CN2891017Y - Watch spring energy display mechanism - Google Patents
Watch spring energy display mechanism Download PDFInfo
- Publication number
- CN2891017Y CN2891017Y CN200620025649.XU CN200620025649U CN2891017Y CN 2891017 Y CN2891017 Y CN 2891017Y CN 200620025649 U CN200620025649 U CN 200620025649U CN 2891017 Y CN2891017 Y CN 2891017Y
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- China
- Prior art keywords
- energy
- showing
- wheel
- show
- pointer
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- Expired - Lifetime
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- G—PHYSICS
- G04—HOROLOGY
- G04B—MECHANICALLY-DRIVEN CLOCKS OR WATCHES; MECHANICAL PARTS OF CLOCKS OR WATCHES IN GENERAL; TIME PIECES USING THE POSITION OF THE SUN, MOON OR STARS
- G04B9/00—Supervision of the state of winding, e.g. indicating the amount of winding
- G04B9/005—Supervision of the state of winding, e.g. indicating the amount of winding by optical indication of the amount of winding
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Gears, Cams (AREA)
Abstract
A energy display device of watch main-spring, which comprises a stored energy gear, a one gear component for showing energy, a two gears component for showing energy, a four gears component for showing energy, a revolution gear, a planetary gear component, a rack components, a shim, a showing energy pointer, a barrel arbor, a driving wheel on barrel, two shims, two curb pins, a dial and a elongated dial for showing energy. The stored energy gear is fixed on the barrel arbor and meshes with the planetary gear component; the planetary gear component meshes the four gears component for showing energy; the four gears component for showing energy meshes the rack components through two idle wheels; the showing energy pointer is installed on the swivel, moves linearly by the driven of the rack, and indicates the energy stored by the mainspring through the elongated dial for showing energy of the dial. The utility model has the advantages of simple in structure and novel in design, makes the showing energy pointer intuitively display the stored energy situation of the watch mainspring like thermometer, so the wearer can understand fully at one glance to the release degree of the mainspring energy in mechanical watch, thereby supplying the mainspring energy in time.
Description
Technical field
The utility model relates to a kind of wrist-watch parts, particularly relates to a kind of watch main-spring energy indication mechanism.
Background technology
As everyone knows, energy was provided by clockwork spring when mechanical watch was walked, the length of time when the size of the elastic potential energy that clockwork spring stores during by rolling-in is determining that wrist-watch is walked, and its elastic potential energy is big more, and the time is long more during the walking of wrist-watch.In wrist-watch when operation,, clockwork spring is converted to mechanical energy with the elastic potential energy of its storage gradually, for the operation of wrist-watch provides the energy.After elastic potential energy that clockwork spring stores all discharged, wrist-watch just lost energy supply and out of service.For mechanical watch can continuously be moved down, timely rolling-in clockwork spring before the wearer just must discharge fully in the elastic potential energy of its clockwork spring.
In order to make the timely rolling-in clockwork spring of wearer, the mechanical type wrist-watch that has is provided with the clockwork spring that is used to refer to clockwork spring energy storage situation and shows energy mechanism.Existing mechanical watch spring show can mechanism comprise be arranged on the dial plate show can pointer and circular arc show can index dial, with showing that the scale that can the indicated circular arc of pointer shows on can index dial indicates watch main-spring energy storage situation at that time.
But above-mentioned existing mechanical watch spring shows can mechanism exist following shortcoming: with showing that the scale that can the indicated circular arc of pointer shows on can index dial indicates watch main-spring energy storage situation at that time, the wearer observes directly perceived inadequately.
