TW561289B - Light sensing display connection seat - Google Patents

Abstract

The present invention provides a light sensing display connection seat, which is characterized in that a light sensing display device composed of a lens and a phosphor is arranged in the light sensing display connection seat; a fluorescence layer is embedded in the phosphor; a unidirectional light conductive transparent package is used between the phosphor and the fluorescence layer. Its operation is described as follows. When the light signal passes the interconnect network of the fiber and light sensing display connection seat and at the same time of achieving the purpose of fiber network communication, the light sensing display connection seat guides the tiny signal and scattering around the light signal to the fluorescence layer around the lens via the filtering and light splitting effects of its inner lens, thereby changing the fluorescent color of the fluorescence layer and allowing the display light signal to pass. Therefore, the maintenance people can rapidly and easily determine where the optical path is broken according to the corresponding position of the light sensing display connection seat with unchanged and changed color display at the place of the light sensing display connection seat in the fiber distribution panel of each telecommunication operation room, thereby increasing the repairing capability of the fiber network. Accordingly, the inventive light sensing display connection seat has high economic benefits in terms of practical value.

Description

561289

"Background of the Invention" According to the connection between ordinary optical fiber fibers, the connection panel is connected, so the optical fiber network is used as a connection circuit. Therefore, when it is judged that the optical fiber may be in time, it is judged that it may have a patch cord end. The location of the interruption caused the preliminary maintenance of the right to occur, which caused the cost to be normal, so the location of how to solve the interruption is, and the telecommunications) fiber optic cable breakpoints, and the interruption points have more jump points. The optical fiber used in the maintenance of the optical fiber is determined by the optical fiber maintainer during the first operation. The jumper of the computer room is interrupted and needs to be trusted. Optical cable distribution box (Patch cord by fiber fusion splicing and the 'maintainers often maintain experience, spend the time to pull out the judgement of the moon and iron), and both ends) The instrument is more costly to repair and repair. Normal use When the maintenance is broken, the problem can be quickly checked. Frequently, it is necessary to rely on the jumper jumper of FibreDis to complete a considerable number of fiber jumpers at the same time. It is ready to measure Junan; and the optical fiber line is very much out of the "optical purpose" of the optical fiber line. The inventor has yttrium in it. The inventor of this case has been engaged in related industries for many years, money, and constant thought research, which ultimately led to the present invention. It was born, its primary purpose is to provide a light-sensitive display connection base, which is characterized in that the light-sensitive display of a combination of a lens and a phosphor is not installed in the first display connection base, and the phosphor Metal adapters are clamped on both sides (depending on the light: different types of joints, with different metal adapters). The gold adapters on both sides are drilled with several holes for screws to pass through the phosphor lock. solid

561289 V. Description of the invention (2) In the metal docking station, the signal between the transmission and filtering of the beam splitter and the phosphor is transmitted through the trace signal around the light sensor. The glory layer 'cannot be used due to the optical signal between the photoreceptor and the phosphor using intra-fiber communication. The light-inductive display in the light that penetrates the telecommunications room of the phosphor is connected with the light-inductive display when it is repaired. It is at a practical price, and the fluorescence should be displayed and scattered in a single guide to make the single guide number color. It affects the relative efficiency and value of the fluorescent cable wiring seat. The lens in the center of the light body allows the optical signal to pass through the fluorescent layer around the lens, and the fluorescent layer is transparently packaged. When connected to the base, the optical signal is filtered and split by the built-in lens to guide the fluorescent color change display of the fluorescent layer on the periphery of the lens. Because the fluorescent layer is transparently packaged, only the fluorescent layer is allowed to sense light to the light-emitting body In order to provide observation, but the light layer of the external light source changes color display, so maintenance users can put on the box (Fibre Distribution Panel) 'follow the location of the color and color display' to quickly detect the line News position, into the save maintenance costs, so the light-sensitive display even deep economic benefits. "Main Features and Effects of Technical Content"

Rong Yu: ^ and i: ^ for easy and quick understanding of the other special pendulum drawing numbers of the present invention, which can be more clearly shown in the second effect. The date of this drawing is explained. Side fixing package splint • Lens channel • • • Left fixing package splint hole

561289 V. Description of the invention (3) 2 2 ··· 2 2 1 2 2 2 4 、 7 8 0 2 4 Right fixed package plywood lens channel Right fixed package plywood hole Unidirectional light transparent package fluorescent layer lens fluorescent Body hole metal adaptor metal adaptor hole screw light-sensitive display connector optical fiber optical fiber jumper (Patchc 0rd) optical fiber connector head light travel direction (direction of sending optical signal) optical fiber interruption position please refer to the first picture As shown in Figures 2, 2 and 3, the present invention provides a light-sensitive display connector, which is composed of a left and right metal adapter 4, 7, and a left and right fixed packaging splint 2 1, 2 2, consisting of a lens 30, a phosphor 2, a phosphor layer 3, 31; wherein the light-sensitive display connector 8 (first, second, second one) or 9 (third (Picture) A lens 30 and a phosphor 2 with a display device are sandwiched therein, and the phosphor 2 has left and right fixed packaging splints on both sides thereof

