CN203578244U - Portable optical fiber end face cleaning tool - Google Patents
Portable optical fiber end face cleaning tool Download PDFInfo
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- CN203578244U CN203578244U CN201320685821.4U CN201320685821U CN203578244U CN 203578244 U CN203578244 U CN 203578244U CN 201320685821 U CN201320685821 U CN 201320685821U CN 203578244 U CN203578244 U CN 203578244U
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- rolling wheel
- face
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- projection
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Abstract
The utility model discloses a portable optical fiber end face cleaning tool which comprises a probe, a reciprocating part, an end cover and an elastic pushing part. The probe is provided with a driving rod and a probe body arranged on the driving rod and provided with two through holes. The reciprocating part is arranged on the driving rod and provided with a supplying rolling wheel and a collecting rolling wheel. The end cover guides the driving rod to rotate around a shaft, and a cleaning material is let out from the supplying rolling wheel, passes through the two through holes and reaches the collecting rolling wheel through the contact end face of the probe body. The elastic pushing part is arranged between a blocking base portion of the end cover and the reciprocating part so as to maintain the relative relation between the reciprocating part and the end cover.
Description
Technical field
The utility model relates to a kind of Portable burnisher, relates in particular to a kind of Portable fiber end face burnisher that can continue to provide cleaning material.
Background technology
Existing burnisher, for reaching technical grade clean level, prevents transmission loss so that the optical fiber joining is brought into play desirable usefulness, and is used to clean fiber end face, particularly in order to the optical fiber of cleaning requirement and other fiber alignments.
This existing burnisher have a spy touch most advanced and sophisticated, and make cleaning band from a supply rolling wheel tip through a body of rod, after clean fiber end face, then rolling is collected rolling wheel in one.This body of rod is operably connected to one and holds aforementioned rolling wheel and the assembly that can retreat.When this tip presses on fiber end face, this body of rod promotes this assembly and retreats, and by a wire drives structure, is engaged in one and is arranged at coaxially the gear that this collects rolling wheel.When the cleaning band from supplying with rolling wheel is through fiber end face, sticking impurity on fiber end face will be pulled away and be accommodated in and collect rolling wheel with cleaning band, thereby can reach the effect of clean fiber end face.
The wire drives structure of aforementioned existing burnisher includes a row and is formed in the engaging tooth on aforementioned components inwall along linear, for being radially engaged in aforementioned in-line gears.Yet when aforementioned existing burnisher is surprisingly subject to axial shock, this wire drives structure and this gear very easily mutually depart from and cannot mesh, cause existing burnisher immediately fault cannot move and lose function.
Consider the environment that Portable fiber end face burnisher is employed, can predict existing burnisher and easily suffer unexpected accidental impact.
The structure that this wire drives structure and this gear form, the aforementioned components that is formed at existing burnisher is inner, will cause user when existing burnisher fault cannot be moved, the burnisher that indistinguishable can move and the burnisher of fault.User may not know the existing burnisher that carries fault, but until just find its fault while using, can be for the not fault burnisher of replacing and cannot separately look for then and there.
In addition, the aforementioned rolling wheel of collecting includes two end opposite and two gear wheels that are arranged at respectively described end opposite.Described two gear wheel shapes are different, to be engaged in respectively a clip pawl and a stopper element.This clip pawl is arranged at one for the housing that holds aforementioned components.This stopper element is formed at this gear bottom surface.Aforementioned supply rolling wheel also adopts similar structures and has two gear wheels.When aforesaid roll wheel construction causes assembling, easily make a mistake, and reduce packaging efficiency.Rolling wheel may be reversed to install and is arranged in this existing burnisher and causes these two gear wheels to move.
Utility model content
For solving the shortcoming of aforementioned prior art, the purpose of this utility model is to provide a kind of Portable fiber end face burnisher with improvement or overcomes foregoing problems.
In order to achieve the above object, the utility model provides a kind of Portable fiber end face burnisher, and it includes probe, reciprocating member, lid and resiliency urged part.This probe has drive rod and is arranged at drive rod and has the needle body of two perforation.This reciprocating member is arranged at drive rod and has the rolling wheel of supply and collect rolling wheel.This lid guiding drive rod is to pivot and to take from supplying with rolling wheel that cleaning material is bored a hole by two and the spy contravention face that passes through needle body is collected rolling wheel to reach out of.This resiliency urged part is arranged between the block base portion of lid and reciprocating member to maintain the relativeness of reciprocating member and lid.