Summary of the invention
Technical problem to be solved in the utility model is, overcome above-mentioned existing mechanical watch spring show can mechanism shortcoming, a kind of watch main-spring energy indication mechanism that can intuitively show watch main-spring energy storage situation is provided.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is: the utility model watch main-spring energy indication mechanism comprises: flywheel, energy indicating first wheel component, energy indicating second wheel component, show can four-wheel parts, revolution wheel, planetary gear parts, tooth bar assembly, showing can pointer, bar axle, driving wheel on barrel, two pads, two banking pins, dial plate and show the energy index dial; Flywheel is fixed on the bar axle, and is meshed with the planetary gear parts; The planetary gear parts are meshed with showing energy four-wheel parts; Show and to be meshed with the tooth bar assembly by two idle wheels by the four-wheel parts; Show can pointer be installed in show can the pointer wheel shaft on, by the driving rectilinear motion of tooth bar, by showing on the dial plate can index dial indication clockwork spring energy stored; Energy indicating first wheel component is meshed with energy indicating second wheel component; Energy indicating second wheel component is meshed with the revolution wheel; The planet wheel spindle of planetary gear parts is fixed on the revolution wheel, thereby makes when the planetary gear parts detour the spider gear shaft rotation around the revolution of the center of revolution wheel; Described two pads are fixed on the clamping plate in opposite directions abreast, and the gap between the two forms the straight-line track of guide gear row culture; Described two banking pins are separately positioned on the two ends of the straight-line track of above-mentioned guide gear row culture.
Described planetary gear parts comprise: planetary gear sheet and planet tooth axle; Described planetary gear sheet and planet tooth axial compression integrator structure.
Described showing can comprise by the four-wheel parts: show energy four-wheel sheet and show the energy fourth pinion that described showing can be pressed into integrative-structure with showing the energy fourth pinion by the four-wheel sheet.
Described tooth bar assembly comprises: rack member, supporting spring parts; Described rack member and supporting spring parts are fixed into integrative-structure by rivet.Described rack member comprises: tooth bar and two position nails; Described two positions nail is separately fixed at the two ends of tooth bar; Described supporting spring parts comprise: supporting spring and show can pointer wheel shaft, described supporting spring with show can pointer wheel shaft riveted into a single integrated structure.
Described planet tooth axle is meshed with showing energy four-wheel sheet; Described showing can take turns sheet and be meshed with showing energy five by fourth pinion; The described energy five that shows is taken turns sheet and is taken turns sheet and be meshed with showing energy six; The described energy six that shows is taken turns sheet and is meshed with tooth bar; Described show can pointer be fixed on show can the pointer wheel shaft on; Described showing can be fixed on the supporting spring by the pointer wheel shaft; Described supporting spring is fixed on the tooth bar.
Described dial plate is provided with strip and shows that energy index dial and strip show energy pointer guide hole; Described showing can be arranged on a side of showing energy pointer guide hole by index dial, parallels with showing energy pointer guide hole; Describedly show that the straight-line track of guide gear row culture that can pointer forms between position and two pads of guide hole is corresponding; Described showing can stretch out by the pointer guide hole from showing by the pointer wheel shaft, is installed in the energy pointed of showing on the energy pointer wheel shaft shown and shows the energy index dial.
Described energy indicating first wheel component comprises: show that can one take turns sheet and show can a tooth axle; The described energy one that shows is taken turns sheet and is shown energy one tooth axial compression integrator structure.
Described energy indicating second wheel component comprises: show that can two take turns sheet and show can the bidentate axle; The described energy two that shows is taken turns sheet and is shown energy bidentate axial compression integrator structure.
Described planetary gear parts comprise: planetary gear sheet and planet tooth axle; Described planetary gear sheet and planet tooth axial compression integrator structure.
Described showing can take turns sheet and be meshed with showing energy two by a tooth axle; Described showing can be meshed with the revolution wheel by the bidentate axle; Described planet wheel spindle is fixed on the revolution wheel, and the planetary gear parts detour the spider gear shaft rotation simultaneously around the center revolution of revolution wheel.
The beneficial effects of the utility model are: simple in structure, novel in design, make and show that the energy pointer shows the energy storage situation of watch main-spring intuitively as thermometer, the wearer can observe the releasing degree of stem-winder clockwork spring energy at a glance, thereby replenishes the clockwork spring energy in time.
