CN100550520C - Cable connecting devices and cable method of attachment - Google Patents
Cable connecting devices and cable method of attachment Download PDFInfo
- Publication number
- CN100550520C CN100550520C CNB200610115036XA CN200610115036A CN100550520C CN 100550520 C CN100550520 C CN 100550520C CN B200610115036X A CNB200610115036X A CN B200610115036XA CN 200610115036 A CN200610115036 A CN 200610115036A CN 100550520 C CN100550520 C CN 100550520C
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- housing
- anode terminal
- cable
- voltage cable
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Abstract
The invention provides the easy disassembling of anode terminal, can simplify the plug of the relative anode terminal of high-voltage cable, and have the cable connecting devices and the cable method of attachment of high-insulativity.The joint (26) of anode terminal (14) and high-voltage cable (16) is gone up and is connected in the housing (20) of the high-voltage cable (16) that it anode terminal (14) that comprises that installation and image display device (12) upward are provided with is connected, intercalation at housing (20).Housing (20) has the cylindrical portion (18) of interspersed high-voltage cable (16) and accommodates the joint installation portion (22) of joint (26).Joint (26) has first flexure strip (30) that can be connected with anode terminal (14) and second flexure strip (32) that can be connected with the heart yearn (16a) of high-voltage cable (16) front end.On housing (20), the push rod that is connected (24) of removing second flexure strip (32) and heart yearn (16a) is installed.
Description
Technical field
The present invention relates to be used for high-voltage cable is connected cable connecting devices and cable method of attachment on the anode terminal of image display device.
Background technology
Now, when being arranged on anode terminal on the image display device such as Braun tube and cable in connection, general to utilize flexible in order preventing to discharge and to have the protective layer that the materials such as silicone resin of insulating properties form cover.
Method of attachment as the high pressure cable, following cable arrangement is being disclosed on the patent documentation 1: on the cable terminal hold assembly in anode cap, thereby by with the heart yearn of high pressure cable as the overlay film portion that front end inserts a pair of front side gripper edge clamping cable that utilizes overlay film portion clamping part, utilize a pair of inboard gripper edge clamping heart yearn of heart yearn clamping part.
Again, on patent documentation 2, the high voltage jockey of in the heart yearn of high pressure cable front end and overlay film portion thereof special-purpose plug being installed and being inserted the peristome of anode cap is disclosed.Thus, the rounded prongs that is arranged on the front end of plug is inserted the contact ring that is provided with in the anode cap and is connected.
Patent documentation 1: the spy opens the 2004-335318 communique;
Patent documentation 2: the spy opens flat 05-205801 communique.
In above-mentioned prior art, when on the anode terminal that is provided with on the Braun tube, anode cap being installed, when high-voltage cable is inserted the peristome of anode cap and is pressed into inside, the holding piece clamping in the anode cap and the coating portion and the heart yearn of the high-voltage cable of nipping, so the difficulty of taking-up, and be not easy to carry out the plug of cable.
And in patent documentation 2 disclosed structures, when being connected on the anode cap, special-purpose plug must be installed on the high-voltage cable front end, the operation trouble.
Again, the anode terminal that is provided with on the Braun tube in the past is bigger, and the protective layer cover of sealing anode terminal integral body also is the large piece that utilizes soft insulating material and form circular cone shape, is difficult to miniaturization.
Summary of the invention
The present invention makes in view of above-mentioned prior art problems, and purpose is to provide a kind of cable connecting devices and cable method of attachment, and the easy disassembling on the anode terminal can be simplified the plug of high-voltage cable with respect to anode terminal, and has high-insulativity.
The present invention is a kind of cable connecting devices, comprise the housing that the high-voltage cable that is connected with the anode terminal of being located at image display device is installed, with intercalation in aforementioned housing and be connected the joint of aforesaid anode terminal and aforementioned high-voltage cable, aforementioned housing has the joint installation portion that aforementioned high-voltage cable is inserted logical cylindrical portion and accommodated aforementioned joint, aforementioned joint has first flexure strip that can be connected with the aforesaid anode terminal and second flexure strip that can be connected with the heart yearn of aforementioned high-voltage cable front end, in aforementioned housing, the push rod that is connected of removing aforementioned second flexure strip and aforementioned heart yearn is installed.
And, also can on aforementioned housing, saddle be installed, this saddle installs and is provided with the through hole of inserting logical high-voltage cable in the mode that covers aforementioned cylindrical portion.