Particularly, described Portable fiber end face burnisher includes a probe, a reciprocating member, a lid and a resiliency urged part;
Described probe includes a drive rod and a needle body;
This drive rod includes the second end and that a first end, is in reverse to first end from this drive rod projection guiding projection radially;
This needle body is arranged on this drive rod and includes a projecting part and two perforation; This projecting part is outstanding and have a spy contravention face from this drive rod first end; These two perforation are formed at this projecting part, and each perforation forms an opening respectively on this spy contravention face;
Described reciprocating member is arranged at this drive rod second end and includes a supply rolling wheel, collects rolling wheel and a driving-disc;
This supply rolling wheel and this are collected rolling wheel and can be set in parallel in rotationally this reciprocating member, and this supply rolling wheel and this are collected rolling wheel and included respectively separately a central siphon, two limiting plates and two gear wheels; This central siphon has a side and two ends; Described two limiting plates are respectively radially from this central siphon projection, and each limiting plate includes the inner surface that an outer surface and is arranged at one end of this central siphon; Described two gear wheels are arranged at coaxially respectively this central siphon and fit in respectively the outer surface of limiting plate, and each gear wheel includes the unidirectional tooth that one group of continued circling arranges, and wherein said two gear wheels have identical appearance, the identical number of teeth and identical teeth directional;
This driving-disc has a stopper and is in reverse to the drive surface of this stopper face and an eccentric setting and from the driving projection of this drive surface projection in the stopper face, of this gear wheel;
Described lid is arranged at this reciprocating member, and spacing this supply rolling wheel and this are collected rolling wheel, and include a spiral groove, a drive hole and a block base portion;
This spiral groove is coaxial with this probe, and holds the guiding projection of this drive rod;
This drive hole holds the driving projection of this driving-disc;
This block base portion is corresponding to this reciprocating member;
Described resiliency urged part is arranged between this block base portion and this reciprocating member.
Preferably, described drive rod further includes a large-diameter portion, and this large-diameter portion is arranged at this drive rod second end and it has a side;
The guiding projection of described drive rod is from the radially projection of side of this drive rod large-diameter portion;
Described probe further includes a buffering body, a resilient snubber, a bottom tube and a spacing collar;
This buffering body holds this needle body and includes a first end, a first end opening and an elasticity needle body bolster; This first end opening optionally makes the spy contravention of this needle body show out; This elasticity needle body bolster is arranged at this buffering body, and is connected in this needle body optionally to make the spy contravention of this needle body show out this first end opening;
This buffering body has one second end, and this resilient snubber is arranged at this buffering body the second end;
This bottom tube includes one and expands tubing string, a stopper slot and an accommodating tubing string; This expands tubing string ring and is arranged at this large-diameter portion; This expands tubing string and has a sidewall, and this stopper slot is formed at this and expands the sidewall of tubing string, and holds this guiding projection; This accommodating tubing string holds this resilient snubber, and optionally holds this buffering body;
This spacing collar is limited in this bottom tube by this buffering body.
Preferably, described reciprocating member includes a front accommodating body, a rear accommodating body, one first body of rod and one second body of rod;
This front accommodating body holds large-diameter portion and this bottom tube of this drive rod;
This rear accommodating body is serially connected with this front accommodating body, and pivot arranges this supply rolling wheel, this collects rolling wheel and this driving-disc, and includes a bottom, one first clip pawl and one second clip pawl; This first clip pawl is butted in two gear wheels of this supply rolling wheel; This second clip pawl is butted in these two gear wheels collecting rolling wheel;
This first body of rod is formed at this rear accommodating body, and points to this lid, and inserts the central siphon be arranged at this supply rolling wheel, with pivot, this supply rolling wheel is set; This first body of rod includes a far-end and at least one clamping piece; This at least one clamping piece is formed at this far-end, so that this supply rolling wheel is limited in to this first body of rod;
This second body of rod is parallel to this first body of rod and is formed at this rear accommodating body, and points to this lid, and insertion is arranged at this central siphon of collecting rolling wheel, and with pivot setting, this collects rolling wheel; This second body of rod includes a far-end and at least one clamping piece; This at least one clamping piece is formed at this far-end, this is collected to rolling wheel, is limited in this second body of rod.
Preferably, described Portable fiber end face burnisher further includes a housing, and this housing holds and spacing this probe, this reciprocating member, this lid and this resiliency urged part, and includes a first end, an open front and an after-opening; This open front is formed at this first end to allow this probe protrude from this first end; This after-opening is in reverse to this open front.
Preferably, described lid further includes a strip plate and a connection pedestal;
This strip plate has an end face;
This connection pedestal is formed at this end face;
Described housing further includes a merogenesis slotted hole and a pen clip;
This merogenesis slotted hole is corresponding to this lid;
This pen clip is arranged at the connection pedestal of this lid through this merogenesis slotted hole.
Preferably, described housing further includes a magnetic absorbing seat, and this magnetic absorbing seat is formed at a surface that is in reverse to this pen clip.
Preferably, the rear accommodating body of described reciprocating member includes at least one guide posts, and this at least one guide posts is adjacent to this supply rolling wheel at this rear accommodating body.
Preferably, described front accommodating body includes an elastic component, and this elastic component includes a free end;
Described strip plate includes a bottom surface and a projection, and this projection is formed at this strip plate bottom surface and is optionally contacted with the free end of this elastic component.
Preferably, described housing includes a peephole, and this peephole penetrates and is formed at this housing.
Preferably, the first end of described buffering body has an evagination circumference.
Preferably, described Portable fiber end face burnisher includes one and covers part;
This covers part and includes a tube and and fill in portion; This tube holds the first end of this buffering body; This portion of filling in is formed in this tube, and optionally fills in the evagination circumference of this buffering body first end.
Preferably, described in, cover part and include a tip, perforation and a tip cap;
This perforation is coaxial with this first end opening, and is formed in the portion of filling in and tip;
This tip cap is connected in this tube by a crimped thread body.
Preferably, described in expand tubing string and there is a rear end, this stopper slot is rear end branched and that expand tubing string towards this and is open shape.
