CN204745635U - Can superimposed toy spinning top - Google Patents

Can superimposed toy spinning top Download PDF

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Publication number
CN204745635U
CN204745635U CN201520453914.3U CN201520453914U CN204745635U CN 204745635 U CN204745635 U CN 204745635U CN 201520453914 U CN201520453914 U CN 201520453914U CN 204745635 U CN204745635 U CN 204745635U
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CN
China
Prior art keywords
gyro
magnet
rotation
plate
toy gyroscope
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201520453914.3U
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Chinese (zh)
Inventor
杨磊
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Individual
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Individual
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Priority to CN201520453914.3U priority Critical patent/CN204745635U/en
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Publication of CN204745635U publication Critical patent/CN204745635U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

The utility model discloses a toy spinning top, wear to establish the rotation axis at a rotating body including rotator and activity, at the bottom of the rotation axis includes top point, top, magnet and iron prop, connect the lower extreme at the rotator at the bottom of the top, the first through -hole that supplies the top point to stretch out is offered to bottom at the bottom of the top, follows axial direction at the bottom of the top and offers the magnet holding chamber that is used for holding magnet, and magnet is installed at magnet holding intracavity, the iron prop is inserted a rotating body and is inhaled with magnet magnetism, the rotator top is equipped with the depressed part of the top that is used for superposeing, and the bottom shape at the bottom of the shape of this depressed part and the top is matchd. It is for reinforcing toy spinning top's recreational ability, a plurality of the utility model discloses a toy spinning top can superpose together, and with the stack is on the depressed part of top at the bottom of every toy spinning top's the top, magnet utilizes its powerful magnetism effect of inhaling, adsorbs the iron prop or the top point of another toy spinning top internal rotation pivot, makes every superimposed toy spinning top high -speed more stable when rotatory.

