CN2446721Y - Non-interrupting comunication revolving shaft device - Google Patents
Non-interrupting comunication revolving shaft device Download PDFInfo
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- CN2446721Y CN2446721Y CN 00243347 CN00243347U CN2446721Y CN 2446721 Y CN2446721 Y CN 2446721Y CN 00243347 CN00243347 CN 00243347 CN 00243347 U CN00243347 U CN 00243347U CN 2446721 Y CN2446721 Y CN 2446721Y
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- rotating disk
- conductive plate
- shell
- machine according
- collar
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Abstract
The utility model relates to a non-interrupting communication shaft rotating device. The utility model comprises an outer shell, a rotating shaft assembly, a rotating plate, two communication wires and a volute spiral spring, wherein, the rotating shaft assembly which is used for pivoting and sheathing with the rotating plate is composed of odd insulating plates and even current conducting plates, and the insulating plates and the current conducting plates are arranged at intervals and are adjacent mutually. Each current conducting plate is respectively connected with each conducting wire of one communication wire, a connecting socket is arranged in sleeve ring of the rotating plate for the other communication wire to wind at a position adjacent to the rotating shaft assembly, and the connecting socket is provided with a plurality of current conducting assemblies; one end of each current conducting assembly is contacted with a corresponding current conducting plate, and the other end is connected with each conducting wire of the other communication wire. Accordingly, the two communication wires can be kept in the state of non-interrupting stable electrical connection when the rotating plate rotates.
Description
The utility model relates to a kind of communication shaft machine, particularly connect between the wantonly two corresponding electronic installations of computer, communication or consumption electronic products at supplying, elongated or furled automatically to avoid that the line body is at random is entangled with and can will furl wherein order wire according to actual needs, and through the special structural design of not cutting off the power supply, no matter and make the line body be pull out or coiling process in all can keep a kind of continuous telecommunication shaft machine of continuous and stable signal transmission state institute research and development novel creation.
No matter be to use computer now, modulator-demodulator, various computer such as phone or facsimile machine, communication, the electronic equipment of so-called 3C such as consumption electronic products all unavoidably must use suitable connection to interconnect to reach the purpose of telecommunications communications and liaison, cause being entangled with for the order wire of avoiding regular length is long or too short be not inconsistent actual required, on the market or state, disclosed the communication shaft machine of multiple different structure kenel in the inside and outside bulletin patent case all, basically the structure of this communication shaft machine is nothing more than including a shell, one rotating disk, one volute wind spring and one or two order wires, its turntable system is hubbed in the rotating disk groove of shell and rotates, its two side panels face respectively form a collar and can be respectively for the volute wind spring with can reel on it for an order wire of pulling out, can turn rotating disk simultaneously when this order wire is pulled out and therefore spur the volute wind spring, with the elastic potential energy that provides order wire to furl.And be to keep electrically connecting with another order wire in the dial rotation process, continuing, partly just can install the uninterruptible power supply (UPS) device of different structure kenel in the shaft machine product, for example utilize the rotating disk card to be provided with concentric but waney complex conduction ring and cooperate the complex conduction shell fragment established with respect to each conducting ring place on another rotating disk or the shell or electric-conductor such as steel ball, when making dial rotation, electric-conductors such as each electroconductive elastic sheet or steel ball are just identical with each conducting ring position and can continue maintenance electric connection state with respect to the movement locus of rotating disk.Owing to the uninterruptible power supply (UPS) device that electric-conductor constituted of those conducting rings and electroconductive elastic sheet or steel ball or the like each zero the group member is quite a lot of disperses, and each component volume is also all quite small, therefore suitable consuming time the taking a lot of work and being difficult for of assembling process, especially often can't durablely use because of vibrations or long term wear often are easier to come in contact phenomenon of the failure such as bad when using, usefulness is not good.Moreover, the tradition shaft machine can can't keep suitable regular length outside because of the elastic pulling force effect that is subjected to the volute wind spring presents tight state after pulling out connection, so will cause sizable puzzlement to the user, so the utmost point is necessary to produce shortcoming further investigation perfect not to the utmost in the use and do an improvement at those traditional shaft machine products.
