CN104941215A - Action-responding toy and toy body - Google Patents

Action-responding toy and toy body Download PDF

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Publication number
CN104941215A
CN104941215A CN201510333035.1A CN201510333035A CN104941215A CN 104941215 A CN104941215 A CN 104941215A CN 201510333035 A CN201510333035 A CN 201510333035A CN 104941215 A CN104941215 A CN 104941215A
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CN
China
Prior art keywords
identifying information
performance
information
toy body
toy
Prior art date
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.)
Granted
Application number
CN201510333035.1A
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Chinese (zh)
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CN104941215B (en
Inventor
泽尻雄二
西泽清人
阿部统
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Bandai Inc
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Bandai Inc
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Filing date
Publication date
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Publication of CN104941215A publication Critical patent/CN104941215A/en
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Publication of CN104941215B publication Critical patent/CN104941215B/en
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Classifications

    • AHUMAN NECESSITIES
    • A63SPORTS; GAMES; AMUSEMENTS
    • A63HTOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H33/00Other toys
    • A63H33/009Toy swords or similar toy weapons; Toy shields
    • AHUMAN NECESSITIES
    • A63SPORTS; GAMES; AMUSEMENTS
    • A63HTOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H33/00Other toys
    • A63H33/26Magnetic or electric toys
    • AHUMAN NECESSITIES
    • A63SPORTS; GAMES; AMUSEMENTS
    • A63HTOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H5/00Musical or noise- producing devices for additional toy effects other than acoustical

Abstract

This invention provides an action-responding toy that outputs the show responding to the action of user that makes the toy bodies approach to each other and, and after that outputs the show responding to the action that makes the toy bodies leave away from each other. The action-responding toy (10) has a buckle (20) and finger rings (40 A, 40B). The buckle (20) and finger rings (40 A, 40B) can be worn on the user's body (11) respectively and can approach to or leave away from each other corresponding to the user's action. When the main control part embedded inside the buckle (20) determines that the finger ring (40A) or finger ring (40B) is at the approaching status, it will control the main output part inside the buckle (20) to output a first show; on the other hand, when the main control part determines that the finger ring (40A) or finger ring (40B) is at the leave-away status, it will control the main output part inside the buckle (20) to output a second show.

Description

Action response toy and toy body
the relevant information of divisional application
This case is divisional application.The application for a patent for invention case that female case of this division is the applying date is on June 17th, 2013, application number is 201310238315.5, denomination of invention is " action response toy and toy body ".
Technical field
The present invention relates to a kind of action response toy and toy body, in more detail, the present invention relates to action that a kind of user of response carries out and export the action response toy of performance and the toy body for this action response toy.
Background technology
Conventionally, there is known a kind of meccano, by make toy figure and toy figure close, and export sound etc. (such as with reference to patent document 1).
The meccano recorded in patent document 1 comprises two toy figures that are mutually related.One of them toy figure possesses response unit, prestores customizing messages and send the information of storage in this response unit.Another toy figure possesses: reading unit, reads sent information when a toy figure makes response unit send the information of storage wherein; And voice output unit, based on the information that described reading unit reads, export specific sound.
According to this meccano, not only can by making two toy figures close to each other and exporting sound, and by being read the information that one of them toy figure is held in advance by another toy figure, and according to read information, another toy figure can be given a response and play.
But the action of the user of usage operation reaction toy not only makes article close, the action after also having article close, article being left.As the function of action response toy, require also can make response for this action making article leave, and meet the original object of action response toy.
[look-ahead technique document]
[patent document]
[patent document 1] Japanese Patent Laid-Open 2000-93664 publication
Summary of the invention
[inventing problem to be solved]
But the meccano described in patent document 1 only plays function (sounding) when toy figure is closer to each other, therefore functional low, and shortcoming is interesting.
Therefore, the present invention is in view of this situation research forms, and its object is to provide one not only to respond user and makes the approximating action of toy body and export performance, afterwards the also action left of corresponding toy body and export the action response toy of performance.
[technological means of dealing with problems]
The present invention is made up of following formation.
The feature of action response toy of the present invention is: be configured to have main toy body and secondary toy body, described main toy body and described secondary toy body is wearable respectively grips on user's health or by user, and according to the action of the user dressed or grip can close/leave, described main toy body has master control part, export the main efferent of the performance of at least one utilizing luminous and sounding, and store the performance storage part of the 1st performance information and the 2nd performance information, described master control part has condition adjudgement unit, this condition adjudgement unit can judge that described secondary toy body is that proximity state still leaves state relative to described main toy body, described master control part goes out during described secondary toy body is proximity state in described condition adjudgement unit judges, described 1st performance information is read from described performance storage part, the mode exporting the 1st performance with the 1st performance information based on this reading controls described main efferent, on the other hand, when described condition adjudgement unit judges go out described 1st performance output procedure in cause described secondary toy body for leaving state because of the action of user time, described 2nd performance information is read from described performance storage part, described main efferent is controlled in the mode exporting the 2nd performance based on the 2nd performance information of this reading.
The feature of the action response toy of described invention is: described secondary toy body have sub-control portion, can with the receiving and transmitting part of outside receiving and transmitting signal and the identifying information storage part of identifying information that store the classification for identifying described secondary toy body, described main toy body has: request signal sending part, can send request signal to described receiving and transmitting part, this request signal is used for inquiring described identifying information to the described secondary toy body in particular range; And identifying information acceptance division, the described identifying information sent from described receiving and transmitting part can be received; Described request signal is received corresponding to described receiving and transmitting part, described sub-control portion reads described identifying information from described identifying information storage part, and from described receiving and transmitting part, the identifying information of this reading is sent to described identifying information acceptance division, judge if described identifying information acceptance division receives described identifying information, then described condition adjudgement unit judges described secondary toy body in described particular range is proximity state, if and the described identifying information that described identifying information acceptance division receives does not receive again, then judge that described secondary toy body leaves from described particular range.
The feature of the action response toy of described invention is: described secondary toy body has the secondary efferent exporting the pair of at least one performance utilizing luminous and sounding, receive described request signal corresponding to described receiving and transmitting part, described sub-control portion controls described secondary efferent in the mode exporting secondary performance.
