CN204149713U - Device with rotating effect - Google Patents
Device with rotating effect Download PDFInfo
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- CN204149713U CN204149713U CN201420562244.4U CN201420562244U CN204149713U CN 204149713 U CN204149713 U CN 204149713U CN 201420562244 U CN201420562244 U CN 201420562244U CN 204149713 U CN204149713 U CN 204149713U
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- 230000000694 effects Effects 0.000 title claims abstract description 62
- 230000007246 mechanism Effects 0.000 claims abstract description 67
- 238000013016 damping Methods 0.000 claims description 54
- 239000007788 liquid Substances 0.000 claims description 6
- 239000008267 milk Substances 0.000 abstract 1
- 210000004080 milk Anatomy 0.000 abstract 1
- 235000013336 milk Nutrition 0.000 abstract 1
- 238000005034 decoration Methods 0.000 description 21
- 239000003921 oil Substances 0.000 description 21
- 238000005516 engineering process Methods 0.000 description 3
- 239000003292 glue Substances 0.000 description 2
- 230000001360 synchronised effect Effects 0.000 description 2
- 238000003780 insertion Methods 0.000 description 1
- 230000037431 insertion Effects 0.000 description 1
- 239000002453 shampoo Substances 0.000 description 1
- 239000000344 soap Substances 0.000 description 1
- 230000003068 static effect Effects 0.000 description 1
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Abstract
The utility model relates to a device with rotary effect, such as a pen, a key ring, a bath milk tank and the like. A device with rotating effect comprises an outer cylinder, a rotating mechanism, a pressing mechanism and a speed reducing mechanism. The rotating drum is arranged in the outer drum, the rotating mechanism is combined with the rotating drum to rotate the rotating drum, the pressing mechanism is combined with the outer drum, and the speed reducing mechanism is combined with the rotating drum to reduce the rotating speed of the rotating drum.
Description
Technical field
The utility model relates to a kind of device with rotate effect, and this device is for example pen, key-ring, bath oil tank etc.
Background technology
There is the device of rotate effect, such as it is little to be used in pen or key-ring.Applicant once got permission United States Patent (USP) No. 8226314 press device (Press Action Device), for example one-pen is after pressing, on pen, one or more rotating cylinder can fast rotational, and what last rotating cylinder had that a face can be random is shown on form, to reach the effect of entertaining.
But some is imprinted on the pattern on rotating cylinder, different effects can be showed in the mode slowly turned, therefore have and need to design the mechanism slowly turned, especially do not go by electric power the pure mechanism design manipulating motor slow-speed, in addition in order to this mechanism is put into small space, for example be combined with pen, little mechanism design is very difficult.
Utility model content
Main purpose of the present utility model is to provide a kind of device with rotate effect, especially after this device is pressed, has a rotating cylinder can have the effect slowly turned in device.
For reaching above-mentioned purpose, the utility model provides a kind of device with rotate effect, and it comprises:
One urceolus;
One rotating cylinder, is located in this urceolus;
One rotating mechanism, is combined to rotate this rotating cylinder with this rotating cylinder;
One pressing mechanism, be combined with this urceolus, wherein this pressing mechanism comprises a pressing stroke and and unclamps stroke, when this pressing stroke, this pressing mechanism starts this rotating mechanism and carries out a first direction rotation, when this unclamps stroke, this rotating mechanism carries out this second direction and rotates, and wherein this second direction is contrary with this first direction direction of rotation; And
One reducing gear, is combined with this rotating cylinder, in order to slow down the rotating speed that this rotating cylinder rotates.
The above-mentioned device with rotate effect, wherein this rotating mechanism more comprises a revolving part, one counterpart, and a turnable elastic part, these turnable elastic part two ends connect this revolving part and this counterpart, and this revolving part and this counterpart combine, this revolving part to be located at below this rotating cylinder and to be engaged with this rotating cylinder, makes:
When this pressing stroke, this revolving part carries out this first direction rotation to reverse this turnable elastic part; And
When this unclamps stroke, this turnable elastic part drives this revolving part to carry out this second direction rotation, makes this revolving part drive this rotating cylinder to rotate, and this reducing gear slows down the rotating speed that this rotating cylinder rotates.
The above-mentioned device with rotate effect, wherein this pressing mechanism comprises a press-side, one rotating band lever and an elastic component, the structure of above, when this press-side is in this pressing stroke, this rotating band lever is advanced, and when this press-side unclamps stroke in this, this elastic component drives this rotating band lever to retreat.
The above-mentioned device with rotate effect, wherein this rotating mechanism more comprises a rotating guide, this rotating guide is driven to carry out this first direction rotation when this rotating band lever is advanced, make this rotating guide drive this rotating cylinder to carry out this first direction rotation, and thus this rotating cylinder drive this revolving part to carry out this first direction rotation.
