WO2016145699A1 - 新型组合轨道玩具 - Google Patents

新型组合轨道玩具 Download PDF

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Publication number
WO2016145699A1
WO2016145699A1 PCT/CN2015/076185 CN2015076185W WO2016145699A1 WO 2016145699 A1 WO2016145699 A1 WO 2016145699A1 CN 2015076185 W CN2015076185 W CN 2015076185W WO 2016145699 A1 WO2016145699 A1 WO 2016145699A1
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WIPO (PCT)
Prior art keywords
track
toy
sounding
micro
toy according
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PCT/CN2015/076185
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English (en)
French (fr)
Inventor
练巧忠
Original Assignee
浙江忠协工艺品有限公司
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Application filed by 浙江忠协工艺品有限公司 filed Critical 浙江忠协工艺品有限公司
Publication of WO2016145699A1 publication Critical patent/WO2016145699A1/zh

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Classifications

    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H5/00—Musical or noise- producing devices for additional toy effects other than acoustical
    • A—HUMAN NECESSITIES
    • A63—SPORTS; GAMES; AMUSEMENTS
    • A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
    • A63H19/00—Model railways
    • A63H19/30—Permanent way; Rails; Rail-joint connections

Definitions

  • the present invention relates to the field of toys, and more particularly to a track model that constitutes a toy car, and in particular to a novel combination track toy.
  • Toys generally referred to as items that can be used for play, play toys are often used as a way of teaching and learning in human society.
  • toys There are many kinds of toys, and track toys are one of the toys that can cultivate meticulous hands-on ability, logical thinking ability, hand-eye coordination ability, vision and other abilities. Therefore, it is widely loved by people including children, children, and adolescents.
  • the track toys on the market are generally made of wood, metal or plastic.
  • the other end of the single track unit is provided with a tongue and the other end is provided with a groove, and a plurality of such track units are formed end to end.
  • these track toys their appearance is often designed to simulate the environment in which real vehicles are driven. It is often combined with simulated real road conditions to encounter bridges, mountains, tunnels, stations, houses and other toy modules to achieve more realistic effects.
  • the existing track toys have a major drawback that they cannot simulate the sound and lighting changes of various environments in real road conditions.
  • the present invention solves the above problems in the prior art, and provides a track toy with sounding function that is reasonable in structure, high in cost performance, and more realistic in realizing a driving environment, and meets the diversified needs of the toy market.
  • the novel combined track toy comprises at least two track units which can be connected to each other, and the sound unit, the power source, the sounding element and the power source are arranged in the track unit.
  • a micro-switch that controls the sound-emitting component to obtain a working electrical signal is connected.
  • a number of track units are composed of a set of track toys.
  • the track unit can be made of wood, bamboo or rubber and plastic materials.
  • the track unit can be set in various driving track shapes, such as straight. Lines, turning roads, s-shaped roads, and other road shapes that exist in reality form a set of trajectory tracks that simulate real road conditions.
  • An installation space is arranged in the track unit, and the sounding component and the power source are assembled in the space, and the micro-switch is set at a position that the toy car can touch during driving.
  • Different sounding components are installed in the track unit of different driving tracks, and the corresponding power source is connected, and the micro-switching of the signal of the generating component is turned on and off; when the user is playing, the user's hand is touched or the toy car is placed.
  • Driving on the track unit that constitutes the group of tracks when the toy car travels to the micro-motion switch, the micro-switch is activated to control the sound-emitting element to obtain the working electrical signal to emit the corresponding temperament and sound and light display.
  • the selection of sounding components in the track unit can be assembled according to the requirements of the specific track unit, such as a straight line, a curved route to play some existing popular songs or melody, and other road shapes are different.
  • the chip of the temperament; in the group of track units, all of the sounding components, power supply, micro-switching, or partial mounting can be assembled, so that the toy car can travel differently in different orbital units when the track toy is driven, and can emit different tempos and sounds.
  • Light display available for users to choose from.
  • the sounding component may be a combination of a sounding chip, a speaker (or a buzzer), and the chip may be a conventional sounding chip currently circulating on the market, such as an electronic doorbell, an electronic alarm, a birthday card, and the like.
  • Chips, etc., the chip is available in many models, only need to be matched by the circuit. The structure is not the design point of this scheme, so it will not be described. Among them, the choice of power source can be a button battery or other small and safe portable battery.
  • the micro-action sensitivity is high, the cost is low, and the mechanical contact is used to make the Shaoguan more stable in the application and effectively extend the service life of the product.
  • the size of the micro-switch type can be adaptively selected according to factors such as production cost, service life and rated power of the circuit.
  • the micro-actuator is connected with a contact for transmitting an external force to make the micro-switching switch on or off; the toy car drives on the track unit to the contact ⁇ , so that the micro-switch is turned on, and the control is performed.
  • the sounding component obtains a working electrical signal.
  • the user puts the toy car on the track unit to drive and play, the toy car goes to the micro-switch, touches the contact, so that the micro-switch is turned on, so that the sound-emitting component obtains an electric signal. Issue a temperament.
  • the sounding element is also connected with a delay circuit; the toy car drives away from the contact ⁇ , so that the micro-motion ⁇ is turned off, and the delay circuit controls the sound-emitting element to work in the preset time until it stops.