Again, the present invention is a kind of cable connecting devices, have on the aforementioned image display device on every side that is fixed on the aforesaid anode terminal and the base of fixing aforementioned housing, on the inboard and aforementioned housing bottom surface of the bottom surface of aforementioned base, setting can be distinguished chimeric jog mutually, and forms and aforementioned housing can be installed on the aforementioned base.
And on aforementioned base, be formed with peristome, the joint installation position of aforementioned housing freely is provided with stationary fixture in described peristome in aforementioned peristome dismounting, and described stationary fixture has the through hole that can insert logical aforesaid anode terminal.
Again, the present invention is a kind of cable method of attachment, be provided with the housing that the high-voltage cable that is connected with the anode terminal of being located at image display device is installed, intercalation is in aforementioned housing and connect the joint of aforesaid anode terminal and aforementioned high-voltage cable, aforementioned housing has the joint installation portion that aforementioned high-voltage cable is inserted logical cylindrical portion and accommodated aforementioned joint, aforementioned joint has first flexure strip that can be connected with the aforesaid anode terminal and second flexure strip that can be connected with the heart yearn of aforementioned high-voltage cable front end, the push rod that is connected of removing aforementioned second flexure strip and aforementioned heart yearn is installed on aforementioned housing, and be provided be used for aforementioned housing be fixed on the aforesaid anode terminal around aforementioned image display device on base, on aforementioned base, form the residing peristome of joint installation portion of aforementioned housing, peristome at aforementioned base, stationary fixture is installed in advance, described stationary fixture has the through hole that can insert logical aforesaid anode terminal, with aforementioned base be fixed on the aforesaid anode terminal around after, take out the aforementioned fixation anchor clamps, aforementioned housing is installed on the aforementioned base and connects aforesaid anode terminal and preceding fast first flexure strip, afterwards, the heart yearn of high-voltage cable front end is inserted aforementioned cylindrical portion and make on its second flexure strip that is connected aforementioned joint.
If adopt cable connecting devices of the present invention and cable method of attachment, the installation of the anode terminal that then is provided with on image display device is easy, can simplify the dismounting of high-voltage cable with respect to anode terminal.Even and also can reliably install little anode terminal, have sufficient anti-discharge function.
Description of drawings
Fig. 1 is the exploded perspective view of structure of the cable connecting devices of expression first execution mode of the present invention.
Fig. 2 is the stereogram of the cable connecting devices of expression present embodiment.
Fig. 3 is the longitudinal section of the cable connecting devices of expression present embodiment.
Fig. 4 is the stereogram of variation of the cable connecting devices of expression present embodiment.
Fig. 5 is the stereogram of the cable connecting devices of expression second execution mode of the present invention.
Fig. 6 is the longitudinal section of the cable connecting devices of expression present embodiment.
Fig. 7 is the stereogram of variation of housing of the cable connecting devices of expression present embodiment.
Fig. 8 is the vertical view (a) and the front view (b) of cable connection status of the cable connecting devices of expression modified embodiment of the present embodiment.
Fig. 9 is the vertical view (a) and the front view (b) of stationary fixture of the cable connecting devices of expression the 3rd execution mode of the present invention.
Figure 10 is the stereogram (a) of the base of cable connecting devices of expression present embodiment and stationary fixture and the stationary fixture stereogram (b) after chimeric.
Figure 11 is the longitudinal section of the chimerism of the base of cable connecting devices of expression present embodiment and stationary fixture.
Embodiment
Below, the execution mode of cable connecting devices of the present invention and cable method of attachment is described.Fig. 1～Fig. 4 represents first execution mode of the present invention, the cable connecting devices 10 of this execution mode is the device that high-voltage cable 16 is connected on the anode terminal 14 of the pin shape that is provided with on the glass substrate of image display devices 12 such as surface conductive type arresting element or Braun tube.The cable connecting devices 10 of present embodiment as shown in Figure 1 and Figure 2, is formed by the hollow housing 20 of the gun turret shape that is provided with cylindrical portion 18.Housing 20 utilizes the resin injection moulding.On housing 20, be formed with the housing bottom 20a of discoid formation, on the bottom surface of housing bottom 20a, as shown in Figure 1, be formed with to concentric circles jog 21.The jog 21 of most peripheral forms with the local shape that disconnects in set interval.Again, near the inboard of the jog 21 the central authorities of housing bottom 20a offers the joint installation portion 22 of the hollow of accommodating joint 26 described later.