The above-mentioned device with rotate effect, wherein this reducing gear comprises a lead ring and a damping piece, and this rotating cylinder engages with this lead ring.
The above-mentioned device with rotate effect, wherein this damping piece is a damping oil, makes this damping oil slow down the rotating speed of this rotating cylinder rotation.
The above-mentioned device with rotate effect, wherein this lead ring comprises a ring groove, and this rotating cylinder is provided with a corresponding damping guiding element, and this damping oil is located in this ring groove.
The above-mentioned device with rotate effect, wherein this rotating band lever comprises a rotary wings, and this rotating guide comprises a guide groove, and when this rotating band lever is advanced, this rotary wings drives this guide groove, makes this rotating guide carry out this first direction rotation.
The above-mentioned device with rotate effect, wherein this rotating band lever comprises a rotary wings, and this rotating guide comprises a guide groove, and when this rotating band lever is advanced, this rotary wings drives this guide groove, makes this rotating guide carry out this first direction rotation.
The above-mentioned device with rotate effect, wherein this urceolus comprises urceolus and a main urceolus on one, and on this, urceolus and this main urceolus combine, and this press-side to be located on this above urceolus.
The above-mentioned device with rotate effect, wherein more comprise an inner core, this inner core is located in this rotating cylinder, and this rotating band lever and this elastic component are located in this inner core, the structure of above, when this press-side is in this pressing stroke, this rotating band lever is advanced, when this press-side unclamps stroke in this, this elastic component drives this rotating band lever to retreat.
The above-mentioned device with rotate effect, wherein this rotating guide is located in this rotating cylinder, when this rotating band lever is advanced, this rotating guide engages with this rotating cylinder, and when this rotating band lever retreats, this rotating guide is departed from this rotating cylinder by this rotating band lever.
The above-mentioned device with rotate effect, wherein this reducing gear comprises a lead ring and a damping piece, and this lead ring is located at urceolus on this, and this rotating cylinder engages with this lead ring.
The above-mentioned device with rotate effect, wherein more comprises a light emitting module.
The above-mentioned device with rotate effect, wherein this light emitting module comprises a lamp, and a battery and a light-guiding pillar, this light-guiding pillar is located within this inner core.
The above-mentioned device with rotate effect, wherein more comprise a mechanism, this mechanism is combined with urceolus.
The above-mentioned device with rotate effect, wherein this mechanism comprises a shaft of a writing brush, one pen core, one pen core elastic component and a press component, this shaft of a writing brush is combined with this urceolus, this press component passes in and out this shaft of a writing brush in order to control this pen core, and when this rotating band lever is advanced, this rotating band lever promotes this press component.
The above-mentioned device with rotate effect, wherein this main urceolus comprises an internal layer cylinder and an outer cylinder, and this rotating cylinder is between this internal layer cylinder and this outer cylinder, and wherein this internal layer cylinder is in order to fill a liquid.
The above-mentioned device with rotate effect, wherein this rotating cylinder comprises a rotating cylinder chassis, and this rotating guide is located at the top on this rotating cylinder chassis, and this reducing gear comprises a lead ring and a damping piece, and the below on this rotating cylinder chassis is located at by this reducing gear.
The above-mentioned device with rotate effect, wherein this pressing mechanism more comprises a pressing tube device, and this pressing tube device comprises a suction pipe, and this suction pipe is located in this internal layer cylinder.
The utility model reducing gear is combined with rotating cylinder, in order to slow down the rotating speed that rotating cylinder rotates.Reducing gear comprises a lead ring and a damping piece in an embodiment, and damping piece is a damping oil, makes this damping oil slow down the rotating speed of this rotating cylinder rotation.
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail, but not as to restriction of the present utility model.
Accompanying drawing explanation
Fig. 1 the utility model first embodiment outside drawing;
Fig. 2 the utility model first embodiment sectional view;
Fig. 3 the utility model first embodiment three-dimensional exploded view;
Fig. 4 the utility model first embodiment enlarged partial sectional view, display pressing mechanism is in the state without pressing;
Fig. 5 the utility model first embodiment enlarged partial sectional view, display pressing mechanism is in the state of pressing;
Fig. 6 the utility model first embodiment is about the three-dimensional exploded view of rotating cylinder, pressing mechanism and rotating mechanism;
Fig. 7 the utility model first embodiment is about the three-dimensional exploded view of rotating mechanism;
Fig. 8 the utility model first embodiment is about the three-dimensional exploded view of upper urceolus and reducing gear;
Fig. 9 the utility model first embodiment is about the upward view of upper urceolus;
Figure 10 the utility model first embodiment is about the amplifier section sectional view of upper urceolus and reducing gear;
Figure 11 the utility model second embodiment outside drawing;
Figure 12 the utility model second embodiment sectional view;
Figure 13 the utility model the 3rd embodiment outside drawing;
Figure 14 the utility model the 3rd embodiment three-dimensional exploded view;
Figure 15 the utility model the 3rd embodiment is about the three-dimensional exploded view of main urceolus, rotating band lever and revolving part;
Figure 16 the utility model the 3rd embodiment is about the three-dimensional exploded view of rotating cylinder chassis, revolving part and counterpart;
Figure 17 is about the upward view of lower urceolus top view and reducing gear;
Figure 18 the utility model the 3rd embodiment enlarged partial sectional view, display pressing mechanism is in the state without pressing;
Figure 19 the utility model the 3rd embodiment enlarged partial sectional view, display pressing mechanism is in the state of pressing.
