CN104977834A - Dragon and turtle pearl chasing mechanical clock - Google Patents
Dragon and turtle pearl chasing mechanical clock Download PDFInfo
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- CN104977834A CN104977834A CN201510373210.XA CN201510373210A CN104977834A CN 104977834 A CN104977834 A CN 104977834A CN 201510373210 A CN201510373210 A CN 201510373210A CN 104977834 A CN104977834 A CN 104977834A
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Abstract
The invention relates to a dragon and turtle pearl chasing mechanical clock. The dragon and turtle pearl chasing mechanical clock comprises a shell, a clock dial, a clock movement, a clockwork spring device, a transmission main shaft and a steel ball rotation mechanism; the steel ball rotation mechanism comprises a steel ball disc, an upper rail, a lower rail, a dragon head device, a dragon and turtle device and a fish rail; the upper end of the steel ball disc is corresponding to the upper rail; the lower end of the steel ball disc is corresponding to the lower rail; the lower rail is connected with the dragon head device; the position of the dragon head device is corresponding to the initial position of the dragon and turtle device; the upper part of the fish rail is corresponding to the positions of the horizontal rotation degrees of the dragon and turtle device; and the lower part of the fish rail is corresponding to the upper rail. According to the dragon and turtle pearl chasing mechanical clock of the invention, a steel ball gravity driving system is utilized, so that the gravity of a steel ball itself can be utilized to drive the clock' hands to move; a timing mechanism is adopted to control the clockwork spring device to drive a plurality of mechanisms to complete a circulatory operation process of the steel ball at integral hours; and a process from control, transmission to overall operation of the while device is realized through adopting mechanical structures.
Description
Technical field
The present invention relates to mechanical clock device, particularly one imperial tortoise play pearl mechanical clock.
Background technology
Standard machinery formula clock and watch instrument generally relies on clockwork spring or heavy hammer mechanism to drive clock movement running as driving mechanism, with this realize clock walk time, and one-piece construction is single, and in time needing other device integrated, often need to be realized by electric control mechanism, be difficult to realize the overall effect adopting Mechanical course.
Summary of the invention
The technical problem to be solved in the present invention is: provide a kind of when utilizing steel ball segregation drive hour hands to walk and utilize clockwork to drive several mechanism to complete the Purely mechanical dragon tortoise play pearl mechanical clock of the cycle rotation of steel ball.
The technical solution adopted for the present invention to solve the technical problems is: a kind of imperial tortoise play pearl mechanical clock, described imperial tortoise play pearl mechanical clock comprises housing, clock face, clock movement, clockwork, transmission main shaft and steel ball rotating mechanism, described clock face, clockwork and steel ball rotating mechanism are all arranged on housing, described clockwork has the transmission main shaft of outputting power, described clock movement is connected with clock face, described steel ball rotating mechanism comprises steel ball dish, it rail, track, faucet device, dragon tortoise device and fish track, described steel ball dish is connected with clock movement, corresponding sky, described steel ball dish upper end rail, the corresponding track in lower end, described track is connected to faucet device, described faucet device position is corresponding with the initial position of imperial tortoise device, described fish rail superior portion is corresponding with the position of described imperial tortoise device degree of horizontally rotating, described fish rail inferior portion is corresponding with sky rail.
Further, described faucet device comprises the first catapult-launching gear, jacking gear and power drive mechanism, the first described catapult-launching gear comprises the 7th transmission shaft, the 11 gear, the 12 gear, the 13 gear, the 9th transmission shaft, first launch cam and the first ejector, described 11 gear is fixed on the 7th transmission shaft, described 13 gear and first launches cam and is fixed on the 9th transmission shaft simultaneously, be meshed with the 12 gear respectively between described 13 gear and the 11 gear and be connected, described first ejector one end and first launches that cam is corresponding to be arranged, and the other end is corresponding with track, described jacking gear comprises the first belt wheel, the second belt wheel, the first belt, the second belt, elevating lever and weight, described first belt wheel is connected by the first belt with the second belt wheel, described second belt two ends are connected to elevating lever and weight, described second belt is arranged on the second belt wheel, and described elevating lever is fixedly connected on faucet device, described power drive mechanism comprises the first power gear, second gear, 3rd gear, 5th transmission shaft, the first half gears, the second half gears, 4th gear, counter gear, 5th gear, 6th gear, 6th transmission shaft, 7th gear, octadentate is taken turns, 9th gear, tenth gear, 7th transmission shaft and the first belt wheel, the first described power gear is fixedly connected on transmission main shaft, the second described gear is connected with the first power gear and the 3rd gears meshing respectively, described 3rd gear is fixedly connected on the 5th transmission shaft, described the first half gears and the second half gears are also fixedly connected on the 5th transmission shaft, described the first half gears and the second half gears are the gear only having the semicircle number of teeth, described 4th gear is connected with the first half gears meshing, described counter gear is meshed with the 5th gear and the second half gears respectively and is connected, described 4th gear, 5th gear and the 6th gear are fixedly connected on the 6th transmission shaft, are engaged with the 6th gear between the 6th transmission shaft and the 7th transmission shaft successively, 7th gear, octadentate is taken turns, 9th gear and the tenth gear, described tenth gear, first belt wheel and the 11 gear are fixedly connected on the 7th transmission shaft.