Description of drawings
Fig. 1 is the planar structure synoptic diagram of the utility model watch main-spring energy indication mechanism;
Fig. 2 is the axial arrangement synoptic diagram of the utility model watch main-spring energy indication mechanism;
Fig. 3 for showing of the utility model watch main-spring energy indication mechanism can pointer the indicating status synoptic diagram on dial plate;
Fig. 4 a is the energy storage working state schematic representation of the utility model watch main-spring energy indication mechanism when clockwork spring is tightened fully;
Fig. 4 b is that the utility model watch main-spring energy indication mechanism showing when clockwork spring discharges fully can working state schematic representation.
Among the figure:
1: flywheel 2: energy indicating first wheel component
3: showing can a tooth axle 4: show and can one take turns sheet
5: energy indicating second wheel component 6: showing can the bidentate axle
7: show and can two take turns sheet 8: the revolution wheel
9: planet wheel spindle 10: the planetary gear parts
11: planet tooth axle 12: planetary gear sheet
13: show energy four-wheel parts 14: showing can fourth pinion
15: show can four-wheel sheet 16: show and can five take turns sheet
17: show and can six take turns sheet 18: the tooth bar assembly
19: rack member 20: tooth bar
21: position nail 22: supporting spring parts
23: show energy pointer wheel shaft 24: supporting spring
25: rivet 26: showing can pointer
27: pad 28: banking pin
29: bar axle 30: driving wheel on barrel
31: dial plate 32: showing can index dial
33: showing can the pointer guide hole
Embodiment
Below in conjunction with the drawings and specific embodiments the utility model is described in further detail:
Shown in Fig. 1, Fig. 2, Fig. 3, Fig. 4 a and Fig. 4 b, the utility model watch main-spring energy indication mechanism comprises: flywheel 1, energy indicating first wheel component 2, energy indicating second wheel component 5, show can four-wheel parts 13, revolution wheel 8, planetary gear parts 10, show can five take turns sheet 16, show can six take turns sheet 17, tooth bar assembly 18, show can pointer 26, two pads 27, two banking pins 28, bar axle 29, driving wheel on barrel 30, dial plate 31 and strips show can index dial 32; Described flywheel 1 is fixed on the bar axle 29, and is meshed with planetary gear parts 10; Described planetary gear parts 10 are meshed with showing energy four-wheel parts 13; Described showing can take turns sheet 16 and be meshed with showing energy five by four-wheel parts 13; The described energy five that shows is taken turns sheet 16 and is taken turns sheet 17 and be meshed with showing energy six; The described energy six that shows is taken turns sheet 17 and is meshed with tooth bar assembly 18; Described two pads 27 are fixed on the clamping plate (not shown) in opposite directions abreast, and the gap between the two forms the track of guiding tooth bar 20 moving linearlies; Described two banking pins 28 are separately positioned on the two ends of the track of guiding tooth bar 20 moving linearlies; Described energy pointer 26 moving linearly under tooth bar assembly 18 drives that shows is indicated the clockwork spring energy stored by the showing energy index dial 32 on the dial plate 31; Described energy indicating first wheel component 2 is meshed with energy indicating second wheel component 5; Described energy indicating second wheel component 5 is meshed with revolution wheel 8; The planet wheel spindle 9 of described planetary gear parts 10 is fixed on the revolution wheel 8, thereby makes when planetary gear parts 10 detour spider gear shaft 9 rotations around the revolution of the center of revolution wheel 8.