It is more convenient that the purpose of this utility model provides to closing, and more can guarantee a kind of communication shaft machine of stablizing electrical connection status that maintenance is not cut off the power supply between two order wires.
For achieving the above object, the utility model is taked following design:
A kind of continuous telecommunication shaft machine includes:
One shell is by 2 half shells and set up jointly, in be provided with the rotating disk groove, and have the first line hole and the second line hole that communicates with the rotating disk groove;
One rotating shaft combination is arranged on rotating disk groove central authorities, includes separately and adjacent odd number insulating disc and the even number conductive plate that makes up, and wherein each conductive plate all is provided with axial overhanging contact rod and protrudes from outside the end face of this rotating shaft combination;
One rotating disk that can in the rotating disk groove, rotate, system is enclosed within the rotating shaft combination by central pivot hole pivot, on its two card, be arranged with pertusate first collar and canaliculate second collar, then be provided with a connecting seat in abutting connection with place, pivot hole in first collar, be provided with the conductive component suitable with the conductive plate number in this Connection Block, each conductive component one end keeps in touch in each corresponding conductive plate dish edge;
One provides the volute wind spring of rotating disk revolution reseting elasticity, is that an end colludes and is located on second collar grooves;
One first order wire is to penetrate in the shell first line hole and wherein even number bar lead is to branch and each extends each the corresponding contact rod that makes up with rotating shaft along half and half shell and is connected mutually with an end, and the other end then is provided with first plug;
One second communication line, system penetrates with an end in the perforation of rotating disk first collar and is connected on the Connection Block, make each lead of even number bar lead wherein can be connected the other end of each corresponding conductive component, all the other order wires then are wound on first collar, and the other end passes outside the second line hole and is provided with second plug.
By the switching intermediary of rotating shaft combination, two order wires can still keep the electrical connection status of stablizing of not cutting off the power supply when dial rotation, according to this and the specific purposes of taking off before reaching.
In the utility model, the position is equipped with perforation in each insulating disc and the conductive plate corresponding section in the outside, and is equiped with dead ring in addition in the outside conductive plate perforation, the set contact rod of the conductive plate of inboard run through those perforation and dimpling for outside.
In the utility model, can be respectively arranged with concavo-convex corresponding and the reference column and the location hole that can fasten on described wantonly two adjacent insulating discs and the conductive plate.
In the utility model, described insulating disc and conductive plate center are equipped with axis hole, mutually and set up jointly upright and adopt to fill out and irritate plastics and give the die casting shoot mode and be combined into one.
In the utility model, described shell half and half shell is provided with isolated complex conduction sheet, each conducting strip one end extends to rotating disk groove center place and contacts with each corresponding contact rod protruding end of rotating shaft combination, and the other end then is connected mutually with the corresponding lead of first order wire.
In the utility model, each conductive component of Connection Block is to include a spring and two contact pilotages that are arranged on these spring two ends in the described rotating disk, and wherein a contact pilotage contacts the corresponding lead that another contact pilotage of corresponding conductive plate then contacts the second communication line.
In the utility model, Connection Block in the described rotating disk is equipped with a socket in addition, and the second communication line is connected to an end of this Connection Block, is to be equipped with one the 3rd plug and can be plugged in this socket fixingly, and makes its each lead contact each corresponding conductive component.
In the utility model, described rotating disk dish edge forms at least one oblique ratchet, and on the shell of rotating disk groove, be provided with a tank in addition, the tank content is provided with a drag knob that acted on by elastic parts and advance by leaps and bounds towards rotating disk, and this drag knob has the blocking part that can be embedded in the ratchet and the protruding shell that is exposed to is outer and can be for group pushed section of stirring.
In the utility model, described second communication line is connected to a line end of described Connection Block, is all respectively to be folded with a conductive tube and each corresponding conductive component of difference sleeve by each lead.
The utility model is described in further detail below in conjunction with accompanying drawing.