Further, described imperial tortoise device comprises whirligig and the second catapult-launching gear; Described whirligig comprises the first conical gear, the second conical gear, turning axle and universal stage, described first conical gear is fixedly connected on transmission main shaft, described first conical gear is connected with the second conical gear Vertical Meshing, described turning axle is connected to universal stage, and described imperial tortoise device is arranged on a spinstand; Described second catapult-launching gear comprises the 11 conical gear, the 12 conical gear, the tenth transmission shaft, second launch cam and the second ejector, described 11 conical gear is fixedly connected with on the rotary shaft, described 11 conical gear and the 12 conical gear engage each other connection, described 11 conical gear and second launches cam and is fixedly connected on the tenth transmission shaft, and described second ejector one end and second launches that cam is corresponding to be arranged.
Further, described imperial tortoise play pearl mechanical clock also has timing mechanism, and described timing mechanism comprises the second power gear, divide gear, first gear, first transmission shaft, 5th conical gear, 6th conical gear, second driving shaft, 7th conical gear, 8th conical gear, 3rd transmission shaft, 9th conical gear, tenth conical gear, 4th transmission shaft, timing wheel, timing block, timing sheet, stationary shaft, timing cam and minute hand shaft, described second power gear is fixedly connected on transmission main shaft, gear is divided to connect the second power gear and the first gear respectively, described 5th conical gear and the first gear are fixedly connected on the first transmission shaft, described 5th conical gear is connected with the 6th conical gear Vertical Meshing, 6th conical gear and the 7th conical gear are fixedly connected on second driving shaft, described 7th conical gear is connected with the 8th conical gear Vertical Meshing, described 8th conical gear and the 9th conical gear are fixedly connected on the 3rd transmission shaft, described 9th conical gear is connected with the tenth conical gear Vertical Meshing, described tenth conical gear and timing wheel are fixedly connected on the 4th transmission shaft, described timing block is arranged on timing wheel, described timing sheet one end is rotatably connected on stationary shaft, rely in the middle part of it on timing cam, the other end can stop timing block in mechanism's operational process, described timing cam is fixedly connected on minute hand shaft.
Further, described imperial tortoise play pearl mechanical clock also has gong and drum mechanism, described gong and drum mechanism comprises the 3rd conical gear, the 4th conical gear, the 8th transmission shaft and the device that beats gongs, described 3rd conical gear is fixedly connected on the 5th transmission shaft, described 3rd conical gear is connected with the 4th conical gear Vertical Meshing, described 4th conical gear is fixedly connected on the 8th transmission shaft, and described 8th transmission shaft is connected to the device that beats gongs.
The invention has the beneficial effects as follows: use steel ball segregation drive system, when utilizing the segregation drive clock of steel ball self to complete away; Adopting timing mechanism to control clockwork drives several mechanism to complete the cycle operation process of steel ball in the integral point time; Whole device is transferred to overall operation all adopts mechanical structure to realize from controlling to.
Accompanying drawing explanation
Below in conjunction with accompanying drawing embodiment, the present invention is further described.