The beneficial effects of the utility model are: Portable fiber end face burnisher of the present utility model is provided with a resilient snubber at buffering body the second end, preferably buffering effect can be provided, thereby prevent from applying sudden pressure for fiber end face; By the cleaning material having used is limited between the inwall and guide posts of rear accommodating body, can prevent that the cleaning material having used from touching supply rolling wheel or untapped cleaning material; Being formed at the chamfering structure of supplying with rolling wheel central siphon can bring into play and avoid supplying with rolling wheel and collect rolling wheel and when rotating, suffer the function of clamping piece wearing and tearing; In addition, Portable fiber end face burnisher of the present utility model has more portability, easy to use, and can reduce the overall volume of Portable fiber end face burnisher.
Accompanying drawing explanation
The stereogram of Fig. 1 Portable fiber end face of the present utility model burnisher.
The exploded perspective view of the aforementioned Portable fiber end face of Fig. 2 burnisher.
Another exploded perspective view of the aforementioned Portable fiber end face of Fig. 3 burnisher.
The exploded perspective view of the probe of the aforementioned Portable fiber end face of Fig. 4 burnisher.
The stereogram of the needle body of the aforementioned Portable fiber end face of Fig. 5 burnisher.
The end-view of the drive rod of the aforementioned Portable fiber end face of Fig. 6 burnisher.
The sectional side view of the aforementioned Portable fiber end face of Fig. 7 burnisher.
The top plan view of the aforementioned Portable fiber end face of Fig. 8 burnisher.
Symbol description:
10 probe 11 needle bodies
111 projecting part 112 perforation
113 lateral sulcus 114 annual disks
115 groove 116 locating parts
117 trunk 118 cracks
119 elasticity needle body bolster 12 drive rods
121 drive rod first end 122 supporters
123 spacing hole 124 grooves
125 arc plate 126 large-diameter portions
127 guiding projection 128 drive rod the second ends
The accommodating tubing string of 13 bottom tube 131
132 buffing pad 133 fixtures
134 stopper slots 135 expand tubing string
14 spacing collar 141 spacing collar first end openings
142 fixing hole 143 locating pieces
15 buffering body 151 buffering body first ends
152 buffering body first end opening 153 tube bodies
154 tube body first end 155 tube body the second ends
159 resilient snubbers 19 cover part
191 most advanced and sophisticated 192 tip cap
193 tubes 194 are filled in portion
195 ring body 20 reciprocating members
22 front groove 231,232,233 guide posts
23 front accommodating body 24 clamping blocks
25 rear accommodating body 26 first bodies of rod
261 first body of rod clamping piece 263 first clip pawls
The twoth body of rod clamping piece of 27 two bodies of rod 271
273 second clip pawl 28 locating lugs
29 elastic component 30 lids
31 supporter 32 spiral grooves
33 jump connecting portion 34 strip plates
341 side block 342 plate end stabilizers
35 drive holes 36 connect pedestal
38 block base portion 39 projections
40 resiliency urged part 50 pen clips
51 conjunctions 60 are supplied with rolling wheel
61,65 supply with rolling wheel gear wheel
611, the unidirectional tooth of 651 supply rolling wheel gear wheels
62,64 supply with rolling wheel limiting plate
63 supply with rolling wheel central siphon 66 supplies with rolling wheel central siphon chamfering structure
70 collect rolling wheel 71,75 collects rolling wheel gear wheel
711, the 751 unidirectional teeth of collecting rolling wheel gear wheel
72,74 collect rolling wheel limiting plate 73 and collect rolling wheel central siphon
76 collect rolling wheel central siphon chamfering structure 80 driving-discs
81 dogs 82 drive projection
83 flange 84 medium pores
90 housing 91 housing open fronts
92 housing after-opening 93 merogenesis slotted holes
94 magnetic absorbing seat 95 peepholes
96 hanging holes.
The specific embodiment
Refer to figure 1 – 3, a kind of embodiment of Portable fiber end face burnisher of the present utility model, includes a probe 10, a reciprocating member 20, a lid 30 and a resiliency urged part 40, and can further include a housing 90.
Refer to Fig. 4, aforementioned probe 10 includes a drive rod 12 and a needle body 11.As shown in this embodiment, this probe 10 can further include a bottom tube 13, a spacing collar 14 and a buffering body 15.
Please further consult figure 5 – 7, this drive rod 12 includes the second end 128 and that a first end 121, is in reverse to first end 121 from this drive rod 12 guiding projection 127 of projection radially.In the present embodiment, aforementioned drive rod 12 further includes a large-diameter portion 126, and this large-diameter portion 126 is arranged at these drive rod 12 second ends 128 and it has a side.