More particularly, described planetary gear parts 10 comprise: planetary gear sheet 12 and planet tooth axle 11; Described planetary gear sheet 12 is pressed into integrative-structure with planet tooth axle 11; Described showing can comprise by four-wheel parts 13: show energy four-wheel sheet 15 and show energy fourth pinion 14; Described showing can be pressed into integrative-structure with showing energy fourth pinion 14 by four-wheel sheet 15; Described tooth bar assembly 18 comprises: rack member 19 and supporting spring parts 22; Described rack member 19 is fixed together by rivet 25 with supporting spring parts 22; Described rack member 19 comprises: tooth bar 20 and two position nails 21; Described two positions nail 21 is separately fixed at the two ends of tooth bar 20; Described supporting spring parts 22 comprise: supporting spring 24 and show can pointer wheel shaft 23; Described supporting spring 24 with show can pointer wheel shaft 23 riveteds into a single integrated structure; Described planet tooth axle 11 is meshed with showing energy four-wheel sheet 15; Described showing can take turns sheet 16 and be meshed with showing energy five by fourth pinion 14; The described energy five that shows is taken turns sheet 16 and is taken turns sheet 17 and be meshed with showing energy six; The described energy six that shows is taken turns sheet 17 and is meshed with tooth bar 20; Described show can pointer 26 be fixed on show can pointer wheel shaft 23 on; Described showing can be fixed on the supporting spring 24 by pointer wheel shaft 23; Described supporting spring 24 is fixed on the tooth bar 20; Described energy pointer 26 moving linearly under the driving of tooth bar 20 that shows, showing on dial plate 31 can be indicated the clockwork spring energy stored by index dial 32.
Described energy indicating first wheel component 2 comprises: show that can one take turns sheet 4 and show can a tooth axle 3; The described energy one that shows is taken turns sheet 4 and is shown and can be pressed into integrative-structure by a tooth axle 3; Described energy indicating second wheel component 5 comprises: show that can two take turns sheet 7 and show can bidentate axle 6; The described energy two that shows is taken turns sheet 7 and is shown and can be pressed into integrative-structure by bidentate axle 6; Described showing can take turns sheet 7 and be meshed with showing energy two by a tooth axle 3; Described showing can be meshed with revolution wheel 8 by bidentate axle 6; Described planet wheel spindle 9 is fixed on the revolution wheel 8, and planetary gear parts 10 detour spider gear shaft 9 rotations simultaneously around the 8 centers revolution of revolution wheel; Described planet tooth axle 11 is meshed with showing energy four-wheel sheet 15; Described showing can take turns sheet 16 and be meshed with showing energy five by fourth pinion 14; The described energy five that shows is taken turns sheet 16 and is taken turns sheet 17 and be meshed with showing energy six.
Described dial plate 31 is provided with strip and shows that energy index dial 32 and strip show energy pointer guide hole 33; Described showing can be arranged on a side of showing energy pointer guide hole 33 by index dial 32, parallels with showing energy pointer guide hole 33; Described show can pointer between position and two pads 27 of guide hole 33 track of guiding tooth bar 20 moving linearlies of formation corresponding; The described energy pointer wheel shaft 23 that shows can stretch out by pointer guide hole 33 from showing, is installed in energy pointer 26 sensings of showing on the energy pointer wheel shaft 23 shown and shows energy index dial 32.
