TWM493067U - Double-sided-use fiber optic connector cleaning strip set - Google Patents

Description

Fiber optic connector cleaning strip set for double-sided use

This creation relates to a fiber optic connector cleaning strip set, and more particularly to a structure that can be used on both sides to clean the fiber optic splice.

In order to ensure that the fiber connector is connected to the fiber connector through the fiber connector, the transmission quality of the signal connection is not affected by dust and other pollution. When the worker is working on the wiring, the surface of the fiber connector is cleaned by a special cleaner for the fiber connector. To reduce the possibility of contamination caused by pollution.

A special cleaner for the transmission fiber connector, with a transmission mechanism, a housing and a cleaning belt. The housing is accommodating the transmission mechanism and the cleaning belt, and the cleaning belt is partially exposed to the housing, so that the optical fiber connector can be rubbed on the cleaning belt for cleaning. The cleaning belt is rotated by the transmission mechanism so that the portion of the cleaning belt exposed to the casing is constantly updated. However, both sides of the cleaning tape should have a cleaning function, and the cleaning tape of the conventional fiber connector-specific cleaner is exposed to the same side of the casing, which is very wasteful.

The reason is that this creator feels that the above problems can be improved. He is concentrating on research and using the application of theory, and proposes a creation that is reasonable in design and effective in improving the above problems.

The present embodiment is directed to providing a fiber optic splice cleaning strip set that can be used on both sides, which can be used on both sides of the fiber optic splice cleaning strip set.

In order to achieve the above, one of the embodiments of the present invention provides a double The fiber optic connector cleaning strip set used includes a transmission assembly, a cleaning belt, and a housing. The transmission assembly includes a drive wheel set. The cleaning belt includes a first surface and a second surface opposite to the first surface, the cleaning belt is partially disposed on the transmission wheel set; the housing includes an inner casing and an outer casing covering the inner casing. The inner casing includes a turning structure, the driving wheel set is received in the inner casing, the outer casing includes a cleaning area, and the cleaning belt partially surrounds the turning structure; wherein the first surface portion of the cleaning belt is exposed In the cleaning zone, the cleaning tape is partially wound around the turning structure to expose the second surface portion of the cleaning tape to the cleaning zone.

The beneficial effect of the present creation may be that the present embodiment has the effect of being able to use the cleaning tape on both sides.

In order to further understand the features and technical contents of the present invention, please refer to the following detailed description and drawings of the present invention. However, the drawings are only for reference and explanation, and are not intended to limit the creation.