This needle body 11 is arranged on this drive rod 12 and includes a projecting part 111 and two perforation 112.This projecting part 111 is outstanding and have a spy contravention face from this drive rod 12 first ends 121; Described two perforation 112 are formed at this projecting part 111, and respectively bore a hole 112 forms an opening respectively on the spy contravention face of this projecting part 111, to allow this cleaning material clean when it presses fiber end face through these spy contravention faces from a perforation 112 to another perforation 112.Please further coordinate and consult Fig. 8, in the present embodiment, this needle body 11 further includes a trunk 117, an annual disk 114 and a pair of locating part 116.This annual disk 114 is that ring is arranged at this trunk 117.This locating part 116 is formed at the end opposite of the projecting part 111 of this needle body 11.This trunk 117 corresponding to this to being formed with a crack 118 between locating part 116, so that the part of this trunk 117 directly extends and be connected to respectively this to the locating part 116 being separated by crack 118, and there is elasticity and can make locating part 116 be fastened on the spacing hole 123 of this drive rod 12.These trunk 117 both sides are formed with respectively a lateral sulcus 113.115 of a pair of grooves are formed at this annual disk 114, thus so that aforementioned lateral sulcus 113 and be communicated in respectively aforementioned perforation 112 and pass through for cleaning materials.
This buffering body 15 holds this needle body 11 and includes a first end 151, a first end opening 152 and an elasticity needle body bolster 119 and a tube body 153.The first end 151 of aforementioned buffering body 15 has an evagination circumference, and evagination circumference forms sleeve-shaped with the set optical fiber female joint of adaptive optical fiber connector.Therefore the structure of the first end 151 of aforementioned buffering body 15 is able to stablize the optical fiber connector that this is arranged at optical fiber female joint in the process of clean optical fiber.This elasticity needle body bolster 119 is arranged at this buffering body 15.Preferably, this elasticity needle body bolster 119 is the spring that a ring is arranged at this needle body 11.One end of this elasticity needle body bolster 119 is connected in aforementioned annual disk 114, and the end opposite of this elasticity needle body bolster 119 is connected in aforementioned supporter 122, thereby the projecting part 111 that optionally makes this needle body 11 exposes this first end opening 152, thereby exposed the spy contravention face of this needle body 11.This tube body 153 has a first end 154 and one second end 155.The first end opening 152 of aforementioned buffering body 15 can be one and covers part 19 and cover, and this covers the first end 151 that part 19 is covered in this buffering body 15.This covers part 19 and includes a tube 193 and and fill in portion 194; This tube 193 holds the first end 151 of this buffering body 15; This is filled in portion 194 and is formed in this tube 193, and optionally fills in the evagination circumference of these buffering body 15 first ends 151.Aforementioned cover component 19 can include most advanced and sophisticated 191 and one tip cap 192 so that better protection effect to be provided.Preferably, filling in portion 194 and most advanced and sophisticated 191 interior formation one perforation, and this perforation is coaxial with aforementioned first end opening 152, thereby this needle body 11 is able to pass this tip 191 from this perforation, with contact fiber end face, cleans.More preferably, this tip cap 192 is connected in this tube 193 by a crimped thread body.When this tip cap 192 is when take off at this tip 191, this crimped thread body links this tip cap 192 in case unexpected loss.
This buffering body 15 has one second end 155, at these buffering body 15 second ends 155, is provided with a resilient snubber 159, so that preferably buffering effect to be provided, prevents from applying sudden pressure for fiber end face.
This bottom tube 13 includes one and expands tubing string 135, a stopper slot 134 and an accommodating tubing string 131.This bottom tube 13 can separately include a buffing pad 132.This expands tubing string 135 around being arranged at aforementioned large-diameter portion 126.This expands tubing string 135 and has a sidewall, and this stopper slot 134 is formed at this and expands the sidewall of tubing string 135, and holds the guiding projection 127 of aforementioned drive rod 12.Preferably, the aforementioned tubing string 135 that expands has a rear end, this stopper slot 134 is rear end branched and that expand tubing string 135 towards this and is open shape, so that when assembling Portable fiber end face burnisher of the present utility model, open shape branching section by this guiding projection 127 along this stopper slot 134, imports among this stopper slot 134.More preferably, this rear end of expanding tubing string 135 towards this is the branching section of open shape, it is the middle body that is positioned at this stopper slot 134, thereby this stopper slot 134 forms a T character form structure, make to expand formed extension arc sheet between the rear end of tubing string 135 at this stopper slot 134 and this, present compared with short and more tough form.
This spacing collar 14 is limited in this bottom tube 13 by this buffering body 15.As shown in this embodiment, this spacing collar 14 has a first end opening 141.This spacing collar 14 keeps this buffering body 15 being set to allow this buffering body 15 stretch out the first end opening 141 of this spacing collar 14.This spacing collar 14 further has a pair of fixing hole 142 to be connected with a pair of fixture 133 that is formed at accommodating tubing string 131 sides, with spacing this bottom tube 13.
Aforementioned reciprocating member 20 is arranged at these drive rod 12 second ends 128 and includes a supply rolling wheel 60, collects rolling wheel 70 and a driving-disc 80.As shown in this embodiment, aforementioned reciprocating member 20 can further include a front accommodating body 23 and a rear accommodating body 25.Aforementioned reciprocating member 20 also can further include an elastic component 29 that is arranged at aforementioned front accommodating body 23.