The feature of the action response toy of described invention is: comprise the information making described main efferent carry out luminous performance in described 1st performance information, in described performance storage part, the different multiple described 1st performance information of illuminant colour during described luminescence performance by described main efferent associates with described each identifying information and stores, comprise luminous performance in described pair performance, the illuminant colour during luminescence performance of described pair performance is the color of same colour system with described 1st illuminant colour performed associating described each identifying information.
The feature of the action response toy of described invention is: described main toy body has the belt portion for being entangled on user's health, and described secondary toy body has for dressing to the wearing portion on user's finger.
The feature of the action response toy of described invention is: described main toy body is the gun shaped toy that user can grip, and described secondary toy body has for dressing to the wearing portion on user's finger.
The feature of the action response toy of described invention is: described main toy body is the sword type toy that user can grip, and described secondary toy body has for dressing to the wearing portion on user's finger.
The feature of the action response toy of described invention is: described main toy body reversibly can carry out metamorphosis between the 1st form and the 2nd form, and there is the Morphology observation portion detected which form being in described 1st form and described 2nd form, the 1st metamorphosis indication information and the 2nd metamorphosis indication information is store in described performance storage part, described 1st metamorphosis indication information is used for exporting from described main efferent reminding the form of main toy body described in user to become the 1st metamorphosis instruction of described 2nd form from described 1st metamorphosis, described 2nd metamorphosis indication information is used for described main efferent output and reminds the form of main toy body described in user to become the 2nd metamorphosis instruction of described 1st form from described 2nd metamorphosis, described master control part has and judges that the described identifying information received by described identifying information acceptance division belongs to the information of the 1st group or belongs to the identifying information judging unit of information of the 2nd group, described master control part is when described Morphology observation portion detects that described main toy body is in described 1st form, when described identifying information judging unit judges that the described identifying information that described identifying information acceptance division receives is the information belonging to described 1st group, during described in described condition adjudgement unit judges, secondary toy body is proximity state, described main efferent is controlled in the mode of carrying out described 1st performance, on the other hand, when described identifying information judging unit judges that the described identifying information that described identifying information acceptance division receives is the information belonging to described 2nd group, to read described 1st metamorphosis indication information from described performance storage part and the mode exporting described 1st metamorphosis instruction controls described main efferent, and, described master control part is when described Morphology observation portion detects that described main toy body is in described 2nd form, when described identifying information judging unit judges that the described identifying information that described identifying information acceptance division receives is the information belonging to described 2nd group, during described in described condition adjudgement unit judges, secondary toy body is proximity state, described main efferent is controlled in the mode of carrying out described 1st performance, on the other hand, when described identifying information judging unit judges that the described identifying information that described identifying information acceptance division receives is the information belonging to described 1st group, to read described 2nd metamorphosis indication information from described performance storage part and the mode exporting described 2nd metamorphosis instruction controls described main efferent.
In addition, the invention provides a kind of toy body that can use as the secondary toy body of action response toy.
In addition, the feature of described toy body is: be formed as having ornamental portion and for dressing the finger ring shape to the wearing portion on user's finger.
In addition, the feature of described toy body is: prepared the multiple described wearing portion varied in size, removably can load and unload relative to described ornamental portion.
[invention effect]
According to the present invention, a kind of not only corresponding user can be provided to make main toy body and the close action of secondary toy body and export performance, and also correspond to action that main toy body and secondary toy body leave afterwards and export the action response toy of performance.
Accompanying drawing explanation
Fig. 1 represents the action response toy of embodiments of the present invention and uses the figure of form.
Fig. 2 is the stereogram of bracelet.
Fig. 3 is the front view of bracelet, and (a) is the figure of the burr representing variable body form, and (b) is the figure of the burr representing unique skill form.
Fig. 4 is to the figure for making the Poewr transmission mechanism of burr metamorphosis be described, and is buckle the figure after pulling down burr main body and round plate etc. from the band shown in Fig. 3 (a).
Fig. 5 is the figure of the formation that variable body finger ring is described, (a) is stereogram, and (b) is front view, and (c) is side view.
Fig. 6 is the figure of the formation that unique skill finger ring is described, (a) is stereogram, and (b) is front view, and (c) is side view.
Fig. 7 is the block diagram of the Inner Constitution representing bracelet and finger ring.
Fig. 8 is the flow chart of the action case representing action response toy.
Fig. 9 is the flow chart representing that Fig. 8 is follow-up.
Figure 10 is the front view of bracelet, and (a) is the action diagram of the burr of variable body form, and (b) is the action diagram of the burr of unique skill form.
Figure 11 represents that main toy body is the figure of the situation of gun shaped toy.
Figure 12 represents that main toy body is the figure of the situation of sword type toy.
[explanation of symbol]
10 action response toys
11 users
12 belt portions
20 bracelets (main toy body)
40A variable body finger ring (secondary toy body)
40B unique skill finger ring (secondary toy body)
42A wearing portion
42B wearing portion
51 master control part
52 performance storage parts
53 request signal sending parts
55 identifying information acceptance divisions
56 Morphology observation portions
57 main efferents
58 finger ring condition adjudgement unit (condition adjudgement unit)
61 identifying information judging units
71A sub-control portion
71B sub-control portion
72A receiving and transmitting part
72B receiving and transmitting part
73A identifying information storage part
73B identifying information storage part
The secondary efferent of 75A
220 gun shaped toys (main toy body)
320 sword type toys (main toy body)
Detailed description of the invention
Below, with reference to accompanying drawing, describe in detail for implementing form of the present invention (hereinafter referred to as " embodiment ").In addition, the entirety of embodiment adds identical numbering to identical element in illustrating.In addition, accompanying drawing observes on symbol direction.In addition, "left", "right" represents the direction observed from the user side of having dressed action response toy.
As shown in Figure 1, the action response toy 10 of embodiment has bracelet (main toy body) 20 and finger ring (secondary toy body) 40A, 40B.Bracelet 20 and finger ring 40A, 40B are configured to dress on user 11 health (being waist and finger in this example) respectively, and can correspond to the user 11 of wearing action and close to each other/leave.Action response toy 10 has the belt portion 12 for bracelet 20 being dressed the waist to user 11.