The course of work to the utility model watch main-spring energy indication mechanism is illustrated below:
Shown in Fig. 3, Fig. 4 a and Fig. 4 b, in the process, driving wheel on barrel 30 releases energy clockwork spring counterclockwise to rotation to wrist-watch gradually when normally walking, and takes turns sheet 4 and is meshed with driving wheel on barrel 30 owing to show energy one, turns clockwise so driving wheel on barrel 30 drives energy indicating first wheel components 2; Can be pressed into integrative-structure by a tooth axle 3 owing to showing that energy one is taken turns sheet 4 and shown, and show and to take turns sheet 6 and to be meshed with showing energy two by a tooth axle 3, so show that energy one tooth axle 3 drive energy indicating second wheel components 5 are counterclockwise to rotation; Owing to show and can two take turns sheet 7 and show and to be pressed into integrative-structure by bidentate axle 6, and show and to be meshed with revolution wheel 8 by bidentate axle 6, show that therefore can bidentate axle 6 driving 8 clockwise directions of revolution wheel rotates; Owing to planet wheel spindle 9 is fixed on the revolution wheel 8, so planetary gear parts 10 revolve round the sun around the center clockwise direction of revolution wheel 8 in the spider gear shaft 9 counterclockwise rotations of detouring; Because planetary gear parts 10 are pressed into integrative-structure by planetary gear sheet 12 and planet tooth axle 11, and planet tooth axle 11 with show and can be meshed by four-wheel sheet 15 that so planet tooth axle 11 drives and shows and can 13 clockwise directions of four-wheel parts rotate; Since show can four-wheel sheet 15 with show and can be pressed into integrative-structure by fourth pinion 14, and show can fourth pinion 14 with show that can five taking turns sheet 16 is meshed, therefore show can fourth pinion 14 to drive and show that energy five takes turns sheet 16 counterclockwise to rotation; Owing to show and can five take turns sheet 16 and show that can six taking turns sheet 17 is meshed, show that therefore can five taking turns sheet 16 drives and show that energy six takes turns sheet 17 and turn clockwise; Because showing energy six takes turns sheet 17 and is meshed with tooth bar 20, therefore, driving tooth bar 20 moves downward along the track that forms between two pads 27, drive simultaneously and show and to move downward along the energy pointer guide hole 33 that shows on the dial plate 31 by pointer 26, show can pointer on the 26 indicated dial plates 31 show can index dial 32 scale more and more littler, the stored elastic potential energy of expression watch main-spring is fewer and feweri; When the position nail 21 that is arranged on tooth bar 20 lower ends is subjected to stopping of banking pin 28, tooth bar 20 stop motions, show can pointer on the 26 indicated dial plates 31 show can index dial 32 scale be zero, the expression watch main-spring is discharged fully, reminds the user in time to have tightened clockwork spring again.
When the user finds to show that the clockwork spring energy that can pointer 26 indicates is very little and when tightening clockwork spring again, bar axle 29 is rotated counterclockwise, because flywheel 1 is fixed on the bar axle 29, flywheel 1 is rotated counterclockwise thereupon; Because flywheel 1 is meshed with planetary gear sheet 12, so flywheel 1 drives planetary gear parts 10 clockwise directions rotation; Because planetary gear sheet 12 is pressed into integrative-structure with planet tooth axle 11, planet tooth axle 11 is meshed with showing energy four-wheel sheet 15, so 11 drives of planet tooth axle show that energy four-wheel parts 13 are counterclockwise to rotation; Since show can four-wheel sheet 15 with show and can be pressed into integrative-structure by fourth pinion 14, show can fourth pinion 14 with show that can five taking turns sheet 16 is meshed, therefore show can fourth pinion 14 to drive and show that energy five takes turns sheet 16 counterclockwise to rotation; Owing to show and can five take turns sheet 16 and show that can six taking turns sheet 17 is meshed, show that therefore can five taking turns sheet 16 drives and show that can six taking turns sheet 17 clockwise directions rotates; Because showing energy six takes turns sheet 17 and is meshed with tooth bar 20, therefore, driving tooth bar 20 moves upward along the track that forms between two pads 27, drive simultaneously and show and to move upward along the energy pointer guide hole 33 that shows on the dial plate 31 by pointer 26, show can pointer on the 26 indicated dial plates 31 show can index dial 32 scale increasing, the stored elastic potential energy of expression watch main-spring is increasing; When the position nail 21 that is arranged on tooth bar 20 upper ends is subjected to stopping of banking pin 28, tooth bar 20 stop motions, show can pointer on the 26 indicated dial plates 31 show can index dial 32 scale be maximal value, the expression watch main-spring is tightened fully, reminds the user can stop to have tightened clockwork spring.