Wherein, Reference numeral
There is the device 1,1a, 1d of rotate effect
The upper urceolus 11,11d of urceolus 10,10d
Locating slot 111 pen clip 112
Brake shoes 113
Main urceolus 12,12d internal layer cylinder 121d
The outer cylinder 122d of holding firmware 1211d
Lower urceolus 15a, 15d clasp 151a
Key ring 152a inner circle annulated column 153d
Cylindrical annulated column 154d locating slot 1541d
Brake shoes 1542d
Rosette 17d
Tooth 21,21d led by rotating cylinder 20,20d
Turntable 22,22d damping guiding element 23,23d
Main rotating cylinder 26d lug 261d
Rotating cylinder chassis 27d breach 271d
Inner core 30
Urceolus decoration 41,41d rotating cylinder decoration 42,42d
Inner core decoration 43,43d
Pressing mechanism 50,50d press-side 51,51d,
Rotating band lever 54,54d rotary wings 541,541d
Circular hole 542d elastic component 55,55d
Pressing tube device 56d suction pipe 561d
Rotating mechanism 60,60d rotating guide 61,61d
Guide groove 611,611d turns tooth 612,612d
Revolving part 62,62d guiding element 621,621d
Fixing hole 622,622d perforation 623,623d
Boss post 624,624d counterpart 63,63d
Fixing hole 632,632d holding firmware 633
Circular hole 634,634d turnable elastic part 64,64d
Reducing gear 70,70d lead ring 71,71d
Ring-like fin 711,711d ring groove 712,712d
Brake article 713,713d damping piece 75,75d
Light emitting module 80 lamp 81
Battery 82 lamp cylinder 85
Light-guiding pillar 86 aperture 861
Mechanism 90 shaft of a writing brush 91
Nib 92 rosettes 93
Pen core 94 pen core elastic component 95
Press component 96
Detailed description of the invention
Your, for juror can be allowed more to understand technology contents of the present utility model, be described as follows especially exemplified by three preferred embodiment.
Below please also refer to Fig. 1 ~ Figure 10 about the first embodiment.
The device 1 that the utility model has rotate effect is one-pen, mainly comprises urceolus 10, rotating cylinder 20, inner core 30, pressing mechanism 50, rotating mechanism 60 1 reducing gear 70, light emitting module 80 and a mechanism 90.
Urceolus 10 comprises urceolus 11 and main urceolus 12.Going up urceolus 11 is in the present embodiment the cap (Pen cap) comprising a pen clip 112.Be combined with a mechanism 90 below main urceolus 12.Mechanism 90 adopts the mechanism of general pressing pen (often click, pen core stretches out or retracts), comprises the shaft of a writing brush 91, nib 92, rosette 93, pen core 94, pen core elastic component 95, and a press component 96.Due to a mechanism 90 not novel emphasis of the present utility model, also therefore do not repeat at this for known mechanisms.
Please also refer to Fig. 3 ~ Fig. 7, pressing mechanism 50 comprises a press-side 51 (be the button of pen at the present embodiment), rotating band lever 54 and an elastic component 55.Rotating band lever 54 comprises a rotary wings 541, and in the present embodiment, rotating band lever 54 is a screw rod, and rotary wings 541 is screw thread, please also refer to Fig. 6.Light emitting module 80 is provided with in the present embodiment below press-side 51.
Light emitting module 80 comprises a lamp 81 (as LED), multiple battery 82, lamp cylinder 85 and a light-guiding pillar 86.Lamp cylinder 85 upper end directly engages (see Fig. 5) with press-side 51, and lamp 81 directly connects light-guiding pillar 86 (light-guiding pillar 86 is connected with lamp cylinder 85, and lamp 81 is given prominence in lamp cylinder 85 outer insertion light-guiding pillar 86).The only increase decorative effect that light emitting module 80 provides, makes the top of the device 1 with rotate effect can be luminous.Owing to being known technology for the light emitting module 80 in pen, the invention emphasis that also non-module is novel, does not therefore repeat circuit mechanism at this.
Pressing mechanism 50 is combined with this urceolus 10, and in the present embodiment, press-side 51 is above upper urceolus 11.Inner core 30 is located in rotating cylinder 20, and rotating band lever 54 and elastic component 55 are located in this inner core 30, and rotating band lever 54 top is fixed in the aperture 861 of light-guiding pillar 86.