40‧‧‧Transmission components

41‧‧‧Drive wheel set

411‧‧‧Drive disk

4111‧‧‧Transmission gear

4112‧‧‧Right teeth

412‧‧ ‧ closing

4121‧‧‧ ratchet ring

4122‧‧‧Retraction column

413‧‧‧dish

414‧‧‧Winding disk

4141‧‧‧ outer ring

4142‧‧‧ winding column

42‧‧‧ Press unit

421‧‧‧ Press the button

4211‧‧‧Connection block

4212‧‧‧ pivot block

4213‧‧‧guide slider

422‧‧ ‧ spring

423‧‧‧Guide

4231‧‧‧Cylinder

4232‧‧‧Fixed Department

43‧‧‧Promoting module

431‧‧‧Promoting block

4311‧‧•Spring fixed column

4312‧‧‧Upper guide hole

4314‧‧‧ lower guide hole

4315‧‧‧ lower rack

4313‧‧‧Top rack

433‧‧‧ linkage rod

4330‧‧‧Axis hole

4331‧‧‧Top

4332‧‧‧ bottom

44‧‧‧ friction wheel

441‧‧‧Quantitative wheel

4411‧‧‧ convex teeth

50‧‧‧Clean belt

51‧‧‧ first side

52‧‧‧ second side

60‧‧‧shell

61‧‧‧First inner shell

610‧‧‧Ring cover

611‧‧‧Resistance

62‧‧‧Second inner shell

621‧‧‧Resistance

622‧‧‧Transparent Department

623‧‧‧ 容 部

624‧‧‧Support plane

625‧‧‧Friction wheel column

63‧‧‧ first shell

630‧‧‧ openings

631‧‧‧Axis

632‧‧‧Bottom pivot

634‧‧‧ shaft

635‧‧‧Installation Department

64‧‧‧second outer casing

641‧‧‧ Hollow

642‧‧‧Fixed parts

645‧‧‧Installation Department

65‧‧‧Flip structure

651‧‧‧Flip column

6511‧‧‧Cone

652‧‧‧Rotating column

66‧‧‧Clean area

661‧‧‧Support board

662‧‧‧ fixed board

6621‧‧‧Perforation

664‧‧‧shading board

6640‧‧‧11

FIG. 1 is an exploded view of the optical fiber connector cleaning belt set of the present invention.

FIG. 2 is another perspective exploded view of the optical fiber connector cleaning tape set of the present invention.

FIG. 3 is a schematic view showing the inner casing of the optical fiber connector cleaning belt set assembled to the first outer casing.

4 is a schematic view of another perspective view of the inner casing of the inventive fiber optic connector cleaning tape set assembled to the first outer casing.

Figure 5 is a schematic view of the first state of the novel fiber optic connector cleaning strip set (hidden inner casing).

Fig. 6 is a schematic view showing another angle of the first state of the optical fiber connector cleaning belt set (hidden inner casing).

Fig. 7 is a schematic view showing the second state of the novel optical fiber connector cleaning belt set (hiding inner casing).

Figure 8 is a schematic view of the second state of the novel fiber optic connector cleaning strip set at another angle (hidden inner casing).

Referring to Fig. 1 and Fig. 2, an exploded perspective view of the optical fiber joint cleaning belt set which can be used for both sides. The fiber optic connector cleaning strip set includes a transmission assembly 40, a cleaning belt 50 and a housing 60. The cleaning belt 50 is partially wound around the transmission assembly 40. The transmission assembly 40 and the cleaning belt 50 are disposed together in the housing 60 and are cleaned. The belt 50 is exposed to the casing 60. The cleaning tape 50 has a first face 51 and a second face 52.

The housing 60 includes a first inner casing 61, a second inner casing 62, a first outer casing 63, and a second outer casing 64. The interior of the housing 60 houses a flipped structure 65. The first inner casing 61 and the second inner casing 62 are combined to form an inner casing to receive the cleaning belt 50. The turning structure 65 is disposed in the chamber after the first inner casing 61 and the second inner casing 62 are combined to flip the cleaning belt 50. The front and back sides are side by side. The first outer casing 63 and the second outer casing 64 are combined into a casing, and the first inner casing 61 and the second inner casing 62 are disposed together in the chamber after the first outer casing 63 and the second outer casing 64 are combined. The outer casing encloses the inner casing.

The first inner casing 61 and the second inner casing 62 are combined to form an opening, and the inner space of the first inner casing 61 and the second inner casing 62 defining the opening and the opening is defined as a cleaning zone 66, and the cleaning zone 66 is roughly rectangular. The second inner casing 62 is provided with a support plane 624 corresponding to the position of the cleaning zone 66, and a support plate 661 is disposed on the support plane 624. A fixing plate 662 is disposed above the supporting plate 661, and a shielding plate 664 is disposed above the fixing plate 662. The fixing plate 662 is provided with two parallel and elongated perforations 6621 for respectively exposing the first surface 51 and the second surface 52 of the cleaning strip 50. The longitudinal direction of the perforations 6621 is parallel to the long side of the cleaning zone 66. The first outer casing 63 also forms an opening 630 corresponding to the cleaning zone 66.

As shown in FIG. 1 and FIG. 2, the transmission assembly 40 includes a transmission wheel set 41, a pressing unit 42, a propulsion module 43, and two friction wheels 44. The pressing unit 42 and the propulsion module 43 are connected to each other, and the propulsion module 43 is placed inside the pressing unit 42. The transmission wheel set 41 and the friction wheel 44 are respectively connected to the propulsion module 43.