Fig. 1 is the front view phantom view of described imperial tortoise play pearl mechanical clock;
Fig. 2 is the gear train vertical view of described imperial tortoise play pearl mechanical clock;
Fig. 3 is described faucet device inner structure schematic diagram;
Fig. 4 is described imperial tortoise device inner structure schematic diagram figure;
Fig. 5 is the timing mechanism vertical view of described imperial tortoise play pearl mechanical clock;
Fig. 6 is the timing mechanism front view of described imperial tortoise play pearl mechanical clock;
In figure: 1, housing; 2, clock face; 10, clock movement; 11, clockwork; 12, timing wheel; 13, timing block; 14, timing sheet; 15, stationary shaft; 16, timing cam; 17, minute hand shaft; 18, counter gear; 19, gear is divided; 20, turning axle; 21, universal stage; 22, beat gongs device; 23, steel ball dish; 24, sky rail; 25, track; 26, second cam is launched; 27, faucet device; 28, imperial tortoise device; 29, fish track; 31, the first transmission shaft; 32, second driving shaft; 33, the 3rd transmission shaft; 34, the 4th transmission shaft; 35, the 5th transmission shaft; 36, the 6th transmission shaft; 37, the 7th transmission shaft; 38, the 8th transmission shaft; 39, the 9th transmission shaft; 310, the tenth transmission shaft; 41, the first half gears; 42, the second half gears; 5, transmission main shaft; 61, the second power gear; 62, the first power gear; 71, the first belt wheel; 72, first cam is launched; 73, the first ejector; 74, the second belt wheel; 75, the first belt; 76, weight; 77, elevating lever; 78, the second belt; 79, the second ejector; 81, the first gear; 82, the second gear; 83, the 3rd gear; 84, the 4th gear; 85, the 5th gear; 86, the 6th gear; 87, the 7th gear; 88, octadentate wheel; 89, the 9th gear; 810, the tenth gear; 811, the 11 gear; 812, the 12 gear; 813, the 13 gear; 93, the 3rd conical gear; 94, the 4th conical gear; 95, the 5th conical gear; 96, the 6th conical gear; 97, the 7th conical gear; 98, the 8th conical gear; 99, the 9th conical gear; 910, the tenth conical gear; 911, the 11 conical gear; 912, the 12 conical gear.
Embodiment
The invention will be further described in conjunction with specific embodiments now, and following examples are intended to the present invention instead of limitation of the invention further are described.
As shown in Figure 1, a kind of imperial tortoise play pearl mechanical clock, described imperial tortoise play pearl mechanical clock comprises housing 1, clock face 2, clock movement 10, clockwork 11, transmission main shaft 5 and steel ball rotating mechanism, described clock face 2, clockwork 11 and steel ball rotating mechanism are all arranged on housing 1, described clockwork 11 has the transmission main shaft 5 of outputting power, described clock movement 10 is connected with clock face 2, described steel ball rotating mechanism comprises steel ball dish 23, it rail 24, track 25, faucet device 27, dragon tortoise device 28 and fish track 29, described steel ball dish 23 is connected with clock movement 10, corresponding sky, described steel ball dish 23 upper end rail 24, the corresponding track 25 in lower end, described track 25 is connected to faucet device 27, described faucet device 27 position is corresponding with the initial position of imperial tortoise device 28, described fish track 29 top is corresponding with the position of described imperial tortoise device 28 horizontal rotary turnback, described fish track 29 bottom is corresponding with sky rail 24, the corresponding relation of the above each several part is the track of steel ball rotation.