  • the toy car no longer touches the contact ⁇ , the micro-motion is turned off, and the sound-emitting component is controlled by the delay circuit, and sounds in the preset time to stop, which makes the temperament more coordinated and makes the play more interesting.
  • the user can carefully discern the temperament to achieve the function of exercising audiovisual ability.
  • the track unit is provided with a driving area for the toy car to travel, and the contacts are located on the surface of the running area.
  • This arrangement ensures that the toy car can touch the contact point on the track toy, so that the sounding element can be accurately, quasi-sounding and illuminating.
  • This structure can effectively reduce the processing difficulty and effectively control the production cost.
  • the two sides of the running area on the track unit are provided with blocking portions for preventing the toy car from coming off the traveling track on the track unit. In this way, after playing, it is affected by the blocking part on the track unit.
  • the toy car is more stable on the track toy, and it is not easy to deviate or deviate from the track, prolonging the service life of the product, and the same reduces the derailment of the toy car. Pre-security risks.
  • the track unit is provided with a signal interface disposed in parallel with the sound emitting element.
  • these signal interfaces can provide a new DIY space for the track toy, such as connecting traffic lights, electronic road signs, electric bells and other known electronic components on the interface, and emitting corresponding sound and light to make the whole more realistic and playable. Strong, improve the playfulness of children's users.
  • the signal interface is plugged with any one of a light-emitting element, a display element, and a vibration element, or any combination thereof.
  • the rail unit is provided with a power interface and a power connector.
  • the power sources of the group of track units can be connected, and all or part of all the sounding elements, light-emitting elements, display elements or vibrating elements on the group of track units can be driven by a single battery or by multiple batteries. Flexibility, selectivity and economy are also high, and peers have also improved the diversity of track toy play operations.
  • the track unit has a set of sound transmission holes, and the sound emitting element is located inside the sound transmission hole.
  • micro-motion is replaced by a close-to-close.
  • the structure of the invention is reasonable and simple, and through reasonable arrangement of components such as track unit, sounding element, delay circuit, power supply and micro-switch, the user can play the toy, and the toy car drives to the corresponding
  • the track unit can emit the corresponding temperament and sound and light display, and different tempos and sound and light displays can be heard in different functional areas.
  • children can match the driving track of different driving environments, more realistically simulate the actual driving environment, and greatly cultivate children's meticulous hands-on ability, logical thinking ability, hand-eye coordination ability and audio-visual analysis ability, etc. Cultivate children's common sense of life, entertaining and entertaining. Brief description of the drawing
  • Embodiment 1 is a schematic structural view of Embodiment 1 of the present invention.
  • FIG. 2 is a schematic structural view of a contact position different according to Embodiment 1 of the present invention.
  • Embodiment 1 of the present invention is a schematic cross-sectional structural view of Embodiment 1 of the present invention.
  • FIG. 4 is a block diagram of an electrical connection according to Embodiment 1 of the present invention.
  • the track toy in this embodiment includes at least two track units 1 that can be connected to each other.
  • the track unit 1 is provided with a sounding element 2, a power source 3, a sounding element 2, and a power source 3.
  • a fine-acting switch 4 for controlling the sound-emitting element 2 to obtain an operating electrical signal is also connected.
  • the micro-switch 4 is connected with a contact 4-1 for transmitting an external force to cause the micro-switch 4 to be turned on or off; the toy car a travels on the track unit 1 to the contact 4-1 ⁇ . , the micro-switch 4 is turned on, and the sound-emitting element 2 is controlled to obtain the working electrical signal.
  • the sounding element 2 is also connected with a delay circuit 2-1; the toy car a drives away from the contact 4-1 ⁇ , so that the micro-switch 4 is broken, and the delay circuit 2-1 controls the sounding element 2 in advance Set the work in the room until it stops.
  • the track unit 1 is provided with a travel area 1-1 for the toy car a to travel, and the contact 4-1 is located on the surface of the travel area 1-1.
  • Both sides of the running area 1-1 on the track unit 1 are provided to prevent the toy car from coming off the traveling track on the track unit 1.
  • Blocking section 1-2 are provided to prevent the toy car from coming off the traveling track on the track unit 1.
  • the track unit 1 is provided with a signal interface 5 provided in parallel with the sounding element 2.
  • the signal interface 5 is plugged with any one of the light-emitting element 6, the display element 7, and the vibration element 8, or any combination thereof.
  • the rail unit 1 is provided with a power interface 9, and a power connector 10.
  • the track unit 1 is provided with a set of sound transmission holes 11, and the sound emitting element 2 is located inside the sound transmission hole 11.
  • the toy car a is placed on the track unit 1 that constitutes the group track, and when the toy car a travels to the micro-switch 4, the contact of the micro-switch 4 is touched. It is controlled to obtain the working electrical signal by the sounding element 2 to emit a corresponding temperament. Since there is a signal interface in parallel with the sounding element 2, a plurality of other matching components can be arranged to interface with the signal interface, such as traffic light, street light, optical circuit board and the like, and a vibration component equipped with a vibration warning function can also be connected. After the sounding component is operated, the matching component can give the corresponding signal.
  • the track toy in this embodiment includes at least two track units 1 that can be connected to each other.
  • the track unit 1 is provided with a sounding element 2, a power source 3, and the sounding element 2 is also connected between the power source 3.
  • the sounding element 2 is controlled to obtain a fine movement 4 of the working electrical signal.
  • the micro-switch 4 is replaced by a close to the barrier.