The drive wheel set 41 includes a drive plate 411, a take-up reel 412, a separation disc 413 and a winding disc 414. The partitioning disc 413 is disposed between the take-up reel 412 and the winding reel 414, and the driving disc 411 is disposed on the outer side surface of the take-up reel 412 opposite to the partitioning disc 413. The drive plate 411, the take-up reel 412, the separation plate 413, and the winding plate 414 are coaxially disposed on the same axis. The outer side of the drive plate 411, that is, the side facing away from the take-up reel 412, is provided with a transmission gear 4111, and the transmission gear 4111 is coaxially disposed on the center of the drive plate 411. The circumference of the drive plate 411 is further provided with a pair of abutting teeth 4112 which are arcuately and elastically disposed on the circumference of the drive plate 411.

The outer side surface of the take-up reel 412, that is, the side facing the drive plate 411, is provided with a ratchet ring 4121. The ratchet ring 4121 has the same center position as the take-up reel 412. The inner diameter of the ratchet ring 4121 is substantially the same as the outer diameter of the drive disk 411. The ratchet ring 4121 has internal and external teeth, and the internal and external teeth are ratchet teeth having the same inclination direction. The abutting teeth 4112 of the drive plate 411 are engaged with the internal teeth of the ratchet ring 4121. The inner side surface of the take-up reel 412, that is, the side facing the winding reel 414, is provided with a retracting post 4122 at its center position, and the retracting post 4122 is substantially perpendicular to the disc surface of the take-up reel 412. The outer side of the winding disk 414, that is, the side facing away from the take-up reel 412, is provided with an outer ring gear 4141. The number of teeth and the modulus of the outer ring 4141 are substantially the same as the outer teeth of the ratchet ring 4121. A winding post 414 is provided with a winding post 4142 at a center of one side of the take-up reel 412.

Referring to FIGS. 2 and 3 , the pressing unit 42 includes a pressing button 421 , a spring 422 and a guiding member 423 . One end of the spring 422 abuts against the pressing key 421. The push button 421 is provided with a push rod 4211 fixed to one side of the top end thereof and facing the guide member 423. One side of the push rod 4211 is provided with a pivoting block 4212, and the other side is provided with a guiding slider 4213. The guide 423 is fixed to the outer casing. The guiding member 423 of the present embodiment has a fixing portion 4232 having an arc-shaped plate shape and being fixed in the outer casing, and a cylindrical portion 4231 connected to the fixing portion 4232. The cylindrical portion 4231 is directed toward the pressing button 421 and guided. Press the key 421. The first outer casing 63 and the second outer casing 64 of the embodiment are respectively provided with a mounting portion 635, 645 for fixing the fixing portion 4232 of the guiding member 423.

The propulsion module 43 includes a propulsion block 431 and a linkage rod 433. The propulsion block 431 and the linkage rod 433 are disposed outside the first inner casing 61 in the present embodiment and assembled to the inner side of the first outer casing 63. A front end of the push block 431 is provided with a spring fixing post 4311 to abut against the other end of the spring 422. The pushing block 431 is provided with an upper guiding hole 4312 And a guide hole 4314. The guide slider 4213 passes through the push block 431 and guides the push block 431. As shown in FIG. 3, the guide slider 4213 of the push rod 4211 is disposed in the upper guide hole 4312 of the push block 431. A shaft 634 is disposed inside the first outer casing 63, and the shaft 634 passes through the lower guide hole 4314 of the push block 431, whereby the push block 431 can be displaced forward and backward in accordance with the action of the push button 421. The push block 431 is provided with an upper rack 4313 at its top edge and a lower rack 4315 at its bottom edge.