As shown in Figures 2 and 3, described faucet device 27 comprises the first catapult-launching gear, jacking gear and power drive mechanism, the first described catapult-launching gear comprises the 7th transmission shaft 37, 11 gear 811, 12 gear 812, 13 gear 813, 9th transmission shaft 39, first launches cam 72 and the first ejector 73, described 11 gear 811 is fixed on the 7th transmission shaft 37, described 13 gear 813 and first launches cam 72 and is fixed on the 9th transmission shaft 39 simultaneously, be meshed with the 12 gear 812 respectively between described 13 gear the 813 and the 11 gear 811 and be connected, described first ejector 73 one end and first launches that cam 72 is corresponding to be arranged, the other end is corresponding with track 25, described jacking gear comprises the first belt wheel 71, second belt wheel 74, first belt 75, second belt 78, elevating lever 77 and weight 76, described first belt wheel 71 is connected by the first belt 75 with the second belt wheel 74, described second belt 78 two ends are connected to elevating lever 77 and weight 76, described second belt 78 is arranged on the second belt wheel 74, described elevating lever 77 is fixedly connected on faucet device 27, utilize the gravity of weight 76 gravitational equilibrium faucet device 27 herein, make it possible to achieve and utilize belt wheel to rotate the lifting driving faucet device 27, if there is no weight 76 balancing gravity in addition, the driving force of clockwork 11 is then only relied on to be difficult to realize whole lifting process, described power drive mechanism comprises the first power gear 62, second gear 82, 3rd gear 83, 5th transmission shaft 35, the first half gears 41, the second half gears 42, 4th gear 84, counter gear 18, 5th gear 85, 6th gear 86, 6th transmission shaft 36, 7th gear 87, octadentate wheel 88, 9th gear 89, tenth gear 810, 7th transmission shaft 37 and the first belt wheel 71, the first described power gear 62 is fixedly connected on transmission main shaft 5, the second described gear 82 is connected with a joggle with the first power gear 62 and the 3rd gear 83 respectively, described 3rd gear 83 is fixedly connected on the 5th transmission shaft 35, described the first half gears 41 and the second half gears 42 are also fixedly connected on the 5th transmission shaft 35, described the first half gears 41 and the second half gears 42 are the gear only having the semicircle number of teeth, described 4th gear 84 and the first half gears 41 are connected with a joggle, described counter gear 18 is meshed with the 5th gear 85 and the second half gears 42 respectively and is connected, described 4th gear 84, 5th gear 85 and the 6th gear 86 are fixedly connected on the 6th transmission shaft 36, are engaged with the 6th gear 86 between the 6th transmission shaft 36 and the 7th transmission shaft 37 successively, 7th gear 87, octadentate wheel 88, 9th gear 89 and the tenth gear 810, described tenth gear 810, first belt wheel the 71 and the 11 gear 811 is fixedly connected on the 7th transmission shaft 37, in actual moving process, faucet device 27 utilizes the characteristic of the first half gears 41 and the second half gears 42, makes power drive mechanism complete rotating, namely realizes the oscilaltion process of faucet device 27.
As shown in Figure 2 and Figure 4, described imperial tortoise device comprises whirligig and the second catapult-launching gear; Described whirligig comprises the first conical gear 91, second conical gear 92, turning axle 20 and universal stage 21, described first conical gear 91 is fixedly connected on transmission main shaft 5, described first conical gear 91 is connected with the second conical gear 92 Vertical Meshing, described turning axle 20 is connected to universal stage 21, and described imperial tortoise device 28 is arranged on universal stage 21; Described second catapult-launching gear comprises the 11 conical gear, the 12 conical gear, the tenth transmission shaft, second launch cam and the second ejector, described 11 conical gear is fixedly connected on turning axle 20, described 11 conical gear and the 12 conical gear engage each other connection, described 11 conical gear and second launches cam and is fixedly connected on the tenth transmission shaft, and described second ejector one end and second launches that cam is corresponding to be arranged.
As Fig. 2, shown in Fig. 5 and Fig. 6, described imperial tortoise play pearl mechanical clock also has timing mechanism, described timing mechanism comprises the second power gear 61, divide gear 19, first gear 81, first transmission shaft 31, 5th conical gear 95, 6th conical gear 96, second driving shaft 32, 7th conical gear 97, 8th conical gear 98, 3rd transmission shaft 33, 9th conical gear 99, tenth conical gear 910, 4th transmission shaft 34, timing wheel 12, timing block 13, timing sheet 14, stationary shaft 15, timing cam 16 and minute hand shaft 17, described second power gear 61 is fixedly connected on transmission main shaft 5, gear 19 is divided to connect the second power gear 61 and the first gear 81 respectively, described 5th conical gear 95 and the first gear 81 are fixedly connected on the first transmission shaft 31, described 5th conical gear 95 is connected with the 6th conical gear 96 Vertical Meshing, 6th conical gear 96 and the 7th conical gear 97 are fixedly connected on second driving shaft 32, described 7th conical gear 97 is connected with the 8th conical gear 98 Vertical Meshing, described 8th conical gear 98 and the 9th conical gear 99 are fixedly connected on the 3rd transmission shaft 33, described 9th conical gear 99 is connected with the tenth conical gear 910 Vertical Meshing, described tenth conical gear 910 and timing wheel 12 are fixedly connected on the 4th transmission shaft 34, described timing block 13 is arranged on timing wheel 12, described timing sheet 14 one end is rotatably connected on stationary shaft 15, rely on timing cam 16 in the middle part of it, the other end can stop timing block 13 in mechanism's operational process, described timing cam 16 is fixedly connected on minute hand shaft 17, described timing mechanism within the time period of non-integral point due to the stop of timing block 13, whole mechanism is not run, when arriving integral point, timing sheet 15 is raised up to peak by timing cam 16, timing block 13 is released, timing wheel 12 starts to rotate, each mechanism driven by clockwork 11 being then in a serial mechanism with timing wheel 12 together brings into operation.