This supply rolling wheel 60 and this are collected rolling wheel 70 and are set in parallel in rotationally this reciprocating member 20.As shown in this embodiment, this supply rolling wheel 60 and this collect rolling wheel 70 all pivot be arranged in this reciprocating member 20, and both structures are identical.Thereby described rolling wheel 60,70 has same structure and includes respectively separately 62,64,72,74 and two gear wheels 61,65,71,75 of 63,73, two limiting plates of a central siphon.This central siphon 73 of collecting rolling wheel 70 has a side and two ends; Preferably, aforementioned two ends of collecting the central siphon 73 of rolling wheel 70 have an inner edge separately, and each inner edge forms a chamfering structure 76; Two limiting plate 72,74 is respectively from its radially projection of central siphon 73, and each limiting plate 72,74 includes an outer surface and an inner surface, and wherein this inner surface is arranged at respectively one end of this central siphon; Two gear wheel 71,75 is arranged at coaxially respectively this central siphon of collecting rolling wheel 70 73 and fits in respectively the outer surface of its limiting plate 72,74, and each gear wheel 71,75 includes the unidirectional tooth 711,751 that one group of continued circling arranges, and wherein these two gear wheels 71,75 have identical appearance, the identical number of teeth and identical teeth directional.This supply rolling wheel 60 has with above-mentioned to be collected the structure that rolling wheel 70 is identical and possesses corresponding parts, comprise central siphon 63, two 62,64 and two gear wheels 61,65 of limiting plate, and each gear wheel 61,65 includes the unidirectional tooth 611,651 that one group of continued circling arranges, wherein these two gear wheels 61,65 have identical appearance, the identical number of teeth and identical teeth directional, thereby can assemble in the mode identical with collecting rolling wheel 70.The two ends of the central siphon 63 of aforementioned supply rolling wheel 60 have an inner edge separately, and each inner edge also can form a chamfering structure 66.
These driving-disc 80 stoppers are collected rolling wheel 70 so that it rotates in this, and have a stopper face, a drive surface and a driving projection 82.The drive surface of this driving-disc 80 is one to be in reverse to the surface of this stopper face.This drives projection 82 eccentric settings and from the drive surface projection of this driving-disc 80.
The stopper face of this driving-disc 80 is engaged in the gear wheel 71 of collecting rolling wheel 70, is wherein from reciprocating member 20 towards direction outwardly with the gear wheel 71 of the stopper face engagement of driving-disc 80.As shown in this embodiment, this driving-disc 80 includes a flange 83, and the outstanding setting of this flange 83 is to this gear wheel 71 and aforementioned limiting plate 72.Two relative positions at this flange 83, are formed with respectively a dog 81, and these dog 81 stoppers are in the unidirectional tooth 711 of this gear wheel 71, only to allow that to pulling this gear wheel 71 collecting rolling wheel 70 carries out one-directional rotation.Preferably, at this flange 83, be formed with altogether four dogs 81 more securely to support the unidirectional tooth 711 of this gear wheel 71 of pulling.In the present embodiment, this driving-disc 80 further includes one and coaxially in this, collects the medium pore 84 of rolling wheel 70 central siphons 73.
The front accommodating body 23 of aforementioned reciprocating member 20 holds large-diameter portion 126 and the bottom tube 13 of aforementioned drive rod 12.In addition, as shown in this embodiment, this spacing collar 14 is arranged at the front groove 22 of the front end of this front accommodating body 23.This spacing collar 14 has a positioning block 143, and this front groove 22 forms the shape that is coincident with this locating piece 143.In the present embodiment, in this front accommodating body 23, be formed with a pair of clamping block 24, this is butted on this drive rod 12 and this bottom tube 13 to clamping block 24, thereby is born the driving force of transmitting via this drive rod 12.
The rear accommodating body 25 of aforementioned reciprocating member 20 is serially connected with this front accommodating body 23, and pivot arranges this supply rolling wheel 60, this collects rolling wheel 70 and this driving-disc 80, and includes a bottom, one first clip pawl 263 and one second clip pawl 273.This rear accommodating body 25 can separately include at least one guide posts 231,232,233.This first clip pawl 263 is butted on the gear wheel 65 among two gear wheels 61,65 of this supply rolling wheel 60.This second clip pawl 273 is butted on the gear wheel 75 among these two gear wheels 71,75 of collecting rolling wheel 70.The structure of aforementioned single clip pawl is comparatively light and contribute to flexible action.Aforementioned rear accommodating body 25 also can include a plurality of the first clip pawls 263, a plurality of the second clip pawl 273 or hold concurrently to be had, to be more securely butted on aforementioned gear wheel 65,75.
Aforementioned guide posts 231,232,233 is arranged in this rear accommodating body 25, to guide the cleaning material having used, to this, collects rolling wheel 70, and avoids polluting the untapped cleaning material from supplying with rolling wheel 60.Preferably, this rear accommodating body 25 has three guide posts 231,232,233, wherein two guide posts 231,232 are adjacent to this supply rolling wheel 60, another guide posts 233 is arranged between this front accommodating body 23 and this rear accommodating body 25, with cleaning material and the untapped cleaning material separately having used, also the cleaning material soon having used is limited between the inwall and this guide posts 231,232,233 of this rear accommodating body 25, prevents that the cleaning material having used from touching this supply rolling wheel 60 or untapped cleaning material.