Finger ring 40A, 40B comprise wearing to the variable body finger ring 40A of a wherein hand (being left hand 13L in this example) of user and the unique skill finger ring 40B dressing the another hand (being right hand 13R in this example) to user.In addition, in the following description, to the symbol additional " A " of variable body by the inscape of finger ring 40A, " B " is added to the symbol of the inscape of unique skill finger ring 40B and is distinguished.In addition, be recited as " finger ring 40A, 40B " when variable body finger ring 40A and unique skill finger ring 40B is referred to as.
In action response toy 10, be set as, if the action of corresponding user 11, variable body finger ring 40A or unique skill finger ring 40B is toward or away from bracelet 20, then utilize sound or light to perform, thus user 11 can pseudo-experience variable body, the starting of unique skill.
(formation of bracelet 20)
Based on the formation of oolemma button 20 Fig. 2 ~ Fig. 4.
As shown in Figure 2, the front surface that bracelet 20 has a buckle main body 21 and buckle in main body 21 being installed with belt portion 12 is formed as the burr 22 of relief-type.
As shown in Fig. 3 (a), the front surface central authorities of buckle in main body 21 are provided with round plate 23.Burr 22 is provided at the front surface of this round plate 23.Burr 22 is the shapes being formed as simulating staff, is configured to the burr main body 25 of 4 fingers comprised beyond simulation thumb and 2, left and right thumb section 26C, the 26D of simulation thumb.Burr main body 25 is set to can rotate relative to round plate 23, and is made up of the material with light transmission at least partially.Be provided with illuminating part 27 at the inner central of burr main body 25, the light from this illuminating part 27 can through burr main body 25 externally visibly.
Burr 22 is that user inserts finger ring 40A, the part of 40B (with reference to Fig. 1).Burr 22 can between variable body form (the 1st form) and unique skill form (the 2nd form) reversibly change shape.In this, variable body form is for reminding user that left hand 13L (with reference to Fig. 1) is inserted the form of burr 22, and is the form of simulation people left hand.On the other hand, unique skill form is for reminding user that right hand 13R (with reference to Fig. 1) is inserted the form of burr 22, and is the form of the simulation people right hand.In figure 3, (a) represents the burr 22 of variable body form, and (b) represents the burr 22 of unique skill form.
As shown in Fig. 3 (a), on the burr 22 of variable body form, the thumb section 26D on right side exposes, and the thumb section 26C in left side is covered by burr main body 25, is formed the model of left hand by the thumb section 26D on the right side of exposing and burr main body 25.On the other hand, as shown in Fig. 3 (b), on the burr 22 of unique skill form, the thumb section 26C in left side exposes, and the thumb section 26D on right side is covered by burr main body 25, is formed the model of the right hand by the thumb section 26C in the left side of exposing and burr main body 25.
In Fig. 3, the unit making the form of burr 22 be changing into (b) from (a) or to make the form of burr 22 be changing into (a) from (b) is any, but be cross bar 28L for making burr main body 25 rotate can be set movably in above-below direction in the left and right sides portion of burr 22 here, 28R, by making the cross bar 28L about these, the mutual reverse movement of 28R, and change the form of burr 22.Such as, when making the burr 22 of the variable body form shown in (a) be changing into the burr 22 of the unique skill form shown in (b), while promoting the cross bar 28R (arrow (1)) on right side, the cross bar 28L (arrow (2)) in pressure left side, makes burr main body 25 rotate counterclockwise (arrow (3)).On the other hand, when making the burr 22 of the unique skill form shown in (b) be changing into the burr 22 of the variable body form shown in (a), while the cross bar 28R (arrow (4)) on pressure right side, promote the cross bar 28L (arrow (5)) in left side, burr main body 25 is rotated clockwise (arrow (6)).
For the cross bar 28L by putting on left and right, the mechanism that the operating physical force of 28R is passed to burr main body 25 as revolving force can select from various Poewr transmission mechanism.Such as, as shown in Figure 4, by the cross bar 28L with left and right, the mobile interlock of the above-below direction of 28R and the driven wheel 31L of the left and right of rotating, 31R and be located at burr main body 25 back side and with the driven gear 32 of the driven wheel 31L of left and right, 31R engagement, and form power transfer unit 33.According to this power transfer unit 33, put on the cross bar 28L of left and right, the operating physical force of the user of 28R (with reference to Fig. 3) is passed to burr main body 25 by the driven wheel 31L of left and right, 31R and driven gear 32.Thus, user makes burr main body 25 rotate to any direction, and the metamorphosis of burr 22 (with reference to Fig. 3) can be made to become variable body form or unique skill form.
In addition, the microswitch 35L that in buckle in main body 21, built-in left and right 1 is right, 35R.In addition, in the rear side of burr main body 25, the microswitch 35L that can press left and right is provided with, the press section 36 of 35R.Microswitch 35R is pressed by press section 36 when the form of burr 22 (with reference to Fig. 3 (a)) is variable body form.On the other hand, microswitch 35L is pressed by press section 36 when the form of burr 22 (with reference to Fig. 3 (b)) is unique skill form.
(formation of finger ring 40A, 40B)
Based on Fig. 5, Fig. 6, finger ring 40A is described, the formation of 40B.
As shown in Fig. 5 (a) ~ (c), variable body finger ring 40A comprises ornamental portion 41A and wearing portion 42A.Ornamental portion 41A is configured to any form, style, color, and is made up of the material with light transmission at least partially.Built-in illuminating part 43A in ornamental portion 41A, come self-luminescent part 43A light transmission ornamental portion 41A and can be externally visibly.Wearing portion 42A is formed as circular can dress on the finger of the left hand 13L (with reference to Fig. 1) of user.In addition, wearing portion 42A is formed as the open C-shaped of a part (in this example for bottom), and can under expanding form elastically deformable.Thus, point thicker user also can expand wearing portion 42A and wearing portion 42A is dressed on finger.In addition, can also be configured to wearing portion 42A can be able to load and unload relative to ornamental portion 41A, and by making the multiple wearing portion 42A preparing to vary in size, user can change the wearing portion 42A of best size among these multiple wearing portion 42A.
As shown in Fig. 6 (a) ~ (c), unique skill finger ring 40B comprises ornamental portion 41B and wearing portion 42B.Ornamental portion 41B is configured to any form, style, color.Wearing portion 42B is formed as circular to dress on the finger of the right hand 13R (with reference to Fig. 1) of user.In addition, the C-shaped that a part (being bottom in this example) is open in wearing portion 42B, is also formed as, and can elastic deformation under expanding form.In addition, wearing portion 42B also can also be configured to can be able to load and unload relative to ornamental portion 41B, and by making the multiple wearing portion 42B preparing to vary in size, user can change the wearing portion 42B of best size.
In these variable bodies with among finger ring 40A and unique skill finger ring 40B, respectively built-in so-called RFID (Radio Frequency IDentification, radio frequency identification) label (tag), wherein give for other identifying information of recognition category.And, in present embodiment, set multiple variable body finger ring 40A, in these multiple variable body finger ring 40A, impart intrinsic identifying information respectively.In addition, set multiple unique skill finger ring 40B, in these multiple unique skill finger ring 40B, also impart intrinsic identifying information respectively.Identifying information is roughly divided into the information (hereinafter referred to as " belonging to the information of the 1st group ") being given to variable body finger ring 40A and the information (hereinafter referred to as " belonging to the information of the 2nd group ") being given to unique skill finger ring 40B.
(Inner Constitution of action response toy 10)
Based on the Inner Constitution of oolemma button 20 Fig. 7 and finger ring 40A, 40B.
As shown in Figure 7, what adopt in action response toy 10 is the contactless data carrier system that make use of RFID label tag, and bracelet 20 is equivalent to challenger, and finger ring 40A, 40B is equivalent to responsor.Built-in master control part 51 and performance storage part 52 in bracelet 20.Master control part 51 and performance storage part 52 are contained in single chip microcomputer built-in in bracelet 20.In addition, built-in request signal sending part 53, identifying information acceptance division 55, Morphology observation portion 56, main efferent 57 in bracelet 20.Master control part 51 has finger ring condition adjudgement unit (condition adjudgement unit) 58 and identifying information judging unit 61.In addition, buckle in 20 inside is provided with battery 62, and this battery 62 and master control part 51 are connected by power switch 63.If power switch 63 is ON (connection), then start to master control part 51 circulating current to control.
Built-in sub-control portion 71A, receiving and transmitting part 72A and identifying information storage part 73A and secondary efferent 75A in variable body finger ring 40A.Built-in sub-control portion 71B, receiving and transmitting part 72B and identifying information storage part 73B in unique skill finger ring 40B.
Request signal sending part 53 and identifying information acceptance division 55 can be made up of aerial coil, and are located at the rear (direction of user side when user dresses) of burr 22.Request signal sending part 53 can send request signal to the variable body finger ring 40A or unique skill finger ring 40B being positioned at particular range (near scope, i.e. burr 22 that such as distance request signal sending part 53 is about 10cm) and asks identifying information.In addition, identifying information acceptance division 55 can receive the identifying information sent from receiving and transmitting part 72A or receiving and transmitting part 72B.
Finger ring condition adjudgement unit 58 can judge that variable body finger ring 40A or unique skill finger ring 40B is in the state close relative to bracelet 20 or the state left.In this, if identifying information acceptance division 55 receives the answer of identifying information as the request signal for request signal sending part 53, then finger ring condition adjudgement unit 58 judges that variable body finger ring 40A or unique skill finger ring 40B is as the state close to bracelet 20 (burr 22, request signal sending part 53), afterwards when continuous reception same identification information, judge that same variable body finger ring 40A or unique skill finger ring 40B is lasting close state.In addition, if the identifying information that identifying information acceptance division 55 does not receive again is as the answer of the request signal for request signal sending part 53, then finger ring condition adjudgement unit 58 judges that variable body finger ring 40A or unique skill finger ring 40B leaves from the particular range of bracelet 20 (burr 22, request signal sending part 53).
Identifying information judging unit 61 judges that the identifying information that identifying information acceptance division 55 receives belongs to the information of the 1st group or belongs to the information of the 2nd group.
Main efferent 57 utilizes at least one party of luminescence and sounding and exports performance.In this example, main efferent 57 is by comprising the pars stridulans 65 of loudspeaker etc. and described illuminating part 27 and forming.Illuminating part 27 it is desirable to be made up of the all-colour LED (light emitting diode) of the multiple illuminant colour of selective acquisition (such as red, green, blue, yellow).
The 1st performance information, the 2nd performance information, the 1st metamorphosis indication information and the 2nd metamorphosis indication information is store in performance storage part 52.
1st performance information be for when receiving the identifying information of the identifying information of variable body finger ring 40A or unique skill finger ring 40B (when finger ring condition adjudgement unit 53 judges that variable body finger ring 40A or unique skill finger ring 40B is proximity state) export the information that finger ring reads performance (the 1st performance), comprise the information making main efferent 57 carry out luminous performance, sounding performance.In more detail, the 1st performance information exports finger ring for spontaneous part 65 read sound and make illuminating part 27 with the control information of specific illuminant colour, pattern luminescence.1st performance information is stored each identifying information association of each identifying information of multiple variable body finger ring 40A or multiple unique skill finger ring 40B.
In addition, in performance storage part 52, multiple 1st performance each identifying information of information association that illuminant colour when carrying out luminous performance by utilizing illuminating part 27 is different and storing.In this, the illuminant colour of the illuminating part 43A of corresponding aftermentioned variable body finger ring 40A (such as, red, green, blue, yellow etc.) and multiple 1st performance information of storing in performance storage part 52 for making illuminating part 27 luminescence.
2nd performance information is the information for exporting variable body performance (the 2nd performance) or unique skill performance (the 2nd performance), and is for making pars stridulans 65 export variable body sound or unique skill sound and make illuminating part 27 with the control information of specific illuminant colour, pattern luminescence.Among 2nd performance information, the information of performing for exporting variable body associates with each identifying information of multiple variable body finger ring 40A and stores.In addition, among the 2nd performance information, the information of performing for exporting unique skill associates with each identifying information of multiple unique skill finger ring 40B and stores.And, for the 2nd performance packets of information that exports unique skill performance containing the information for exporting the performance of common unique skill and for the identifying information of variable body finger ring 40A and the identifying information of unique skill finger ring 40B be combined as particular combination time export the information of special unique skill performance.
1st metamorphosis indication information is following information, namely, when burr 22 (with reference to Fig. 3) is for variable body form, when identifying information acceptance division 55 receives the information belonging to the 2nd group, the cross bar 28L reminding user to operate left and right is exported, 28R (with reference to Fig. 3) and the metamorphosis of burr 22 (with reference to Fig. 3) is become the performance (the 1st metamorphosis instruction) of unique skill form from main efferent 57.
2nd metamorphosis indication information is following information, namely, when burr 22 (with reference to Fig. 3) is for unique skill form, when identifying information acceptance division 55 receives the information belonging to the 1st group, the cross bar 28L reminding user to operate left and right is exported, 28R (with reference to Fig. 3) and the metamorphosis of burr 22 (with reference to Fig. 3) is become the performance (the 2nd metamorphosis instruction) of variable body form from main efferent 57.
56 pairs, Morphology observation portion burr 22 (with reference to Fig. 3) detects for which form of variable body form and unique skill form.The formation in Morphology observation portion 56 is arbitrarily, but is use described 2 microswitch 35L, 35R here.Namely, Morphology observation portion 56 is connected to microswitch 35L, 35R, microswitch 35L is detected in Morphology observation portion 56, among 35R, which switch does not all press by or all microswitches upper in press section 36 (with reference to Fig. 4), detects the current form of burr 22 (with reference to Fig. 3).
The receiving and transmitting part 72A of variable body finger ring 40A can and outside between receiving and transmitting signal, and can be made up of aerial coil.The identifying information of the classification for identifying variable body finger ring 40A is store in identifying information storage part 73A.Sub-control portion 71A is the IC chip controlled, and utilizes receiving and transmitting part 72A receive from request signal sending part 53 induced electromotive force that request signal produces and drive.Receive request signal corresponding to receiving and transmitting part 72A, sub-control portion 71A reads identifying information from identifying information storage part 73A, and from receiving and transmitting part 72A, the identifying information of this reading is sent to identifying information acceptance division 55.
The secondary efferent 75A of variable body finger ring 40A is the part of the pair performance exporting at least one party utilizing luminous and sounding, and in this example, secondary efferent 75A is made up of illuminating part 43A, comprises luminous performance in secondary performance.Illuminating part 43A is such as made up of LED (light emitting diode), and the illuminant colour of illuminating part 43A can be selected from multiple look (such as, red, green, blue, yellow etc.).In present embodiment, the illuminant colour (illuminant colour of illuminating part 43A) when the luminescence in secondary performance is performed is the color of illuminant colour with colour system being set as reading with the finger ring associating each identifying information the illuminating part 27 performed in (the 1st performs).Illuminating part 43A utilizes receiving and transmitting part 72A receive the induced electromotive force that produces of request signal and drive.Therefore, variable body finger ring 40A does not need power supply.
Receive request signal corresponding to receiving and transmitting part 72A, sub-control portion 71A controls secondary efferent 75A in the mode exporting secondary performance based on the identifying information read.
The receiving and transmitting part 72B of unique skill finger ring 40B can and outside between receiving and transmitting signal, and can be made up of aerial coil.The identifying information of the classification for identifying unique skill finger ring 40B is store in identifying information storage part 73B.Sub-control portion 71B is the IC chip controlled, the induced electromotive force that the request signal utilizing receiving and transmitting part 72B to receive request signal sending part 53 produces and driving.Therefore, unique skill finger ring 40B does not need power supply.And receive request signal corresponding to receiving and transmitting part 72B, sub-control portion 71B reads identifying information from identifying information storage part 73B, and the identifying information of this reading is sent to identifying information acceptance division 55 from receiving and transmitting part 72B.
In addition, the information content of identifying information storage part 73A, 73B is arbitrarily, such as, when the information content of 16 bits, 8 leading bits can be used as the customizing messages comprising company information etc., use later half 8 bits as identifying information.In this situation, variable body finger ring 40A can be combined and obtain the different total of identifying information 256 kinds of finger rings with unique skill finger ring 40B.
In addition, form in bracelet 20 in the storage device (omitting diagram) of performance storage part 52 and at least store following two information.
(1) form of current burr 22 (with reference to Fig. 3) is the information of variable body form or unique skill form (microswitch 35L, 35R which be pressed).
(2), when the form of burr 22 is variable body form (when microswitch 35R is pressed), inserts burr 22 (with reference to Fig. 3), received the identifying information of the variable body finger ring 40A of identifying information by identifying information acceptance division 55.
(action case of action response toy 10)
The action case of the action response toy 10 under master control part 51 control is described based on Fig. 8 ~ Figure 10.
As shown in Figure 8, if power switch 63 is set to ON (step S1), then judge that burr 22 is as which form (step S2).When judging burr 22 for variable body form, request signal sending part 53 starts to send request signal in step s3, and in step s 4 which, the finger ring exporting variable body from main efferent 57 reads standby performance.
Next, judge whether the form of burr 22 there occurs change in step s 5.When the form of burr 22 there occurs change, turn back in step S2.On the other hand, when the form of burr does not change, step S6 is entered into.
In step s 6, judge whether identifying information acceptance division 55 receives identifying information (whether finger ring condition adjudgement unit 58 judges that variable body finger ring 40A or unique skill finger ring 40B is proximity state).When receiving identifying information (finger ring condition adjudgement unit 58 judges that variable body finger ring 40A or unique skill finger ring 40B is the situation of proximity state), enter into step S7.On the other hand, when not receiving identifying information, turn back in step S4.
In the step s 7, identifying information judging unit 61 is utilized to judge the kind of the identifying information that identifying information acceptance division 55 receives.When judging that identifying information is the information belonging to the 1st group, in step S8, storage device be stored in the overriding of this identifying information, and enter into step S9.On the other hand, when judging that identifying information is the information belonging to the 2nd group, master control part 51 with from performance storage part 52 read the 1st metamorphosis indication information and export the 1st metamorphosis instruction mode control main efferent 57, then turn back in step S4.Such as, as the 1st metamorphosis instruction, export " being inverted (reverse side) " such sound from the pars stridulans 65 of main efferent 57.Thus, user notices that the form of burr 22 is not unique skill form but variable body form.
In step S9, from performance storage part 52, read the corresponding with the identifying information of variable body finger ring 40A the 1st perform information, read the mode of performing (the 1st performs) with the finger ring exporting variable body based on the 1st performance information of this reading and control main efferent 57.Such as, when the identifying information that identifying information acceptance division 55 receives is the information comprising emitting red light, main efferent 57 makes pars stridulans 65 send sound such as " exhale (fire), exhale (fire), exhale (fire) ", and sends red light from illuminating part 27.Now, variable body finger ring 40A is also by sending identical red light from illuminating part 43A, and the luminescence can carrying out variable body finger ring 40A is just as moving to the performance bracelet 20.
In step s 11, judge whether identifying information acceptance division 55 does not receive identifying information (whether finger ring condition adjudgement unit 58 judges that variable body finger ring 40A leaves) again.When not receiving identifying information again (when finger ring condition adjudgement unit 58 judges that variable body finger ring 40A leaves), enter into step S12.On the other hand, when receiving identifying information (finger ring condition adjudgement unit 58 judges that variable body finger ring 40A is the situation of proximity state), turn back in step S9, the finger ring again exporting variable body reads performance.That is, master control part 51 is during finger ring condition adjudgement unit 58 judges that variable body finger ring 40A is proximity state, and the mode reading performance (the 1st performance) with the finger ring repeating to export variable body controls main efferent 57.
In step s 12, export the variable body corresponding with the identifying information of variable body finger ring 40A from main efferent 57 to perform (the 2nd performs).Namely, when finger ring condition adjudgement unit 58 is judged to cause variable body finger ring 40A to leave because of the action of user in the output procedure of the finger ring reading performance (the 1st performance) of variable body, to read variable body performance information (the 2nd performance information) from performance storage part 52, and control main efferent 57 (with reference to Figure 10 (a)) based on the mode that the variable body performance information (the 2nd performance information) of this reading exports variable body performance (the 2nd performance).Such as, as variable body performance, except sending except " PLEASE " such sound from pars stridulans 65, the pars stridulans 65 corresponding with identifying information and the performance of illuminating part 27 is also carried out.
Next, in step s 13, stop sending request signal from request signal sending part 53, in step S14, whether there occurs change according to the pressed state of microswitch 35L, 35R form judging burr 22 that whether changes.When the form of burr 22 there occurs change (when the microswitch be pressed no longer is pressed), turn back in step S2.On the other hand, when the form of burr 22 does not change (microswitch be pressed continues situation about being pressed), again judge whether the form of burr 22 there occurs change.
In step s 2, when burr 22 is unique skill form, enter into step S15 (with reference to Fig. 9).In addition, in step s 2, when burr 22 is not arbitrary form of variable body form and unique skill form (situation that all microswitches are not all pressed), enters into step S16, again judge whether the form of burr 22 there occurs change.When burr 22 is changing into variable body form, enter into step S3.In addition, when burr 22 is changing into unique skill form, step S15 (with reference to Fig. 9) is entered into.In addition, when the form of burr 22 does not change, again judge whether the form of burr 22 there occurs change.
As shown in Figure 9, in step S15, from request signal sending part 53, send request signal, in step S17, the finger ring exporting unique skill from main efferent 57 reads standby performance.
Next, in step S18, judge whether the form of burr 22 there occurs change.When the form of burr 22 there occurs change, in step S19, remove the identifying information of the variable body finger ring 40A stored in storage device.On the other hand, when the form of burr 22 does not change, step S20 is entered into.
In step S20, judge whether identifying information acceptance division 55 receives identifying information (whether finger ring condition adjudgement unit 58 judges that variable body finger ring 40A or unique skill finger ring 40B is proximity state).When receiving identifying information (finger ring condition adjudgement unit 58 judges that variable body finger ring 40A or unique skill finger ring 40B is the situation of proximity state), enter into step S21.On the other hand, when not receiving identifying information, turn back in step S17.
In the step s 21, identifying information judging unit 61 is utilized to judge the kind of the identifying information that identifying information acceptance division 55 receives.When judging that identifying information is the information belonging to the 2nd group, enter into step S22.On the other hand, when judging that identifying information is the information belonging to the 1st group, exporting the 2nd metamorphosis instruction from main efferent 57 in step S23, and turning back in step S17.Such as, as the 2nd metamorphosis instruction, send " being inverted (reverse side) " such sound from the pars stridulans 65 of main efferent 57.Thus, user notices that the form of burr 22 is not variable body form but unique skill form.In addition, in present embodiment, the 1st metamorphosis instruction and the instruction of the 2nd metamorphosis are " inversion " such sound, but as purport of the present invention, the 1st metamorphosis instruction both can be identical with the 2nd metamorphosis instruction, can certainly be different.
In step S22, the finger ring exporting the unique skill corresponding with the identifying information of unique skill finger ring 40B from main efferent 57 reads to be performed (the 1st performs).
Next, in step s 24 which, judge whether identifying information acceptance division 55 does not receive identifying information (whether finger ring condition adjudgement unit 58 judges that unique skill finger ring 40B leaves) again.When not receiving identifying information again (finger ring condition adjudgement unit 58 judges the situation that unique skill finger ring 40B has left), enter into step S25.On the other hand, when receiving identifying information (finger ring condition adjudgement unit 58 judges that unique skill finger ring 40B is the situation of proximity state), turn back in step S22, the finger ring again exporting unique skill reads performance.That is, master control part 51 is during finger ring condition adjudgement unit 58 judges that unique skill finger ring 40B is proximity state, and the mode reading performance (the 1st performance) with the finger ring repeating unique skill controls main efferent 57.
In step s 25, judge whether the identifying information of variable body finger ring 40A stores.When the identifying information of variable body finger ring 40A stores, enter into step S26.On the other hand, when the identifying information of variable body finger ring 40A does not store, export the common unique skill corresponding with the identifying information of unique skill finger ring 40B from main efferent 57 in step S28 and perform.Namely, as shown in Figure 10 (b), when finger ring condition adjudgement unit 58 is judged to cause unique skill finger ring 40B to leave because of the action of user in the output procedure of the finger ring reading performance (the 1st performance) of unique skill, to read unique skill performance information (the 2nd performance information) from performance storage part 52, and control main efferent 57 based on the mode that the unique skill performance information (the 2nd performance information) of this reading exports unique skill performance (the 2nd performance, the performance of this situation common unique skill).
In step S26, judge whether the identifying information of unique skill finger ring 40B and the identifying information of variable body finger ring 40A are particular combination.When the identifying information of unique skill finger ring 40B and the identifying information of variable body finger ring 40A are particular combination, export the special unique skill performance corresponding with particular combination from main efferent 57.Namely, as shown in Figure 10 (b), when finger ring condition adjudgement unit 58 is judged to cause unique skill finger ring 40B to leave because of the action of user in the output procedure of the finger ring reading performance (the 1st performance) of unique skill, to read unique skill performance information (the 2nd performance information) from performance storage part 52 and to control main efferent 57 based on the mode that the unique skill performance information (the 2nd performance information) of this reading exports unique skill performance (under the 2nd performance, this situation, special unique skill performance).On the other hand, when the identifying information of unique skill finger ring 40B and the identifying information of variable body finger ring 40A are not particular combination, enter into step S28, export the performance of common unique skill from main efferent 57.Namely, as shown in Figure 10 (b), when finger ring condition adjudgement unit 58 judge the finger ring of unique skill read cause unique skill finger ring 40B to leave because of the action of user in the output procedure of performance (the 1st performance) time, to read unique skill performance information (the 2nd performance information) from performance storage part 52 and to control main efferent 57 based on the mode that the unique skill performance information (the 2nd performance information) of this reading exports unique skill performance (for common unique skill performance under the 2nd performance, this situation).
In the performance of common unique skill, such as, carry out sound such to " PLEASE ", the performance that combines based on the common unique skill performance of the identifying information of unique skill finger ring 40B.Such as, in contrast, in special unique skill performance, carry out " good! " such sound and the performance that combines based on the special unique skill performance of the identifying information of unique skill finger ring 40B.Or, can carry out " excellent as special unique skill performance! " such sound and the performance that combines based on other special unique skill performances of the identifying information of unique skill finger ring 40B.And perform as special unique skill, can also carry out will be " the most excellent! " such sound and the performance that combines based on another special unique skill performance of the identifying information of unique skill finger ring 40B.Like this, store the combination of the identifying information of variable body finger ring 40A in the storage device based on unique skill with the identifying information of finger ring 40B and insertion recently, the performance of various unique skill can be obtained.
In step S29, stop sending request signal from request signal sending part 53, judge whether the form of burr 22 there occurs change in step s 30.When the form of burr 22 there occurs change, in step S31, remove the identifying information of the variable body finger ring 40A of storage, turn back to (with reference to Fig. 8) in step S2.On the other hand, when the form of burr 22 does not change, again judge whether the form of burr 22 there occurs change.
(effect of action response toy 10)
According to the action response toy 10 of above-described present embodiment, not only variable body finger ring 40A or unique skill finger ring 40B can be made to export performance close to the action response of bracelet 20 with user, variable body finger ring 40A or unique skill finger ring 40B can also be corresponded to afterwards and leave the action of bracelet 20 and export performance.Therefore, the action response toy 10 that the object original with action response toy is more identical can be obtained.
Above, use embodiment to describe the present invention, but the scope of technology of the present invention is not defined in the scope that described embodiment is recorded certainly.It should be understood by those skilled in the art that in described embodiment and can apply diversified change or improvement.In addition, the form be applied with after this change or improvement is also contained in technical scope of the present invention, and this point can understand according to the record of claim.
Such as, in embodiments, main toy body and secondary toy body are by bracelet 20 and finger ring 40A respectively, 40B is formed, such as, but main toy body of the present invention and secondary toy body also can be the toy bodies beyond bracelet and finger ring, main toy body, secondary toy body all can be set to shape, size, the weight that can hold with a hand.
As other examples, in Figure 11, represent the situation main toy body being set to gun shaped toy 220, in Figure 12, represent that just main toy body is set to the situation of sword type toy 320.When main toy body is set to gun shaped toy 220, is provided with the shape portion 222 of simulation people left hand on small of the stock top, in this shape portion 222, is provided with request signal sending part and the identifying information acceptance division of main toy body.Namely, that user's finger is dressed finger ring 40A, 40B of Contact Pair toy body holds shape portion 222, thus the identifying information of finger ring 40A, 40B is received by identifying information acceptance division, now finger ring condition adjudgement unit judges finger ring 40A, 40B are close to gun shaped toy 220, export the 1st and perform in the same manner as described embodiment.Then, user leaves shape portion 222, and identifying information acceptance division no longer receives the identifying information of finger ring 40A, 40B, then finger ring condition adjudgement unit judges finger ring 40A, 40B leave from gun shaped toy 220, exports the 2nd and perform in the same manner as described embodiment.
In addition, when main toy body being set to sword type toy 320, between shank portion and sword part, being provided with the shape portion 322 of simulation people left hand, in this shape portion 322, being provided with request signal sending part and the identifying information acceptance division of main toy body.Namely, that user's finger is dressed finger ring 40A, 40B of Contact Pair toy body holds shape portion 322, the identifying information of finger ring 40A, 40B is received by identifying information acceptance division, now finger ring condition adjudgement unit judges finger ring 40A, 40B are close to sword type toy 320, export the 1st and perform in the same manner as described embodiment.Then, user leaves shape portion 322, and identifying information acceptance division no longer receives the identifying information of finger ring 40A, 40B, and finger ring condition adjudgement unit judges finger ring 40A, 40B leave sword type toy 320, export the 2nd and perform in the same manner as described embodiment.
In a word, as long as be configured to dress to user's health or user can grip and can the action of the corresponding user dressed or grip and close to each other/toy body of leaving, then the formation of main toy body, secondary toy body is any.