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  • Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • Acoustics & Sound (AREA)
  • Multimedia (AREA)
  • Toys (AREA)

Abstract

一种组合轨道玩具，包括至少两个可相互连接一起的轨道单元（1），轨道单元（1）内设有发声元件（2）、电源（3），发声元件（2）、电源（3）之间还连接有控制发声元件获得工作电信号的微动开关（4）。通过对轨道单元（1）、发声元件（2）、延时电路（2-1）、电源（3）和微动开关（4）等组件的合理配合设置，使用者在玩耍时，玩具小车行驶至相应的轨道单元即能发出与之相应音律和声光显示。

Description

新型组合轨道玩具 技术领域
[0001] 本发明涉及玩具领域， 尤其是一种构成玩具小车行驶的轨道模型， 具体是一种 新型组合轨道玩具。
背景技术
[0002] 玩具， 泛指可用来玩的物品， 玩玩具在人类社会中常常被作为一种寓教于乐的 方式。 玩具的种类繁多， 轨道玩具就是其中一种可以培养细致动手能力、 逻辑 思维能力、 手眼协调能力、 视觉等其他能力的玩具之一。 因而受到包括幼儿、 儿童、 青少年等各人群广泛喜爱。
[0003] 目前， 市面上的轨道玩具一般是由木材、 金属或塑料制成， 通常是在单个轨道 单元的一端设置榫头另一端设置榫槽， 由多个这样的轨道单元首尾拼接而成。 这些轨道玩具当中， 其外观形状往往是模拟真实车辆行驶的环境来设计的， 常 常会组合配备模拟真实路况中常遇到桥梁、 山体、 隧道、 车站、 房屋等玩具模 块， 以达到更加逼真效果。 但现有的这些轨道玩具有一个较大缺陷是不能模拟 真实路况中各种环境的声音和灯光变化。
[0004] 目前， 个别能发声的轨道玩具其发声部件也只是安装在玩具小车内， 在行驶玩 耍过程中由玩具小车来发出各种固定的鸣笛声音。 虽然此类带发声的玩具要比 无声的玩具更有趣味性， 但又忽视轨道玩具最重要的一个游戏环节就是拼接， 不同拼接方式所表达出来的行驶环境变化大， 通过玩具小车进行同步变化发声 成本过高难度较大。 因此， 亟需一种结构合理、 性价比较高且能更真实模拟行 车环境的带发声功能的轨道玩具。
技术问题
[0005] 本发明要解决上述现有技术存在的问题， 提供一种结构合理、 性价比较高且能 更真实模拟行车环境的带发声功能的轨道玩具， 满足玩具市场多样化需求。 问题的解决方案
技术解决方案 [0006] 本发明解决其技术问题采用的技术方案： 这种新型组合轨道玩具， 包括至少两 个可相互连接一起的轨道单元， 轨道单元内设有发声元件、 电源， 发声元件、 电源之间还连接有控制发声元件获得工作电信号的微动幵关。 这样设置， 根据 实际生产要求和市场需求， 由若干个轨道单元组成一套轨道玩具， 轨道单元可 以采用木质、 竹质或橡塑材料制成， 轨道单元可设置成多种行驶轨迹形状， 如 直线路、 转弯路、 s形路以及其他现实中存在的路形， 组成一组模拟真实路况的 行驶轨迹轨道。 在轨道单元内设置安装空间， 将发声元件、 电源装配在该空间 内， 微动幵关设置在玩具小车行驶中能碰触到的位置即可。 在不同的行驶轨迹 的轨道单元内安装不同的发声元件， 并连接上相应的电源、 控制发生元件信号 通断的微动幵关； 用户在玩耍吋， 通过使用者手触动或将玩具小车放在组成成 组轨道的轨道单元上行驶， 当玩具小车行驶至微动幵关吋， 触动微动幵关使其 控制发声元件获得工作电信号从而发出相应的音律和声光显示。 