Description

A kind of stackable toy gyroscope
Technical field
The utility model relates to toy art, more particularly, relates to a kind of stackable toy gyroscope.
Background technology
Gyro originates from the Song dynasty of China, it is a kind of traditional toy of China, with a long history, playing method huge number, once affected the many lives for people of China, gyro is that they bring fine childhood memory, the conical, massive structure of round and lower point normally gone up by common gyro, and the first half of gyro is comparatively thick, and the latter half is comparatively tiny, its gyro top heavy, stablizing that it rotates under the effect that gravity is downward is fair.
Although also there is the design that can be superimposed and play in existing gyro, current stackable gyro is easily thrown out of when High Rotation Speed, affects result of use; In addition, the large multi-part of existing gyro is formed in one, and gyro can be caused to place and take up room comparatively greatly, and the easily wearing and tearing of gyro point, change inconvenience after damage.
Utility model content
The technical problems to be solved in the utility model is, for the above-mentioned defect of prior art, provides a kind of stackable toy gyroscope.
The utility model solves the technical scheme that its technical problem adopts: provide a kind of toy gyroscope, comprises rotary body and the movable rotating shaft being located in a rotating body, described rotating shaft comprises at the bottom of gyro point, gyro, magnet and iron prop; The lower end of rotary body is connected at the bottom of gyro; Bottom at the bottom of gyro offers the first through hole stretched out for gyro point, and in axial direction offer the magnet accommodating cavity for holding magnet at the bottom of gyro, magnet cartridge is located in magnet accommodating cavity; Iron prop inserted through a rotating body and with magnet magnetic; Rotary body top is provided with the depressed part for superposing gyro, and the shape of this depressed part is mated with the bottom shape at the bottom of gyro.
Toy gyroscope described in the utility model, wherein, described rotary body comprises top cover, centre of rotation and swivel base; Centre of rotation in axial direction offers for the movable chamber for described iron prop rotary moveable, and iron prop is inserted in movable chamber; Depressed part is arranged on centre of rotation top; Swivel base in axial direction offers the installing hole for installing centre of rotation; Top cover is provided with at least two limited posts, swivel base is provided with at least two spacing holes corresponding with described limited post position, centre of rotation is provided with the breach matched with limited post, and centre of rotation is fastened on the spacing hole of swivel base by the breach that the limited post on top cover inserts centre of rotation.
Toy gyroscope described in the utility model, wherein, described centre of rotation comprises swivel plate, be vertically connected on the central tube of swivel plate side, be arranged on swivel plate away from the annular bead of the opposite side of central tube and the breach that is arranged on swivel plate edge; Described depressed part and central tube are coaxially arranged on swivel plate, and depressed part and central tube lay respectively at the both sides of swivel plate, and central tube is connected with depressed part; Described iron prop is inserted in central tube, and described top cover is set in flange collar.
Toy gyroscope described in the utility model, wherein, described central tube comprises interior pipe and is arranged on the outer outer tube coaxial with interior pipe of interior pipe; Described iron prop is inserted in interior pipe, and described swivel base is set on the lateral wall of outer tube; Be connected on the madial wall of outer tube at the bottom of described gyro.
Toy gyroscope described in the utility model, wherein, this toy gyroscope also comprises the shell body be arranged between described top cover and described rotary central body, and the bottom of shell body is provided with positive stop strip, swivel plate is provided with the stopper slot mated with positive stop strip, and shell body is withheld on swivel plate.
Toy gyroscope described in the utility model, wherein, this toy gyroscope also comprises the LED lamp component be arranged on swivel base, and this LED lamp component comprises LED, battery, electric capacity, elasticity movable switch, the first installing plate and the second installing plate; First installing plate and the second installing plate are parallel to each other, and LED, battery, electric capacity and elasticity movable switch are arranged between the first installing plate and the second installing plate, and battery roll is arranged on the first installing plate; LED, battery, electric capacity and elasticity movable switch are electrically connected.
Toy gyroscope described in the utility model, wherein, described elasticity movable switch comprises spring and spacing conducting strip.
Toy gyroscope described in the utility model, wherein, described LED lamp component also comprises the locking plate for preventing the first installing plate and the second installing plate from rotating, and this locking plate is fixedly connected on the first installing plate, and swivel base offers the stop hole corresponding with locking plate.
Implement stackable toy gyroscope of the present utility model, there is following beneficial effect:
(1) in order to strengthen the amusement performance of toy gyroscope, multiple toy gyroscope of the present utility model can be superimposed on together, to be superimposed upon on the depressed part on gyro top at the bottom of the gyro bottom each toy gyroscope, magnet utilizes its powerful magnetic effect, adsorb iron prop or the gyro point of rotating shaft in another toy gyroscope, make the toy gyroscope of each superposition High Rotation Speed time more stable, be unlikely to be thrown out of;
(2) rotary body of this gyro is made up of multiple assembled layers such as top cover, shell body, centre of rotation, rotating bases, and each assembled layers all removably connects, and when not playing, gyro dismounting can be placed, placement takes up room little; The assembling of this gyro strengthens the manipulative ability of children, active thinking;
