CN201716437U

CN201716437U - Upright-type light receiving/transmitting module

Info

Publication number: CN201716437U
Application number: CN2010201128546U
Authority: CN
Inventors: 蔡易达
Original assignee: COMOSS Electronic Co Ltd
Current assignee: COMOSS Electronic Co Ltd
Priority date: 2010-02-12
Filing date: 2010-02-12
Publication date: 2011-01-19
Anticipated expiration: 2020-02-12

Abstract

The utility model provides an upright-type light receiving/transmitting module which comprises an optical cable connector, wherein an accommodating cavity is arranged in the optical cable connector; a light receiving/transmitting module is arranged in the accommodating cavity; the light receiving/transmitting module consists of a light transmitting element and a light receiving element; the pins of the light transmitting element and the light receiving element are all bended for 90 degrees; and the light receiving/transmitting module is mounted in the accommodating cavity and then the accommodating opening of the accommodating cavity is sealed by a cover plate, to form the upright-type light receiving/transmitting module. The upright-type light receiving/transmitting module has simple structure and is convenient for embedding.

Description

A kind of vertical type light transmitting-receiving module

Technical field

The utility model is about a kind of vertical type light transmitting-receiving module, is meant a kind of vertical type light transmitting-receiving module that can uprightly be embedded especially.

Background technology

The development of optical-fibre communications in recent years to be becoming present trend and main flow, and with general, be widely used in each place, therefore, each state all is devoted to active research development optical fiber technology, makes the transmission of communication and data reach the optimization purpose.

Yet the mode of general joints of optical fibre setting all is arranged on the circuit board with horizontal direction, if desire cooperates product with the joints of optical fibre during with the vertical type intercalation, these joints of optical fibre will be subject to pin.In view of this, the applicant can't adopt vertical type at the joints of optical fibre of commonly using and be embedded, but and then develops the joints of optical fibre that a vertical type is embedded.

This shows that the above-mentioned joints of optical fibre of commonly using still have many disappearances, real non-one kindhearted design, and demand urgently being improved.

This case creator commonly uses every shortcoming that the joints of optical fibre are derived in view of above-mentioned, is urgently to think to be improved innovation, and after concentrating on studies through taking great pains to attain one's goal for many years, successfully this part vertical type light transmitting-receiving module is finished in research and development finally.

Summary of the invention

It is a kind of by the light transmitting-receiving module pin direction that changes the joints of optical fibre that the purpose of this utility model promptly is to provide, make that the joints of optical fibre can be upright relatively to the purpose that is arranged at circuit board, allow these joints of optical fibre possess the vertical type light transmitting-receiving module that the vertical type intercalation connects but use.

Another purpose of the present utility model be to provide a kind of simple in structure, be embedded easy vertical type light transmitting-receiving module.

The utility model can be solved by the following technical programs:

Can reach the vertical type light transmitting-receiving module of above-mentioned utility model purpose, include: members such as joints of optical fibre, light transmitting-receiving module and cover plate are formed; Wherein, has an accommodation space in the described joints of optical fibre, and have a light transmission end and an optical receiving end in this accommodation space, again light transmitting-receiving module is placed in the accommodation space, and light transmitting-receiving module is made of a light transmission component and light receiving element, and light transmission component can with the setting that connects of light transmission end, light receiving element then can with the optical receiving end setting that connects, in addition, the pin of described light transmission component and light receiving element all bends 90 degree, at last, after treating that light transmission module and light-receiving module are placed in the accommodation space of the joints of optical fibre, see through a cover closure in the socket place of accommodation space,, promptly form the vertical type light transmitting-receiving module of this case by the composition of above-mentioned each member.

Description of drawings

Fig. 1 is the isometric exploded view of the utility model vertical type light transmitting-receiving module;

Fig. 2 is that this vertical type light is received and dispatched the part of module in conjunction with view;

Fig. 3 is that this vertical type light is received and dispatched the solid of module in conjunction with view; And

Fig. 4 A, B uprightly are embedded the circuit board synoptic diagram for this vertical type light transmitting-receiving module.

Wherein,

1 joints of optical fibre, 11 upper clamps

111 light transmission ends, 112 optical receiving ends

12 catching grooves, 13 button columns

2 light transmitting-receiving module, 21 light transmission components

211 pins, 22 light receiving elements

221 pins, 3 cover plates

31 button pieces, 4 circuit boards

41 jacks, 5 optical fiber.

