CN102223931A - Electric yo-yo toy - Google Patents
Electric yo-yo toy Download PDFInfo
- Publication number
- CN102223931A CN102223931A CN200980143514XA CN200980143514A CN102223931A CN 102223931 A CN102223931 A CN 102223931A CN 200980143514X A CN200980143514X A CN 200980143514XA CN 200980143514 A CN200980143514 A CN 200980143514A CN 102223931 A CN102223931 A CN 102223931A
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- China
- Prior art keywords
- rotary body
- fixed contact
- contact plate
- drive motor
- electronic long
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H1/00—Tops
- A63H1/24—Tops with illuminating arrangements
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H1/00—Tops
- A63H1/30—Climbing tops, e.g. Yo-Yo
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Abstract
Provided is an electric yo-yo toy wherein the weight of both rotating bodies is substantially equalized by distributing the electric components and the gear mechanisms to both rotating bodies with a good balance so that the electric yo-yo toy can be handled easily even by a young person or a beginner. An electric yo-yo toy (1) comprises a pair of rotating bodies (10, 60), a main shaft (26) provided between the centers of the pair of rotating bodies (10, 60), and a rotating shaft (122) which is provided rotatably on the main shaft (26) in order to wind a string member (2). One rotating body (10) is provided with a drive motor (130), a gear mechanism (140) which transmits the rotation of the drive motor (130) to the rotating shaft (122), and a detector (100) which detects rotation of the rotating body (10). The other rotating body (60) is provided with power supplies (81, 82). The main shaft (26) is provided with the drive motor (130) and detector (100) of one rotating body (10), and a conduction means (40) for electrically connecting the power supplies (81, 82) of the other rotating body (60).
Description
Technical field
The present invention relates to a kind of electronic long toy, this electronic long toy is the lower end that rope is installed on the rotating shaft of long main body, and coiling is restricted and is made its rising on rotating shaft, untie rope and make the long toy of its decline from rotating shaft, forcibly make the rotating shaft rotation by motor in the described electronic long toy.
Background technology
In the past, the electronic long toy (for example patent documentation 1) that has a kind of rotating shaft rotation of the long main body that forcibly makes the rope of reeling by drive motor.This electronic long toy by form discoid a pair of rotary body, be arranged on main shaft between the central part of a pair of rotary body, the rotating shaft that can be arranged at main shaft rotationally constitutes, and on a side rotary body, be provided with drive motor, power supplys such as the gear mechanism that the rotation of drive motor is transmitted to rotating shaft, the checkout gear that detects the rotation of rotary body, battery.
Patent documentation 1: TOHKEMY 2005-66167 communique
Summary of the invention
Electronic long toy is the high technology of difficulty that can't realize on the common long toy for Jr. and beginner can be implemented in, and forcibly makes the long toy of the rotating shaft rotation of the rope of reeling by drive motor.This electronic long toy is owing to accommodate whole electric components and gear mechanism in a side rotary body, thereby therefore exists a side rotary body to become heavy and can't average out can be in the problem of recreation medium dip.
Originally, it is roughly the same to be configured in the weight of rotary body of both sides across rotating shaft in the preferred long toy.Be configured in the weight of rotary body of both sides when roughly the same, the rope and the rotating shaft of the state of pulling out are approximate right angle, can expect smooth action.Yet when a side of rotary body was heavier than the opposing party, the rope of the state of pulling out and rotating shaft can't be approximate right angle, and rope contacts with the opposing party's of a light side rotary body, can't expect the action of smoothness.In the electronic long toy, even under the situation that rotating shaft tilts, drive motor also forcibly makes the rotating shaft rotation, and therefore the situation of tightening securely under the state that rope twines is arranged, thereby has the bothersome problem of rope of untiing winding.
In electronic long toy,, also consider to have and in a light side's rotary body, accommodate the method that hammer is obtained the balance of left rotation and right rotation body in order to address this problem, but in this case, weight becomes roughly twice, and the burden that acts on hand increases, and exists Jr. and beginner to use the problem of difficulty.In addition, be not only weight, and owing to a side rotary body is accommodated whole electric components and gear mechanism and made size become big,, therefore have the unworkable all the more problem of the little Jr. of hand for the balance of size also must make the opposing party's rotary body increase.
The present invention proposes in view of the above problems, its purpose is to provide a kind of electronic long toy, its balance in both sides' rotary body is distributed electric component and gear mechanism well, make both sides' the weight of rotary body roughly the same, can realize lightweight and densification, even also operation easily of Jr. and beginner.
To achieve these goals, the electronic long toy of a first aspect of the present invention is characterised in that, comprise a pair of rotary body, be arranged on the main shaft between the central part of a pair of rotary body, can be arranged at the rotating shaft of described main shaft and coiling rope parts rotationally, in a side rotary body, be provided with drive motor, gear mechanism that the rotation of drive motor is transmitted to rotating shaft and the checkout gear that detects the rotation of rotary body, in the opposing party's rotary body, be provided with power supply, be provided with conduction unit on main shaft, this conduction unit is electrically connected the drive motor and the checkout gear of a side rotary body with the power supply of the opposing party's rotary body.
To achieve these goals, the electronic long toy of a second aspect of the present invention is characterised in that described conduction unit comprises the interior conduction axis that is arranged on the main shaft inboard and is arranged on the outer conduction axis in the main shaft outside.
To achieve these goals, the electronic long toy of a third aspect of the present invention is characterised in that described outer conduction axis forms tubular and is arranged on outside the main shaft, and can be provided with rotating shaft rotationally on the conduction axis outside this.
To achieve these goals, the electronic long toy of a fourth aspect of the present invention is characterised in that, described in conduction axis be to insert to lead in main shaft and the fixed axis that a pair of rotary body is fixing.
To achieve these goals, the electronic long toy of a fifth aspect of the present invention is characterised in that described checkout gear comprises: first fixed contact plate; Second fixed contact plate separates setting with described first fixed contact plate; The rolling contact, between contact position and non-contacting position, roll, this contact position is a roughly position contacting simultaneously of this rolling contact and described first fixed contact plate and described second fixed contact plate, and this non-contacting position is the discontiguous position of at least one side in this rolling contact and first fixed contact plate and second fixed contact plate; And magnet, keep described rolling contact at non-contacting position, wherein constitute, described rolling contact is under the effect of the inertia force of the rotation generation of rotary body, overcome the magnetic force of magnet and roll, roughly contact simultaneously with second fixed contact plate with first fixed contact plate and drive drive motor.
To achieve these goals, the electronic long toy of a sixth aspect of the present invention is characterised in that, described second fixed contact plate is arranged on the both sides of described first fixed contact plate, described electronic long toy constitutes, when described rolling contact contacts with first fixed contact plate and a side's second fixed contact plate, drive motor drives to a direction, when described rolling contact contacted with first fixed contact plate and the opposing party's second fixed contact plate, drive motor drove to other direction.
To achieve these goals, the electronic long toy of a seventh aspect of the present invention is characterised in that described checkout gear comprises: swing contact, an end are by pivotally connected, and this swing contact can be swung on oscillator shape ground; Fixed contact plate separates setting with described swing contact, and contacts when the swing of swing contact; And magnet, non-contacting position at described swing contact and fixed contact plate keeps described swing contact, wherein, described swing contact constitutes, under the effect of the inertia force that the rotation of rotary body produces, overcome the magnetic force of magnet and swing, contact with fixed contact plate and drive drive motor.
To achieve these goals, the electronic long toy of a eighth aspect of the present invention is characterised in that, described fixed contact plate is arranged on the both sides of described swing contact, described electronic long toy constitutes, when described swing contact contacts with a side fixed contact plate, drive motor drives to a direction, and when described swing contact contacted with the opposing party's fixed contact plate, drive motor drove to other direction.
To achieve these goals, the electronic long toy of a ninth aspect of the present invention is characterised in that, checkout gear and a side's rotary body relative to and be provided with a pair ofly, described electronic long toy constitutes and detects rotation by two checkout gears drive motor is driven.