Fig. 1 is stereoscopic figure of the present utility model
Fig. 2 is an exploded perspective view of the present utility model
Fig. 3 is the exploded perspective view of the utility model shaft combination
Fig. 4 is a combining structure generalized section of the present utility model
Fig. 5 is the utility model rotating shaft combination and Connection Block relativeness cross-sectional view
Fig. 6 is the turntable structure stereogram that shows Connection Block in the utility model
Fig. 7 is for removing the combining structure vertical view behind half shell in the utility model
Fig. 8 is the exploded perspective view of another embodiment of the utility model
Fig. 9 is the utility model combining structure generalized section
As shown in Figure 1 and Figure 2, the structure that continuous telecommunication shaft machine of the present utility model is involved has consisted essentially of a shell 1, rotating shaft combination 2, one rotating disk 3, a volute wind spring 4, one first order wire 5 and a second communication line 6, wherein:
Shell 1, system is by 2 half shells 10,11 and set up jointly, in be provided with adjacent rotating disk groove 12, tank 13 and spring groove 14, and have the first line hole 120 and the second line hole 121 that communicates with rotating disk groove 12, and half and half shell, 10,11 inner faces all are provided with the complex conduction sheet 15 of being separated by and extend to rotating disk groove 12 centers.
Rotating shaft combination 2, system is arranged on rotating disk groove 12 central authorities, as shown in Figure 3, include the also adjacent separately odd number insulating disc that is provided with 20 and several conductive plates 21, its meta each insulating disc 20 of side outside is equipped with perforation 200 with conductive plate 21 corresponding sections, 210, can run through those perforation 200 for inboard conductive plate 21 set contact rods 22,210 and dimpling for outside, and in avoiding, outer conductive plate 21 can be because of contact rod 22 run through the phase short circuit, in the perforation 210 of outside conductive plate 21, be arranged with a dead ring 211 in addition, and can be respectively arranged with concavo-convex corresponding and the reference column 201 and location hole 212 that can fasten on wantonly two adjacent insulating discs 20 and the conductive plate 21, and make all insulating discs 20 can utilize running through and Rapid Combination of this lock structure and contact rod 22 with conductive plate 21.And all insulating discs 20 are equipped with axis hole 202,213 with conductive plate 21 centers.So when all insulating discs 20 and conductive plate 21 by contact rod 22 mutually and set up jointly stand after, can process to fill out and irritate plastics and give die casting and penetrate and be combined into one, as Fig. 4, shown in Figure 5, and after this rotating shaft combination 2 is arranged on rotating disk groove 12 central authorities, each contact rod 22 that its two ends dimpling goes out will contact corresponding conducting strip 15 respectively, and will be same as Fig. 4, shown in Figure 5.
As Fig. 2, shown in Figure 6, rotating disk 3 is enclosed within the rotating shaft combination 2 and can rotates in rotating disk groove 12 by central pivot hole 30 pivots, and its two card is arranged with first collar 31 (as shown in Figure 6) of tool perforation 310 and second collar 32 of tool groove 320.Then be provided with a connecting seat 34 of setting up socket 33 in abutting connection with 30 places, pivot hole in first collar 31, be provided with the conductive component 35 suitable in this Connection Block 34 with conductive plate 21 numbers, as shown in Figure 5, in fact each conductive component 35 can include a spring 350 and two contact pilotages 351 that are arranged on these spring 35 2 ends, 352, wherein a contact pilotage 351 keeps in touch corresponding conductive plate 21.
As shown in Figure 7, volute wind spring 4 is to be installed with in spring groove 14, and an end colludes on the groove 320 of being located at second collar 32 and can be wound on second collar 32 when rotating disk 3 rotates, to provide rotating disk 3 revolution reseting elasticities.
As shown in Figure 2, first order wire 5 is to penetrate in the shell 1 first line hole 120 and make wherein 50 pairs of branches of several wires and each extends to each along half and half shell 10,11 and correspondingly welds mutually at conducting strip 15 with an end, and the other end then is provided with first plug 51.