On cylindrical portion 18, be provided with circular open equally and inserting hole 18a that forms along long axis direction and through hole 18b with rectangular aperture portion at leading section.At the leading section of inserting hole 18a, be formed with the aperture 19 that the heart yearn 16a of high-voltage cable 16 passes.Aperture 19 is at the space of joint installation portion 22 opening.Again, through hole 18b also is communicated with the space of joint installation portion 22.
The top central authorities of inserting hole 18a are opening along the longitudinal, is communicated with the following of through hole 18b of top.Again, the upper side end of cylindrical portion 18 leading sections of through hole 18b forms the recess 18c of コ font with the inner width local excision of through hole 18b.
In this through hole 18b, the intercalation cross section forms the push rod 24 of the barred body of essentially rectangular slidably.Push rod 24, as shown in Figure 1, the end 24a that passes through hole 18b forms carefullyyer than other places.Again, form taper a little towards the end, the outstanding below hamulus 24b that is provided with anticreep.In the opposing party's end, as shown in Figure 3, be provided with the handle portion 24c that the longitudinal cross-section forms the L font, as shown in Figure 2, it is chimeric to form the recess 18c that can be provided with near the upside the peristome of through hole 18b.Again,, as shown in Figure 1, be formed with crooked recess 24d, and form high-voltage cable 16 and can insert the logical inserting hole 18a that is formed at the downside of through hole 18b in the central longitudinally bottom surface of push rod 24.
At the joint installation portion 22 of the bottom surface of housing bottom 20a upper shed, joint 26 in intercalation.On joint 26, be formed with the bottom surface sections 28 that is provided with the open-work 28a that passes for anode terminal 14, as shown in Figure 3, flexure strip 30 bendings that the pair of metal sheet that stretches out from the bottom surface sections two ends constitutes form in the relative mode in each end above the open-work 28a of bottom surface sections 28.In the end in opposite directions of each flexure strip 30, forming with the end is that the contact recess that the figure of general triangular does not show is caved in on the base.Flexure strip 30 when intercalation anode terminal 14,, forms by contact recess clamping anode terminal 14 to embedding the direction bending owing to anode terminal 14 as shown in Figure 3.
Above joint 26, be provided with the flexure strip 32 that utilizes bending machining to form and can swing.On flexure strip 32, according to the straight line bending parallel of joint installation portion 22 with the logical direction of inserting of joint 26, the ora terminalis after its bending, being formed with caves in becomes with the clamping part 32a of end as the general triangular on base.As shown in Figure 3, this flexure strip 32 forms, and can keep out of the way to the side when the end of push rod 24 24a and flexure strip 32 butts.And, form under the state after heart yearn 16a inserts the aperture 19 of inserting hole 18a end the side of the clamping part 32a crimping heart yearn 16a that is provided with on the flexure strip 32.
The cable method of attachment of this execution mode, at first, be located at anode terminal 14 on image display device 12 glass substrates such as grade around, fixedly smeared the housing 20 of bonding agent etc. on the jog 21 of bottom surface.At this moment, anode terminal 14 inserts in the open-work 28a of joints 26 and fixes.Then, suitably divest because the covering of the end of the high-voltage cable 16 among the inserting hole 18a of insertion cylindrical portion 18 exposes heart yearn 16a.Make high-voltage cable 16 pass inserting hole 18a with the heart yearn 16a that exposes as the mode of front portion then.The heart yearn 16a of high-voltage cable 16 inserts the aperture 19 of the end of inserting hole 18a, is crimped on the clamping part 32a of flexure strip 32 of joint 26, thereby finishes being connected and fixing of high-voltage cable 16 and anode terminal 14.
Then, high-voltage cable 16 be extracted from housing 20, then be pushed push rod 24, move it in handle portion 24c is entrenched in the recess 18c of cylindrical portion 18 ends.Like this, the flexure strip 32 that utilizes push rod 24 to make to be crimped on the heart yearn 16a is kept out of the way, and removes the maintenance to heart yearn 16a, extracts high-voltage cable 16 under this state.Thereby finish extracting of high-voltage cable 16.