Please also refer to Fig. 3 ~ Fig. 7, rotating mechanism 60 comprises rotating guide 61, revolving part 62, counterpart 63 and a turnable elastic part 64.Rotating guide 61 is located in rotating cylinder 20, and position is also in the below of inner core 30.Rotating guide 61 coordinates with rotating band lever 54, rotating guide 61 comprises a guide groove 611 (Fig. 6), when this swingle 54 advances, due to the design of guide groove 611 shape, guide groove 611 when rotary wings 541 advances, is driven to make rotating guide 61 carry out a first direction rotation (the present embodiment is counterclockwise).Cause about rotating guide 61 and guide groove 611 collocation and rotate to be prior art, such as can with reference to No. 8226314th, United States Patent (USP).
Ask for an interview Fig. 6, be provided with below rotating guide 61 and turn tooth 612, turn the bevelled design of tooth 612, and below rotating cylinder 20 also collocation have an inclined design lead tooth 21, rotating guide 61 is carried out when a first direction rotates and also drives rotating cylinder 20 to carry out a first direction rotation.
Please refer to Fig. 6 ~ Fig. 7, the boss post 624 of revolving part 62 is arranged in pairs or groups the circular hole 634 of counterpart 63, makes revolving part 62 relative with counterpart 63 rotatable.And the two ends of a turnable elastic part 64 connect the fixing hole 622 of revolving part 62 and the fixing hole 632 of counterpart 63.
Be provided with turntable 22 (the present embodiment is two projections) below rotating cylinder 20, and above revolving part 62, be provided with the guiding element 621 (the present embodiment is two shrinkage pools) of collocation, make rotating cylinder 20 and revolving part 62 be synchronous rotaries.
Counterpart 63 is fixed on below main urceolus 12, such as by the glutinous mode of glue.The present embodiment counterpart 63 is provided with the holding firmware 633 of multiple vertical bar rib, and be also provided with multiple vertical bar groove (not shown) to fix holding firmware 633 at main urceolus 12 opposite position, so after counterpart 63 is installed in main urceolus 12, counterpart 63 just cannot rotate.Therefore when revolving part 62 carries out a first direction rotation, turnable elastic part 64 can be tightened, and when the force of revolving part 62 is removed, turnable elastic part 64 can provide the strength rotating and reply, revolving part 62 is made to carry out a second direction rotation (the present embodiment is for clockwise).
Reducing gear 70 comprises lead ring 71 and a damping piece 75 in the present embodiment.Please refer to Fig. 8 ~ Figure 10, lead ring 71 comprises ring-like fin 711, ring groove 712 and a multiple brake article 713.Be provided with locating slot 111 in upper urceolus 11 to arrange in pairs or groups ring-like fin 711.And the top of rotating cylinder 20 is provided with the damping guiding element 23 of annular, damping guiding element 23 is arranged in pairs or groups ring groove 712.The damping piece 75 of the present embodiment is damping oil in addition, when assembling, being applied in ring groove 712 by some damping oils 75, making rotating cylinder 20 when rotating freely, because damping guiding element 23 contact damping oil 75, rotating cylinder 20 rotating speed can being slowed down.Please refer to the upward view of Fig. 9 about upper urceolus 11, the multiple brake shoes 113 coordinating brake article 713 are provided with in upper urceolus 11, each brake shoes 113 has leg-of-mutton profile, make when lead ring 71 carry out first direction (the present embodiment is counterclockwise) rotate time, each brake shoes 113 can not block each brake article 713, and therefore lead ring 71 can carry out first direction rotation.When lead ring 71 wants that carrying out second direction rotation (the present embodiment is for clockwise) rotates, each brake shoes 113 can block each brake article 713, and therefore lead ring 71 cannot carry out second direction rotation.
After understanding above-mentioned each component, the whole motion flow of the present embodiment is below described, please also refer to Fig. 4, now press-side 51 is not yet pressed, and rotating band lever 54 major part is all above rotating guide 61.Please refer to Fig. 5, after a user presses press-side 51 (pressing stroke P1), lamp cylinder 85 and light-guiding pillar 86 push away downwards by press-side 51, make rotating band lever 54 to pressing down to rotate rotating guide 61, because revolving part 62 has perforation 623, therefore rotating band lever 54 can enter downwards revolving part 62.Rotating guide 61 now carries out a first direction C1 and rotates, due to rotating band lever 54 also by rotating guide 61 to pressing down, rotating guide 61 turn that tooth 612 engages rotating cylinder 20 lead tooth 21, therefore rotating cylinder 20 also carries out first direction rotation, then the turntable 22 of rotating cylinder 20 also driven rotary part 62 carry out a first direction rotation, turnable elastic part 64 is tightened.Please also refer to Fig. 8, Fig. 9 and Figure 10, when rotating cylinder 20 carries out first direction rotation, damping guiding element 23 above rotating cylinder 20 is due to the relation of damping oil 75, lead ring 71 is made also to carry out first direction rotation (because each brake shoes 113 can not block each brake article 713), so user is when pressing press-side 51, do not need the resistance resisting damping oil 75.