Aforementioned reciprocating member 20 further includes one first body of rod 26 and one second body of rod 27.This first body of rod 26 is formed at this rear accommodating body 25, and points to this lid 30, and inserts the central siphon 63 be arranged at this supply rolling wheel 60, with pivot, this supply rolling wheel 60 is set.This first body of rod 26 includes a far-end and at least one clamping piece 261; This at least one clamping piece 261 is formed at this far-end, so that this supply rolling wheel 60 is limited in to this first body of rod 26.The aforementioned chamfering structure 66 that is formed at supply rolling wheel 60 central siphons 63 can be brought into play and avoid supplying with the function that rolling wheel 60 suffers that when rotating clamping piece 261 weares and teares.
This second body of rod 27 is parallel to this first body of rod 26 and is formed at this rear accommodating body 25, and also points to this lid 30, and insertion is arranged at this central siphon of collecting rolling wheel 70 73, and with pivot setting, this collects rolling wheel 70.This second body of rod 27 includes a far-end and at least one clamping piece 271.This at least one clamping piece 271 is formed at this far-end, this is collected to rolling wheel 70, is limited in this second body of rod 27.The aforementioned chamfering structure 76 of collecting rolling wheel 70 central siphons 73 that is formed at also can be avoided collecting rolling wheel 70 and when rotating, suffers clamping piece 271 wearing and tearing.
Extend towards aforementioned lid 30 bottom of aforementioned elastic parts 29 accommodating body 25 from aforementioned.This elastic component 29 includes a free end.
This spiral groove 32 is coaxial with this probe 10, and holds the guiding projection 127 of this drive rod 12.By this, when the spy contravention face of the needle body 11 of aforementioned probe 10 presses on fiber end face, this drive rod 12 will retreat and rotate and this guiding projection 127 moves along this spiral groove 32 simultaneously, thereby make the cleaning material on the spy contravention face of needle body 11 can carry out wiping with respect to fiber end face, removal impurity.Preferably, this spiral groove 32 is formed at one in order to support the semicanal columnar supporting body 31 of aforementioned drive rod 12 large-diameter portions 126.
This strip plate 34, by a jump connecting portion 33, is connected in to extensibility aforementioned semicanal columnar supporting body 31, to be covered on the rear accommodating body 25 of aforementioned reciprocating member 20.Preferably, this strip plate 34 includes primary antibodie bending structure, and it can include an opposite side block 341 and a pair of plate end stabilizers 342 as shown in this embodiment.This strip plate 34 has an end face.This opposite side block 341 lays respectively at the central portion on the long limit of these strip plate 34 end faces.This is formed at the joint of these strip plate 34 end faces and this jump connecting portion 33 to plate end stabilizers 342.This opposite side block 341 and this can prevent this strip plate 34 bendings to plate end stabilizers 342 in the operating process of Portable fiber end face burnisher of the present utility model.
This drive hole 35 is arranged at this strip plate 34 and holds the driving projection 82 of this driving-disc 80.This block base portion 38 is arranged between this block base portion 38 and this reciprocating member 20 corresponding to this reciprocating member 20 and aforementioned resiliency urged part 40.Preferably, this reciprocating member 20 has a locating lug 28, and this resiliency urged part 40 is arranged between this block base portion 38 and aforementioned locating lug 28.
When aforementioned drive rod 12 retreats and promote backward this reciprocating member 20,20 of reciprocating members that move after this press to this block base portion 38 by aforementioned resiliency urged part 40, in this process, this collects rolling wheel 70 and this driving-disc 80 also with moving after this reciprocating member 20, but this driving projection 82 is housed inside the drive hole 35 of aforementioned lid 30, forces this to collect that rolling wheel 70 rotates and pull out cleaning material from supplying with between the central siphon 63 of rolling wheel 60 and two limiting plates 62,64.
When the spy contravention face of needle body 11 is no longer pressed, this resiliency urged part 40 pushes back forward this reciprocating member 20 and this probe 10, in order to cleaning once again flow process.
Aforementioned hanging hole 96 can be hung on a connection piece on user's article in order to by Portable fiber end face burnisher of the present utility model, increases portability to use.This hanging hole 96 also can be in order to hitch a hanging rope body, and make hanging rope body connect this hanging hole 96 and one to be fixedly installed on ring body 195 on aforementioned cover component 19 accident to prevent from may losing when the first end 151 of part 19 from this buffering body 15 takes off this is covered.
This housing 90 can include a merogenesis slotted hole 93, and this lid 30 can have a connection pedestal 36.This pen clip 50 is securely arranged at the connection pedestal 36 of this lid 30 through this merogenesis slotted hole 93, wherein, the preference form that is subject to of this connection pedestal 36 is formed at strip plate 34 end faces of this lid 30.Preferably, this pen clip 50 includes a conjunction 51, and this conjunction 51 is removably installed and is arranged at this connection pedestal 36.This merogenesis slotted hole 93 has a plurality of merogenesis, this pen clip 50 slides among this merogenesis slotted hole 93, and be fixed in a merogenesis of this merogenesis slotted hole 93, with the structure that this probe 10, this reciprocating member 20 and this lid 30 are formed, corresponding to this merogenesis, located.More preferably, this pen clip 50 can form the form of one-handed performance, when user gives as security lower time by this pen clip 50 towards this housing 90, this pen clip 50 is slided, and when sliding into a merogenesis of this merogenesis slotted hole 93, loosen this pen clip 50, this pen clip 50 can be fixed in this merogenesis of this merogenesis slotted hole 93.
