

An optical fiber connector used for connection with an optical fiber plug,
A first cover body used to receive the optical fiber plug, the first cover body having an installation space having at least one concave tank thereon;
A gate piece having at least one latch and fixed by fitting the latch into the concave tank of the first cover body;
At least one arc-shaped body, a connection end, a first end and a second end, wherein the arc-shaped body is installed behind the concave tank, and the connection end is bent downward before the gate piece. And an elastic component for controlling opening and closing of the gate piece,
The first cover body is installed, has an installation space having an opening above, has at least one guide pin at an appropriate position of the cover body, and has a first end and a second end of the elastic component. A second cover body to be installed and fixed;
An optical element for transmitting and receiving an optical signal by coupling the opening to the second cover body;
An optical fiber connector, comprising: an upper cover that covers the opening and protects the optical element from the influence of dust and moisture.

The optical fiber connector according to claim 4, further comprising a guiding tank on both sides of the installation space, and guiding the optical fiber plug into the installation space.

The optical fiber connector according to claim 4, wherein the elastic component is made of a metal material or another plastic material.

An optical fiber connector used for connection with an optical fiber plug,
A first cover body used for receiving the optical fiber plug, the first cover body including an installation space having at least one concave tank and a stereotactic tank thereon;
A gate piece having at least one latch and fixed by fitting the latch into the concave tank of the first cover body;
At least one arc-shaped body, a connection end, a first end and a second end, wherein the arc-shaped body is installed behind the concave tank, and the connection end is bent downward before the gate piece. And an elastic component for controlling opening and closing of the gate piece,
A second cover body having the installation space provided with an opening above the first cover body,
An optical element that couples the opening to the second cover body, has a plurality of signal terminals, and transmits and receives an optical signal;
Having a plurality of signal terminals, connecting the terminal seat to the optical element, then installing the terminal seat in the opening, connecting one end of the terminal to the signal terminal of the optical element, and fixing the other end A terminal seat that is connected to the element to protect the optical element from the effects of dust and moisture.

The optical fiber connector according to claim 7, further comprising an induction tank on both sides of the installation space, and guiding the optical fiber plug into the installation space.

The optical fiber connector according to claim 7, wherein the elastic component is made of a metal material or another plastic material.