Referring to FIG. 2 and FIG. 3 , the linkage rod 433 has a bottom end 4332 pivotally connected to the lower end pivot 632 of the first outer casing 63 , a top end 4331 coupled to the lug 6440 of the shielding plate 664 , and a bottom portion A shaft hole 4330 between the end 4332 and the top end 4331. The pivoting block 4212 of the push rod 4211 is coupled to the shaft hole 4330 of the linkage rod 433. When the pressing button 421 is pressed inward, the push rod 4211 moves inwardly with the pressing button 421 and pushes the interlocking lever 433 to rotate along the bottom end 4332. The top end 4331 of the linking rod 433 pushes the shielding plate 664 to open the cleaning area 66. .

The outer surface of the two friction wheels 44 is provided with flat teeth, and the two friction wheels 44 are rotatably disposed in the inner casing and collectively clamp the cleaning belt 50. As shown in FIG. 1, the two friction wheels 44 are friction wheel posts 625 provided in the second half-shell 62. One end of one of the friction wheels 44 is exposed to the first inner casing 61 and is engaged with a certain amount of rollers 441, and the quantitative roller 441 is located outside the inner casing and coaxial with the friction wheel 44. The metering roller 441 is provided with a convex tooth 4411, and the convex tooth 4411 is engaged with the upper rack 4313 of the pushing block 431.

The outer side of the first inner casing 61 forms an annular cover portion 610. The inner edge of the annular cover portion 610 is provided with an abutting tooth 611. The modulus of the abutting tooth 611 is the same as that of the ratchet ring 4121 of the take-up reel 412. The second inner casing 62 is provided with an abutting tooth 621 , a transparent portion 622 and a receiving portion 623 . The abutting teeth 621 of the second inner casing 62 are substantially the same as the abutting teeth 611 of the first inner casing 61 . The accommodating portion 623 is located on a side of the second inner casing 62 facing the first inner casing 61. The accommodating portion 623 is formed by a ring wall structure, and the diameter of the accommodating portion 623 is slightly larger than the diameter of the transmission wheel set 41. The second outer casing 64 has a hollow portion 641 whose position corresponds to the transparent portion 622.

The turning structure 65 includes a flip column 651 and two rotating columns 652, and the rotating column 652 The rotating inner column 62 is disposed on one side of the first inner casing 61, and the rotating column 652 is disposed on two sides of the supporting plane 624. The rotating column 652 is parallel to the short side of the cleaning area 66, and advances with the cleaning belt 50. The direction is vertical. The direction of the cylinder of the flip column 651 is at an angle to the cylinder direction of the rotating column 652, and the cylinder direction of the flip column 651 is substantially parallel to the normal direction of the support plane 624, and the cylinder direction of the flip column 651 is also A small angle is formed with the normal direction of the support plane 624. The middle portion of the flip column 651 is provided with a taper portion 6511. The radius of one end of the taper portion 6511 near the opening is the largest, and the radius of the end of the taper portion 6511 away from the opening is the smallest.

The above is a description of the structure of each component of the optical fiber connector cleaning tape 1, and the following is the connection relationship between the components.

The transmission wheel set 41 is disposed in the accommodating portion 623 of the second inner casing 62, and the winding disk 414 of the transmission wheel set 41 is adjacent to the second inner casing 62, and the transmission disk 411 is adjacent to the first inner casing 61. The abutting teeth 611 of the first inner casing 61 are directional against the external teeth of the ratchet ring 4121 of the take-up reel 412, and the abutting teeth 621 of the second inner casing 62 are directional against the external teeth of the winding disc 414. Ring 4141.