For the clean fiber end face that is positioned at equipment depths, and during probe length that need to be longer, this pen clip 50 can slide towards the first end of this housing 90, and be fixed in this merogenesis slotted hole 93 near a merogenesis of these housing 90 first ends, with the structure that this probe 10, this reciprocating member 20 and this lid 30 are formed, be fixed on the position near these housing 90 first ends.By this, the open front 91 that this probe 10 can stretch out this housing 90 is more so that clean fiber end face.On the contrary, this pen clip 50 is also in this merogenesis slotted hole 93, by sliding, away from these housing 90 first ends, be fixed on from this housing 90 first ends in the merogenesis away from, so that this probe 10 returns in this housing 90 from open front 91, thus the overall volume of dwindling the utility model Portable fiber end face burnisher.
For strengthening portability and convenience, as shown in this embodiment, aforementioned housing 90 can further include a magnetic absorbing seat 94, and this magnetic absorbing seat 94 is for arranging magnetite or magnetic attracting device, to temporarily the utility model Portable fiber end face burnisher is magneted on contiguous blank or casing.Preferably, this magnetic absorbing seat 94 is formed at a surface that is in reverse to this pen clip 50.
The various modifications and variations that can do according to the utility model all obviously can not depart from scope of the present utility model and spirit to those skilled in the art.Although the utility model has been narrated specifically better Concrete facts, it must be appreciated that the utility model should be limited on described specific Concrete facts undeservedly.Aspect enforcement already described pattern of the present utility model, for technical staff in affiliated field, apparent different modification is also included in scope of the present utility model.
Claims (13)
1. a Portable fiber end face burnisher, is characterized in that, it includes a probe, a reciprocating member, a lid and a resiliency urged part;
Described probe includes a drive rod and a needle body;
This drive rod includes the second end and that a first end, is in reverse to first end from this drive rod guiding projection of projection radially;
This needle body is arranged on this drive rod and includes a projecting part and two perforation; This projecting part is outstanding and have a spy contravention face from this drive rod first end; These two perforation are formed at this projecting part, and each perforation forms an opening respectively on this spy contravention face;
Described reciprocating member is arranged at this drive rod second end and includes a supply rolling wheel, collects rolling wheel and a driving-disc;
This supply rolling wheel and this are collected rolling wheel and can be set in parallel in rotationally this reciprocating member, and this supply rolling wheel and this are collected rolling wheel and included respectively separately a central siphon, two limiting plates and two gear wheels; This central siphon has a side and two ends; Described two limiting plates are respectively radially from this central siphon projection, and each limiting plate includes the inner surface that an outer surface and is arranged at one end of this central siphon; Described two gear wheels are arranged at coaxially respectively this central siphon and fit in respectively the outer surface of limiting plate, and each gear wheel includes the unidirectional tooth that one group of continued circling arranges, and wherein said two gear wheels have identical appearance, the identical number of teeth and identical teeth directional;
This driving-disc has a stopper and is in reverse to the drive surface of this stopper face and an eccentric setting and from the driving projection of this drive surface projection in the stopper face, of this gear wheel;
Described lid is arranged at this reciprocating member, and spacing this supply rolling wheel and this are collected rolling wheel, and include a spiral groove, a drive hole and a block base portion;
This spiral groove is coaxial with this probe, and holds the guiding projection of this drive rod;
This drive hole holds the driving projection of this driving-disc;
This block base portion is corresponding to this reciprocating member;
Described resiliency urged part is arranged between this block base portion and this reciprocating member.
2. Portable fiber end face burnisher according to claim 1, is characterized in that:
Described drive rod further includes a large-diameter portion, and this large-diameter portion is arranged at this drive rod second end and it has a side;
The guiding projection of described drive rod is from the radially projection of side of this drive rod large-diameter portion;
Described probe further includes a buffering body, a resilient snubber, a bottom tube and a spacing collar;
This buffering body holds this needle body and includes a first end, a first end opening and an elasticity needle body bolster; This first end opening optionally makes the spy contravention of this needle body show out; This elasticity needle body bolster is arranged at this buffering body, and is connected in this needle body optionally to make the spy contravention of this needle body show out this first end opening;
This buffering body has one second end, and this resilient snubber is arranged at this buffering body the second end;
This bottom tube includes one and expands tubing string, a stopper slot and an accommodating tubing string; This expands tubing string ring and is arranged at this large-diameter portion; This expands tubing string and has a sidewall, and this stopper slot is formed at this and expands the sidewall of tubing string, and holds this guiding projection; This accommodating tubing string holds this resilient snubber, and optionally holds this buffering body;
This spacing collar is limited in this bottom tube by this buffering body.
3. Portable fiber end face burnisher according to claim 2, is characterized in that:
Described reciprocating member includes a front accommodating body, a rear accommodating body, one first body of rod and one second body of rod;
This front accommodating body holds large-diameter portion and this bottom tube of this drive rod;
This rear accommodating body is serially connected with this front accommodating body, and pivot arranges this supply rolling wheel, this collects rolling wheel and this driving-disc, and includes a bottom, one first clip pawl and one second clip pawl; This first clip pawl is butted in two gear wheels of this supply rolling wheel; This second clip pawl is butted in these two gear wheels collecting rolling wheel;
This first body of rod is formed at this rear accommodating body, and points to this lid, and inserts the central siphon be arranged at this supply rolling wheel, with pivot, this supply rolling wheel is set; This first body of rod includes a far-end and at least one clamping piece; This at least one clamping piece is formed at this far-end, so that this supply rolling wheel is limited in to this first body of rod;
This second body of rod is parallel to this first body of rod and is formed at this rear accommodating body, and points to this lid, and insertion is arranged at this central siphon of collecting rolling wheel, and with pivot setting, this collects rolling wheel; This second body of rod includes a far-end and at least one clamping piece; This at least one clamping piece is formed at this far-end, this is collected to rolling wheel, is limited in this second body of rod.