(3) gyro point is easily worn part, and the central tube from centre of rotation at the bottom of gyro only need be extracted by the utility model, pours out magnet, i.e. replaceable gyro point, makes gyro point Renewal process more convenient;
(4) shell body makes gyro top area comparatively large, and this shell body is made up of zinc alloy material, increases the weight on gyro top, toy gyroscope is rotated more steady;
(5) by arranging the LED lamp component in the light source accommodating cavity that is detachably arranged on swivel base, user can select to install or whether change as required; When gyro High Rotation Speed, the spring in LED lamp component under the influence of centrifugal force, moves back and forth in the opening of the spacing conducting strip of " U " shape; Whenever spring touches spacing conducting strip, namely elasticity movable switch closes, and LED, battery, electric capacity form loop, and LED is shinny; Whenever spring leaves spacing conducting strip, namely elasticity movable switch disconnects, and LED is extinguished; Circulation like this, makes toy gyroscope under the circumference of the high-speed rotation, and LED is alternately shinny with extinguishing, dazzles beautiful lighting effects to produce.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is the superposition schematic diagram of two toy gyroscopes of the utility model preferred embodiment;
Fig. 2 is the disassembly diagram of the stackable toy gyroscope of the utility model preferred embodiment;
Fig. 3 is the schematic diagram after the assembling of the stackable toy gyroscope of the utility model preferred embodiment;
Fig. 4 analyses figure along A-A line in Fig. 3;
Fig. 5 is the local structural graph of the LED lamp component of the stackable toy gyroscope of the utility model preferred embodiment;
Wherein, 10, top cover; 101, limited post; 20, centre of rotation; 201, swivel plate; 202, central tube; 2021, interior pipe; 2022, outer tube; 203, flange collar; 204, breach; 205, stopper slot; 206, depressed part; 30, swivel base; 301, light source accommodating cavity; 302, installing hole; 303, spacing hole; 304, stop hole; 40, LED lamp component; 401, LED; 402, battery; 403, electric capacity; 404, elasticity movable switch; 4041, spring; 4042, spacing conducting strip; 405, the first installing plate; 406, the second installing plate; 407, locking plate; 50, shell body; 501, positive stop strip; 60, iron prop; 70, magnet; 80, at the bottom of gyro; 801, the first through hole; 802, magnet accommodating cavity; 90, gyro point; 100, cushion rubber.
Detailed description of the invention
Below, by reference to the accompanying drawings and detailed description of the invention, the utility model is described further:
As Figure 1-5, be the structural representation of the stackable toy gyroscope of the utility model preferred embodiment, this toy gyroscope, comprises rotary body and the movable rotating shaft being located in a rotating body.
Wherein, rotary body comprises detachable top cover 10, centre of rotation 20, swivel base 30, LED lamp component 40 and the shell body 50 assembled;
Top cover 10 is equidistantly provided with three limited posts 101; This limited post 101 is vertically connected on the homonymy of top cover 10.
Centre of rotation 20 comprises swivel plate 201, be vertically connected on the central tube 202 of swivel plate 201 side, be arranged on swivel plate 201 away from the flange collar 203 of the annular of the opposite side of central tube 202, be arranged on swivel plate 201 edge on and the breach 204 corresponding with the structure of the limited post 101 on top cover 10, be arranged on swivel plate 201 and the stopper slot 205 mated with the positive stop strip 501 on shell body 50 and to be arranged on swivel plate 201 and for superpose gyro depressed part 206; Depressed part 206 and central tube 202 be coaxial to be arranged and lays respectively at the both sides of swivel plate 201, and central tube 202 is connected with depressed part 206, the shape of this depressed part 206 with at the bottom of gyro 80 bottom shape mate; Flange collar 203 is positioned at outside depressed part 206, and coaxially arranges with depressed part 206; Particularly, central tube 202 comprises interior pipe 2021 and is arranged on the outer outer tube 2022 coaxial with interior pipe 2021 of interior pipe 2021; The inwall of interior pipe 2021 surrounds for the movable chamber for rotating shaft rotary moveable, and particularly, iron prop 60 is plugged on the inwall of this interior pipe 2021, and swivel base 30 is set in the lateral wall of outer tube 2022 below outer tube 2022; Top cover 10 is set in flange collar 203; Shell body 50, centre of rotation 20 are fastened on the spacing hole 303 of swivel base 30 by the breach 204 inserted on the edge of swivel plate 201 by limited post 101 on top cover 10 successively.Certainly, the quantity that in the utility model, the quantity of limited post 101, spacing hole 303 and breach 204 can carry out arranging limited post 101 of the present utility model, spacing hole 303 and breach 204 is according to actual needs three and is only wherein a kind of embodiment.
Swivel base 30 is arranged with the light source accommodating cavity 301 for holding LED lamp component 40; Swivel base 30 in axial direction offers the installing hole 302 of the central tube 202 for installing centre of rotation 20; The outer tube 2022 of centre of rotation 20 to be inserted in this installing hole 302 to connect centre of rotation 20 and swivel base 30, swivel base 30 offers three spacing holes 303 corresponding with limited post 101 position on top cover 10; Swivel base 30 offers the stop hole 304 preventing LED lamp component 40 from rotating, this stop hole 304 and locking plate 407 Matching installation be fixedly connected in LED lamp component 40.
LED lamp component 40 is arranged in the light source accommodating cavity 301 on swivel base 30, and this LED lamp component 40 comprises LED 401, battery 402, electric capacity 403, elasticity movable switch 404, first installing plate 405 and the second installing plate 406; First installing plate 405 and the second installing plate 406 are parallel to each other, and LED 401, battery 402, electric capacity 403 and elasticity movable switch 404 are arranged between the first installing plate 405 and the second installing plate 406, and battery 402 removes and installs on the first installing plate 405; LED 401, battery 402, electric capacity 403 and elasticity movable switch 404 are electrically connected.LED lamp component 40 also comprises the locking plate 407 for preventing the first installing plate 405 and the second installing plate 406 from rotating, and this locking plate 407 is fixedly connected on the first installing plate 405, and swivel base 30 offers the stop hole 304 corresponding with locking plate 407.Locking plate 407 was installed with coordinating of stop hole 304, effectively prevented toy gyroscope LED lamp component 40 when high-speed rotation from rotating, and ensured LED lamp component 40 normal operation.
Wherein, described elasticity movable switch 404 comprises spring 4041 and the spacing conducting strip 4042 of " U " shape; Spring 4041 one end is electrically connected with battery 402, and the other end is in the opening of the spacing conducting strip 4042 of " U " shape.When gyro High Rotation Speed, spring 4041 under the influence of centrifugal force, moves back and forth in the opening of the spacing conducting strip 4042 of " U " shape; Whenever spring 4041 touches spacing conducting strip 4042, namely elasticity movable switch 404 closes, and LED 401, battery 402, electric capacity 403 form loop, and LED 401 is shinny; Whenever spring 4041 leaves spacing conducting strip 4042, namely elasticity movable switch 404 disconnects, and LED 401 is extinguished; Circulation like this, makes toy gyroscope under the circumference of the high-speed rotation, is fixedly mounted on LED 401 in swivel base 30 alternately shinny with extinguishing, dazzles beautiful lighting effects to produce.
Shell body 50 is the cover buckle of annular, and the weight being made up to increase gyro top of zinc alloy material makes rotation more steady; Shell body 50 is arranged between top cover 10 and centre of rotation 20, and the bottom of shell body 50 is provided with positive stop strip 501, and swivel plate 201 is provided with the stopper slot 205 mated with positive stop strip 501, and shell body 50 is withheld on the periphery of swivel plate 201.
Wherein, rotating shaft to comprise at the bottom of iron prop 60, magnet 70, gyro 80 and gyro point 90; Iron prop 60 comprises chapeau de fer and is vertically connected on the rotating shaft on chapeau de fer, and chapeau de fer is connected on the swivel plate 201 of centre of rotation 20; The bottom of 80 at the bottom of gyro offers the first through hole 801 stretched out for gyro point 90, and at the bottom of gyro, 80 in axial direction offer the magnet accommodating cavity 802 for holding magnet 70, and magnet 70 is installed in magnet accommodating cavity 802; 80 lower ends being inserted into outer tube 2021 at the bottom of gyro, at the bottom of gyro, the lateral wall of 80 abuts with the madial wall of outer tube 2021; Iron prop 60 inserted through interior pipe 2022 and with magnet 70 magnetic.The material of gyro point 90 is iron or nylon.
Magnet 70 in toy gyroscope of the present utility model to be installed at the bottom of gyro in 80, at the bottom of gyro 80 lateral wall on be also arranged with cushion rubber 100, this cushion rubber 100 is flexible glue circle, with toy gyroscope of the present utility model with the use of battle bar, battle bar is toy gyroscope powered rotation, battle bar is coated with iron powder glue, battle bar is in the process for toy gyroscope powered rotation, being transferred to by iron powder glue is set on the cushion rubber 100 of at the bottom of gyro 80, gyro is originally in High Rotation Speed, flexible glue circle provides frictional force just as a tire, magnet 70 in gyro utilizes its powerful magnetic effect, together with magnet 70 can adsorb iron powder glue and fit with flexible glue circle, produce kinetic energy, gyro is made to continue High Rotation Speed.Magnet 70 drives iron prop 60 to rotate with the magnetic effect of iron prop 60.
In addition, in order to strengthen the amusement performance of toy gyroscope, multiple toy gyroscope of the present utility model can be superimposed on together, to 80 be superimposed upon on the depressed part 206 on gyro top at the bottom of the gyro bottom each toy gyroscope, magnet 70 utilizes its powerful magnetic effect, adsorb iron prop 60 or the gyro point 90 of rotating shaft in another toy gyroscope, make the toy gyroscope of each superposition High Rotation Speed time more stable, be unlikely to be thrown out of.
The number of assembling steps of stackable toy gyroscope of the present utility model is as follows:
(1) the first installing plate 405 of LED lamp component 40 is arranged in the light source accommodating cavity 301 of swivel base 30, then locking plate 407 is stretched out from stop hole 304, then mounted LED lamp 401, battery 402, electric capacity 403 and elasticity movable switch 404, make it be electrically connected, finally the first installing plate 405 is fixedly connected with (according to actual needs whether mounted LED lamp assembly) with the second installing plate 406 with screw;
(2) iron prop 60 to be inserted in centre of rotation 20 in pipe 2022;
(3) central tube 202 of centre of rotation 20 is inserted in the installing hole 302 of swivel base 30, makes swivel plate 201 push down the second installing plate 406, and the breach 204 of centre of rotation 20 is aimed at the spacing hole 303 on swivel base 30;
(4) stopper slot 205 positive stop strip 501 bottom shell body 50 being fastened on centre of rotation 20 is interior to be arranged in centre of rotation 20 by shell body 50;
(5) shell body 50, centre of rotation 20 are fastened on the spacing hole 303 of swivel base 30 by the breach 204 inserted on the edge of swivel plate 201 by the limited post 101 of top cover 10 successively;
(6) stretch out from the first through hole 801 in the magnet accommodating cavity 802 gyro point 90 being inserted at the bottom of gyro 80, then magnet 70 is inserted in magnet accommodating cavity 802 to compress gyro point 90, cushion rubber 100 is set on the lateral wall of at the bottom of gyro 80, finally utilizing the magnetic effect of magnet 70 and iron prop 60 by 80 being arranged on the madial wall of outer tube 2022 of central tube 202 at the bottom of gyro, can installation be completed.
To one skilled in the art, according to technical scheme described above and design, other various corresponding change and deformation can be made, and all these change and deformation all should belong within the protection domain of the utility model claim.

Claims (8)

1. a toy gyroscope, comprises rotary body and the movable rotating shaft being located in a rotating body, it is characterized in that, described rotating shaft comprises at the bottom of gyro point, gyro, magnet and iron prop; The lower end of rotary body is connected at the bottom of gyro; Bottom at the bottom of gyro offers the first through hole stretched out for gyro point, and in axial direction offer the magnet accommodating cavity for holding magnet at the bottom of gyro, magnet cartridge is located in magnet accommodating cavity; Iron prop inserted through a rotating body and with magnet magnetic; Rotary body top is provided with the depressed part for superposing gyro, and the shape of this depressed part is mated with the bottom shape at the bottom of gyro.
2. toy gyroscope according to claim 1, is characterized in that, described rotary body comprises top cover, centre of rotation and swivel base; Centre of rotation in axial direction offers for the movable chamber for described iron prop rotary moveable, and iron prop is inserted in movable chamber; Depressed part is arranged on centre of rotation top; Swivel base in axial direction offers the installing hole for installing centre of rotation; Top cover is provided with at least two limited posts, swivel base is provided with at least two spacing holes corresponding with described limited post position, centre of rotation is provided with the breach matched with limited post, and centre of rotation is fastened on the spacing hole of swivel base by the breach that the limited post on top cover inserts centre of rotation.
3. toy gyroscope according to claim 2, it is characterized in that, described centre of rotation comprises swivel plate, be vertically connected on the central tube of swivel plate side, be arranged on swivel plate away from the annular bead of the opposite side of central tube and the breach that is arranged on swivel plate edge; Described depressed part and central tube are coaxially arranged on swivel plate, and depressed part and central tube lay respectively at the both sides of swivel plate, and central tube is connected with depressed part; Described iron prop is inserted in central tube, and described top cover is set in flange collar.
4. toy gyroscope according to claim 3, is characterized in that, described central tube comprises interior pipe and is arranged on the outer outer tube coaxial with interior pipe of interior pipe; Described iron prop is inserted in interior pipe, and described swivel base is set on the lateral wall of outer tube; Be connected on the madial wall of outer tube at the bottom of described gyro.
5. toy gyroscope according to claim 2, it is characterized in that, this toy gyroscope also comprises the shell body be arranged between described top cover and described rotary central body, the bottom of shell body is provided with positive stop strip, swivel plate is provided with the stopper slot mated with positive stop strip, and shell body is withheld on swivel plate.
6. toy gyroscope according to claim 1, is characterized in that, this toy gyroscope also comprises the LED lamp component be arranged on swivel base, and this LED lamp component comprises LED, battery, electric capacity, elasticity movable switch, the first installing plate and the second installing plate; First installing plate and the second installing plate are parallel to each other, and LED, battery, electric capacity and elasticity movable switch are arranged between the first installing plate and the second installing plate, and battery roll is arranged on the first installing plate; LED, battery, electric capacity and elasticity movable switch are electrically connected.
7. toy gyroscope according to claim 6, is characterized in that, described elasticity movable switch comprises spring and spacing conducting strip.
8. toy gyroscope according to claim 7, it is characterized in that, described LED lamp component also comprises the locking plate for preventing the first installing plate and the second installing plate from rotating, and this locking plate is fixedly connected on the first installing plate, and swivel base offers the stop hole corresponding with locking plate.
CN201520453914.3U 2015-06-29 2015-06-29 Can superimposed toy spinning top Expired - Fee Related CN204745635U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520453914.3U CN204745635U (en) 2015-06-29 2015-06-29 Can superimposed toy spinning top

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520453914.3U CN204745635U (en) 2015-06-29 2015-06-29 Can superimposed toy spinning top

Publications (1)

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CN204745635U true CN204745635U (en) 2015-11-11

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Family Applications (1)

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CN201520453914.3U Expired - Fee Related CN204745635U (en) 2015-06-29 2015-06-29 Can superimposed toy spinning top

Country Status (1)

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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2019205574A1 (en) * 2018-04-28 2019-10-31 奥飞娱乐股份有限公司 Freely assemblable spin top
WO2020034766A1 (en) * 2018-08-17 2020-02-20 广州奥飞文化传播有限公司 Sucker module of launcher, launcher and toy suite
WO2021237656A1 (en) * 2020-05-29 2021-12-02 广州奥飞文化传播有限公司 Superimposed light-emitting spinning top set and toy set

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2019205574A1 (en) * 2018-04-28 2019-10-31 奥飞娱乐股份有限公司 Freely assemblable spin top
WO2020034766A1 (en) * 2018-08-17 2020-02-20 广州奥飞文化传播有限公司 Sucker module of launcher, launcher and toy suite
WO2021237656A1 (en) * 2020-05-29 2021-12-02 广州奥飞文化传播有限公司 Superimposed light-emitting spinning top set and toy set

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GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20151111

Termination date: 20190629