One end of the cleaning belt 50 is wound around the winding column 4121 of the winding tray 412. The cleaning belt 50 passes through the front half of one of the rotating columns 652 (the left half shown in FIG. 1), and then the fixing plate 662 and the supporting plate 661. Between the cleaning zone 66 and the first face 51 of the cleaning tape 50 is exposed to one of the perforations 662 of the fixing plate 662. Then passing through the first half of the other rotating column 652 (the left half shown in FIG. 1), and the cleaning tape 50 is twisted at an angle, so that the first surface 51 of the cleaning tape 50 contacts the tapered portion 6511 of the flip column 651 and is wound Set about 1/2 circle. The cleaning belt 50 is again twisted by an angle and passes through the second half of the other rotating column 652 (the right half as shown in FIG. 1), and then passes between the fixing plate 662 and the support plate 661 through the cleaning zone 66. The cleaning tape 50 is another perforation 6621 exposed on the second surface 52 to the fixing plate 662, and then the cleaning tape 50 passes through the second half of a rotating column 652 (the right half shown in FIG. 1), and the other end of the cleaning tape 50 The diffraction post 4141 is wound around the winding disk 414. Due to the arrangement of the flip column 651, the first surface 51 and the second surface 52 of the cleaning strip 50 can be exposed to the perforations 6621 on both sides of the fixing plate 662, respectively. The embodiment The flip column 651 is provided with a taper portion 6511, so that the cleaning strip 50 can be more stably disposed on the flip post 651.

A fixing member 642 is disposed through the second outer casing 64, the first inner casing 61, the center of the transmission wheel set 41, and the second inner casing 62, and is fixed to the first outer casing 63. The transmission wheel set 41 is steadily and rotatably disposed in the first inner casing 61 and the second inner casing 62.

As can be seen from the above, the cleaning tape 50 is partially wound around the take-up reel 4124 of the take-up reel 412, a portion of the cleaning tape 50 is located in the cleaning zone 66, and another portion of the cleaning tape 50 is wound around the winding disk 414. Column 4142. In the present embodiment, the cleaning tape 50 (ie, the clean cleaning tape 50) that has not passed through the cleaning zone 66 is wound around the winding post 4142 of the winding disk 414, and passes through the cleaning zone 50 of the cleaning zone 66 (ie, the cleaned cleaning tape 50). The winding column 4122 is wound around the take-up reel 412. The partitioning disc 413 is disposed between the take-up reel 412 and the winding disc 414, that is, the partitioning disc 413 separates the clean cleaning strip 50 from the contaminated cleaning strip 50, so that the clean cleaning strip 50 is not contaminated by the cleaning strip 50. Pollution. The winding disk 414 can be made of a transparent material, so that the user can see the clean cleaning tape 50 in the winding disk 414 and the partitioning disk 413 through the hollow portion 641 of the second outer casing 64 and the transparent portion 622 of the second inner casing 62. How much stock is left in the cleaning belt 50.

The connecting block 4211 may be a single key or integrally formed with the pressing key 421. When the push key 421 is pressed, the connection block 4211 moves with the push key 421 and the moving direction is the same. The lower rack 4315 of the pusher block 431 is abutted against the transmission gear 4111 of the drive plate 411. The guiding member 423 abuts against the receiving portion 623 of the second inner casing 62. One end of the linkage rod 423 is pivotally connected to a side of the first outer casing 63 facing the second outer casing 64, and the other end of the linkage rod 423 is pivotally connected to the shielding plate 664, so that the shielding plate 664 is movably disposed on the fixing plate 662.

The following is a description of the state of the fiber optic connector cleaning strip set. The fiber optic connector cleaning strip set has a first state (see Figures 5, 6) and a second state (Figures 7, 8). When the fiber connector cleaning tape is assembled in the first state, the spring 422 between the pressing button 421 and the guiding member 423 is in a natural state or the compression elastic force is the smallest, and the shielding plate 664 is disposed on the fixing plate 662.

When the optical fiber connector cleaning belt is assembled in the second state, the spring 422 between the pressing key 421 and the guiding member 423 has a compressive elastic force, and the convex teeth 4411 of the quantitative roller 441 are engaged with the upper rack 4313 of the pushing block 431.