561289 V. Description of the invention (4) 2 1, 2 2 2 On both sides of the outer seat 7 (depending) ^ and drill the package 2 3 light body 2 central light layer 3, fixed in 2 3, fluorescent color change method The two plates 2 2 on both sides of the fluorescent body 2 and 2 1 1 (accommodating the channel at the 2 end of the cool plate) accommodate the optical fiber connector and pass through to the optical fiber connector connector 8 so that the optical signal is scattered by the lens when passing through. Through the filter layer 3, the fluorescent light sensing display fixed package clamping seat 4 and the right together use different wires 6 to pass through the single metal adapter seat inside the phosphor 2 to observe through the unidirectional fiber through the unidirectional fiber, and make the light produce The stem 2 1 and the right 1 are drilled in the center) and the 1 (the lens that houses the light 2 1 and the lens channel number of the phosphor 2 are achieved by the direction of the light and light. Uncolored position, quickly clamped and fixed, and then equipped with a fiber-optic type with several holes. Phosphor holes are equipped with a lens. Phosphor 2 and its role can only be displayed to the phosphor 2. The left side is fixed to the left side. The center of the fixed fiber-optic connection is provided with a transparent lens. The light in the channel fiber at the top of the fixed package passes through the lens 3 0, and the filter and spectral and color-changing display are shown on the connector 8. The left, right, and left sides have different metal armature, with 5 'available for screw 3 2 and locked to 3 〇, and the fluorescent layer 3 and the fluorescent layer sensor 2 to provide the fluorescent layer 3 hairpin package splint package splint 2 through the top of the lens channel 2 2 fixed package splint channel corresponds to the loss plate 2 2 '2 当 光The signal, by transmitting the signal, the light effect, will be 'to the fluorescent layer and the user may or 9 of the opposite plate 2 1, 2 side metal adapter metal adapter seat guide light transparent 7; and the fluorescent part is embedded with fluorescent transparent The light signal of the package signal is free of external light sources; and the fluorescent fixed package loses the lens channel, the right side is fixed with a fiber seal, and the overhead channel 2 1 1 is a lens 3 〇 2 2 1 contains the principle of inductive display and reflection.纟 fl〗 Tiger and signal, make the fluorescent and discolored display detect the line break 561289

Table position, thereby improving the timeliness of fiber optic line repair and achieving economic benefits. Referring to the second figure, the present invention can further provide the lens 30 and the phosphor 2 of the display device in the light sensing display connector 9 of the other embodiment, which includes one end of the optical fiber and the other end 12 For internal use, it can be directly connected to the connector of the optical cable distribution box (Fibre Distribution Panei) through the optical fiber connection head 12. When the light passes through the central lens 30 of the fluorescent body 2, the lens 3 is caused by the photosensitive effect. The surrounding fluorescent layer displays 3 丄 fluorescent color, and the user can follow the relative position of the light-sensitive display and unconnected display of the uncolored and color-changed display to quickly find out where the line is broken. Because there are two embodiments, for the sake of distinction, the light-sensitive display connector of Figure No. 8 is referred to as a double-concave light-sensitive display connector (as shown in the second figure of the drawing). Both of them have optical fiber connection heads 1 2, and figure 9 is called concave-convex light-sensitive display connector (as shown in the third picture of the figure), which can be connected to a section of optical fiber with fiber connection heads 1 2 and the other end is an optical cable distribution box (fi br e Distribution Panel). Therefore, in actual application, the present invention can cooperate with patch cords of optical fiber and various types of connectors of optical fibers, and select a suitable metal adapter 4 and a metal adapter 7 at the other end. The lens 30 can be further selected in the present invention to make it It is suitable for single-mode (single-mode), multi-mode (multi-mode) fiber, different-wavelength fibers, and Dense Wavelength Division Multiplexing systems. Please refer to Figure 4 for details. When the signal passes through each light-sensitive display connector 8 (or 9), the fluorescent layers 3 and 3 1 inside the intermediate phosphor 2 on the light-sensitive display connector 8 (or 9) can be discolored. display,