As depicted in figs. 1 and 2, described imperial tortoise play pearl mechanical clock also has gong and drum mechanism, described gong and drum mechanism comprises the 3rd conical gear 93, the 4th conical gear 94, the 8th transmission shaft 38 and the device 22 that beats gongs, described 3rd conical gear 93 is fixedly connected on the 5th transmission shaft 35, described 3rd conical gear 93 is connected with the 4th conical gear 94 Vertical Meshing, described 4th conical gear 94 is fixedly connected on the 8th transmission shaft 38, and described 8th transmission shaft 38 is connected to the device 22 that beats gongs.
In actual moving process, steel ball utilizes gravity to drive steel ball dish 23 to rotate, merit transmission is given clock movement 10 by the output shaft of steel ball dish 23 by the moment of torsion herein produced, when clock completes away, when the time of every integral point, timing mechanism is had an effect, the gear train driven by clockwork be lockable starts running, gong and drum mechanism action, gong and drum start to beat, steel ball drop, enter track 25, because track 25 itself is with certain angle of inclination, so steel ball can enter the first ejector 73 in faucet device 27 automatically along track 25, the elevating mechanism of faucet device 27 inside is started working simultaneously, faucet device 27 is driven slowly to rise, when arriving extreme higher position, first launches cam 72 just in time passes through its maximum outside diameter place, first ejector 73 is just in time discharged, steel ball in ejector is sprung in the mouth of imperial tortoise device 28, and terminate in the steel ball ejection seat of the second ejector 79, now the rotating mechanism of imperial tortoise device 28 inside comes into operation, dragon tortoise device 28 starts to rotate with universal stage 21, until only rotate 180 degree, now second of imperial tortoise device 28 inside launch cam 26 and just in time pass through its maximum outside diameter place, second ejector 79 is just in time discharged, steel ball in ejector is sprung into the upper entrance of fish track 28, steel ball is taken advantage of a situation from fish track 28 lower part outlet and is rolled out, enter day rail 24, it rail 24 is with certain angle of inclination, steel ball can rely on gravity to automatically return to steel ball dish 23 position, a series of process is a whole set of demostrating action of imperial tortoise play pearl mechanical clock above.
With above-mentioned according to desirable embodiment of the present invention for enlightenment, by above-mentioned description, relevant staff in the scope not departing from this invention technological thought, can carry out various change and amendment completely.The technical scope of this invention is not limited to the content on instructions, must determine its technical scope according to right.
Claims (5)
1. an imperial tortoise play pearl mechanical clock, it is characterized in that: described imperial tortoise play pearl mechanical clock comprises housing (1), clock face (2), clock movement (10), clockwork (11), transmission main shaft (5) and steel ball rotating mechanism, described clock face (2), clockwork (11) and steel ball rotating mechanism are all arranged on housing (1), described clockwork (11) has the transmission main shaft (5) of outputting power, described clock movement (10) is connected with clock face (2), described steel ball rotating mechanism comprises steel ball dish (23), it rail (24), track (25), faucet device (27), dragon tortoise device (28) and fish track (29), described steel ball dish (23) is connected with clock movement (10), corresponding sky rail (24) in described steel ball dish (23) upper end, the corresponding track (25) in lower end, described track (25) is connected to faucet device (27), described faucet device (27) position is corresponding with the initial position of imperial tortoise device (28), described fish track (29) top is corresponding with the position of described imperial tortoise device (28) horizontal rotary turnback, described fish track (29) bottom is corresponding with sky rail (24).