It is worthy of note, though two pads 27 in the present embodiment, showing can index dial 32 and show and can all adopt vertical set-up mode by pointer guide hole 33, those skilled in the art need not by creative work can associate two pads 27, showing can index dial 32 and show the technical scheme that can pointer guide hole 33 all adopts the horizontally set mode.
Claims (10)
1. watch main-spring energy indication mechanism is characterized in that: comprising: flywheel (1), energy indicating first wheel component (2), energy indicating second wheel component (5), showing can four-wheel parts (13), revolution wheel (8), planetary gear parts (10), show can five take turns sheet (16), show can six take turns sheet (17), tooth bar assembly (18), showing can pointer (26), bar axle (29), driving wheel on barrel (30), two pads (27), two banking pins (28), dial plate (31) and strip show energy index dial (32); Described flywheel (1) is fixed on the bar axle (29), and is meshed with planetary gear parts (10); Described planetary gear parts (10) are meshed with showing energy four-wheel parts (13); Described showing can take turns sheet (16) and be meshed with showing energy five by four-wheel parts (13); The described energy five that shows is taken turns sheet (16) and is taken turns sheet (17) and be meshed with showing energy six; The described energy six that shows is taken turns sheet (17) and is meshed with tooth bar assembly (18); Described energy pointer (26) rectilinear motion under tooth bar assembly (18) drives that shows is indicated the clockwork spring energy stored by the showing energy index dial (32) on the dial plate (31); Described energy indicating first wheel component (2) is meshed with energy indicating second wheel component (5); Described energy indicating second wheel component (5) is meshed with revolution wheel (8); The planet wheel spindle (9) of described planetary gear parts (10) is fixed on the revolution wheel (8), thereby makes when planetary gear parts (10) detour spider gear shaft (9) rotation around the revolution of the center of revolution wheel (8); Described two pads (27) are fixed on the clamping plate in opposite directions abreast, and the gap between the two forms the track of guiding tooth bar (20) moving linearly; Described two banking pins (28) are separately positioned on the two ends of the track of guiding tooth bar (20) moving linearly.
2. watch main-spring energy indication mechanism according to claim 1 is characterized in that: described planetary gear parts (10) comprising: planetary gear sheet (12) and planet tooth axle (11); Described planetary gear sheet (12) is pressed into integrative-structure with planet tooth axle (11).
3. watch main-spring energy indication mechanism according to claim 1, it is characterized in that: the described energy four-wheel parts (13) that show comprising: show energy four-wheel sheet (15) and show energy fourth pinion (14) that described showing can be pressed into integrative-structure with showing energy fourth pinion (14) by four-wheel sheet (15).
4. watch main-spring energy indication mechanism according to claim 1 is characterized in that: described tooth bar assembly (18) comprising: rack member (19), supporting spring parts (22); Described rack member (19) is fixed into integrative-structure with supporting spring parts (22) by rivet (25); Described rack member (19) comprising: tooth bar (20) and two position nails (21); Described two positions nails (21) are separately fixed at the two ends of tooth bar (20); Described supporting spring parts (22) comprising: supporting spring (24) and show can pointer wheel shaft (23), described supporting spring (24) with show can pointer wheel shaft (23) riveted into a single integrated structure.
5. according to claim 1,2,3 or 4 described watch main-spring energy indication mechanisms, it is characterized in that: described planet tooth axle (12) is meshed with showing energy four-wheel sheet (14); Described showing can take turns sheet (16) and be meshed with showing energy five by fourth pinion (15); The described energy five that shows is taken turns sheet (16) and is taken turns sheet (17) and be meshed with showing energy six; The described energy six that shows is taken turns sheet (17) and is meshed with tooth bar (20); Described show can pointer (26) be fixed on show can pointer wheel shaft (23) on; Described showing can be fixed on the supporting spring (24) by pointer wheel shaft (23); Described supporting spring (24) is fixed on the tooth bar (20).