The invention effect
In the electronic long toy of the present invention, the gear mechanism that in a side rotary body, is provided with drive motor, the rotation of drive motor is transmitted to rotating shaft, the checkout gear that detects the rotation of rotary body.And, in the opposing party's rotary body, be provided with power supply.The drive motor and the checkout gear that are arranged on the power supply in this opposing party's the rotary body and are arranged in a side the rotary body are constituted electric loop by conduction unit by electrical connection, and this conduction unit is disposed on the main shaft that is provided with between the central part of a pair of rotary body.So, electronic long toy of the present invention has following effect: balance well about the rotary body dispensed weight, can realize lightweight and densification, even Jr. and beginner also easily the operation.
On the basis of above-mentioned effect, in the electronic long toy of the present invention, described conduction unit comprises the interior conduction axis that is arranged on the main shaft inboard and is arranged on the outer conduction axis in the main shaft outside, therefore, has that interior conduction axis does not contact with outer conduction axis and the effect that can constitute safe electric loop.
On the basis of above-mentioned effect, in the electronic long toy of the present invention, described outer conduction axis forms tubular and is arranged on the outside of main shaft, and outside this, can be provided with rotating shaft rotationally on the conduction axis, but outer conduction axis is formed by metal conductive base, and the frictional resistance of outer conduction axis is little, therefore can expect the rotation of the smoothness of rotating shaft, and the wearing and tearing of outer conduction axis are few, therefore have the long effect of life-span of goods.
On the basis of above-mentioned effect, in the electronic long toy of the present invention, conduction axis is to insert to lead in main shaft and the fixed axis that a pair of rotary body is fixing in described, therefore, has following effect: need not to be provided with in addition a pair of rotary body is fixed and incorporate unit, and can reduce components number, cheap and make compactly.And when constituting fixed axis, have and easily to decompose a side rotary body and the opposing party's rotary body, thereby can untie the effect of the winding of rope parts simply by screw thread.
On the basis of above-mentioned effect, in the electronic long toy of the present invention, checkout gear comprises: first fixed contact plate; Second fixed contact plate separates setting with described first fixed contact plate; The rolling contact, between contact position and non-contacting position, roll, this contact position is and described first fixed contact plate and described second fixed contact plate position contacting simultaneously roughly, this non-contacting position be with first fixed contact plate and second fixed contact plate in the discontiguous position of at least one side; And magnet, keep described rolling contact at non-contacting position, wherein, described rolling contact constitutes, under the effect of the inertia force that the rotation of rotary body produces, overcome the magnetic force of magnet and roll, roughly contact simultaneously with second fixed contact plate with first fixed contact plate and drive drive motor, therefore, having can be reliably and promptly detect the effect of rotation.
On the basis of above-mentioned effect, in the electronic long toy of the present invention, described second fixed contact plate is arranged on the both sides of described first fixed contact plate, described electronic long toy constitutes, when the rolling contact contacts with first fixed contact plate and a side's second fixed contact plate, drive motor drives to a direction, when the rolling contact contacts with first fixed contact plate and the opposing party's second fixed contact plate, drive motor drives to other direction, therefore, has following effect: can forcibly make the direction of rotation rotation of rotary body by drive motor, smooth recreation can be provided to detected rotary body.
On the basis of above-mentioned effect, in the electronic long toy of the present invention, described checkout gear comprises: the swing contact, and an end is by pivotally connected, and can swing on oscillator shape ground; Fixed contact plate separates setting with described swing contact, and contacts when the swing of swing contact; And magnet, non-contacting position at described swing contact and fixed contact plate keeps described swing contact, wherein, described swing contact constitutes, and under the effect of the inertia force that the rotation of rotary body produces, overcomes the magnetic force of magnet and swings, contact with fixed contact plate and drive drive motor, therefore, can be reliably and promptly detect rotation, and have the few and cheap effect of components number.
In the electronic long toy of the present invention, described fixed contact plate is arranged on the both sides of described swing contact, described electronic long toy constitutes, when the swing contact contacts with a side fixed contact plate, drive motor drives to a direction, when the swing contact contacts with the opposing party's fixed contact plate, drive motor drives to other direction, therefore, has following effect: can forcibly make the direction of rotation rotation of rotary body by drive motor, smooth recreation can be provided to detected rotary body.
In the electronic long toy of the present invention, checkout gear constitutes, relative a pair of with a side rotary body to being provided with, detecting rotation by two checkout gears drives drive motor, therefore has following effect: when only a side checkout gear detects, drive motor does not drive, and therefore can avoid drive motor unexpectedly to drive suddenly.
Description of drawings
Fig. 1 is the overall description figure of electronic long toy of the present invention, (a) be when in rotation detecting, using the rolling contact from the observed whole side sectional view of a direction, (b) be omitted a part in rotation detecting, use the swing contact time from the observed side sectional view of other direction, (c) be from the observed whole side sectional view of another direction.
Fig. 2 is a side's of the electronic long toy of the present invention key diagram of rotary body, (a) is the whole front view of a side rotary body, (b) is the front view of checkout gear, (c) is the side view of checkout gear.
Fig. 3 is the opposing party's of electronic long toy of the present invention the key diagram of rotary body, (a) is whole front view, (b) is side view.
Fig. 4 is the key diagram of rotary shell of a side rotary body, (a) is whole front view, (b) is the cutaway view of arrow A direction, (c) is side view, (d) is whole rearview, (e) is the cutaway view of arrow B direction, (f) is the cutaway view of arrow C direction.
Fig. 5 is the key diagram of outer cover of a side rotary body, (a) is whole front view, (b) is the cutaway view of arrow A direction, (c) being right side view, (d) is whole rearview, (e) is the cutaway view of arrow B direction, (f) be the cutaway view of arrow C direction, (g) be upward view.
Fig. 6 is the key diagram of spindle unit of a side rotary body, (a) is whole front view, (b) is right side view, (c) is the cutaway view of arrow A direction, (d) is whole rearview, (e) is the cutaway view of arrow B direction.
Fig. 7 is the key diagram of motor mounting plate of a side rotary body, (a) is whole front view, (b) is the right flank cutaway view, (c) is right side view, (d) is whole rearview.
Fig. 8 is the key diagram of rotary shell of the opposing party's rotary body, (a) be whole front view, (b) being the cutaway view of arrow A direction, (c) is the cutaway view of arrow B direction, (d) is right side view, (e) be whole rearview, (f) being the cutaway view of arrow C direction, (g) is the cutaway view of arrow D direction, (h) is the cutaway view of arrow G direction, (i) being the cutaway view of arrow E direction, (j) is the cutaway view of arrow F direction.
Fig. 9 is the key diagram of outer cover of the opposing party's rotary body, (a) is whole front view, (b) is right side view, (c) is the cutaway view of arrow A direction, (d) is whole rearview, (e) is the cutaway view of arrow B direction.
Figure 10 is the key diagram of lid of the opposing party's rotary body, (a) is whole front view, (b) is the cutaway view of arrow A direction, (c) is right side view, (d) is whole rearview, (e) is the cutaway view of arrow B direction, (f) is upward view.
Figure 11 is the key diagram of rotating shaft, (a) is left side view, (b) is front view, (c) is cutaway view, (d) is right side view.
Figure 12 is the key diagram that the installing plate of first fixed contact plate is installed, and (a) is front view, (b) is vertical view, (c) is upward view, (d) is the left surface cutaway view, (e) is left side view, (f) is rearview.
Figure 13 is the key diagram of the parts of electronic long toy, (a) be driven wheel, (b) be jackshaft, (c) be fixed axis (interior conduction axis), (d) be the tongue of metal on the opposing party's rotation side, (e) being the tongue of metal on a side rotation side, (f) being first fixed contact plate, (g) is the conducting band.
Figure 14 is another key diagram that the installing plate of first fixed contact plate is installed, (a) be front view, (b) be vertical view, (c) be upward view, (d) being the left surface cutaway view, (e) being left side view, (f) is rearview, (g) being the front view that occupation mode is shown, (h) is the side view that occupation mode is shown.
Figure 15 is the electrical structure diagram of electronic long toy.
Figure 16 is another key diagram of rotary body of a side of electronic long toy of the present invention, (a) is the whole front view of a side rotary body, (b) is the front view of checkout gear, (c) is the side view of checkout gear.
Figure 17 is another key diagram that the installing plate of first fixed contact plate is installed, and (a) is front view, (b) is vertical view, (c) is upward view, (d) is the left surface cutaway view, (e) is left side view, (f) is rearview.
Figure 18 is another key diagram of the parts of electronic long toy, (a) is the swing contact, (b) is contact chip.
Figure 19 is another electrical structure diagram of electronic long toy.
Figure 20 is another overall description figure of electronic long toy of the present invention.
Figure 21 is the key diagram that the occupation mode of electronic long toy of the present invention is shown.
Figure 22 is the key diagram that the occupation mode of electronic long toy of the present invention is shown.
Figure 23 is the overall perspective view of flexible pipe.
The specific embodiment
Based on Fig. 1 to Figure 15, the summary of one embodiment of the present invention is described.Electronic long toy 1 comprises a pair of rotary body 10,60, be arranged on main shaft 26 between the central part of a pair of rotary body 10,60, can be arranged on the described main shaft 26 rotationally and the rotating shaft 122 of the rope parts 2 of reeling.The gear mechanism 140 that in a side rotary body 10, is provided with drive motor 130, the rotation of drive motor 130 is transmitted to rotating shaft 122, the checkout gear 100 that detects the rotation of rotary body 10.In the opposing party's rotary body 60, be provided with power supply 81,82.On main shaft 26, be provided with the drive motor 130 of a side rotary body 10 and the conduction unit 40 that checkout gear 100 is electrically connected with the power supply 81,82 of the opposing party's rotary body 60.
In the electronic long toy 1, as mentioned above, be arranged on the power supply 81,82 in the opposing party's the rotary body 60 and be arranged on drive motor 130 in a side the rotary body 10 and checkout gear 100 is electrically connected by conduction unit 40 and constitutes electric loop, this conduction unit 40 is disposed on the main shaft 26 that is provided with between the central part of a pair of rotary body 10,60, therefore, can balance well about rotary body 10,60 on dispensed weight, realize lightweight and densification, even also operation easily of Jr. and beginner.
In the electronic long toy 1, described conduction unit 40 comprises interior conduction axis 41 that is arranged on main shaft 26 inboards and the outer conduction axis 121 that is arranged on main shaft 26 outsides.Therefore, in the electronic long toy 1, interior conduction axis 41 does not contact with outer conduction axis 121 and can constitute safe electric loop.
In the electronic long toy 1, described outer conduction axis 121 forms tubular and is arranged on the outside of main shaft 26, and can be provided with rotating shaft 122 rotationally on the conduction axis 121 outside this.Therefore, in the electronic long toy 1, because outer conduction axis 121 is formed by metal conductive base, therefore the frictional resistance of outer conduction axis 121 is little, can expect the rotation of the smoothness of rotating shaft 122, and the wearing and tearing of outer conduction axis 121 are few, so life-span of goods is long.
In the electronic long toy 1, described in conduction axis 41 be to insert to lead in the main shaft 26 and the fixed axis that a pair of rotary body 10,60 is fixing.Therefore, electronic long toy 1 need not to be provided with in addition with a pair of rotary body 10,60 fixing and incorporate unit, can reduce components number, and is cheap and make compactly.And when constituting fixed axis, can easily a side rotary body 10 and the opposing party's rotary body 60 being decomposed, thereby the winding that can untie rope parts 2 simply by screw thread.
The described checkout gear 100 of electronic long toy 1 comprises: first fixed contact plate 103; Second fixed contact plate 105, it separates setting with described first fixing contact 103 plates; Rolling contact 101, it rolls between contact position and non-contacting position, this contact position is and described first fixed contact plate 103 and described second fixed contact plate 105 position contacting simultaneously roughly, and this non-contacting position is the discontiguous position of at least one side with first fixed contact plate 103 and second fixed contact plate 105; Magnet 115, it keeps described rolling contact 101 at non-contacting position.Electronic long toy 1 constitutes, described rolling contact 101 is under the effect of the inertia force of the rotation generation of rotary body 10, overcome the magnetic force of magnet 115 and roll, roughly contact simultaneously with second fixed contact plate 105 with first fixed contact plate 103 and contact, drive drive motor 130 by centrifugal force is lasting.Therefore, electronic long toy 1 can be reliably and is promptly detected and rotate.
Electronic long toy 1 constitutes, described second fixed contact plate 105 is arranged on the both sides of described first fixed contact plate 103, when described rolling contact 101 contacts with first fixed contact plate 103 and a side's second fixed contact plate 105, drive motor 130 drives to a direction, when contacting with first fixed contact plate 103 and the opposing party's second fixed contact plate 105, drive motor 130 drives to other direction.Electronic long toy 1 can forcibly make the direction of rotation rotation of rotary body 10 to detected rotary body 10 by drive motor 130, and smooth recreation can be provided.
The summary of another embodiment of the present invention is described based on Figure 16 to Figure 19.Another checkout gear 150 of electronic long toy 1 comprises: swing contact 151, one ends are by pivotally connected and can swing on oscillator shape ground; Fixed contact plate 105 separates setting with described swing contact 151, and contacts when the swing of swing contact 151; Magnet 165 keeps described swing contact 151 at the non-contacting position with fixed contact plate 105.Described swing contact 151 constitutes, and under the effect of the inertia force that the rotation of rotary body 10 produces, overcomes the magnetic force of magnet 165 and swings, and contact with fixed contact plate 105 and continues contact by centrifugal force, driving drive motor 130.This electronic long toy 1 can be reliably and is promptly detected rotation, and components number is few and cheap.
Electronic long toy 1 constitutes, described fixed contact plate 105 is arranged on the both sides of described swing contact 151, when described swing contact 151 contacts with a side fixed contact plate 105, drive motor 130 drives to a direction, when contacting with the opposing party's fixed contact plate 105, drive motor 130 drives to other direction.Electronic long toy 1 can forcibly make the direction of rotation rotation of rotary body 10 to detected rotary body 10 by drive motor 130, and smooth recreation can be provided.
Electronic long toy 1 constitutes, checkout gear 100,100,150,150 and a side's rotary body 10 relative to and be provided with a pair ofly, detect rotation by two checkout gears 100,100,150,150 drive motor 130 driven.In the electronic long toy 1, when only a side checkout gear 100,150 detected, drive motor 130 can not drive, the situation that therefore can avoid drive motor 130 unexpectedly to drive suddenly.
In addition, based on Fig. 1 to Figure 15, describe electronic long toy in detail.As shown in Figure 1, electronic long toy 1 has the main shaft 26 between the central part that forms discoid a pair of rotary body 10,60 and be arranged on a pair of rotary body 10,60.One side's rotary body 10 comprises rotary shell 11 and the solid outer cover 22 on rotary shell 11 of spiral shell.
As shown in Figure 4, rotary shell 11 is integrally formed by synthetic resin, by sidewall 12, with the curved wall 13 that is connected around the sidewall 12, be formed on curved wall 13 perisporium 15 on every side and form bowl-shape.Approximate center at sidewall 12 is formed with opening 16.Be formed with the recess 17 of ring-type around the opening 16 on the lateral surface 12a of sidewall 12.As shown in Figure 1, in recess 17, be embedded with the flaps 18 of ring-type.
On the medial surface 12b of sidewall 12, be that the center is provided with four projection 21 is installed with opening 16 ...As shown in Figure 1, on this installation projection 21, spindle unit 25 is installed by screw thread etc.As shown in Figure 6, spindle unit 25 is integrally formed by synthetic resin, comprises main shaft 26 and the installing plate 27 that is formed on the rectangular shape of main shaft 26 1 ends.On installing plate 27 with described installation projection 21 ... the position of position consistency on be formed with open-work 28.Main shaft 26 forms tubular, is provided with in inside for fixed axis (interior conduction axis) 41 and inserts logical inserting hole 29.Shown in Figure 13 (c), fixed axis (interior conduction axis) 41 is formed by conductive substrates such as metals, comprises axial region 42 and flange part 43, is formed with screw thread 45 on axial region 42.
Be formed with the embedding concave portion 31 of the tongue of metal 30 shown in setting-in Figure 13 (e) on the surperficial 27a of installing plate 27, described inserting hole 29 connects embedding concave portion 31.And, be formed with the patchhole 32 that inserts for the bending sheet that is installed in the ring-type conducting band 36 on the main shaft 26 shown in Figure 13 (g) 37 on the installing plate 27.In addition, installing plate 27 relatively to both side edges be formed with the guide recess 33,33 of rectangular shape, another relatively to both side edges be formed with the notch recesses 35,35 of inserting logical semicircle shape for gear.
In addition, as shown in Figure 1, in described installation projection 21 ... go up by screw thread etc. motor mounting plate 50 is installed.As shown in Figure 7, on a face 50a of motor mounting plate 50 with described installation projection 21 ... the position of position consistency be provided with positioning pipe 51, on the position of this positioning pipe 51, be formed with intercommunicating pore 52.And, in the motor mounting plate 50, on another face 50b, be formed with motor mounting recess 53, and be formed with driving shaft 131 slotting logical openings 55 for drive motor 130.And motor mounting plate 50 relatively to both side edges be formed with the guide recess 57,57 of rectangular shape, another relatively to both side edges near be formed with dead eye 56,56.
As shown in Figure 1, the opposing party's rotary body 60 is made of rotary shell 61 and the outer cover 90 that is fixed on the rotary shell 61.As shown in Figure 8, rotary shell 61 is integrally formed by synthetic resin, by sidewall 62, with the curved wall 63 that is connected around the sidewall 62, be formed on curved wall 63 perisporium 65 on every side and form bowl-shape.Approximate center at sidewall 62 is formed with dead eye 66.Be formed with beam barrel portion 64 around the dead eye 66 on the lateral surface 62a of sidewall 62, around beam barrel portion 64, be formed with the recess 67 of ring-type.As shown in Figure 1, in recess 67, be embedded with the flaps 18 of ring-type.
On the medial surface 62b of sidewall 62, be the guiding wall 69 that the center is formed with the roughly C word shape of the tongue of metal 70 shown in setting-in Figure 13 (d) with dead eye 66.Be formed with the patchhole 72 that inserts for the bending sheet that is installed in the ring-type conducting band 36 in the beam barrel portion 64 shown in Figure 13 (g) 37 on the sidewall 62.In addition, be formed with the installation recess 73 (with reference to Fig. 3 (b)) and the positive pole that battery 81,82 is installed and the installation recess 75,76,77 of the contact terminal 85,86,87 that negative pole contacts that a pair of battery (power supply) 81,82 is installed in the medial surface 62b of rotary shell 61 side.As shown in Figure 9, on outer cover 90, be formed with from the opening 91 of recess 73 loading and unloading batteries 81,82 is installed.As shown in figure 10, at this opening 91 lid 92 can be installed with opening and closing.
As shown in Figure 2, be installed in guide member 102 (with reference to Figure 12) that checkout gear 100 on a side the rotary body 10 comprises metal system spheroid (rolling contact) 101, guide wire system spheroid 101, be fixed on first fixed contact plate 103 on the guide member 102, separate second fixed contact plate 105 that is provided with to the both sides of first fixed contact plate 103.Guide member 102 comprise installing plate 106, to the projection 107 of the outstanding semicircle shape that is provided with of a side of installing plate 106, with projection 107 be center curvature guiding wall 109, be formed on the opposing party of installing plate 106 and be positioned at the magnet installing frame 110 of the roughly pars intermedia of guiding wall 109.Magnet 115 is installed on the magnet installing frame 110.Approximate center in projection 107 is formed with axis hole 108.
In addition, when being fixed on guide member 102 on the rotary shell 11, first fixed contact plate 103 is fixed in projection 107 by this screw 111 by screw 111.Shown in Figure 13 (f), first fixed contact plate 103 comprises the guided plate 112 of the roughly semicircle shape that forms in the mode of giving prominence to from the periphery of projection 107 and is bent into the bending sheet 113 of approximate right angle at an end of guided plate 112.Shown in Fig. 2 (b), described metal system spheroid 101 rolls between the periphery of guided plate 112 and guiding wall 109, by the described magnet 115 stable approximate centre that remain on guiding wall 109.In order to make this hold mode more reliable, as shown in figure 14, also can on guiding wall 109, form the engaging recessed part 116 of engaging metal system spheroid 101.
Second fixed contact plate 105 forms band shape, and the guide protrusion 117 and 118 states with bending of the medial surface 12b side by being formed on rotary shell 11 are held in semicircular.The two ends bending of second fixed contact plate 105 and form abutting part 120.Abutting part 120,120 is arranged on the both sides of guided plate 112, when metal system spheroid 101 rolls to a side, contacts with guided plate 112 with a side abutting part 120, and metal system spheroid 101 contacts with guided plate 112 with the opposing party's abutting part 120 when the opposing party rolls.
On outer cover 22, as mentioned above, be fixed at rotary shell 11, and be formed with Semicircular guide protrusion 46 as shown in Figure 5, this guide protrusion 46 is so that the mode channeling conduct that described metal ball body 101 is rolled between the periphery of guided plate 112 and guiding wall 109.In addition, the substantial middle place on outer cover 22 is formed with the protuberance 47 of the mountain shape that covers drive motor 130.
As shown in Figure 1, one side's rotary body 10 overlaps the open-work 28 of installing plate 27 of spindle unit 25 and the positioning pipe 51 of motor mounting plate 50 successively with the installation projection 21 of rotary shell 11, screw 58 is screwed togather with projection 21 is installed by intercommunicating pore 52, open-work 28, thus spindle unit 25 and motor mounting plate 50 is fixing.Described main shaft 26 is outstanding laterally from the opening 16 of rotary shell 11.As mentioned above, ring-type conducting band 36 is installed on main shaft 26, the bending sheet 37 of ring-type conducting band 36 inserts the patchhole 32 of installing plate 27 and gives prominence to the inside.
On main shaft 26, be provided with conductibility cylindrical shell (outer conduction axis) 121.In the conductibility cylindrical shell (outer conduction axis) 121, an end contacts with the conducting band 36 of a side rotary body 10 sides, and the other end contacts with the conducting band 36 of the opposing party's rotary body 60 sides.On conductibility cylindrical shell (outer conduction axis) 121, can be provided with rotationally by the non-conductive substrates rotating shaft 122 that forms of synthetic resin for example.As shown in figure 11, rotating shaft 122 is formed with the groove 123 and the driven gear 124 of the rope of reeling.The groove 123 of coiling rope is positioned at the roughly centre of a side rotary body 10 with the opposing party's rotary body 60.Driven gear 124 is configured in a side the rotary body 10.
Electronic long toy 1 as described below the assembling.Ring-type conducting band 36 is installed on the main shaft 26 of spindle unit 25, the bending sheet 37 of ring-type conducting band 36 is inserted the patchhole 32 of installing plates 27 and fixes.On main shaft 26, conductibility cylindrical shell (outer conduction axis) is installed at 121 o'clock, an end of conductibility cylindrical shell (outer conduction axis) 121 and conducting band 36 butts.On conductibility cylindrical shell (outer conduction axis) 121, rotating shaft 122 can be installed rotationally.In addition, the driven gear 124 of rotating shaft 122 is positioned at installing plate 27 sides.Setting-in tongue of metal 30 in the embedding concave portion 31 of the installing plate 27 of spindle unit 26 is inserted the inserting holes 29 that lead at main shaft 26 with fixed axis (interior conduction axis) 41.The flange part 43 of fixed axis (interior conduction axis) 41 contacts with tongue of metal 30.
When drive motor 130 was installed in the motor mounting recess 53 of motor mounting plate 50, driving shaft 131 was outstanding from the opening 55 of motor mounting plate 50, stationary drive gear 132 on this outstanding driving shaft 131.The open-work 28 of installing plate 27 of spindle unit 25 and the positioning pipe 51 of motor mounting plate 50 are overlapped with the installation projection 21 of rotary shell 11 successively, screw 58 is screwed togather with projection 21 is installed by intercommunicating pore 52, open-work 28, thereby spindle unit 25 and motor mounting plate 50 are fixed in rotary shell 11.
In addition, meanwhile, jackshaft 133 can be installed in rotationally the dead eye 56 and the dead eye 19 that is formed on the rotary shell 11 of motor mounting plate 50.Make the spur gear 135 and driven wheel 132 engagements of jackshaft 133, and make driven gear 124 engagements of pinion 136 with the rotating shaft 122 of jackshaft 133.After a pair of second fixed contact plate 105 and guide member 102 be installed in the assigned position of rotary shell 11, outer cover 22 is fixed in rotary shell 11.
Ring-type conducting bands 36 are installed by beam barrel portion 64 at the rotary shell 61 of the opposing party's rotary body 60, the bending sheet 37 of ring-type conducting band 36 is inserted the patchhole 72 of rotary shells 61 and fix.Setting-in tongue of metal 70 on the guiding wall 69 of rotary shell 61.Insert the dead eyes 66 of logical rotary shells 61 with being installed in fixed axis (interior conduction axis) 41 on a side the rotary body 10, and when the screw thread 45 of nut 48 and fixed axis (interior conduction axis) 41 screwed togather, rotary shell 61 is fixed on a side rotary body 10.The other end of conductibility cylindrical shell (outer conduction axis) 121 and conducting band 36 butts of rotary shell 61.Tongue of metal 70 contacts with the screw thread 45 and the nut 48 of fixed axis (interior conduction axis) 41.After in the installation recess 73 of rotary shell 61, battery 81,82 being installed, outer cover 90 is fixed on rotary shell 61.Battery 81,82 can load and unload by the lid 92 that takes off outer cover 90.
The electrical structure of electronic long toy 1 is as described below.As shown in figure 15, the anodal contact terminal 85 of battery 81,82 is connected with a side the second fixed contact plate 105a via the conducting band 36 of the conducting band 36 of the opposing party's rotary body 60, conductibility cylindrical shell (outer conduction axis) 121, one side's rotary body 10.The negative pole contact terminal 87 of battery 81,82 is connected with the opposing party's the second fixed contact plate 105b via the tongue of metal 30 of the tongue of metal 70 of the opposing party's rotary body 60, fixed axis (interior conduction axis) 41, one side's rotary body 10.One side's the first fixed contact plate 103a is connected with a side's of drive motor 130 terminal 130a, and the opposing party's the first fixed contact plate 103b is connected with the opposing party's of drive motor 130 terminal 130b.By this conductibility cylindrical shell (outer conduction axis) 121 and fixed axis (interior conduction axis) 41, constitute the conduction unit 40 that the power supply 81,82 with the drive motor 130 of a side rotary body 10 and checkout gear 100 and the opposing party's rotary body 60 is electrically connected.
Electronic long toy 1 can as described belowly use.As shown in figure 15, electronic long toy 1 is not when rotating, metal system spheroid 101 is remained on from position (non-contacting position) P0 that the abutting part 120 of second fixed contact plate 105 leaves by magnet 115, the electric current of battery 81,82 does not flow to drive motor 130, so drive motor 130 is a non-driven state.Shown in Figure 21,22, the bottom of binding, static line parts 2 on rotating shaft 122, the parts 2 of will restricting are wound in rotating shaft 122.Make middle finger grasp electronic long toy 1 by the circle that the top at rope parts 2 forms, and when should electronic long toy 1 releasing downwards, a pair of rotary body 10,60 is untied rope parts 2 and is rotated and descend from rotating shaft 122.
During rotary body 10 rotations, drive motor 130 work.Promptly, in Figure 15, when rotary body 10 is rotated in a clockwise direction, metal system spheroid 101 overcomes the magnetic force of magnet 115 and rolls in the counterclockwise direction under the effect of inertia force, the metal system spheroid 101a that is positioned at the top moves to the contact position P1 that the second fixed contact plate 105a with a side the first fixed contact plate 103a and a side contacts simultaneously, and the metal system spheroid 101b below being positioned at moves to the contact position P1 that the second fixed contact plate 105b with the opposing party's the first fixed contact plate 103b and the opposing party contacts simultaneously.
Battery 81,82 electric current is via anodal contact terminal 85, the conducting band 36 of the opposing party's rotary body 60, conductibility cylindrical shell (outer conduction axis) 121, the conducting band 36 of one side's rotary body 10, one side's the second fixed contact plate 105a, metal system spheroid 101a, one side's the first fixed contact plate 103a, the terminal 130a of drive motor 130, the terminal 130b of drive motor 130, the opposing party's the first fixed contact plate 103b, metal system spheroid 101b, the opposing party's the second fixed contact plate 105b, the tongue of metal 30 of one side's rotary body 10, fixed axis (interior conduction axis) 41, the tongue of metal 70 of the opposing party's rotary body 60, flow to battery 81,82 negative pole contact terminal 87, the driving shaft 131 of drive motor 130 rotates in the counterclockwise direction.
When driving shaft 131 rotates in the counterclockwise direction, be installed in driven wheel 132 on the driving shaft 131, with the spur gear 135 of driven wheel 132 engagements, jackshaft 133 that spur gear 135 is fixing, be fixed on pinion 136 on the jackshaft 133, be rotated with the driven gear 124 of pinion 136 engagements, rotating shaft 122 will rotate in the counterclockwise direction.Rotating shaft 122 links, is fixed on the bottom of rope parts 2, therefore do not rotate, thereby rotary body 10 is center rotation at a high speed along clockwise direction with rotating shaft 122.
As long as rotary body 10 is rotated, under action of centrifugal force, metal system spheroid 101a just contacts simultaneously with a side first fixed contact plate 103a and a side the second fixed contact plate 105a, metal system spheroid 101b continues to contact with the opposing party's first fixed contact plate 103b and the opposing party's the second fixed contact plate 105b, therefore keeps the high speed rotation of rotary body 10.In the electronic long toy 1, under the state that hangs on rope parts 2, a pair of rotary body 10,60 continues rotation, therefore can represent diversified skill.
In the electronic long toy 1, continue rotation and hang under the state of rope parts 2 at a pair of rotary body 10,60, when the parts 2 of will restricting pull slightly upward, rope parts 2 are lax and contact with flaps 18,18 on being fixed on rotary body 10,60, because the frictional resistance of rope parts 2 and flaps 18, rotary body 10,60 coiling rope parts 2 also rise.When rising, because a pair of rotary body 10,60 dominated by hand, therefore the rotation of a pair of rotary body 10,60 stops.When rotary body 10 stops the rotation, centrifugal force no longer acts on metal system spheroid 101, metal system spheroid 101 turns back to the non-contacting position that leaves from the abutting part 120 of second fixed contact plate 105 under the effect of the magnetic force of magnet 115, the driving of drive motor 130 stops.
In addition, when electronic long toy 1 was released downwards, a pair of rotary body 10,60 was untied rope parts 2 also along being rotated counterclockwise and descending from rotating shaft 122.In Figure 15, when rotary body 10 rotates in the counterclockwise direction, under the effect of inertia force, metal system spheroid 101 overcomes the magnetic force of magnet 115 and rolls along clockwise direction, the metal system spheroid 101a that is positioned at the top moves to the contact position P2 that the second fixed contact plate 105b with a side the first fixed contact plate 103a and the opposing party contacts simultaneously, and the metal system spheroid 101b below being positioned at moves to the contact position P2 that the second fixed contact plate 105a with the opposing party's the first fixed contact plate 103b and a side contacts simultaneously.
Battery 81,82 electric current is via anodal contact terminal 85, the conducting band 36 of the opposing party's rotary body 60, conductibility cylindrical shell (outer conduction axis) 121, the conducting band 36 of one side's rotary body 10, one side's the second fixed contact plate 105a, metal system spheroid 101b, the opposing party's the first fixed contact plate 103b, the terminal 130b of drive motor 130, the terminal 130a of drive motor 130, one side's the first fixed contact plate 103a, metal system spheroid 101a, the opposing party's the second fixed contact plate 105b, the tongue of metal 30 of one side's rotary body 10, fixed axis (interior conduction axis) 41, the tongue of metal 70 of the opposing party's rotary body 60, flow to battery 81,82 negative pole contact terminal 87, the driving shaft 131 of drive motor 130 is rotated in a clockwise direction.
When driving shaft 131 is rotated in a clockwise direction, be installed in driven wheel 132 on the driving shaft 131, with the spur gear 135 of driven wheel 132 engagements, jackshaft 133 that spur gear 135 is fixing, be fixed on pinion 136 on the jackshaft 133, be rotated with the driven gear 124 of pinion 136 engagements, rotating shaft 122 will be rotated in a clockwise direction.Rotating shaft 122 links, is fixed on the bottom of rope parts 2, therefore do not rotate, and rotary body 10 is center rotation at a high speed in the counterclockwise direction with rotating shaft 122.
As long as rotary body 10 is rotated, under action of centrifugal force, metal system spheroid 101a just contacts simultaneously with a side first fixed contact plate 103a and the opposing party's the second fixed contact plate 105b, metal system spheroid 101b continues to contact with the opposing party's first fixed contact plate 103b and a side the second fixed contact plate 105a, therefore keeps the high speed rotation of rotary body 10.With similarly above-mentioned, in the electronic long toy 1, under the state that hangs on rope parts 2, a pair of rotary body 10,60 continues rotation, therefore can represent diversified skill.
In the electronic long toy 1, continue rotation and hang under the state of rope parts 2 at a pair of rotary body 10,60, when the parts 2 of will restricting pull slightly upward, rope parts 2 are lax and contact with flaps 18,18 on being fixed on rotary body 10,60, because the frictional resistance of rope parts 2 and flaps 18, rotary body 10,60 coiling rope parts 2 also rise.When rising, because a pair of rotary body 10,60 dominated by hand, therefore the rotation of a pair of rotary body 10,60 stops.When rotary body 10 stops the rotation, centrifugal force no longer acts on metal system spheroid 101, metal system spheroid 101 turns back to the non-contacting position that leaves from the abutting part 120 of second fixed contact plate 105 under the effect of the magnetic force of magnet 115, the driving of drive motor 130 stops.
By the rolling contact 101 that utilizes metal system spheroid above-mentioned detection device 100 has been described, but also can shown in explanation among Figure 16 to Figure 19, have constituted by metal swing contact 151.Be installed in checkout gear 150 on a side the rotary body 10 comprise swing contact 151, can swingingly pivotally connected swing contact 151 guide member 152, separate the fixed contact plate 105 that is provided with to swing contact 151 both sides.As shown in figure 17, guide member 152 comprise installing plate 156, be formed on a side of installing plate 156 axis hole 157, be formed on the opposing party's of installing plate 156 magnet installing frame 160.Magnet 165 is installed on magnet installing frame 160.
In addition, when being fixed on guide member 152 on the rotary shell 11, contact chip 166 is fixed on the guide member 152 by this fulcrum 153 by fulcrum 153.Shown in Figure 18 (b), contact chip 166 comprises the substrate 167 of semicircle shape roughly and is bent into the bending sheet 168 of approximate right angle at an end of substrate 167.Described swing contact 151 is permanently connected to substrate 167 (contact chip 166) by metal fulcrum 153, threaded portion 154, and anterior 163 stably remain on approximate center by described magnet 165, do not contact with the fixed contact plate 105 of both sides usually.In addition, fixed contact plate 105 as mentioned above.
The electrical structure of this electronic long toy 1 is as described below.As shown in figure 19, the anodal contact terminal 85 of battery 81,82 is via the conducting band 36 of the conducting band 36 of the opposing party's rotary body 60, conductibility cylindrical shell (outer conduction axis) 121, one side's rotary body 10 and be connected with a side fixed contact plate 105a.The negative pole contact terminal 87 of battery 81,82 is via the tongue of metal 30 of the tongue of metal 70 of the opposing party's rotary body 60, fixed axis (interior conduction axis) 41, one side's rotary body 10 and be connected with the opposing party's fixed contact plate 105b.One side's contact chip 166a is connected with a side's of drive motor 130 terminal 130a, and the opposing party's contact chip 166b is connected with the opposing party's of drive motor 130 terminal 130b.
Electronic long toy 1 can as described belowly use.In the electronic long toy 1, when not rotating, swing contact 151 is remained on from the position (non-contacting position) that the abutting part 120 of fixed contact plate 105 leaves by magnet 165, and the electric current of battery 81,82 does not flow to drive motor 130, so drive motor 130 is a non-driven state.Shown in Figure 21,22, on rotating shaft 122, link rotationally, the bottom of static line parts 2, the parts 2 of will restricting are wound in rotating shaft 122.Make middle finger grasp electronic long toy 1 by the circle that the top at rope parts 2 forms, and when should electronic long toy 1 releasing downwards, a pair of rotary body 10,60 is untied rope parts 2 and is rotated and descend from rotating shaft 122.
When rotary body 10 is rotated, drive motor 130 work.Promptly, in Figure 19, when rotary body 10 is rotated in a clockwise direction, overcome the magnetic force of magnet 165 and swing at the effect lower swing contact 151 of inertia force, the swing contact 151a that is positioned at the top contacts with a side fixed contact plate 105a, and the swing contact 151b that is positioned at the below contacts with the opposing party's fixed contact plate 105b.
Battery 81,82 electric current is via anodal contact terminal 85, the conducting band 36 of the opposing party's rotary body 60, conductibility cylindrical shell (outer conduction axis) 121, the conducting band 36 of one side's rotary body 10, one side's fixed contact plate 105a, swing contact 151a, one side's contact chip 166a, the terminal 130a of drive motor 130, the terminal 130b of drive motor 130, the opposing party's contact chip 166b, swing contact 151b, the opposing party's fixed contact plate 105b, the tongue of metal 30 of one side's rotary body 10, fixed axis (interior conduction axis) 41, the tongue of metal 70 of the opposing party's rotary body 60, flow to battery 81,82 negative pole contact terminal 87, the driving shaft 131 of drive motor 130 rotates in the counterclockwise direction.When driving shaft 131 rotated in the counterclockwise direction, as mentioned above, rotary body 10 was center rotation at a high speed along clockwise direction with rotating shaft 122.
As long as rotary body 10 is rotated, under action of centrifugal force, swing contact 151a just contacts with a side fixed contact plate 105a, and swing contact 151b continues to contact with the opposing party's fixed contact plate 105b, therefore keeps the high speed rotation of rotary body 10.In the electronic long toy 1, under the state that hangs on rope parts 2, a pair of rotary body 10,60 continues rotation, therefore can represent diversified skill.
In the electronic long toy 1, continue rotation and hang under the state of rope parts 2 at a pair of rotary body 10,60, when the parts 2 of will restricting pull slightly upward, rope parts 2 are lax and contact with flaps 18,18 on being fixed on rotary body 10,60, because the frictional resistance of rope parts 2 and flaps 18, rotary body 10,60 coiling rope parts 2 also rise.When rising, because a pair of rotary body 10,60 dominated by hand, therefore the rotation of a pair of rotary body 10,60 stops.When rotary body 10 stops the rotation, centrifugal force no longer acts on swing contact 151, swing contact 151 turns back to the non-contacting position that leaves from the abutting part 120 of fixed contact plate 105 under the effect of the magnetic force of magnet 165, the driving of drive motor 130 stops.
In addition, when electronic long toy 1 was released downwards, a pair of rotary body 10,60 was untied rope parts 2 also along being rotated counterclockwise and descending from rotating shaft 122.In Figure 19, when rotary body 10 rotates in the counterclockwise direction, under the effect of inertia force, swing contact 151 overcomes the magnetic force of magnet 165 and swings, the swing contact 151a that is positioned at the top contacts simultaneously with the opposing party's fixed contact plate 105b, and the swing contact 151b that is positioned at the below contacts with a side fixed contact plate 105a.
Battery 81,82 electric current is via anodal contact terminal 85, the conducting band 36 of the opposing party's rotary body 60, conductibility cylindrical shell (outer conduction axis) 121, the conducting band 36 of one side's rotary body 10, one side's fixed contact plate 105a, swing contact 151b, the opposing party's contact chip 166b, the terminal 130b of drive motor 130, the terminal 130a of drive motor 130, one side's contact chip 166a, swing contact 151a, the opposing party's fixed contact plate 105b, the tongue of metal 30 of one side's rotary body 10, fixed axis (interior conduction axis) 41, the tongue of metal 70 of the opposing party's rotary body 60, flow to battery 81,82 negative pole contact terminal 87, the driving shaft 131 of drive motor 130 is rotated in a clockwise direction.When driving shaft 131 was rotated in a clockwise direction, as mentioned above, rotary body 10 was center rotation at a high speed in the counterclockwise direction with rotating shaft 122.
As long as rotary body 10 is rotated, under action of centrifugal force, swing contact 151a just contacts with the opposing party's fixed contact plate 105b, and swing contact 151b continues to contact with a side fixedly fixed contact plate 105a, therefore keeps the high speed rotation of rotary body 10.With similarly above-mentioned, in the electronic long toy 1, under the state that hangs on rope parts 2, a pair of rotary body 10,60 continues rotation, therefore can represent diversified skill.
In the electronic long toy 1, continue rotation and hang under the state of rope parts 2 at a pair of rotary body 10,60, when the parts 2 of will restricting pull slightly upward, rope parts 2 are lax and contact with flaps 18 on being fixed on rotary body 10,60, because the frictional resistance of rope parts 2 and flaps 18, rotary body 10,60 coiling rope parts 2 also rise.When rising, because a pair of rotary body 10,60 dominated by hand, therefore the rotation of a pair of rotary body 10,60 stops.When rotary body 10 stops the rotation, centrifugal force no longer acts on swing contact 151, swing contact 151 turns back to the non-contacting position that leaves from the abutting part 120 of fixed contact plate 105 under the effect of the magnetic force of magnet 165, the driving of drive motor 130 stops.
In the above-described embodiment, because the shape of drive motor 130, the shape of the outer cover 22 of rotary body 10,60 forms outstanding laterally shape, but as shown in figure 20, by changing the shape of drive motor 130, shape to the outer cover 22 of rotary body 10,60 can suppress projecting height, can make rotary body 10,60 more lightweight and compactness.
Jr. and beginner as mentioned above, in the electronic long toy 1, forcibly make rotary body 10,60 rotations by being accommodated in inner drive motor 130, even therefore also can put the high skill of difficulty to good use.As the high skill of difficulty, " stroll of dog ", " sleeper ", " swing " etc. are for example arranged.With regard to the high skill of these difficulty, under the state that hangs on the rope parts, make rotary body 10,50 rotation and be basic at a high speed, the height rotation of this rotary body 10,50 can realize by drive motor 130 as mentioned above.Electronic long toy 1 makes in one's hands skill finish thereby retract after representing described skill.
In the electronic long toy 1, make a pair of rotary body 10,60 continue rotation and hanging under the tension of rope parts 2, when pulling rope parts 2 slightly upward, rope parts 2 are lax and contact with flaps 18,18 on being fixed on rotary body 10,60, because the frictional resistance of rope parts 2 and flaps 18, rotary body 10,60 coiling rope parts 2 also rise.These parts 2 of will restricting pull and the action of generation frictional resistance on rope parts 2 and flaps 18 slightly upward, are extremely difficult actions for Jr. and beginner.That is, this is because electronic long toy 1 employed rope parts 2 have the character of easy slip, also are difficult to produce frictional resistance even carry out sliding-contact with flaps 18.
In electronic long toy 1 of the present invention, shown in Figure 21,22, on the rope parts 2 of operating it, flexible pipe 3 can be installed slidably.Flexible pipe 3 preferably forms by possessing base materials such as elasticity, nerve, flexible soft synthetic resin, polyurethane, rubber.If this kind base material even then flexible pipe 3 is wound in rotating shaft 122 with rope parts 2 or is stretched, also can be followed the action of rope parts 2, can not produce any harmful effect to the action of electronic long toy 1.Flexible pipe 3 covers rope parts 2 and uses, and can slide with respect to rope parts 2, slides into desirable position, utilizes frictional resistance can remain on the position that this slides into.
Shown in Figure 21 (a), Figure 22 (a), hang at a pair of rotary body 10,60 under the tension of rope parts 2, when flexible pipe 3 slides into from the position that a pair of rotary body 10,60 leaves, therefore do not contact with the flaps 18,18 of a pair of rotary body 10,60, need technology or skillfully in one's hands for electronic long toy 1 is retracted.
Shown in Figure 21 (b), Figure 22 (b), hang at a pair of rotary body 10,60 under the tension of rope parts 2, flexible pipe 3 slides when near the position of a pair of rotary body 10,60, can contact with the flaps 18,18 of a pair of rotary body 10,60, therefore can easily electronic long toy 1 be retracted in one's hands in.In addition, even in this case, hang at a pair of rotary body 10,60 under the tension of rope parts 2, flexible pipe 3 does not contact with two rotary bodies 10,60, and the space between rotary body 10 and rotary body 60.
In the electronic long toy 1, continue rotation and hang under the tension of rope parts 2 at a pair of rotary body 10,60, when the parts 2 of will restricting pull slightly upward, rope parts 2 are lax and flexible pipe 3 contacts with the flaps 18,18 of rotary body 10,60, rope parts 2 also rise because the frictional resistance of flexible pipe 3 and flaps 18, rotary body 10,60 are reeled.Jr. and beginner produce big frictional resistance on flexible pipe 3 and the flaps 18,18, even therefore also can easily retract.In addition, flexible pipe 3 is not defined in electronic long toy, can be used in the rope parts of common long toy certainly yet.
Shown in Figure 23 (a), flexible pipe 3 forms to have and can insert logical internal diameter 4a and than the tubulose of the external diameter 4b of the narrow gaps of a pair of rotary body 10,60 for rope parts 2, possess with the crooked elasticity of rope parts 2, can slide and can remain on assigned position by frictional resistance with respect to rope parts 2.Flexible pipe 3 forms than the radius of rotary body 10,60 in short-term, can be hidden in the inboard of a pair of rotary body 10,60, and is therefore attractive in appearance, and carries out long recreation simply for Jr. and beginner and can produce inconceivable sense, and the onlooker is astonished.And, flexible pipe 3 is shown in Figure 23 (b), and the groove of the notch 5 that can expand out can not allow rope parts 2 insert logical and expand and drive the groove of the notch 5 and be loaded and unloaded on rope parts 2 simply when axially forming linearity, even, also can easily install therefore for the rope parts 2 that are installed on long 1.
Industrial applicibility
The present invention can be used in the electric yo-yo toy that is built-in with drive motor.
Label declaration
1 electric yo-yo toy, 2 rope parts, 3 flexible pipes (rubber tube), the 4a internal diameter, the 4b external diameter, 5 grooves of the notch, 10 1 sides' rotary body, 11 rotary shells, 12 sidewalls, the 12a lateral surface, the 12b medial surface, 13 curved walls, 15 perisporiums, 16 openings, 17 recesses, 18 flaps, 19 dead eyes, 21 install projection, 22 outer covers, 23 projections, the 23a screwed hole, 25 spindle units, 26 main shafts, 27 installing plates, the 27a surface, 28 open-works, 29 inserting holes, 30 tongue of metal, 31 setting-in recesses, 32 patchholes, 33 guiding recesses, 35 otch recesses, 36 conducting bands, 37 bending sheets, 40 conduction units, 41 fixed axis (interior conduction axis), 42 axial regions, 43 flange sections, 45 screw threads, 46 guide protrusions, 47 protuberances, 48 nuts, 50 motor mounting plates, 50a one side's face, 50b the opposing party's face, 51 positioning pipes, 52 intercommunicating pores, 53 motor mounting recesses, 55 openings, 56 dead eyes, 57 guiding recesses, 58 screws, 60 the opposing party's rotary body, 61 rotary shells, 62 sidewalls, the 62a lateral surface, the 62b medial surface, 63 curved walls, 64 beam barrel sections, 65 perisporiums, 66 dead eyes, 67 recesses, 69 guiding walls, 70 tongue of metal, 72 patchholes, 73 install recess, 75 install recess, 76 install recess, 77 install recess, 81 batteries (power supply), 82 batteries (power supply), 85 contact terminals, 86 contact terminals, 87 contact terminals, 90 outer covers, 91 openings, 92 lids, 100 checkout gears, 101 metal-made spheroids (rolling contact), 102 guiding parts, 103 first fixed contact plates, 105 second fixed contact plates, 106 installing plates, 107 projections, 108 axis holes, 109 guiding walls, 110 magnet installing frames, 111 screws, 112 guided plates, 113 bending sheets, 115 magnet, 116 engaging recessed parts, 117 guide protrusions, 118 guide protrusions, 120 abutting parts, 121 conductibility cylindrical shells (outer conduction axis), 122 rotating shafts, 123 grooves of reeling and restricting, 124 driven gears, 130 drive motors, the 130a terminal, the 130b terminal, 131 driving shafts, 132 driven wheels, 133 jackshafts, 135 spur gears, 136 pinions, 140 gear mechanisms, 150 checkout gears, 151 swing contacts, 152 guiding parts, 153 fulcrums, 154 threaded portions, 156 installing plates, 157 axis holes, 160 magnet installing frames, 162, rearward end, 163 front portions, 165 magnet, 166 contact chips, 167 substrates, 168 bending sheets
Claims (9)
1. an electronic long toy is characterized in that, comprising:
A pair of rotary body;
Be arranged on the main shaft between the central part of a pair of rotary body; And
Can be arranged at the rotating shaft of described main shaft and coiling rope parts rotationally,
Gear mechanism that in a side rotary body, is provided with drive motor, the rotation of drive motor is transmitted to rotating shaft and the checkout gear that detects the rotation of rotary body,
In the opposing party's rotary body, be provided with power supply,
Be provided with conduction unit on main shaft, this conduction unit is electrically connected the drive motor and the checkout gear of a side rotary body with the power supply of the opposing party's rotary body.
2. electronic long toy according to claim 1 is characterized in that,
Described conduction unit comprises:
Be arranged on the interior conduction axis of main shaft inboard; And
Be arranged on the outer conduction axis in the main shaft outside.
3. electronic long toy according to claim 2 is characterized in that,
Described outer conduction axis forms tubular and is arranged on outside the main shaft,
Outside this, can be provided with rotating shaft rotationally on the conduction axis.
4. according to claim 2 or 3 described electronic long toys, it is characterized in that,
Conduction axis is to insert to lead in main shaft and the fixed axis that a pair of rotary body is fixing in described.
5. according to each described electronic long toy in the claim 1～4, it is characterized in that,
Described checkout gear comprises:
First fixed contact plate;
Second fixed contact plate separates setting with described first fixed contact plate;
The rolling contact, between contact position and non-contacting position, roll, this contact position is a roughly position contacting simultaneously of this rolling contact and described first fixed contact plate and described second fixed contact plate, and this non-contacting position is the discontiguous position of at least one side in this rolling contact and first fixed contact plate and second fixed contact plate; And
Magnet keeps described rolling contact at non-contacting position,
Described rolling contact constitutes, and under the effect of the inertia force that the rotation of rotary body produces, overcomes the magnetic force of magnet and rolls, and roughly contacts simultaneously with second fixed contact plate with first fixed contact plate and drives drive motor.
6. electronic long toy according to claim 5 is characterized in that,
Described second fixed contact plate is arranged on the both sides of described first fixed contact plate,
Described electronic long toy constitutes, when described rolling contact contacts with first fixed contact plate and a side's second fixed contact plate, drive motor drives to a direction, when described rolling contact contacted with first fixed contact plate and the opposing party's second fixed contact plate, drive motor drove to other direction.
7. according to each described electronic long toy in the claim 1～4, it is characterized in that,
Described checkout gear comprises:
Swing contact, an end are by pivotally connected, and this swing contact can be swung on oscillator shape ground;
Fixed contact plate separates setting with described swing contact, and contacts when the swing of swing contact; And
Magnet keeps described swing contact at the non-contacting position of described swing contact and fixed contact plate,
Described swing contact constitutes, and under the effect of the inertia force that the rotation of rotary body produces, overcomes the magnetic force of magnet and swings, and contacts with fixed contact plate and drives drive motor.
8. electronic long toy according to claim 7 is characterized in that,
Described fixed contact plate is arranged on the both sides of described swing contact,
Described electronic long toy constitutes, when described swing contact contacts with a side fixed contact plate, drive motor drives to a direction, and when described swing contact contacted with the opposing party's fixed contact plate, drive motor drove to other direction.
9. according to each described electronic long toy in the claim 1～8, it is characterized in that,
Checkout gear is relative a pair of to being provided with a side rotary body, described electronic long toy constitute by two checkout gears detect the rotation drive motor is driven.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2009/069865 WO2011064848A1 (en) | 2009-11-25 | 2009-11-25 | Electric yo-yo toy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102223931A true CN102223931A (en) | 2011-10-19 |
Family
ID=44065971
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200980143514XA Pending CN102223931A (en) | 2009-11-25 | 2009-11-25 | Electric yo-yo toy |
Country Status (4)
| Country | Link |
|---|---|
| US (1) | US20120220186A1 (en) |
| JP (1) | JPWO2011064848A1 (en) |
| CN (1) | CN102223931A (en) |
| WO (1) | WO2011064848A1 (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103405917B (en) * | 2013-07-29 | 2016-03-23 | 广东奥飞动漫文化股份有限公司 | A kind of Climbing top Yo-Yo of manually-operated acceleration |
| CN103405918B (en) * | 2013-07-29 | 2016-09-14 | 广东奥飞动漫文化股份有限公司 | The Climbing top Yo-Yo that a kind of hand electric accelerates |
| CN103933713B (en) * | 2014-05-07 | 2016-02-17 | 上海交通大学 | Planetary speed change diabolo |
| GB2564160B (en) * | 2016-09-08 | 2021-05-12 | Van Dan Elzen Hans | Motorized yo-yo |
| CN106621347A (en) * | 2016-11-10 | 2017-05-10 | 奥飞娱乐股份有限公司 | Electric acceleration yo-yo |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4913096U (en) * | 1972-05-08 | 1974-02-04 | ||
| JPS6066389U (en) * | 1983-10-13 | 1985-05-11 | 野々垣 糺克 | Rotating toy with lighting device |
| JPS6099987U (en) * | 1983-12-13 | 1985-07-08 | 株式会社学習研究社 | Flashing yo-yo |
| JPS60106687U (en) * | 1983-12-26 | 1985-07-20 | 戸塚 弘道 | Yoyo with electronic music box |
| JPH0746317Y2 (en) * | 1991-10-07 | 1995-10-25 | 株式会社バンダイ | Switch mechanism |
| JP2005066167A (en) * | 2003-08-27 | 2005-03-17 | Takara Co Ltd | Yo-yo toy |
-
2009
- 2009-11-25 WO PCT/JP2009/069865 patent/WO2011064848A1/en active Application Filing
- 2009-11-25 CN CN200980143514XA patent/CN102223931A/en active Pending
- 2009-11-25 US US13/057,262 patent/US20120220186A1/en not_active Abandoned
- 2009-11-25 JP JP2010540967A patent/JPWO2011064848A1/en not_active Withdrawn
Also Published As
| Publication number | Publication date |
|---|---|
| US20120220186A1 (en) | 2012-08-30 |
| JPWO2011064848A1 (en) | 2013-04-11 |
| WO2011064848A1 (en) | 2011-06-03 |
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| C06 | Publication | ||
| PB01 | Publication | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
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Application publication date: 20111019 |