User can press press-side 51 for several times fast, to increase turnable elastic part 64 by the degree tightened.(stroke P2 is unclamped) after user decontrols press-side 51, please see Figure 4, elastic component 55 up can push away rotating band lever 54, and rotating guide 61 can be up with by rotating band lever 54, make rotating guide 61 turn that tooth 612 no longer engages rotating cylinder 20 lead tooth 21.Because turnable elastic part 64 provides the strength rotating and reply, make revolving part 62 carry out a second direction C2 to rotate, then revolving part 62 drives rotating cylinder 20 also to carry out second direction C2 rotation, damping guiding element 23 is due to the relation of damping oil 75 stickiness, damping guiding element 23 can attempt to carry out second direction C2 rotation, but because each brake shoes 113 can block each brake article 713, therefore lead ring 71 cannot carry out second direction rotation, therefore damping guiding element 23 is subject to the resistance of damping oil 75, and the rotating speed of rotating cylinder 20 is slowly rotated.
The device 1 with rotate effect more can comprise urceolus decoration 41, rotating cylinder decoration 42 and an inner core decoration 43.Urceolus decoration 41 suggestion is the figuratum sheet of a print, and be installed in transparent main urceolus 12, certain urceolus decoration 41 also can be the pattern be imprinted on outside main urceolus 12.Rotating cylinder decoration 42 suggestion is imprinted on outside rotating cylinder 20, or rotating cylinder decoration 42 can be the figuratum paster of a print, is attached to outside rotating cylinder 20.What inner core decoration 43 was same can be imprinted on inner core 30 outer surface, or is attached on inner core 30 outer surface with paster form.Because rotating cylinder 20 is these novel key characters, therefore rotating cylinder decoration 42 is needs, coordinates urceolus decoration 41 and/or inner core decoration 43, then when rotating cylinder decoration 42 when rotated, urceolus decoration 41 and/or inner core decoration 43, because be maintain static, therefore can represent entertaining.
Should be noted, light emitting module 80 also can not need, rotating band lever 54 can do length a bit (or adding a cylinder above rotating band lever 54), and the top of rotating band lever 54 directly contacts with press-side 51, and the emphasis of press-side 51 is in promotion rotating band lever 54 in a word.
Below please also refer to Figure 11 ~ Figure 12 about the second embodiment.
The device 1a with rotate effect is a key-ring.There is the device 1a of rotate effect and the first embodiment main difference be in and there is no a mechanism 90 in the device 1a of rotate effect, but main urceolus 12 is below with once urceolus 15a, and has clasp 151a and key ring 152a below lower urceolus 15a.The device 1a with rotate effect is identical with the first embodiment, all has urceolus 10, rotating cylinder 20, inner core 30, pressing mechanism 50, rotating mechanism 60, reducing gear 70 and light emitting module 80 etc., therefore repeats no more.
Below please also refer to Figure 13 ~ Figure 19 about the 3rd embodiment.The device 1d with rotate effect is a liquid tank, as bath oil tank, soap flow container, shampoo tank etc.The device 1d with rotate effect comprises a urceolus 10d, a rotating cylinder 20d, a pressing mechanism 50d, an a rotating mechanism 60d and reducing gear 70d.
Urceolus 10d comprises urceolus 11d on, a main urceolus 12d, a rosette 17d and once urceolus 15d.It is that a container is to fill liquid (not shown) that main urceolus 12d comprises an internal layer cylinder 121d and outer a 122d, internal layer cylinder 121d.Rosette 17d is a scalable collar, the upper and lower side of rosette 17d is connected with lower urceolus 15d with main urceolus 12d respectively, please refer to Figure 18 ~ Figure 19, when main urceolus 12d moves down, rosette 17d will be compressed, rosette 17d, except decorating, also can prevent liquid or dirt from entering in lower urceolus 15d.
Inner core decoration 43d can be attached at the surface of internal layer cylinder 121d, and urceolus decoration 41d can be attached at the inner or outer surface of outer cylinder 122d, and certain urceolus decoration 41d also can be printed directly on the outer surface of outer cylinder 122d.
The rotating cylinder 20d of the present embodiment comprises an a main rotating cylinder 26d and rotating cylinder chassis 27d.Main rotating cylinder 26d suggestion is a very thin figuratum sheet of print, that is main rotating cylinder 26d itself is rotating cylinder decoration 42d.Have multiple lug 261d below main rotating cylinder 26d, and rotating cylinder chassis 27d relative position is also provided with multiple breach 271d (see Figure 16), makes each lug 261d can be installed in corresponding breach 271d.