4. Portable fiber end face burnisher according to claim 3, is characterized in that:
Described Portable fiber end face burnisher further includes a housing, and this housing holds and spacing this probe, this reciprocating member, this lid and this resiliency urged part, and includes a first end, an open front and an after-opening; This open front is formed at this first end to allow this probe protrude from this first end; This after-opening is in reverse to this open front.
5. Portable fiber end face burnisher according to claim 4, is characterized in that:
Described lid further includes a strip plate and and connects pedestal;
This strip plate has an end face;
This connection pedestal is formed at this end face;
Described housing further includes a merogenesis slotted hole and a pen clip;
This merogenesis slotted hole is corresponding to this lid;
This pen clip is arranged at the connection pedestal of this lid through this merogenesis slotted hole.
6. Portable fiber end face burnisher according to claim 5, is characterized in that:
Described housing further includes a magnetic absorbing seat, and this magnetic absorbing seat is formed at a surface that is in reverse to this pen clip.
7. Portable fiber end face burnisher according to claim 6, is characterized in that:
The rear accommodating body of described reciprocating member includes at least one guide posts, and this at least one guide posts is adjacent to this supply rolling wheel at this rear accommodating body.
8. Portable fiber end face burnisher according to claim 7, is characterized in that:
Described front accommodating body includes an elastic component, and this elastic component includes a free end;
Described strip plate includes a bottom surface and a projection, and this projection is formed at this strip plate bottom surface and is optionally contacted with the free end of this elastic component.
9. Portable fiber end face burnisher according to claim 8, is characterized in that:
Described housing includes a peephole, and this peephole penetrates and is formed at this housing.
10. Portable fiber end face burnisher according to claim 9, is characterized in that:
The first end of described buffering body has an evagination circumference.
11. Portable fiber end face burnishers according to claim 10, is characterized in that:
Described Portable fiber end face burnisher includes one and covers part;
This covers part and includes a tube and and fill in portion; This tube holds the first end of this buffering body; This portion of filling in is formed in this tube, and optionally fills in the evagination circumference of this buffering body first end.
12. Portable fiber end face burnishers according to claim 11, is characterized in that:
The described part that covers includes a tip, perforation and a tip cap;
This perforation is coaxial with this first end opening, and is formed in the portion of filling in and tip;
This tip cap is connected in this tube by a crimped thread body.
13. Portable fiber end face burnishers according to claim 12, is characterized in that:
The described tubing string that expands has a rear end, and this stopper slot is rear end branched and that expand tubing string towards this and is open shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320685821.4U CN203578244U (en) | 2013-11-01 | 2013-11-01 | Portable optical fiber end face cleaning tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320685821.4U CN203578244U (en) | 2013-11-01 | 2013-11-01 | Portable optical fiber end face cleaning tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203578244U true CN203578244U (en) | 2014-05-07 |
Family
ID=50576222
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320685821.4U Expired - Fee Related CN203578244U (en) | 2013-11-01 | 2013-11-01 | Portable optical fiber end face cleaning tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203578244U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108188060A (en) * | 2018-01-16 | 2018-06-22 | 赵阳 | A kind of self-cleaning filtering type circuit board fine structure wiping pen |
| CN108246666A (en) * | 2018-01-16 | 2018-07-06 | 赵阳 | A kind of circuit board stain dirt wipes pen |
| CN109013456A (en) * | 2018-09-07 | 2018-12-18 | 深圳市宇轩网络技术有限公司 | A kind of optical fiber connector cleaning device |
| WO2020063005A1 (en) * | 2018-09-28 | 2020-04-02 | 深圳市同启通讯技术有限公司 | Optical fiber cleaning device |
-
2013
- 2013-11-01 CN CN201320685821.4U patent/CN203578244U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108188060A (en) * | 2018-01-16 | 2018-06-22 | 赵阳 | A kind of self-cleaning filtering type circuit board fine structure wiping pen |
| CN108246666A (en) * | 2018-01-16 | 2018-07-06 | 赵阳 | A kind of circuit board stain dirt wipes pen |
| CN109013456A (en) * | 2018-09-07 | 2018-12-18 | 深圳市宇轩网络技术有限公司 | A kind of optical fiber connector cleaning device |
| CN109013456B (en) * | 2018-09-07 | 2023-12-08 | 深圳市飞速创新技术股份有限公司 | Optical fiber connector cleaning device |
| WO2020063005A1 (en) * | 2018-09-28 | 2020-04-02 | 深圳市同启通讯技术有限公司 | Optical fiber cleaning device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140507 Termination date: 20161101 |
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| CF01 | Termination of patent right due to non-payment of annual fee |