The operation of the optical fiber connector cleaning belt group from the first state to the second state will be described below. When the optical fiber connector cleaning belt is set in the first state, the user applies a force on the pressing key 421, and the pressing key 421 pushes in the direction of the transmission wheel group 41, and the spring 422 has a compressive elastic force. The push of the push button 421 drives the pusher block 431, and the direction of movement of the pusher block 431 is the same as that of the push button 421. The lower rack 4315 of the push block 431 pushes the transmission gear 4111. That is, the linear movement of the propulsion block 431 is converted by the lower rack 4315 and the transmission gear 4111 such that the transmission disc 411 is rotated about the lower end pivot 632 of the first outer casing 63. As shown in FIG. 6, the abutting teeth 4112 of the drive plate 411 drive the internal teeth of the ratchet ring 4121 of the take-up reel 412, thereby rotating the take-up reel 412. The take-up reel 4122 of the take-up reel 412 winds up the cleaning tape 50, causing the cleaning tape 50 to be driven. Therefore, the portion of the cleaning tape 50 exposed to the perforation 6621 of the fixing plate 662 is changed, and the clean cleaning tape 50 between the winding disk 414 and the separation disk 413 is pulled out.

A cleaning belt 50 is interposed between the two friction wheels 44, and is transmitted through the cleaning belt 50, and the friction wheel 44 is further driven by the cleaning belt 50. The rotation of the friction wheel 44 drives the rotation of the metering roller 441. At the same time, the convex teeth 4411 of the quantitative roller 441 abut against the upper rack 4313 of the push block 431, and the convex teeth 4411 are directionally engaged with the upper rack 4313, so that the convex teeth 4411 can prevent the push block 431 from moving. Since the friction wheel 44 rotates by the driving of the cleaning belt 50, and the radius of the friction wheel 44 does not change, the driving length of the cleaning belt 50 can be directly converted into the rotation angle of the friction wheel 44, and the rotation angle of the roller 441 and the friction wheel 44 the same. That is, after the cleaning belt 50 is driven for a certain length, the convex teeth 47411 of the metering roller 441 can resist the advancement of the pushing block 431, and the winding tray 412 can be prevented from retracting the excess cleaning belt 50. In other words, the length of the cleaning belt 50 each time the transmission is approximately equal to one revolution of the friction wheel 44.

Since one end of the linkage rod 433 is rotatably fixed to the first outer casing 63, the other end of the linkage rod 433 moves with the push rod 4211, that is, the top end 4331 of the linkage rod 433 is carried. The movable shielding plate 664 is moved backward, so that the user can wipe the optical fiber connector to the cleaning tape 50 through the through hole 6621 of the fixing plate 662.

When the optical fiber connector cleaning tape set is used up to the later stage, the cleaning tape 50 is more used after use, and the cleaning tape 50 wound between the winding closing plate 412 and the separation disk 413 has a larger radius, so the winding closing plate 412 can be driven without rotating too much angle. A cleaning strip 50 of the desired length. When the winding angle of the take-up reel 412 becomes small, that is, the pushing distance of the pushing block 431 is small, and the pushing distance of the pressing key 421 and the push rod 4211 becomes small. However, the pushing distance of the push rod 4211 becomes small, so that the interlocking rod 433 cannot drive the shielding plate 664 to completely retreat. One end of the spring 422 of the present embodiment is fixed to the pressing button 421, and the other end is fixed to the pushing block 431, so that when the pushing block 431 does not move, the elastic force of the spring 422 can drive the pushing block 431 and then the rod 433, so that the shielding plate 664 It can still be moved to a fully backward state.

From the above, through the propulsion block 431, the transmission wheel set 41, the friction wheel 44, the quantitative roller 441, the linkage rod 433 and the torsion spring 4323, the inventive fiber optic connector cleaning belt group can smoothly change from the first state to the second state. . The following is an explanation of the operation of the optical fiber connector cleaning tape group from the second state (Figs. 7 and 8) to the first state (Figs. 5 and 6).