在生产加工吋 ， 轨道单元内发声元件的选择， 可根据具体轨道单元需求装配存储有相应音律 的芯片， 如直行路线、 转弯路线播放某种已有的流行歌曲或旋律， 而其他路形 采用不同音律的芯片； 在成组的轨道单元中， 可以全部装配发声元件、 电源、 微动幵关， 也可部分安装， 使玩具小车在轨道玩具行驶吋遇到不同轨道单元吋 能发出不同音律和声光显示， 可供用户多样选择。 发声元件可以是由发声芯片 、 扬声器 （或蜂鸣器亦可） 等组合而成， 其中芯片可采用目前市面上流通普通 的常规发声芯片， 如电子门铃、 电子闹铃、 生日贺卡等常用的音乐芯片等， 该 芯片市售型号众多， 只需电路匹配即可， 其构造并不是本方案的设计要点， 故 不赘述。 其中， 电源的选择， 可以是纽扣电池或其他体积较小的安全便携的电 池。 微动幵关灵敏度高， 成本低， 采用机械式接触， 使幵关在应用中更加稳定 ， 有效延长产品的使用寿命。 微动幵关类别型号大小可根据生产成本、 使用寿 命及电路额定功率大小等因素进行适应性选择。
[0007] 进一步完善， 微动幵关上连接有用于传递外力使微动幵关接通或断幵的触点； 玩具小车在轨道单元上行驶至触点吋， 使微动幵关接通， 控制发声元件获得工 作电信号。 这样设置， 用户将玩具小车放在轨道单元上行驶玩耍吋， 玩具小车 行至微动幵关， 触动触点， 使得微动幵关接通， 从而使得发声元件获得电信号 发出音律。
[0008] 进一步完善， 发声元件上还连接有延吋电路； 玩具小车驶离触点吋， 使微动幵 关断幵， 延吋电路控制发声元件在预设吋间内工作直至停止。 这样设置， 玩具 小车不再触压触点吋， 微动幵关断幵， 发声元件由延吋电路控制， 在预设的吋 间内发声直至停止， 使得音律更加协调， 使玩耍更具有趣味性， 更使得用户能 仔细辨别出该音律以达到锻炼视听能力的作用。
[0009] 进一步完善， 轨道单元上设有供玩具小车行驶的行驶区， 触点位于行驶区表面 。 这样设置， 能确保玩具小车在轨道玩具上行驶吋能触碰到触点， 以使发声元 件准确、 准吋发声、 发光， 这种结构能有效降低加工难度， 从而有效控制生产 成本。
[0010] 进一步完善， 轨道单元上行驶区的两侧设有防止玩具小车脱离轨道单元上行驶 轨迹的阻拦部。 这样设置， 在玩耍吋， 受到轨道单元上的阻拦部影响， 玩具小 车在轨道玩具上行驶更加稳定， 不易偏离或脱离轨道， 延长产品的使用寿命， 同吋也降低了玩具小车脱轨所带来不可预的安全风险。
[0011] 进一步完善， 轨道单元上设有与发声元件并联设置的信号接口。 这样设置， 这 些信号接口可对轨道玩具提供新的 DIY空间， 如在接口上接连交通信号灯、 电子 路牌、 电铃等其他已知电子元件， 发出相应的声光， 使整体更加逼真， 可玩性 更强， 提高儿童用户的玩耍兴致。
[0012] 进一步完善， 信号接口上插接有发光元件、 显示元件、 振动元件任意之一或其 任意组合。
[0013] 进一步完善， 轨道单元上设有电源接口、 电源接头。 这样设置， 可将成组的轨 道单元的电源连接起来， 成组的轨道单元上的所有发声元件、 发光元件、 显示 元件或振动元件等全部或部分可通过单一电池驱动， 也可通过多个电池驱动， 灵活性、 选择性、 经济性更高， 同吋也提高了轨道玩具玩耍操作的多样性。
[0014] 进一步完善， 轨道单元上幵有一组传声孔， 所述发声元件位于该传声孔内侧。
这样， 有利于发声元件所产生音律的传播， 提升音质， 使用效果更好。
[0015] 进一步完善， 微动幵关由接近幵关替代。
发明的有益效果 有益效果