Pressing mechanism 50d comprises pressing tube device 56d, rotating band lever 54d and elastic component 55d.Pressing tube device 56d comprises press-side 51d (pressure head) and suction pipe 561d, and pressing tube device 56d is combined with upper urceolus 11d.In order to the Liquid extracting that will be loaded in internal layer cylinder 121d out, therefore suction pipe 561d is located in internal layer cylinder 121d pressing tube device 56d, because pressing tube device 56d is prior art, does not repeat them here.Ask for an interview Figure 15, be provided with a holding firmware 1211d to fix the top of rotating band lever 54d below internal layer cylinder 121d, rotating band lever 54d comprises a circular hole 542d to hold elastic component 55d.Rotating band lever 54d surface includes rotary wings 541d, and rotating band lever 54d is a screw rod in the present embodiment, and rotary wings 541d is screw thread.
Please also refer to Figure 15 ~ Figure 16, rotating mechanism 60d comprises a rotating guide 61d, a revolving part 62d, an a counterpart 63d and turnable elastic part 64d.Rotating guide 61d is located in rotating cylinder 20d, rotating guide 61d coordinates with rotating band lever 54d, rotating guide 61d comprises a guide groove 611d, when this swingle 54d advances, due to the design of guide groove 611d shape, guide groove 611d when rotary wings 541d advances, is driven to make rotating guide 61d carry out a first direction rotation (the present embodiment is counterclockwise).Be provided with below rotating guide 61d and turn tooth 612d, turn the bevelled design of tooth 612d, and above the 27d of rotating cylinder chassis also collocation have an inclined design lead tooth 21d, rotating guide 61d is carried out when a first direction rotates and also drives rotating cylinder 20d to carry out a first direction rotation.
Please refer to Figure 16, the circular hole 634d of the boss post 624d collocation counterpart 63d of revolving part 62d, makes revolving part 62d relative with counterpart 63d rotatable.And the two ends of a turnable elastic part 64d connect the fixing hole 622d of revolving part 62d and the fixing hole 632d of counterpart 63d.
Be provided with turntable 22d (the present embodiment is two projections) below rotating cylinder 20d, and above revolving part 62d, be provided with the guiding element 621d (the present embodiment is two shrinkage pools) of collocation, make rotating cylinder 20d and revolving part 62d be synchronous rotary.
Counterpart 63d is fixed on lower urceolus 15d inner casing, such as by the glutinous mode of glue.The present embodiment counterpart 63d is fastened between the inner circle annulated column 153d of lower urceolus 15d and cylindrical annulated column 154d, so after counterpart 63d is installed in lower urceolus 15d, counterpart 63d just cannot rotate.Therefore when revolving part 62d carries out a first direction rotation, turnable elastic part 64d can be tightened, and when the force of revolving part 62d is removed, turnable elastic part 64d can provide the strength rotating and reply, and makes revolving part 62d carry out a second direction rotation (the present embodiment is for clockwise).
Reducing gear 70d comprises an a lead ring 71d and damping piece 75d in the present embodiment.Please refer to Figure 17 ~ Figure 19, lead ring 71d comprises ring-like fin 711d, ring groove 712d and a multiple brake article 713d.Cylindrical annulated column 154d is provided with locating slot 1541d and arranges in pairs or groups ring-like fin 711d.And rotating cylinder 20d is provided with the damping guiding element 23d of annular in the bottom of rotating cylinder chassis 27d, damping guiding element 23d collocation ring groove 712d, the damping piece 75d of the present embodiment is damping oil, when assembling, some damping oil 75d are applied in ring groove 712d, making rotating cylinder 20d when rotating freely, because damping guiding element 23d contact damping oil 75d, rotating cylinder 20d rotating speed can be slowed down.Please refer to the upward view of Figure 17 about lower urceolus 15d top view and reducing gear 70d, the multiple brake shoes 1542d coordinating brake article 713d are provided with in cylindrical annulated column 154d, each brake shoes 1542d has leg-of-mutton profile, make when lead ring 71d carry out first direction (the present embodiment is counterclockwise) rotate time, each brake shoes 1542d can not block each brake article 713d, and therefore lead ring 71d can carry out first direction rotation.When lead ring 71 wants that carrying out second direction rotation (the present embodiment is for clockwise) rotates, each brake shoes 1542d can block each brake article 713d, and therefore lead ring 71d cannot carry out second direction rotation.