2. one according to claim 1 imperial tortoise play pearl mechanical clock, is characterized in that: described faucet device (27) comprises the first catapult-launching gear, jacking gear and power drive mechanism, the first described catapult-launching gear comprises the 7th transmission shaft (37), 11 gear (811), 12 gear (812), 13 gear (813), 9th transmission shaft (39), first launches cam (72) and the first ejector (73), described 11 gear (811) is fixed on the 7th transmission shaft (37), described 13 gear (813) and first launches cam (72) and is fixed on the 9th transmission shaft (39) simultaneously, be meshed with the 12 gear (812) respectively between described 13 gear (813) and the 11 gear (811) and be connected, described first ejector (73) one end and first launches that cam (72) is corresponding to be arranged, the other end is corresponding with track (25), described jacking gear comprises the first belt wheel (71), the second belt wheel (74), the first belt (75), the second belt (78), elevating lever (77) and weight (76), described first belt wheel (71) is connected by the first belt (75) with the second belt wheel (74), described second belt (78) two ends are connected to elevating lever (77) and weight (76), described second belt (78) is arranged on the second belt wheel (74), and described elevating lever (77) is fixedly connected on faucet device (27), described power drive mechanism comprises the first power gear (62), second gear (82), 3rd gear (83), 5th transmission shaft (35), the first half gears (41), the second half gears (42), 4th gear (84), counter gear (18), 5th gear (85), 6th gear (86), 6th transmission shaft (36), 7th gear (87), octadentate wheel (88), 9th gear (89), tenth gear (810), 7th transmission shaft (37) and the first belt wheel (71), described the first power gear (62) is fixedly connected on transmission main shaft (5), described the second gear (82) is connected with a joggle with the first power gear (62) and the 3rd gear (83) respectively, described 3rd gear (83) is fixedly connected on the 5th transmission shaft (35), described the first half gears (41) and the second half gears (42) are also fixedly connected on the 5th transmission shaft (35), described the first half gears (41) and the second half gears (42) are the gear only having the semicircle number of teeth, described 4th gear (84) and the first half gears (41) are connected with a joggle, described counter gear (18) is meshed with the 5th gear (85) and the second half gears (42) respectively and is connected, described 4th gear (84), 5th gear (85) and the 6th gear (86) are fixedly connected on the 6th transmission shaft (36), are engaged with the 6th gear (86) between the 6th transmission shaft (36) and the 7th transmission shaft (37) successively, 7th gear (87), octadentate wheel (88), 9th gear (89) and the tenth gear (810), described tenth gear (810), first belt wheel (71) and the 11 gear (811) are fixedly connected on the 7th transmission shaft (37).
3. one according to claim 1 imperial tortoise play pearl mechanical clock, is characterized in that: described imperial tortoise device comprises whirligig and the second catapult-launching gear; Described whirligig comprises the first conical gear (91), the second conical gear (92), turning axle (20) and universal stage (21), described first conical gear (91) is fixedly connected on transmission main shaft (5), described first conical gear (91) is connected with the second conical gear (92) Vertical Meshing, described turning axle (20) is connected to universal stage (21), and described imperial tortoise device (28) is arranged on universal stage (21); Described second catapult-launching gear comprises the 11 conical gear, the 12 conical gear, the tenth transmission shaft, second launch cam and the second ejector, described 11 conical gear is fixedly connected on turning axle (20), described 11 conical gear and the 12 conical gear engage each other connection, described 11 conical gear and second launches cam and is fixedly connected on the tenth transmission shaft, and described second ejector one end and second launches that cam is corresponding to be arranged.