Embodiment

See also the detailed description and the accompanying drawing thereof of following relevant the utility model one preferred embodiment, can further understand technology contents of the present utility model and purpose effect thereof:

See also Fig. 1 to shown in Figure 3, each view for the utility model vertical type light transmitting-receiving module includes:

One joints of optical fibre 1 have an accommodation space 11 in these joints of optical fibre 1, and have a light transmission end 111 and optical receiving end 112 in accommodation space 1; These joints of optical fibre 1 are directly to dock with optical fiber 5, and the butt end can be in order to avoid connector;

One light transmitting-receiving module 2, this light transmitting-receiving module 2 is made of a light transmission component 21 and light receiving element 22, and this light transmission component 21 be can with light transmission end 111 setting that connects, 22 of light receiving elements can with optical receiving end 112 setting that connects, this light transmission component 21 and light receiving element 22 all have several pins 211,221 again, and each pin 211,221 of light transmission component 21 and light receiving element 22 all bends 90 degree; This light transmitting-receiving module 2 is placed in the accommodation space 11 of the joints of optical fibre 1;

One cover plate 3, this cover plate 3 is arranged at the socket place of accommodation space 11, so that light transmitting-receiving module 2 can't be detached by accommodation space 11;

By the composition of above-mentioned each member, promptly form the vertical type light transmitting-receiving module of this case.

See also shown in Fig. 4 A, the B, uprightly be embedded the circuit board synoptic diagram for this vertical type light transmitting-receiving module, because light transmitting-receiving module 2 each pin the 211, the 221st are adopted the vertical type bending in these joints of optical fibre 1, use and allow the joints of optical fibre 1 be uprightly to be embedded in each jack 41 of circuit board 4, after treating that the joints of optical fibre 1 are positioned circuit board 4 each jack 41, the optical fiber that just optical fiber 5 can be inserted in the joints of optical fibre 1 plugs end (among the figure not label), promptly finishes the purpose that uprightly is embedded the joints of optical fibre 1.

Wherein, both sides are to be concaved with catching groove 12 respectively in the socket of this accommodation space 11, and the both sides of cover plate 3 can be provided with respectively and buckle piece 31, when allowing cover plate 3 be incorporated into the socket of accommodation space 11, see through buckleing in the catching groove 12 that piece 31 can be snapped in accommodation space 11 of cover plate 3, use allowing cover plate 3 can firmly be incorporated into the socket place of accommodation space 11.

Wherein, the both sides of these joints of optical fibre 1 one ends are can distinguish to extend a button column 13 forward, and seeing through this button column 13 is can be inserted in the jack 41 of circuit board 4, to allow the joints of optical fibre 1 can firmly be incorporated into purpose on the circuit board 4.

Vertical type light transmitting-receiving module provided by the utility model when comparing mutually with other located by prior art, has more following advantage:

1, the utility model is to be to provide a kind of by the light transmitting-receiving module pin direction that changes the joints of optical fibre, make that the joints of optical fibre can be upright relatively to the purpose that is arranged at circuit board, allow these joints of optical fibre possess the vertical type light transmitting-receiving module that the vertical type intercalation connects but use.

2, the utility model be to provide a kind of simple in structure, be embedded easy vertical type light transmitting-receiving module.

But above-mentioned embodiment is exemplary, is to be the restriction that this patent is comprised scope in order better to make those skilled in the art can understand this patent, can not to be interpreted as; So long as according to spirit that this patent discloses done anyly be equal to change or modify, all fall into the scope that this patent comprises.

Claims

1. a vertical type light transmitting-receiving module is characterized in that, consists predominantly of:

One joints of optical fibre have an accommodation space in these joints of optical fibre, and have a light transmission end and an optical receiving end in it; The described joints of optical fibre and optical fiber directly dock, and connector is exempted from the butt end;

One light transmitting-receiving module, this light transmitting-receiving module is made of a light transmission component and light receiving element, and light transmission component and light receiving element respectively can with the setting that connects of light transmission end and optical receiving end, again, described light transmission component and light receiving element all have several pins, and each pin of light transmission component and light receiving element all bends 90 degree; Described light transmitting-receiving module is placed in the accommodation space of the joints of optical fibre;

One cover plate, this cover plate are arranged at the socket place of accommodation space;

After above-mentioned each member phase composition, just the joints of optical fibre can be embedded on the circuit board with vertical type.

2. vertical type light transmitting-receiving module as claimed in claim 1, it is characterized in that, both sides are to be concaved with catching groove respectively in the socket of described accommodation space, and the both sides of cover plate can be provided with respectively and buckle piece, when allowing cover plate be incorporated into the socket of accommodation space, see through buckleing in the catching groove that piece can be snapped in accommodation space of cover plate, use allowing cover plate can firmly be incorporated into the socket place of accommodation space.

3. vertical type light transmitting-receiving module as claimed in claim 1, it is characterized in that, the both sides of the described joints of optical fibre one end are can distinguish to extend a button column forward, see through this button column and can be inserted in the jack of circuit board, so that the joints of optical fibre can firmly be incorporated on the circuit board.

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