561289 V. Description of the invention (6) It is learned that the optical fiber network is in good condition. (Please refer to the fourth figure) The double-recessed optical sensor display connector 8 can directly connect two sections of fiber optic patch cords (Patch cord ) 1 1 fiber optic connector 12, so it can directly replace the connection of the optical cable distribution box (Fibre Distribution Panel); and the male and female optical sensor display connector 9, because its two sides can be connected to the patch cord 1 1 connector; L 2 and the connector of the optical cable distribution box (π bre Distribution Panel), so it can be connected in series to the original connector position of the optical cable distribution box (Fibre Distribution Panel). Through the light-emitting layer 3 (or 31) of each light-sensitive display connector 8 (or 9), the fluorescent display changes color, which means that the transmission function is normal. Please refer to the fifth figure. When the signal is interrupted, the light traveling direction 1 3 transmits the optical signal to the optical fiber interruption position i 4, and the optical signal Z reaches the optical sensor display connector 9 to make the phosphor 2 Internal / fluorescent layer 3 1 The fluorescent color-changing display has arrived here, and observe the light-sensitive display connector ^ Fluorescent layer 3 of the block 8 is not fluorescent-color-changing display ', and learned that the optical signal cannot be connected through the light-sensitive display connector 8 The lens 30, and the inspector can immediately find the glare discoloration display and the invariable light-sensitive display connector 9 disc 8 、 < relative alignment ', and then the fault recovery signal is transmitted. In order to make the present invention more show its progress and practicability, it is as follows: Paper will use its lens filtering and spectroscopic effect so that it can transmit signals and sensing signals at the same time to change the color of fluorescent display. ~heart

Page 10 561289 V. Description of the invention (7) 2. Convenient for maintenance. 3. The interruption position can be displayed in real time to provide judgement of the repair position. 4. It can quickly repair and resume signal transmission. 5. Practical value. 6, with industrial and commercial and industrial use value. In summary, the present invention has already met the requirements for the application of an invention patent. 提出 Submit an application in accordance with the law, and ask the Commissioner of the Bureau of Examinations to make a clear reference and grant the patent right of the invention.

Page 11 561289 Brief description of the drawings The first diagram is an exploded view of the light-sensitive display connector of the present invention. The second figure is a schematic diagram of the combination of the light-sensitive display connector of the present invention. The second figure is a schematic cross-sectional view of a light-sensitive display connection base of the present invention. The third figure is a diagram of another embodiment of the light-sensitive display connector of the present invention. The fourth figure is a schematic diagram of the communication achieved by the fluorescent discoloration display on the light-sensitive display connector of the present invention. The fifth diagram is a schematic diagram of the signal interruption on the light-sensitive display connector of the present invention.

Page 12

Claims (1)

561289 6. Application patent scope 1. A light-sensitive display connection base, which is composed of a docking base, a left and right fixed sealing plywood, and a fluorescent layer; It is characterized in that the light-sensitive display is combined with the light-sensitive display of the light body combination. Device, and the metal adapter seat, the metal adapter seat and several other holes for screws to pass through the fluorescent body, the lens is provided in the center of the fluorescent body to penetrate the optical fluorescent layer, and the fluorescent layer The advantage with the phosphor only allows the phosphor layer to sense the light in the optical fiber to provide observation, but the external light source cannot penetrate the light. 2. As described in item 1 of the scope of the patent application, where the optical sensor of the light-sensitive display connector is a double-concave light-sensing sensor, the optical fiber using a patch cable (Patchc 0rd) in the connector is connected to the fiber jumper. Patchcord and 3. As in the first patent application scope, the light sensing of the light-sensitive display connection base is used in the double concave light-sensitive display connection base (Fibre Distribution Panel) to pass through the optical cable distribution box. (Fibre Di st light-sensitive display connection base. 4. As mentioned in the first patent application scope, it is fixed by a metal lens at both ends of the phosphor holder in one or one lens holder, which is fixed to the gold number, and a unidirectional signal is used. To change the light-sensitive display of the fluorescent body, directly connect the head, so that the light-sensitive display of the light-sensitive display is installed, and directly take the connector ri bu ti on The transparent color display of the connecting lens affects the fluorescent display. It can be connected to the optical signal at both ends. If it is not connected, the display should be replaced. It can replace the optical cable, so that the metal side of the light panel, the mirror and the fluorescent clip are equipped with a separate socket. , And the enclosing package is provided to the fluorescent layer. The connection base is set to all the light to pass through the base. The connection base is set to the light-sensitive display connection base described in the wiring box. Page 13 561289 6. The scope of patent application 'The light-sensitive display device of the light-sensitive display connection base can be used in the concave-convex light-sensitive display connection base, connected in series ~ 4 black for light and fiber jumper wiring ( Patch cord) fiber connector and the other end is the connector in the Fibre Distribution Panel, so that the optical signal can pass through the patch cable and patch distribution panel ) Light sensor display connector inside. 5. The light-sensitive display connector as described in item 1 of the scope of the patent application, wherein the light-sensitive display device of the light-sensitive display connector can be installed in the fiber-optic connector base and directly connected to the optical fiber at both ends. The optical fiber connection head allows the optical signal to pass through the optical sensing display connector of the optical fiber. 6. The light-sensitive display connection base described in item 1 of the scope of patent application, wherein the light-sensitive display device of the light-sensitive display connection base can further select various types of metal docking bases, making it applicable to various types. Patch cords for connectors and optical fibers. 7. The light-sensitive display connection base described in item 1 of the scope of patent application, wherein the light-sensitive display device of the light-sensitive display connection base can further use various lenses to make it suitable for single-mode , Multi-mode fiber, multi-wavelength fiber, and dense wavelength division multiplexing (Dense Wavelength Division Multiplexing) systems.