4. one according to claim 1 imperial tortoise play pearl mechanical clock, it is characterized in that: described imperial tortoise play pearl mechanical clock also has timing mechanism, described timing mechanism comprises the second power gear (61), divide gear (19), first gear (81), first transmission shaft (31), 5th conical gear (95), 6th conical gear (96), second driving shaft (32), 7th conical gear (97), 8th conical gear (98), 3rd transmission shaft (33), 9th conical gear (99), tenth conical gear (910), 4th transmission shaft (34), timing wheel (12), timing block (13), timing sheet (14), stationary shaft (15), timing cam (16) and minute hand shaft (17), described second power gear (61) is fixedly connected on transmission main shaft (5), gear (19) is divided to connect the second power gear (61) and the first gear (81) respectively, described 5th conical gear (95) and the first gear (81) are fixedly connected on the first transmission shaft (31), described 5th conical gear (95) is connected with the 6th conical gear (96) Vertical Meshing, 6th conical gear (96) and the 7th conical gear (97) are fixedly connected on second driving shaft (32), described 7th conical gear (97) is connected with the 8th conical gear (98) Vertical Meshing, described 8th conical gear (98) and the 9th conical gear (99) are fixedly connected on the 3rd transmission shaft (33), described 9th conical gear (99) is connected with the tenth conical gear (910) Vertical Meshing, described tenth conical gear (910) and timing wheel (12) are fixedly connected on the 4th transmission shaft (34), described timing block (13) is arranged on timing wheel (12), described timing sheet (14) one end is rotatably connected on stationary shaft (15), rely on timing cam (16) in the middle part of it, the other end can stop timing block (13) in mechanism's operational process, described timing cam (16) is fixedly connected on minute hand shaft (17).
5. one according to claim 1 imperial tortoise play pearl mechanical clock, it is characterized in that: described imperial tortoise play pearl mechanical clock also has gong and drum mechanism, described gong and drum mechanism comprises the 3rd conical gear (93), 4th conical gear (94), 8th transmission shaft (38) and the device that beats gongs (22), described 3rd conical gear (93) is fixedly connected on the 5th transmission shaft (35), described 3rd conical gear (93) is connected with the 4th conical gear (94) Vertical Meshing, described 4th conical gear (94) is fixedly connected on the 8th transmission shaft (38), described 8th transmission shaft (38) is connected to the device that beats gongs (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510373210.XA CN104977834B (en) | 2015-06-30 | 2015-06-30 | Imperial tortoise play pearl mechanical clock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510373210.XA CN104977834B (en) | 2015-06-30 | 2015-06-30 | Imperial tortoise play pearl mechanical clock |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN104977834A true CN104977834A (en) | 2015-10-14 |
| CN104977834B CN104977834B (en) | 2017-10-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510373210.XA Expired - Fee Related CN104977834B (en) | 2015-06-30 | 2015-06-30 | Imperial tortoise play pearl mechanical clock |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108888084A (en) * | 2018-08-02 | 2018-11-27 | 杭州湘甬机械设备有限公司 | A kind of multifunctional fruit skiving machine |
| CN110159961A (en) * | 2019-03-27 | 2019-08-23 | 宁波市加合灯具有限公司 | A kind of timing table lamp |
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| US767119A (en) * | 1904-02-05 | 1904-08-09 | New Haven Clock Co | Clock. |
| FR446947A (en) * | 1911-10-14 | 1912-12-18 | Vladimir Alexiewitch Remizoff | Winding device for pendulums and clocks using a single weight |
| CH61963A (en) * | 1912-03-25 | 1913-11-01 | Franz Kastner | Pendulum clock that lasts eight days with striking mechanism and a common winding device for the movement and striking mechanism |
| US1211383A (en) * | 1911-06-03 | 1917-01-09 | Friedrich Bangerter | Clock. |
| CN101008827A (en) * | 2006-01-24 | 2007-08-01 | 孙德斌 | Mechanical intelligent pendulum |
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- 2015-06-30 CN CN201510373210.XA patent/CN104977834B/en not_active Expired - Fee Related
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US767119A (en) * | 1904-02-05 | 1904-08-09 | New Haven Clock Co | Clock. |
| US1211383A (en) * | 1911-06-03 | 1917-01-09 | Friedrich Bangerter | Clock. |
| FR446947A (en) * | 1911-10-14 | 1912-12-18 | Vladimir Alexiewitch Remizoff | Winding device for pendulums and clocks using a single weight |
| CH61963A (en) * | 1912-03-25 | 1913-11-01 | Franz Kastner | Pendulum clock that lasts eight days with striking mechanism and a common winding device for the movement and striking mechanism |
| CN101008827A (en) * | 2006-01-24 | 2007-08-01 | 孙德斌 | Mechanical intelligent pendulum |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108888084A (en) * | 2018-08-02 | 2018-11-27 | 杭州湘甬机械设备有限公司 | A kind of multifunctional fruit skiving machine |
| CN110159961A (en) * | 2019-03-27 | 2019-08-23 | 宁波市加合灯具有限公司 | A kind of timing table lamp |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104977834B (en) | 2017-10-10 |
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