When the fiber connector cleaning belt is set in the second state, the user reduces the force applied to the pressing button 421, and the elastic force of the spring 422 causes the pressing button 421 to move to the position in the first state, thereby causing the push rod 4211 to go to the first state. When the position direction moves, the push rod 4211 moves the position of the push block 431 in the first state. Through the lower rack 4315 and the transmission gear 4111, the propulsion block 431 drives the transmission disc 411 to rotate, and the rotation of the transmission disc 411 is opposite to the rotation direction of the first state to the second state. Since the driving disc 411 is directionally engaged with the internal teeth of the ratchet ring 4121 of the take-up reel 412, the driving disc 411 does not drive the reel 412. Further, since the external teeth of the ratchet ring 4121 of the take-up reel 412 are directionally engaged with the abutting teeth 611 of the first inner casing 61, the abutting teeth 611 can also abut against the rotation of the take-up reel 412. The winding disk 414 can also be fixed by the abutting teeth 621 of the second inner casing 62 to prevent the winding disk 414 from rotating. At the same time, the guide slider 4213 of the push rod 4211 drives the linkage rod 433 to swing the linkage rod 433 to the first state, so that the shielding plate 664 is disposed on the fixing plate 662.

[Possible effects of the examples]

In summary, the beneficial effect of the present invention may be that the creation uses the turning device to achieve the purpose that the cleaning belt can be turned over to avoid waste. By using the cone rotating wheel of the first cylinder, the cleaning belt can be made smoother during the traveling process. With the design of the quantitative roller, the winding length of the cleaning belt is fixed. By using the setting of the propulsion module and the transmission wheel, the user can press the pressing button to set the fiber connector cleaning belt group between the first state and the second state. The use of friction wheels, metering rollers and upper racks allows the cleaning belt to avoid excessive winding. With a single spring and push rod arrangement, the shield can be moved smoothly from the fixed plate to fully retracted.

The above description is only a preferred and feasible embodiment of the present invention, and thus does not limit the scope of the patent of the present invention. Therefore, any equivalent technical changes made by using the present specification and the contents of the schema are included in the scope of protection of the present creation. .

40‧‧‧Transmission components

41‧‧‧Drive wheel set

411‧‧‧Drive disk

4111‧‧‧Transmission gear

4112‧‧‧Right teeth

412‧‧ ‧ closing

4121‧‧‧ ratchet ring

413‧‧‧dish

414‧‧‧Winding disk

4142‧‧‧ winding column

42‧‧‧ Press unit

421‧‧‧ Press the button

422‧‧ ‧ spring

423‧‧‧Guide

4231‧‧‧Cylinder

43‧‧‧Promoting module

431‧‧‧Promoting block

4311‧‧•Spring fixed column

4312‧‧‧Upper guide hole

4314‧‧‧ lower guide hole

4315‧‧‧ lower rack

4313‧‧‧Top rack

433‧‧‧ linkage rod

4331‧‧‧Top

4332‧‧‧ bottom

44‧‧‧ friction wheel

441‧‧‧Quantitative wheel

50‧‧‧Clean belt

51‧‧‧ first side

52‧‧‧ second side

60‧‧‧shell

61‧‧‧First inner shell

611‧‧‧Resistance

62‧‧‧Second inner shell

623‧‧‧ 容 部

624‧‧‧Support plane

625‧‧‧Friction wheel column

63‧‧‧ first shell

64‧‧‧second outer casing

642‧‧‧Fixed parts

645‧‧‧Installation Department

65‧‧‧Flip structure

651‧‧‧Flip column

6511‧‧‧Cone

652‧‧‧Rotating column

66‧‧‧Clean area

661‧‧‧Support board

662‧‧‧ fixed board

6621‧‧‧Perforation

664‧‧‧shading board

Claims (10)