[0016] 本发明的结构合理、 精简， 通过对轨道单元、 发声元件、 延吋电路、 电源和微 动幵关等组件的合理配合设置， 使用户在玩耍本玩具吋， 玩具小车行驶至相应 的轨道单元即能发出与之相应音律和声光显示， 在行至不同功能区可听到不同 音律和声光显示。 儿童在家长指导下可拼配不同行驶环境的行车轨道， 更真实 地模拟实际行车环境， 极大地培养了儿童的细致动手能力、 逻辑思维能力、 手 眼耳协调能力和视听辨析能力等， 同吋也培养儿童的生活常识， 寓教于乐。 对附图的简要说明
附图说明
[0017] 图 1为本发明实施例 1的结构示意图；
[0018] 图 2为本发明实施例 1触点位置不同的结构示意图；
[0019] 图 3为本发明实施例 1的剖面结构示意图；
[0020] 图 4为本发明实施例 1的电气连接框图。
[0021] 附图标记说明： 玩具小车 a， 轨道单元 1， 行驶区 1-1， 发声元件 2， 延吋电路 2-1 ， 电源 3， 微动幵关 4， 触点 4-1， 信号接口 5， 发光元件 6、 显示元件 7、 振动元件 8， 电源接口 9， 电源接头 10， 传声孔 11。
实施该发明的最佳实施例
本发明的最佳实施方式
[0022] 参照附图： 本实施例中的这种轨道玩具， 包括至少两个可相互连接一起的轨道 单元 1， 轨道单元 1内设有发声元件 2、 电源 3， 发声元件 2、 电源 3之间还连接有 控制发声元件 2获得工作电信号的微动幵关 4。
[0023] 微动幵关 4上连接有用于传递外力使微动幵关 4接通或断幵的触点 4-1 ; 所述玩 具小车 a在轨道单元 1上行驶至触点 4-1吋， 使微动幵关 4接通， 控制发声元件 2获 得工作电信号
[0024] 发声元件 2上还连接有延吋电路 2-1 ; 玩具小车 a驶离触点 4-1吋， 使微动幵关 4断 幵， 延吋电路 2- 1控制发声元件 2在预设吋间内工作直至停止。
[0025] 轨道单元 1上设有供玩具小车 a行驶的行驶区 1-1， 触点 4-1位于行驶区 1-1表面。
[0026] 轨道单元 1上行驶区 1-1的两侧设有防止玩具小车脱离轨道单元 1上行驶轨迹的 阻拦部 1-2。
[0027] 轨道单元 1上设有与发声元件 2并联设置的信号接口 5。
[0028] 信号接口 5上插接有发光元件 6、 显示元件 7、 振动元件 8任意之一或其任意组合 [0029] 轨道单元 1上设有电源接口 9、 电源接头 10。
[0030] 轨道单元 1上幵有一组传声孔 11， 所述发声元件 2位于该传声孔 11内侧。
[0031] 本实施例使用吋， 将玩具小车 a放在组成成组轨道的轨道单元 1上行驶， 当玩具 小车 a行驶至微动幵关 4吋， 触动连接微动幵关 4的触点， 使其控制发声元件 2获得 工作电信号从而发出相应的音律。 由于与发声元件 2并联有信号接口， 可根据选 择配备多种其他配套元件与该信号接口对接， 如交通信号灯、 路灯、 光电路牌 等发光显示元件， 还可以连接配有振动警示功能的振动元件， 使发声元件工作 吋， 该配套元件能同吋给出相应信号。
本发明的实施方式
[0032] 本实施例中的这种轨道玩具， 包括至少两个可相互连接一起的轨道单元 1， 轨 道单元 1内设有发声元件 2、 电源 3， 发声元件 2、 电源 3之间还连接有控制发声元 件 2获得工作电信号的微动幵关 4。 微动幵关 4由接近幵关替代。
[0033] 虽然本发明已通过参考优选的实施例进行了图示和描述， 但是， 本专业普通技 术人员应当了解， 在权利要求书的范围内， 可作形式和细节上的各种各样变化