As Fig. 2, shown in Figure 6, second communication line 6 is to penetrate in 31 perforation 310 of rotating disk 3 first collars with an end that is provided with the 3rd plug 60 to be plugged on the socket 33, and making wherein, each lead 600 of several wires can electrically be contacted with another contact pilotage 532.All the other line bodies then can be wound on first collar 31, and the other end to pass the second line hole 121 outer and be provided with second plug 61.
In view of the above, on the one hand because each lead 50 of first order wire 5 is electrically connected to each corresponding conductive plate 21 indirectly by corresponding conducting strip 15 with contact rod 22, each lead 600 of second communication line 6 is again by being kept in touch indirectly in each corresponding conductive plate 21 by each conductive component 35 in the Connection Block 34 on the other hand, form a kind of " brush " of special kenel, make first order wire 5 and second line 6 reach the effect of electric connection by these special rotating shaft combination 2 switchings.Therefore pull out second communication line 6 and when impelling rotating disk 3 rotations as the user, contact pilotage 351 in its Connection Block 34 will continue to contact on the conductive plate 21 dish edge and around its rotation, so can guarantee the still state without interruption that do not cut off the power supply of maintenance of 3,5 of first, second order wires.
In addition, shown in another embodiment of Fig. 8, Fig. 9, aforesaid volute wind spring 4 also can be installed with within second collar 32 to collude with the outer end and be located in the groove 320 inner then colluding and be located at the default grooves 203 of rotating shaft combination 2, and the whole casing volume can be dwindled again.And second communication line 6 former ends that are provided with the 3rd plug 60 can change over and make each lead 600 exposed end in addition respectively be folded with a conductive tube 601, make this end of a thread directly finish the conduction combination with the corresponding contact pilotage 352 of each conductive tube 601 sleeve.
In addition, after pulling out suitable length, can fix this length for making second communication line 6, can make rotating disk 3 dish edge form at least one oblique ratchet 36, then be installed with a drag knob 7 that acted on by elastic parts 70 and advance by leaps and bounds towards rotating disk 3 in the tank 13 of this rotating disk 3, this drag knob 7 has the fastening part 71 that can be embedded in the ratchet 36 and is exposed to protruding that shell 1 is outer dials pushed section 72 for what stir.So, when the user pulls out predetermined length with second communication line 6 and lets go and make rotating disk 3 automatically during revolution, its ratchet 36 will be by 71 blocking location of fastening part, as shown in Figure 7, the user only need stir one and set aside pushed section 72, can make fastening part 71 break away from ratchets 36, rotating disk 3 can freely be turned round again and second communication line 6 is furled fully.
The above only is of the present utility model one preferable possible embodiments, non-so inflexible limit claim scope of the present utility model, the equivalent structure that all utilization the utility model specifications and accompanying drawing content are done changes, and directly or indirectly applies to other correlative technology field and all in like manner all is included in the claim of the present utility model.
In sum, the utility model combination is convenient, and though can make the line body be pull out or coiling process in all can keep continuous and stable signal transmission state.
Claims (9)
1, a kind of continuous telecommunication shaft machine is characterized in that: include:
One shell is by 2 half shells and set up jointly, in be provided with the rotating disk groove, and have the first line hole and the second line hole that communicates with the rotating disk groove;
One rotating shaft combination is arranged on rotating disk groove central authorities, includes separately and adjacent odd number insulating disc and the even number conductive plate that makes up, and wherein each conductive plate all is provided with axial overhanging contact rod and protrudes from outside the end face of this rotating shaft combination;
One rotating disk that can in the rotating disk groove, rotate, system is enclosed within the rotating shaft combination by central pivot hole pivot, on its two card, be arranged with pertusate first collar and canaliculate second collar, then be provided with a connecting seat in abutting connection with place, pivot hole in first collar, be provided with the conductive component suitable with the conductive plate number in this Connection Block, each conductive component one end keeps in touch in each corresponding conductive plate dish edge;
One provides the volute wind spring of rotating disk revolution reseting elasticity, is that an end colludes and is located on second collar grooves;
One first order wire is to penetrate in the shell first line hole and wherein even number bar lead is to branch and each extends each the corresponding contact rod that makes up with rotating shaft along half and half shell and is connected mutually with an end, and the other end then is provided with first plug;
One second communication line, system penetrates with an end in the perforation of rotating disk first collar and is connected on the Connection Block, make each lead of even number bar lead wherein can be connected the other end of each corresponding conductive component, all the other order wires then are wound on first collar, and the other end passes outside the second line hole and is provided with second plug.