A double-sided optical fiber connector cleaning tape set comprising: a transmission assembly including a transmission wheel set; a cleaning tape comprising a first surface and a second surface opposite to the first surface, the cleaning belt portion And a casing, comprising an inner casing and an outer casing covering the inner casing, the inner casing comprising a turned structure, the transmission wheel set being received in the inner casing, the outer casing Included in the cleaning zone, the cleaning tape partially surrounds the turning structure; wherein the first surface portion of the cleaning tape is exposed in the cleaning zone, and the cleaning tape is partially wound around the turning structure to make the cleaning tape second The face portion is exposed in the cleaning area. The optical fiber connector cleaning tape set of claim 1, wherein the turning structure comprises a flipping column and two rotating columns, the two rotating columns are disposed on two sides of the supporting plane, and the housing is The cleaning zone forms a support plane, the flipping column is substantially parallel to the normal direction of the support plane, and the cleaning strip between the cleaning zone and the flipping column is twisted at an angle, and the cleaning strip is aligned with the first side The flip column is in contact. The optical fiber connector cleaning tape set of claim 2, wherein the flipping post has a tapered portion, the cleaning tape is disposed around the tapered portion, and the direction of the cylinder of the flipped column and the supporting plane The line direction is clipped at a small angle. The optical fiber connector cleaning tape set of claim 1 , wherein the driving component further comprises a pressing unit and a pushing module, wherein the pushing module is connected to the pressing unit, and the pressing unit comprises a pressing button and a pressing button. a spring and a guiding member, the propulsion module is coupled to the rotatable transmission wheel set, the propulsion module includes a propulsion block and a linkage rod, the two ends of the spring abutting the front end of the propulsion block and the Pressing a button, the guiding member is fixed to the outer casing to guide the pressing button, and the pushing block is engaged with the pressing button to perform front-rear displacement. The connecting rod has a bottom end pivotally connected to the inner side of the outer casing, and a The top end is coupled to a shielding plate for control Opening and closing of the cleaning area. The optical fiber connector cleaning tape set of claim 4, wherein the pressing button is provided with a push rod fixed to a side of the top end thereof, and facing the guiding member, a side of the push rod is provided with a pivotal connection The block is pivotally connected to the linkage rod, and the other side is provided with a guide slider, and the guide slider passes through the propulsion block and guides the propulsion block. The optical fiber connector cleaning tape set of claim 5, wherein the pushing block is provided with an upper guiding hole and a lower guiding hole, and the guiding slider of the push rod is disposed in the upper guiding hole of the pushing block, A shaft is disposed on the inner side of the casing, and the shaft passes through the lower guide hole of the propulsion block, whereby the propulsion block can be displaced forward and backward in accordance with the action of the pressing button. The optical fiber joint cleaning belt set of claim 6, wherein the propulsion block is provided with an upper rack at a top edge thereof and a lower rack at a bottom edge thereof; wherein the two friction wheels are rotatably disposed on the bottom The cleaning belt is clamped in the inner casing, and one end of the friction wheel is exposed to the inner casing and is engaged with a certain amount of rollers. The quantitative roller is provided with a convex tooth which is meshed and directionally locked The upper rack of the push block. The optical fiber joint cleaning belt set of claim 7, wherein the transmission wheel set comprises a drive plate, a roll closing plate, a dividing disk and a winding disk; the dividing disk is disposed on the winding closing plate and the winding disk The driving disc is disposed on the outer side of the reel and opposite to the partitioning disc; the outer center of the driving disc is provided with a transmission gear, and the lower rack of the propulsion block abuts the transmission gear of the driving disc; The circumference of the drive disc is further provided with at least one abutting tooth system which is arcuately and elastically disposed on a circumference of the drive disc. The optical fiber connector cleaning tape set of claim 8 , wherein a side of the winding plate facing the driving disk is provided with a ratchet ring, and a side of the winding disk is provided with a winding column for winding the cleaning tape. The ratchet ring has internal teeth and external teeth, and the abutting teeth of the drive plate engage the internal teeth of the ratchet ring. A fiber optic connector cleaning tape set according to claim 9 which can be used for both sides, wherein the winding An outer toothed ring is disposed on one side of the winding back of the winding plate, and a winding column is disposed at a center of one side of the winding disk for winding the cleaning tape, and the inner casing is provided with an abutting tooth directionally Abutting the outer ring gear of the winding disk.