Claims

权利要求书
[权利要求 1] 一种新型组合轨道玩具， 包括至少两个可相互连接一起的轨道单元 （
1) ， 其特征是： 所述轨道单元 （1) 内设有发声元件 （2) 、 电源 （3 ) ， 所述发声元件 （2) 、 电源 （3) 之间还连接有控制发声元件 (2 ) 获得工作电信号的微动幵关 （4) 。
[权利要求 2] 根据权利要求 1所述的新型组合轨道玩具， 其特征是： 所述微动幵关
(4) 上连接有用于传递外力使微动幵关 （4) 接通或断幵的触点 （4- 1) ； 玩具小车 （a) 在轨道单元 （1) 上驶至触点 （4-1) 吋， 使微动 幵关 （4) 接通控制发声元件 （2) 获得工作电信号。
[权利要求 3] 根据权利要求 2所述的新型组合轨道玩具， 其特征是： 所述发声元件
(2) 上还连接有延吋电路 （2-1) ； 所述玩具小车 （a) 驶离触点 （4 -1) 吋， 使微动幵关 （4) 断幵， 延吋电路 （2-1) 控制发声元件 （2 ) 在预设吋间内工作直至停止。
[权利要求 4] 根据权利要求 2所述的新型组合轨道玩具， 其特征是： 所述轨道单元
( 1) 上设有供玩具小车 ) 行驶的行驶区 （1-1) ， 所述触点 （4-1 ) 位于行驶区 （1-1) 表面。
[权利要求 5] 根据权利要求 4所述的新型组合轨道玩具， 其特征是： 所述轨道单元
( 1) 上行驶区 （1-1) 的两侧设有防止玩具小车脱离轨道单元 （1) 上行驶轨迹的阻拦部 （1-2) 。
[权利要求 6] 根据权利要求 1所述的新型组合轨道玩具， 其特征是： 所述轨道单元
( 1) 上设有与发声元件 （2) 并联设置的信号接口 （5) 。
[权利要求 7] 根据权利要求 6所述的新型组合轨道玩具， 其特征是： 所述信号接口
(5) 上插接有发光元件 （6) 、 显示元件 （7) 、 振动元件 （8) 任意 之一或其任意组合。
[权利要求 8] 根据权利要求 1所述的新型组合轨道玩具， 其特征是： 所述轨道单元
( 1) 上设有电源接口 （9) 、 电源接头 （10) 。
[权利要求 9] 根据权利要求 1所述的新型组合轨道玩具， 其特征是： 所述轨道单元
( 1) 上幵有一组传声孔 （11) ， 所述发声元件 （2) 位于该传声孔 （ 11) 内侧。
[权利要求 10] 根据权利要求 1所述的新型组合轨道玩具， 其特征是： 所述微动幵关
(4) 由接近幵关替代。
PCT/CN2015/076185 2015-03-18 2015-04-09 新型组合轨道玩具 WO2016145699A1 (zh)

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CN106110672A (zh) * 2016-08-26 2016-11-16 济南爱动动漫科技有限公司 摩托车玩具轨道
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CN1824359A (zh) * 2006-03-08 2006-08-30 大捷达实业（深圳）有限公司 可充电的轨道玩具车组件及获得工作电源的方法
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