2, continuous telecommunication line shaft machine according to claim 1, it is characterized in that: the position is equipped with perforation in each insulating disc and the conductive plate corresponding section in the outside, and be equiped with dead ring in addition in the outside conductive plate perforation, the position the set contact rod of the conductive plate of inboard run through those perforation and dimpling for outside.
3, continuous telecommunication shaft machine according to claim 1 is characterized in that: can be respectively arranged with concavo-convex corresponding and the reference column and the location hole that can fasten on described wantonly two adjacent insulating discs and the conductive plate.
4, continuous telecommunication shaft machine according to claim 1, it is characterized in that: described insulating disc and conductive plate center are equipped with axis hole, mutually and set up jointly upright and adopt to fill out and irritate plastics and give the die casting shoot mode and be combined into one.
5, continuous telecommunication shaft machine according to claim 1, it is characterized in that: described shell half and half shell is provided with isolated complex conduction sheet, each conducting strip one end extends to rotating disk groove center place and contacts with each corresponding contact rod protruding end of rotating shaft combination, and the other end then is connected mutually with the corresponding lead of first order wire.
6, continuous telecommunication shaft machine according to claim 1, it is characterized in that: each conductive component of Connection Block is to include a spring and two contact pilotages that are arranged on these spring two ends in the described rotating disk, and wherein a contact pilotage contacts the corresponding lead that another contact pilotage of corresponding conductive plate then contacts the second communication line.
7, continuous telecommunication shaft machine according to claim 1, it is characterized in that: the Connection Block in the described rotating disk is equipped with a socket in addition, and the second communication line is connected to an end of this Connection Block, be to be equipped with one the 3rd plug and can be plugged in this socket fixingly, and make its each lead contact each corresponding conductive component.
8, continuous telecommunication shaft machine according to claim 1, it is characterized in that: described rotating disk dish edge forms at least one oblique ratchet, and on the shell of rotating disk groove, be provided with a tank in addition, the tank content is provided with a drag knob that acted on by elastic parts and advance by leaps and bounds towards rotating disk, and this drag knob has the blocking part that can be embedded in the ratchet and the protruding shell that is exposed to is outer and can be for group pushed section of stirring.
9, continuous telecommunication shaft machine according to claim 1, it is characterized in that: described second communication line is connected to a line end of described Connection Block, is all respectively to be folded with a conductive tube and each corresponding conductive component of difference sleeve by each lead.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00243347 CN2446721Y (en) | 2000-07-11 | 2000-07-11 | Non-interrupting comunication revolving shaft device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 00243347 CN2446721Y (en) | 2000-07-11 | 2000-07-11 | Non-interrupting comunication revolving shaft device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2446721Y true CN2446721Y (en) | 2001-09-05 |
Family
ID=33603261
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 00243347 Expired - Fee Related CN2446721Y (en) | 2000-07-11 | 2000-07-11 | Non-interrupting comunication revolving shaft device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2446721Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104619978A (en) * | 2012-09-12 | 2015-05-13 | K·库勒吉扬 | Equipment for structurization and polarization of fuel, combustion mixture or water |
-
2000
- 2000-07-11 CN CN 00243347 patent/CN2446721Y/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104619978A (en) * | 2012-09-12 | 2015-05-13 | K·库勒吉扬 | Equipment for structurization and polarization of fuel, combustion mixture or water |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C19 | Lapse of patent right due to non-payment of the annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |