CN103480159A - Toy building system - Google Patents
Toy building system Download PDFInfo
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- CN103480159A CN103480159A CN201310457056.5A CN201310457056A CN103480159A CN 103480159 A CN103480159 A CN 103480159A CN 201310457056 A CN201310457056 A CN 201310457056A CN 103480159 A CN103480159 A CN 103480159A
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Abstract
The invention discloses a toy building system which comprises a plurality of infrared locating frames which are connected in a separable mode. Each infrared locating frame comprises an MCU, a feedback device and a communication contact. The MCUs of the infrared locating frames obtain locating information of the infrared locating frames and control the feedback devices to carry out corresponding feedback according to control information which is programmed in advance or in an on-line mode. The infrared locating frames can achieve transmission and cooperation of the locating information and/or the control information through the communication contacts. The playability and the interaction effect of the toy building system can be enhanced.
Description
Technical field
The present invention relates to a kind of formation function system, relate in particular to a kind of toy building system with infrared positioning function frame.
Background technology
The toy building constructing system is as fashionable structure toy for a long time for people know, and simple building blocks have just strengthened playability after adding specific outward appearance and electronic device, have also developed player's creativity in the process of amusement.By the various forms of communications between different parts, these combinations make toy have more playability, novelty and creativeness.
Patent 200580036037 has provided a kind of toy building system of function bricks, the coupling that allows the user to pass through in the process of toy between structural member realizes building, and has strengthened the playability of traditional block toy.
This system comprises that one or more sensors build element or one or more logic builds element or one or more formation function element, and they all have coupling device so that they and toy building system are compatible.Each formation function element has the function element that is suitable for carrying out pre-configured function, and the energy of energy is provided for the function element to carrying out function, and the response external mechanical activator function element that moves to set out is carried out the trigger of function.Sensor builds element and is suitable for response external physical event output mechanical pick-up device structure element output action in the output of sensor structure element.Logic builds element and is suitable for the action of response external mechanical activator with to outside mechanical activator action executing logic function, and builds output in element output in logic and build the element output action as the logic of the result of the logic function to outside mechanical activator action executing.Formation function element trigger response logic builds the element output action and is suitable for response logic structure element output action carries out pre-configured function.The coupling device of this toy building system comprises projection and is suitable for holding in the mode of frictional engagement the cavity of projection.But also can use the coupling device of other types.
Yet each logic structure same time of element of this system can only be stored a kind of logic, and the touch controllable function form is simple, on interactivity and playability, has limitation.
Summary of the invention
The technical problem to be solved in the present invention is, the playability and the interaction effect that provide a kind of toy building system can strengthen toy building system.The present invention relates to a kind of toy building system of introducing infrared location, this toy building system comprises: a plurality of infrared posting of interconnected structure releasedly, each described infrared posting comprises MCU, feedback device and communication contact, the MCU of each described infrared posting obtains the locating information generated by the infrared tube array, and control described feedback device according to the control information of programming or online programming in advance and feed back accordingly, and described a plurality of infrared posting can be realized by described communication contact transmission and the cooperation of locating information and/or control information.
Each infrared posting has according to the programming setting touch locates and carries out different acousto-optic-electrics and the function of logical response, and can be combined into different logical response results by the communication of building between the Different Logic relation.Single infrared posting possesses the function of carrying out perceived position simultaneously and carrying out the acousto-optic-electric response.Can be coupled by physical characteristics such as magnetic absorptions between a plurality of infrared postings, also can be realized by the mechanical couplings between frame.
Concrete, each infrared posting has the function of independent operating, generate and to have the physical feedback such as sound, light, the signal of telecommunication, vibrations by feedback device such as color LED, loudspeaker, bluetooth, radio circuit, micromotors in inside, described feedback device can be controlled by programming or mode online programming in advance.Illustrate, can set or control by the locating information to Different Red outside fix frame and carry out different sound or photochromic color feedback, to reach independently entertainment effect.
Simultaneously, between a plurality of infrared postings, also can realize communication and cooperate by communication contact, make single described infrared posting all become one of composition of a cpu.These can pass through programming in advance, online programming or control and realize.
While in infrared posting internal database, having stored corresponding multiple different locating information, it is multi-form that the feedback device such as acousto-optic-electric equipment should show, and realizes the effect of photoelectricity interaction; And locating information can come from outside support body, outside programming device, the user can make its variation various by the reprograming of the reconfiguring of a plurality of frameworks, in house software, and has more playability.In specific situation, native system also has the function of carrying out communication with external electronic device, to realize the effect of programming or On-line Control.
The infrared positioning function of described infrared posting includes but not limited to the positioning function on plane or space.The present invention generally is applied to have the toy building system that builds element, and this system has recombination function releasedly.In force, infrared posting is combined by the location in He space, its plane, and its device specification has standardized specification so that different batches embodiment can be compatible.
The present invention is the class belonged to constructing system, creates a novel toy building system on the combination of or difform infrared posting identical at one or more, and this system has strengthened playability and the interaction effect of toy building constructing system.
The accompanying drawing explanation
Fig. 1 is the structural representation of the toy building system of an embodiment of the present invention;
Fig. 2 is the structural representation of the infrared posting of the toy building system shown in Fig. 1;
Fig. 3 is the side structure schematic diagram of the infrared posting shown in Fig. 2;
Fig. 4 ~ 5th, the infrared posting shown in Fig. 2 obtains the principle schematic of locating information by the infrared tube array;
Fig. 6 is the structural representation of embodiment of the communication contact of the infrared posting shown in Fig. 2;
Fig. 7 is a kind of type of attachment schematic diagram between the infrared posting shown in Fig. 2;
Fig. 8 is the structural representation of the toy building system of the another kind of embodiment of the present invention;
Fig. 9 is the specific embodiment schematic diagram of the toy building system shown in Fig. 1 or Fig. 8;
Figure 10 is a kind of playing method embodiment schematic diagram of toy building system of the present invention;
Figure 11 is the another kind of playing method embodiment of toy building system of the present invention schematic diagram.
The specific embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing, the present invention is described in further detail.
Fig. 1 is the structural relation schematic diagram of the toy building system of a kind of embodiment of the present invention.As shown in Figure 1, the toy building system of the present embodiment comprises a plurality of infrared posting 1 of interconnected structure releasedly, and each infrared posting 1 comprises MCU2, feedback device 3 and communication contact 5.Wherein said feedback device 3 can comprise loudspeaker, LED, bluetooth, radio circuit and/or micro-vibration machine, described MCU2 obtains the locating information that infrared tube array 8 generates, and controls described feedback device 2 according to the control information of programming or online programming in advance and feed back accordingly.For described each infrared posting 1, can realize locating information and/or control information transmission and cooperate by the infrared posting 1 of described communication contact 5 and other.
Described control information shows as: when the MCU of arbitrary described infrared posting obtains different locating information, the feedback device of controlling/cooperate at least one infrared posting carry out different single/the combination feedback.
Each described infrared posting 1 also comprises power contact 6, and the MCU2 of each described infrared posting 1 connects independent current source by described power contact 6.Certainly, understandable, as apolegamy, the MCU2 of each described infrared posting 1 can directly be connected with independent current source, and does not need to realize by power contact 6.In addition, each described infrared posting 1 also realizes that by described communication contact 5 electric energy is shared.
Each described infrared posting 1 also comprises at least one external contact 7, and described external contact 7 is for connecting external equipment.Each described infrared posting 1 receives the control information of programming in advance of described external equipment 7 transmissions or online programming and/or sends locating information and/or feedback informations to described external equipment 7 by described external contact 7.Described external equipment 7 is including, but not limited to mobile phone, panel computer and the PC of online DLL is provided.External contact 7 is connected with MCU, with by external electronic device, and as bluetooth module, online programming serial ports etc., the compiler provided is upgraded into MCU or is upgraded into database.
Each described infrared posting 1 also comprises the database 4 be connected with described MCU2, and described database 4 is for storing the described control information of programming in advance.
Understandable, the shape of each described infrared posting is including, but not limited to any frame type device with parallel construction.Described a plurality of infrared posting toy building system of interconnected structure releasedly can be plane or three-dimensional space system
Concrete, Fig. 2 ~ 3 are depicted as the concrete structure schematic diagram of an infrared posting 1 shown in Fig. 1.The infrared posting 1 of the present embodiment is frame type structure, and the framework of infrared posting 1 consists of optical material.Comprise circuit main board 11 in the framework of infrared posting 1, described MCU2 is welded on described circuit main board 11.Described circuit main board 11 is provided with described infrared tube array 8, but understandable, described infrared tube array 8 also can directly not weld on described circuit main board 11, and can be arranged on any position in infrared posting 1, and is connected with the MCU2 on described circuit main board 11 by wire.In the present embodiment, described infrared tube array 8 is located at a side of circuit main board 11, and is connected with MCU2 by wire.
In addition, in the present embodiment, the described feedback device 3 shown comprises that loudspeaker 10 and color LED 9(are not limited to these two kinds certainly), same, described loudspeaker 10 and color LED 9 can directly weld on described circuit main board 11, also can be arranged on any position in infrared posting 1, and be connected with the MCU2 on described circuit main board 11 by wire.The setting position of described loudspeaker 10 and color LED 9 depends on leaded light performance and outer casing mold, described loudspeaker 10 and color LED 9 are positioned over circuit main board 11 opposite sides in the present embodiment, and described color LED 9 is distributed in inner four jiaos of the framework of described infrared posting 1.Described MCU2 is according to the locating information of obtaining and described color LED 9 is controlled in control information and described loudspeaker 10 are made corresponding feedback.
In conjunction with Fig. 4 and Fig. 5, how the infrared posting 1 that specifically describes the present embodiment obtains locating information by described infrared tube array 8.Having infrared location send and receive device 12(on the framework of infrared posting 1 consists of infrared tube array 8), form infrared position line 13 between infrared location send and receive device 12.Locate or the modes such as pipe blocking-up location are realized the infrared location in plane or space by distance, this is the underlying dimension of this constructing system.As shown in Figure 5, infrared location array 8 is distributed in the framework surrounding of infrared posting 1, according to the principle of infrared partition, positions a little 14 position judgment, and its precision is determined by infrared location array 8.Calculate blocking position (X, Y) afterwards, MCU2 advances judgement according to its position and function correspondence database, by (X, Y) coordinate transformation, is different LED color and sound feedback.As according to (X, Y), by specific account form, drawn (R, G, B) the different accountings at different (X, Y) coordinate time LED colors, or the tone color of loudspeaker and tone.
In the present embodiment, each described infrared posting 1 contains one or more described communication contacts 5.Same, described communication contact 5 can directly weld on described circuit main board 11, also can be arranged on any position in infrared posting 1, and be connected with the MCU2 on described circuit main board 11 by wire.In the present embodiment, each described infrared posting 1 is provided with a plurality of described communication contacts 5 in the surrounding of framework.A plurality of communication contacts are distributed in the framework surrounding, and its function is identical, facilitate so infrared posting and a plurality of other infrared postings 1 to communicate.
In addition, the communication contact 5 of a plurality of infrared postings 1 can connect to realize information transmission and cooperation each other by direct contact or by wire.Wherein, described direct contact can realize by coupled modes, and described coupled modes comprise mechanical couplings and/or physical coupling.Described physical coupling comprises magnetic absorption.As shown in Figure 6, be the concrete structure of a kind of preferred communication contact 5 of the present embodiment.Described communication contact 5 comprises magnetic fixing point 15 and hard contact 16, and described constructing system can realize that electric energy is shared and information communication by described hard contact 16.Described
Fig. 7 is a kind of type of attachment schematic diagram between each infrared posting of the present invention.As another type of attachment that is different from direct contact, framework can connect by wire (being that communication contact 5 between infrared posting can be realized connecting by wire).The form of connecting interface can be designed according to Fig. 6, and function is identical with it.As a kind of general-purpose interface of definition, can also carry out the expansion of function by external other sensors of this interface, electric power source pair of module system.
With reference to figure 8, it is the toy building system of another kind of embodiment of the present invention.Different from the toy building system shown in Fig. 1, when a plurality of infrared posting 1 of the present embodiment forms the combination framework, one in described a plurality of infrared postings 1 is the infrared posting 1a of master control, and remaining is controlled infrared posting.The infrared posting 1a of described master control comprises at least one external contact 7, for connecting external equipment.Described controlled infrared posting 1 is communicated by letter by the infrared posting 1a of communication contact 5 and described master control, thereby receive from the control information of described external equipment and/or send feedback information in addition to described external equipment, the infrared posting 1a of described master control also comprises the independent current source (or connecting independent current source by power contact 6) be connected with its MCU, and described controlled infrared posting 1 realizes that with the infrared posting 1a of described master control electric energy is shared by communication contact 5.That is to say, except the infrared posting 1a of master control, other controlled infrared posting 1 does not comprise external contact 7 and power contact 6, other controlled infrared posting 1 is communicated by letter by the infrared posting 1a of communication contact 5 and described master control, thus the sharing and receive external equipment/to external equipment transmission information etc. of the transmission of the locating information of realization and/or control information and cooperation, electric energy.Fig. 9 is constructing system embodiment schematic diagram of the present invention.Constructing system of the present invention is plane or three-dimensional space system, and in the present embodiment, infrared posting combination framework becomes the planar system structure.Wherein 1. ~ 6. infrared posting is reciprocity form, and as most basic toy effect, the infrared posting be stitched together is realized communication function each other in the mode directly contacted.In the process of the information of transmission, each independent information has all comprised the product code numbering of information source, the component information that can control for other infrared postings.The positional information that each independent infrared posting produces is shared between each infrared posting, and other infrared postings can, by the MCU communication of hard contact and other infrared postings, be realized the function of indirectly controlling.And, meanwhile, when an infrared posting obtains a location point (X, Y), can realize the interaction of whole constructing system.As by judgement (X, Y) coordinate points, derived from which infrared posting, and whole constructing system is showed different colors.Therefore, can judge by the communication between port the state of each infrared posting, make its LED color there is with the loudspeaker music interaction function of series connection.As, can make whole constructing system realize ticker functionality by this design.
Figure 10 is a kind of playing method embodiment schematic diagram of constructing system of the present invention.The player is thrown throwing body 20, and when described throwing body 20 through combination framework 19 time, which framework what constructing system can judge that described throwing body 20 passes is, and shows accordingly the music that different colors is different with broadcasting.Described throwing body 20 be not limited to any can be through the opaque article of framework.
Figure 11 is a kind of playing method embodiment schematic diagram of constructing system of the present invention.As shown in figure 11, playing method another kind of and external communication is, infrared posting 1. and infrared posting 2. between by wire form the combination framework, 1. wherein said infrared posting is the infrared posting of master control, 2. described infrared posting is controlled infrared posting, after the hard contact connection upper bluetooth module 21 as external contact of combination framework by the infrared posting of described master control, the combo box body can be controlled by this module and the outside external equipment 22 with bluetooth module, the user can pass through the feedback of this device definition framework in different locating information situations, perhaps directly control the internal unit of framework.Similar playing method, after bluetooth module 21 is updated to programming module, just can realize and control, the online programming of PC by wire rod.It is to be noted, when a plurality of frameworks are combined, controlled infrared posting not directly and PERCOM peripheral communication, but is sent to all information by communication contact the infrared posting of described master control be connected with outside, then by the infrared posting of described master control and external communication realization.
Above disclosed is only a kind of preferred embodiment of the present invention, certainly can not limit with this interest field of the present invention, and the equivalent variations of therefore doing according to the claims in the present invention, still belong to the scope that the present invention is contained.
Claims (12)
1. a toy building system, it is characterized in that, comprise a plurality of infrared posting of interconnected structure releasedly, each described infrared posting comprises MCU, feedback device and communication contact, the MCU of each described infrared posting obtains the locating information of infrared posting, and control described feedback device according to the control information of programming or online programming in advance and feed back accordingly, and described a plurality of infrared posting can be realized by described communication contact transmission and the cooperation of locating information and/or control information.
2. according to the toy building system of claim 1, it is characterized in that, each described infrared positioning function frame comprises a pair of or above infrared tube array, can generate described locating information to the touch-control action; Each described infrared posting obtains the mode of described locating information from any object that can block infrared signal, and described object includes but not limited to human body, toy fittings independently.
3. according to the toy building system of claim 1, it is characterized in that, described feedback device comprises loudspeaker, LED, bluetooth, radio circuit and/or micro-vibration machine, and described MCU controls described LED, loudspeaker, bluetooth, radio circuit and/or micro-vibration machine according to locating information and control information and carries out corresponding sound, light, signal and/or vibrational feedback.
4. according to the toy building system of claim 1, it is characterized in that, the communication contact of each described infrared posting can connect to realize information transmission and cooperation each other by direct contact or by wire; Described direct contact can realize by coupled modes, and described coupled modes comprise mechanical couplings and/or physical coupling; Described physical coupling comprises magnetic absorption.
5. according to the toy building system of claim 1, it is characterized in that, the shape of each described infrared posting is including, but not limited to any frame type device with parallel construction; Described a plurality of infrared posting toy building system of interconnected structure releasedly can be plane or three-dimensional space system.
6. according to the toy building system of claim 1, it is characterized in that, each described infrared posting also comprises at least one external contact, and described external contact is for connecting external equipment; Each described infrared posting receives the control information of programming in advance of described external equipment transmission or online programming and/or sends locating information and/or feedback information to described external equipment by described external contact; Described external equipment is including, but not limited to mobile phone, panel computer and the PC of online DLL is provided.
7. according to the toy building system of claim 1, it is characterized in that, each described infrared posting also comprises power contact, and the MCU of each described infrared posting connects independent current source or directly connects independent current source by described power contact; Each described infrared posting also realizes that by described communication contact electric energy is shared.
8. according to the toy building system of claim 1, it is characterized in that, each described infrared posting also comprises the database be connected with described MCU, and described database is for storing the described control information of programming in advance.
9. according to the toy building system of claim 1, it is characterized in that, one in described a plurality of infrared postings is the infrared posting of master control, and remaining is controlled infrared posting, the infrared posting of described master control comprises at least one external contact, for connecting external equipment; Described controlled infrared posting is communicated by letter with the infrared posting of described master control by described communication contact, thereby receives from the control information of described external equipment and/or send feedback information to described external equipment.
10. according to the toy building system of claim 9, it is characterized in that, the infrared posting of described master control also comprises the independent current source be connected with its MCU, and described controlled infrared posting realizes that by described communication contact and the infrared posting of described master control electric energy is shared.
11., according to the toy building system of claim 1, described control information shows as: when the MCU of arbitrary described infrared posting obtains different locating information, the feedback device of controlling/cooperate at least one infrared posting carry out different single/the combination feedback.
12. the toy building system according to claim 1, each described infrared posting contains one or more described communication contacts, described communication contact comprises magnetic fixing point and hard contact, and described constructing system can realize that electric energy is shared and information communication by described hard contact.
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| CN201310457056.5A CN103480159B (en) | 2013-09-30 | 2013-09-30 | toy building system |
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| CN201310457056.5A CN103480159B (en) | 2013-09-30 | 2013-09-30 | toy building system |
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| CN103480159B CN103480159B (en) | 2015-12-02 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2017036994A1 (en) * | 2015-08-31 | 2017-03-09 | Stephan Müller | Plastic toy brick having electrical contacts for electronically determining the position of said toy brick in the installed state and method for producing said toy brick |
| CH711480A1 (en) * | 2015-08-31 | 2017-03-15 | Müller Stephan | <TITLE> Plastic toy block with electrical contacts for the electronic determination of its position in the installed state and method for its manufacture. |
| CN110298976A (en) * | 2018-09-06 | 2019-10-01 | 深圳来电科技有限公司 | The charging module of mobile power source leased equipment and its data transmission method between mobile power source |
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| CN110298976A (en) * | 2018-09-06 | 2019-10-01 | 深圳来电科技有限公司 | The charging module of mobile power source leased equipment and its data transmission method between mobile power source |
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