Claims (11)

1. an action response toy, is characterized in that:
Be configured to have main toy body and secondary toy body, described main toy body and described secondary toy body are wearable respectively to be gripped to user's health or by user, and can the corresponding user dressed or grip action and close to each other/leave;
Described main toy body has master control part, exports the main efferent of the performance of at least one party of luminescence and sounding and stores the performance storage part that the 1st performance information and the 2nd performs information,
Described master control part has condition adjudgement unit, and this condition adjudgement unit can judge that described secondary toy body is that proximity state still leaves state relative to described main toy body,
Described master control part is when to go out described secondary toy body be proximity state to described condition adjudgement unit judges, to read described 1st performance information from described performance storage part, and control described main efferent based on the mode of the 1st performance information output the 1st performance of this reading, on the other hand, when the action gone out because of user of described condition adjudgement unit judges causes described secondary toy body for leaving state, to read described 2nd performance information from described performance storage part, and control described main efferent based on the mode of the 2nd performance information output the 2nd performance of this reading.
2. action response toy according to claim 1, is characterized in that:
Described secondary toy body have sub-control portion, can with the receiving and transmitting part of outside receiving and transmitting signal and the identifying information storage part of identifying information that store the classification for identifying described secondary toy body,
Described main toy body has: request signal sending part, can send request signal to described receiving and transmitting part, and this request signal is used for inquiring described identifying information to the described secondary toy body in particular range; And identifying information acceptance division, the described identifying information sent from described receiving and transmitting part can be received;
Receive described request signal corresponding to described receiving and transmitting part, described sub-control portion reads described identifying information from described identifying information storage part, and the identifying information of this reading is sent to described identifying information acceptance division from described receiving and transmitting part;
If described identifying information acceptance division receives described identifying information, described secondary toy body is had to be proximity state in particular range described in described condition adjudgement unit judges, if and the described identifying information that described identifying information acceptance division receives does not receive again, then described in described condition adjudgement unit judges, secondary toy body has left described particular range.
3. action response toy according to claim 2, is characterized in that:
Described secondary toy body has the secondary efferent of the pair performance of at least one party exporting luminous and sounding,
Receive described request signal corresponding to described receiving and transmitting part, described sub-control portion controls described secondary efferent in the mode exporting secondary performance.
4. action response toy according to claim 3, is characterized in that:
The information making described main efferent carry out luminous performance is comprised in described 1st performance information,
In described performance storage part by described main efferent described luminescence performance time illuminant colour different multiple described 1st performance information association store in described each identifying information,
Luminous performance is comprised in described pair performance, and
The illuminant colour when luminescence of described pair performance is performed is and the color of described 1st illuminant colour performed with colour system being associated with described each identifying information.
5. action response toy according to claim 1 and 2, is characterized in that:
Described main toy body has the belt portion for being entangled on user's health,
Described secondary toy body has for dressing to the wearing portion on user's finger.
6. action response toy according to claim 1 and 2, is characterized in that:
Described main toy body is the gun shaped toy that user can grip,
Described secondary toy body has for dressing to the wearing portion on user's finger.
7. action response toy according to claim 1 and 2, is characterized in that:
Described main toy body is the sword type toy that user can grip,
Described secondary toy body has for dressing to the wearing portion on user's finger.
8. action response toy according to claim 2, is characterized in that:
Described main toy body can between the 1st form and the 2nd form reversibly change shape, and there is the Morphology observation portion detected and be in which form of described 1st form and described 2nd form,
The 1st metamorphosis indication information and the 2nd metamorphosis indication information is store in described performance storage part, described 1st metamorphosis indication information is used for exporting from described main efferent reminding the form of main toy body described in user to become the 1st metamorphosis instruction of described 2nd form from described 1st metamorphosis, described 2nd metamorphosis indication information is used for exporting from described main efferent reminding the form of main toy body described in user to become the 2nd metamorphosis instruction of described 1st form from described 2nd metamorphosis
Described master control part has identifying information judging unit, and this identifying information judging unit judges that the described identifying information that described identifying information acceptance division receives belongs to the information of the 1st group or belongs to the information of the 2nd group,
Described master control part is when described Morphology observation portion detects that described main toy body is described 1st form, when the described identifying information utilizing described identifying information judging unit to judge that described identifying information acceptance division receives is the information belonging to described 1st group, during described in described condition adjudgement unit judges, secondary toy body is proximity state, described main efferent is controlled in the mode of carrying out described 1st performance, on the other hand, when described identifying information judging unit judges that the described identifying information received by described identifying information acceptance division is the information belonging to described 2nd group, to read described 1st metamorphosis indication information from described performance storage part and the mode exporting described 1st metamorphosis instruction controls described main efferent,
And, described master control part is when described Morphology observation portion detects that described main toy body is described 2nd form, when described identifying information judging unit judges that the described identifying information that described identifying information acceptance division receives is the information belonging to described 2nd group, during described in described condition adjudgement unit judges, secondary toy body is proximity state, described main efferent is controlled in the mode of carrying out described 1st performance, on the other hand, when described identifying information judging unit judges that the described identifying information that described identifying information acceptance division receives is the information belonging to described 1st group, to read described 2nd metamorphosis indication information from described performance storage part and the mode exporting described 2nd metamorphosis instruction controls described main efferent.
9. a toy body, can use as the secondary toy body of the action response toy described in claim arbitrary in claim 1 to 8.
10. toy body according to claim 9, is characterized in that:
The shape of described toy body has ornamental portion and the shape for dressing the finger ring to the wearing portion on user's finger.
11. toy bodies according to claim 10, is characterized in that:
It is multiple that described wearing portion has prepared to vary in size, and removably can load and unload relative to described ornamental portion.
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KR101526664B1 (en) 2015-06-05
TW201406435A (en) 2014-02-16
KR20140001108A (en) 2014-01-06
HK1188581A1 (en) 2014-05-09
CN103316489B (en) 2015-07-22
JP2014004263A (en) 2014-01-16
JP5122014B1 (en) 2013-01-16
CN104941215B (en) 2017-08-18
JP6068923B2 (en) 2017-01-25
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CN103316489A (en) 2013-09-25
TWI473639B (en) 2015-02-21

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