After understanding above-mentioned each component, the whole motion flow of the present embodiment is below described, please also refer to Figure 18, now press-side 51d is not yet pressed, and rotating band lever 54d major part is all above rotating guide 61d.Please refer to Figure 19, after a user presses press-side 51d (pressing stroke P1), main urceolus 12d pushes away downwards by press-side 51d, make rotating band lever 54d to pressing down to rotate rotating guide 61d, because revolving part 62d has perforation 623d, therefore rotating band lever 54d can enter downwards revolving part 62d.Rotating guide 61d now carries out a first direction C1 and rotates, due to rotating band lever 54d also by rotating guide 61d to pressing down, rotating guide 61d turn that tooth 612d engages rotating cylinder 20d lead tooth 21d, therefore rotating cylinder 20d also carries out first direction rotation, then the turntable 22d of rotating cylinder 20d also driven rotary part 62d carry out a first direction rotation, turnable elastic part 64d is tightened.Please also refer to Figure 17, when rotating cylinder 20d carries out first direction rotation, damping guiding element 23d is due to the relation of damping oil 75d stickiness, lead ring 71 is made to follow rotating cylinder 20d also to carry out first direction rotation (because each brake shoes 1542d can not block each brake article 713d), so user is when pressing press-side 51d, do not need the resistance resisting damping oil 75d.
User can press press-side 51d for several times fast, to increase turnable elastic part 64d by the degree tightened.(stroke P2 is unclamped) after user decontrols press-side 51d, please see Figure 19, rotating band lever 54d can up push away by elastic component 55d (main urceolus 12d also and then upwards), rotating guide 61d can up be with by rotating band lever 54d, make rotating guide 61d turn that tooth 612d no longer engages rotating cylinder 20d lead tooth 21d.Because turnable elastic part 64d provides the strength rotating and reply, make revolving part 62d carry out a second direction C2 to rotate, then revolving part 62d drives rotating cylinder 20d also to carry out second direction C2 rotation, damping guiding element 23d is due to the relation of damping oil 75d stickiness, damping guiding element 23d can attempt to carry out second direction C2 rotation, but because each brake shoes 1542d can block each brake article 713d, therefore lead ring 71d cannot carry out second direction rotation, therefore damping guiding element 23d is subject to the resistance of damping oil 75d, and the rotating speed of rotating cylinder 20d is slowly rotated.
It is noted that above are only embodiment, but not be limited to embodiment.For example this does not depart from the utility model basic framework person, all should be the interest field that the utility model is advocated, and should be as the criterion with right.The device for example with rotate effect can be the pointer (mechanism changes pointer mechanism into) of Touch Screen, annex/ornament additional on toy or key-ring, necklace, mobile phone etc.
Certainly; the utility model also can have other various embodiments; when not deviating from the utility model spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the utility model, but these change accordingly and are out of shape the protection domain that all should belong to the claim appended by the utility model.
Claims (20)
1. there is a device for rotate effect, it is characterized in that, comprising:
One urceolus;
One rotating cylinder, is located in this urceolus;
One rotating mechanism, is combined to rotate this rotating cylinder with this rotating cylinder;
One pressing mechanism, be combined with this urceolus, wherein this pressing mechanism comprises a pressing stroke and and unclamps stroke, when this pressing stroke, this pressing mechanism starts this rotating mechanism and carries out a first direction rotation, when this unclamps stroke, this rotating mechanism carries out this second direction and rotates, and wherein this second direction is contrary with this first direction direction of rotation; And
One reducing gear, is combined with this rotating cylinder, in order to slow down the rotating speed that this rotating cylinder rotates.
2. the device with rotate effect according to claim 1, it is characterized in that, this rotating mechanism more comprises a revolving part, one counterpart, and a turnable elastic part, these turnable elastic part two ends connect this revolving part and this counterpart, and this revolving part and this counterpart combine, this revolving part to be located at below this rotating cylinder and to be engaged with this rotating cylinder, makes:
When this pressing stroke, this revolving part carries out this first direction rotation to reverse this turnable elastic part; And
When this unclamps stroke, this turnable elastic part drives this revolving part to carry out this second direction rotation, makes this revolving part drive this rotating cylinder to rotate, and this reducing gear slows down the rotating speed that this rotating cylinder rotates.
3. the device with rotate effect according to claim 2, it is characterized in that, this pressing mechanism comprises a press-side, one rotating band lever and an elastic component, the structure of above, when this press-side is in this pressing stroke, this rotating band lever is advanced, when this press-side unclamps stroke in this, this elastic component drives this rotating band lever to retreat.
4. the device with rotate effect according to claim 3, it is characterized in that, this rotating mechanism more comprises a rotating guide, this rotating guide is driven to carry out this first direction rotation when this rotating band lever is advanced, make this rotating guide drive this rotating cylinder to carry out this first direction rotation, and thus this rotating cylinder drive this revolving part to carry out this first direction rotation.
5. the device with rotate effect according to claim 4, is characterized in that, this reducing gear comprises a lead ring and a damping piece, and this rotating cylinder engages with this lead ring.
6. the device with rotate effect according to claim 5, is characterized in that, this damping piece is a damping oil, makes this damping oil slow down the rotating speed of this rotating cylinder rotation.