6. watch main-spring energy indication mechanism according to claim 1 is characterized in that: described dial plate (31) is provided with strip and shows that energy index dial (32) and strip show energy pointer guide hole (33); Described showing can be arranged on a side of showing energy pointer guide hole (33) by index dial (32), parallels with showing energy pointer guide hole (33); Described show can the pointer guide hole between position and two pads (27) of (33) track of guiding tooth bar (20) moving linearly of formation corresponding; The described energy pointer wheel shaft (23) that shows can stretch out by pointer guide hole (33) from showing, is installed in energy pointer (26) sensing of showing on the energy pointer wheel shaft (23) shown and shows energy index dial (32).
7. watch main-spring energy indication mechanism according to claim 1 is characterized in that: described energy indicating first wheel component (2) comprising: show and can one take turns sheet (4) and show energy one tooth axle (3); The described energy one that shows is taken turns sheet (4) and is shown and can be pressed into integrative-structure by a tooth axle (3).
8. watch main-spring energy indication mechanism according to claim 1 is characterized in that: described energy indicating second wheel component (5) comprising: show and can two take turns sheet (7) and show energy bidentate axle (6); The described energy two that shows is taken turns sheet (7) and is shown and can be pressed into integrative-structure by bidentate axle (6).
9. watch main-spring energy indication mechanism according to claim 1 is characterized in that: described planetary gear parts (10) comprising: planetary gear sheet (12) and planet tooth axle (11); Described planetary gear sheet (12) and planet tooth axle (11) are pressed into integrative-structure.
10. according to claim 1,6,7 or 8 described watch main-spring energy indication mechanisms, it is characterized in that: described showing can take turns sheet (6) and be meshed with showing energy two by a tooth axle (3); Described showing can be meshed with revolution wheel (8) by bidentate axle (7); Described planet wheel spindle (9) is fixed on the revolution wheel (8), and planetary gear parts (10) detour spider gear shaft (9) rotation simultaneously around (8) center revolution of revolution wheel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200620025649.XU CN2891017Y (en) | 2006-03-28 | 2006-03-28 | Watch spring energy display mechanism |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200620025649.XU CN2891017Y (en) | 2006-03-28 | 2006-03-28 | Watch spring energy display mechanism |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2891017Y true CN2891017Y (en) | 2007-04-18 |
Family
ID=38021681
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200620025649.XU Expired - Lifetime CN2891017Y (en) | 2006-03-28 | 2006-03-28 | Watch spring energy display mechanism |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2891017Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103885317A (en) * | 2012-12-21 | 2014-06-25 | 天津海鸥表业集团有限公司 | Watch energy storage indicating mechanism |
| CN104898395A (en) * | 2015-07-02 | 2015-09-09 | 济南大学 | Opening-closing type energy display device |
-
2006
- 2006-03-28 CN CN200620025649.XU patent/CN2891017Y/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103885317A (en) * | 2012-12-21 | 2014-06-25 | 天津海鸥表业集团有限公司 | Watch energy storage indicating mechanism |
| CN103885317B (en) * | 2012-12-21 | 2017-06-13 | 天津海鸥表业集团有限公司 | A kind of energy storage indicating mechanism of wrist-watch |
| CN104898395A (en) * | 2015-07-02 | 2015-09-09 | 济南大学 | Opening-closing type energy display device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C56 | Change in the name or address of the patentee |
Owner name: TIANJIN HAIOU CLOCK GROUP CO.,LTD. Free format text: FORMER NAME OR ADDRESS: TIANJIN ZHONGOU WATCH GROUP CO., LTD. |
|
| CP03 | Change of name, title or address |
Address after: No. 11, Fu Kang Road, Tianjin, Nankai District: 300074 Patentee after: Tianjin Mew Watch Industry Group Co., Ltd. Address before: No. 11, Fu Kang Road, Tianjin, Nankai District: 300074 Patentee before: Tianjin Zhongou Watch Group Co., Ltd. |
|
| CX01 | Expiry of patent term |
Granted publication date: 20070418 |
|
| EXPY | Termination of patent right or utility model |