If utilize the cable connecting devices and the cable method of attachment of this execution mode, then installation and high-voltage cable 16 the installation to housing 20 on of housing 20 on the anode terminal 14 that is provided with on the image display device 12 is easy, and, can simply extract high-voltage cable 16 by pushing push rod 24.Again, have and utilize the integrally formed cylindrical portion of resin 18, do not need the protective layer of anti-discharge usefulness etc., the installation on little anode terminal 14 is easy, has sufficient insulating properties.
Again, as shown in Figure 4, also can form cylindrical portion 18 shortly,, will be coated on the cylindrical portion 18 with saddle 34 housings of the resin of the slotting insulating properties of leading to high-voltage cable 16 of the mode that covers high-voltage cable 16 ends or rubber, silicone resin system for anti-discharge usefulness.At this moment, can form the length of cylindrical portion 18, when the fixed operation of housing 20, even the narrow place of installing space, cylindrical portion 18 also has no relations and installation exercise is become easily, good work shortly.By the length of suitable lengthening saddle 34, can further improve anti-discharge effect again.
Second execution mode of cable connecting devices of the present invention and cable method of attachment is described according to Fig. 5, Fig. 6 below.At this, the parts same with above-mentioned execution mode adopt same mark and no longer explanation.Cable connecting devices 10 shown in Figure 5 forms annulus 50 with the width of 18 the upper surface from housing bottom 20a to cylindrical portion.Annulus 50 forms than the big circle of periphery of housing bottom 20a, and in the first-class compartment of terrain of periphery wall of annulus 50 the outstanding locking protrusion 52 that is provided with.
At the back side of housing bottom 20a, as shown in Figure 6, be formed with one heart the jog 54 of shape admittedly.And, on the central spud 56 that the central portion of jog 54 forms, offer the joint installation portion 22 of intercalation joint 26.
This housing 20 as shown in Figure 5, is provided with in the mode that can be entrenched on the base 58 cylindraceous.On base 58, upright establishing for the chimeric annular sidewall 60 of housing 20 on annular sidewall 60, is provided with equally spaced and forms the コ font to vertical direction incision ground and also can be entrenched in fastener 60a on the locking protrusion 52.Again, the upper end of annular sidewall 60 forms taper slightly from the outside to the inboard.On annular sidewall 60, be provided with along the tube holding section 60b of the cross sectional shape excision of the cylindrical portion 18 of housing 20.
And on the inside bottom surface of base 58, as Fig. 5, shown in Figure 6, be formed with can with the jog 62 of the chimeric concentric circles of the jog that forms on the bottom surface of housing 20 54, and be formed with central opening portion 64 in central authorities.On the sidewall of central opening portion 64, in position be provided with fitting projection 64a to the trapezoidal protuberance of vertical direction.Fitting projection 64a by the end of base 58 bottom surface sides, towards base 58 center side and to downside a little cone become.Ora terminalis on the jog 62 that is formed with fitting projection 64a is respectively arranged with engaging protrusion 64b accordingly with the upper end central authorities of fitting projection 64a.At the back side of base 58, be formed with the concavo-convex of concentric circles, the protuberance of most peripheral is local to be disconnected.
The cable method of attachment of this execution mode at first, and is located at the anode terminal 14 concentric shape ground that are provided with on image display device 12 glass substrates such as grade the base 58 that bonding agent etc. has been smeared at the back side is installed.At this moment, fixed anode terminal 14 is located at the center of the central opening portion 64 of base 58.Then housing 20 is installed on the base 58.At this moment, housing 20 is chimeric mutually with the jog 54,62 of base 58, and locking protrusion 52 cards of housing 20 sides end on the fastener 60a of base 58.Then as shown in Figure 6, high-voltage cable 16 is passed the inserting hole 18a of housing 20.And heart yearn 16a is by flexure strip 32 clampings of joint 26, and high-voltage cable 16 is fixed on the housing 20.
Again, when extracting high-voltage cable 16, utilize finger to wait to push embedding to broadcast push rod 24 in cylindrical portion 18, under this state, extract high-voltage cable 16.Thereby finish extracting of high-voltage cable 16.
If utilize the cable connecting devices and the cable method of attachment of this execution mode, when even the cylindrical portion 18 that then is installed in the housing 20 on the anode terminal 14 that is provided with on the glass substrate of image display device 12 can become trouble in the operation in the back, base 58 also can only be adhesively fixed earlier, in the operation after peripheral circuit is installed, housing 20 is installed on the base 58, so assembling operation efficient height.Again, housing 20 and base 58 pass through jog 54,62 with chimeric than large tracts of land, thus can be bigger with obtaining from the creepage distance of anode terminal 14, high voltage is had high anti-discharge effect.
Also can in the mode that covers high-voltage cable 16 ends the saddle 34 of inserting logical high-voltage cable 16 be coated on the cylindrical portion 18 as Fig. 7, the cylindrical portion 18 that forms shown in Figure 8 shortly again.At this moment, the length of cylindrical portion 18 forms shortly, and when the installation exercise that housing 20 is installed on the base 58, even the narrow place of installing space, cylindrical portion 18 also has no relations and installation exercise is become easily, good work.Again, even when taking out high-voltage cable 16, cylindrical portion 18 also has no relations, good work.
The 3rd execution mode of cable connecting devices of the present invention and cable method of attachment is described according to Fig. 9～Figure 11 below.At this, the parts same with above-mentioned execution mode adopt same mark and no longer explanation.The cable connecting devices 10 of this execution mode is provided with the stationary fixture 70 that usefulness is installed on the base 58 of chimeric housing 20.This stationary fixture 70, dismounting freely forms in the central opening portion 64 of the central portion of base 58.Stationary fixture 70 utilizes transparent resin to form, and the frame 70a of the ring-type with suitable height and thickness is set on the circumference that forms roughly discoid main body 72, and the part of frame 70a is excised to the center from periphery, is made as the engaging recessed part 70b of fan-shaped.The relative main body of engaging recessed part 70b 72 centers are provided with a pair of.And, this stationary fixture 70, about and the two sides form symmetrically.Be provided with the through hole 74 that forms in the mode that can insert the gate terminal 14 of activating yang at the center of stationary fixture 70, near the periphery of through hole 74, be formed with the annular convex 75 of concentric circles.The inboard of annular convex 75 forms taper towards through hole 74.On stationary fixture 70,,, be symmetrically arranged with the spatial portion 70c of top along the T font opening of circumference bending with respect to annular convex 75 not forming near the frame 70a of engaging recessed part 70b again.And the part of the frame 70a the spatial portion 70c near is provided with the bellying 70d that slightly forms to the outside of the circumference of stationary fixture 70 with bloating.
On the other hand, as shown in figure 10,, rotate for example 90 ° position, form supporting protuberance 76 at the fitting projection 64a that is provided with from its sidewall in the central opening portion 64 of base 58.The bottom surface of the downside of this supporting protuberance 76 and base 58 is formed on on the one side.
The cable method of attachment of this execution mode at first, is as shown in figure 10, installs and fixes anchor clamps 70 in the central opening portion 64 of base 58.At this moment, under the fitting projection 64a that is provided with on the base 58 state consistent with the engaging recessed part 70b of stationary fixture 70, under with respect to central opening portion 64 horizontal state with the central opening portion 64 of stationary fixture 70 insertion bases 58.Then, make stationary fixture 70 butts supporting protuberance 76.With insertion spatial portion 70c such as instruments, stationary fixture 70 is rotated then, turn to frame 70a and between fitting projection 64a and supporting protuberance 76, also blocked the position of ending.
Then, smear bonding agent etc., as shown in figure 11, make the anode terminal 14 that is provided with on the glass substrate of image display device 12 insert the through hole 74 of stationary fixture 70, install and fix base 58 in the bottom surface of base 58.Afterwards, make instrument etc. be entrenched in spatial portion 70c, the stationary fixture 70 that is installed on the base 58 is rotated, engaging recessed part 70b is engaged on the fitting projection 64a, take out stationary fixture 72.Then, the same with above-mentioned execution mode, be installed on the base 58 by inserting the housing 20 that is connected with high-voltage cable 16, thereby finish the connection of high-voltage cable 16.
If adopt the cable connecting devices and the cable method of attachment of this execution mode, then can utilize removable stationary fixture 70, with respect to the central opening portion 64 of base 58, with anode terminal 14 simply exactly location and installation at the center.Again, stationary fixture 70 is formed by transparent resin, so can utilize range estimation to carry out contraposition easily, operating efficiency is also high.
Claims (5)
1, a kind of cable connecting devices is characterized in that, comprises housing that the high-voltage cable that is connected with the anode terminal of being located at image display device is installed and intercalation in aforementioned housing and be connected the joint of aforesaid anode terminal and aforementioned high-voltage cable,
Aforementioned housing has the joint installation portion that aforementioned high-voltage cable is inserted the integrally formed cylindrical portion of logical resin and accommodated aforementioned joint,
Aforementioned joint has first flexure strip that can be connected with the aforesaid anode terminal and second flexure strip that can be connected with the heart yearn of aforementioned high-voltage cable front end,
In aforementioned housing, the push rod that is connected of removing aforementioned second flexure strip and aforementioned heart yearn is installed.
2, cable connecting devices as claimed in claim 1 is characterized in that: on aforementioned housing saddle is installed, this saddle installs and is provided with the through hole of inserting logical high-voltage cable in the mode that covers aforementioned cylindrical portion.
3, cable connecting devices as claimed in claim 1 or 2, it is characterized in that: have on the aforementioned image display device on every side that is fixed on the aforesaid anode terminal and the base of fixing aforementioned housing, on the inboard and aforementioned housing bottom surface of the bottom surface of aforementioned base, setting can be distinguished chimeric jog mutually, and forms and aforementioned housing can be installed on the aforementioned base.
4, cable connecting devices as claimed in claim 3, it is characterized in that: on aforementioned base, be formed with peristome, the joint installation position of aforementioned housing is in described peristome, freely be provided with stationary fixture in aforementioned peristome dismounting, described stationary fixture has the through hole that can insert logical aforesaid anode terminal.
5, a kind of cable method of attachment is characterized in that: housing that the high-voltage cable be connected with the anode terminal of being located at image display device is installed and intercalation are set in aforementioned housing and be connected the joint of aforesaid anode terminal and aforementioned high-voltage cable,
Aforementioned housing has the joint installation portion that aforementioned high-voltage cable is inserted the integrally formed cylindrical portion of logical resin and accommodated aforementioned joint,
Aforementioned joint has first flexure strip that can be connected with the aforesaid anode terminal and second flexure strip that can be connected with the heart yearn of aforementioned high-voltage cable front end,
The push rod that is connected of removing aforementioned second flexure strip and aforementioned heart yearn is installed on aforementioned housing,
And be provided for aforementioned housing be fixed on the aforesaid anode terminal around aforementioned image display device on base, on aforementioned base, form the residing peristome of joint installation portion of aforementioned housing, peristome at aforementioned base, stationary fixture is installed in advance, described stationary fixture has the through hole that can insert logical aforesaid anode terminal, with aforementioned base be fixed on the aforesaid anode terminal around after, take out the aforementioned fixation anchor clamps, aforementioned housing is installed on the aforementioned base and connects aforesaid anode terminal and aforementioned first flexure strip, afterwards, the heart yearn of high-voltage cable front end is inserted aforementioned cylindrical portion and make on its second flexure strip that is connected aforementioned joint.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005236871 | 2005-08-17 | ||
| JP2005236871A JP4530282B2 (en) | 2005-08-17 | 2005-08-17 | Cable connection method |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1929206A CN1929206A (en) | 2007-03-14 |
| CN100550520C true CN100550520C (en) | 2009-10-14 |
Family
ID=37859066
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB200610115036XA Expired - Fee Related CN100550520C (en) | 2005-08-17 | 2006-08-17 | Cable connecting devices and cable method of attachment |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP4530282B2 (en) |
| CN (1) | CN100550520C (en) |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5444780Y2 (en) * | 1975-05-09 | 1979-12-22 | ||
| JPS5538072Y2 (en) * | 1976-12-31 | 1980-09-05 | ||
| JP2001185253A (en) * | 1999-12-27 | 2001-07-06 | Fci Japan Kk | Connector |
| EP1309036B1 (en) * | 2000-08-04 | 2007-05-02 | Omron Corporation | Wire connector |
| JP4234489B2 (en) * | 2003-05-09 | 2009-03-04 | 道弘 植村 | Cable device |
| JP2005158657A (en) * | 2003-11-28 | 2005-06-16 | I-Pex Co Ltd | Connector for coaxial cable |
-
2005
- 2005-08-17 JP JP2005236871A patent/JP4530282B2/en not_active Expired - Fee Related
-
2006
- 2006-08-17 CN CNB200610115036XA patent/CN100550520C/en not_active Expired - Fee Related
Also Published As
| Publication number | Publication date |
|---|---|
| JP2007052995A (en) | 2007-03-01 |
| JP4530282B2 (en) | 2010-08-25 |
| CN1929206A (en) | 2007-03-14 |
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| PB01 | Publication | ||
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Granted publication date: 20091014 Termination date: 20110817 |