7. the device with rotate effect according to claim 6, is characterized in that, this lead ring comprises a ring groove, and this rotating cylinder is provided with a corresponding damping guiding element, and this damping oil is located in this ring groove.
8. the device with rotate effect according to claim 7, is characterized in that, this rotating band lever comprises a rotary wings, this rotating guide comprises a guide groove, when this rotating band lever is advanced, this rotary wings drives this guide groove, makes this rotating guide carry out this first direction rotation.
9. the device with rotate effect according to claim 4, is characterized in that, this rotating band lever comprises a rotary wings, this rotating guide comprises a guide groove, when this rotating band lever is advanced, this rotary wings drives this guide groove, makes this rotating guide carry out this first direction rotation.
10. the device with rotate effect according to claim 4, is characterized in that, this urceolus comprises urceolus and a main urceolus on one, and on this, urceolus and this main urceolus combine, and this press-side to be located on this above urceolus.
11. devices with rotate effect according to claim 10, it is characterized in that, more comprise an inner core, this inner core is located in this rotating cylinder, and this rotating band lever and this elastic component are located in this inner core, the structure of above, when this press-side is in this pressing stroke, this rotating band lever is advanced, and when this press-side unclamps stroke in this, this elastic component drives this rotating band lever to retreat.
12. devices with rotate effect according to claim 11, it is characterized in that, this rotating guide is located in this rotating cylinder, when this rotating band lever is advanced, this rotating guide engages with this rotating cylinder, and when this rotating band lever retreats, this rotating guide is departed from this rotating cylinder by this rotating band lever.
13. devices with rotate effect according to claim 12, is characterized in that, this reducing gear comprises a lead ring and a damping piece, and this lead ring is located at urceolus on this, and this rotating cylinder engages with this lead ring.
14. devices with rotate effect according to claim 13, is characterized in that, more comprise a light emitting module.
15. devices with rotate effect according to claim 14, it is characterized in that, this light emitting module comprises a lamp, and a battery and a light-guiding pillar, this light-guiding pillar is located within this inner core.
16. devices with rotate effect according to claim 10, is characterized in that, more comprise a mechanism, this mechanism is combined with urceolus.
17. devices with rotate effect according to claim 16, it is characterized in that, this mechanism comprises a shaft of a writing brush, one pen core, one pen core elastic component and a press component, this shaft of a writing brush is combined with this urceolus, and this press component passes in and out this shaft of a writing brush in order to control this pen core, when this rotating band lever is advanced, this rotating band lever promotes this press component.
18. devices with rotate effect according to claim 10, is characterized in that, this main urceolus comprises an internal layer cylinder and an outer cylinder, and this rotating cylinder is between this internal layer cylinder and this outer cylinder, and wherein this internal layer cylinder is in order to fill a liquid.
19. devices with rotate effect according to claim 18, it is characterized in that, this rotating cylinder comprises a rotating cylinder chassis, and this rotating guide is located at the top on this rotating cylinder chassis, this reducing gear comprises a lead ring and a damping piece, and the below on this rotating cylinder chassis is located at by this reducing gear.
20. devices with rotate effect according to claim 18, it is characterized in that, this pressing mechanism more comprises a pressing tube device, this pressing tube device comprises a suction pipe, and this suction pipe is located in this internal layer cylinder.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102218077U TWM479854U (en) | 2013-09-27 | 2013-09-27 | Apparatus with rotating effect |
| TW102218077 | 2013-09-27 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204149713U true CN204149713U (en) | 2015-02-11 |
Family
ID=51395158
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420562244.4U Expired - Fee Related CN204149713U (en) | 2013-09-27 | 2014-09-26 | Device with rotating effect |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN204149713U (en) |
| TW (1) | TWM479854U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107126707A (en) * | 2017-06-26 | 2017-09-05 | 文伟 | One kind pressing rotating device and finger tip gyro |
| CN109471544A (en) * | 2018-09-21 | 2019-03-15 | 合肥读写科技有限公司 | A kind of pen |
-
2013
- 2013-09-27 TW TW102218077U patent/TWM479854U/en not_active IP Right Cessation
-
2014
- 2014-09-26 CN CN201420562244.4U patent/CN204149713U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107126707A (en) * | 2017-06-26 | 2017-09-05 | 文伟 | One kind pressing rotating device and finger tip gyro |
| CN107126707B (en) * | 2017-06-26 | 2023-07-14 | 文伟 | Pressing rotating device and fingertip gyroscope |
| CN109471544A (en) * | 2018-09-21 | 2019-03-15 | 合肥读写科技有限公司 | A kind of pen |
Also Published As
| Publication number | Publication date |
|---|---|
| TWM479854U (en) | 2014-06-11 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150211 Termination date: 20150926 |
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| EXPY | Termination of patent right or utility model |