JP3143765U - A wireless reception drive device that can wirelessly control electric toy vehicles that cannot be wirelessly controlled - Google Patents

A wireless reception drive device that can wirelessly control electric toy vehicles that cannot be wirelessly controlled Download PDF

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JP3143765U
JP3143765U JP2008002883U JP2008002883U JP3143765U JP 3143765 U JP3143765 U JP 3143765U JP 2008002883 U JP2008002883 U JP 2008002883U JP 2008002883 U JP2008002883 U JP 2008002883U JP 3143765 U JP3143765 U JP 3143765U
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reception
drive device
electrode terminal
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俊幸 六浦
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株式会社ブレイブ
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Abstract

【課題】無線操縦ができない電動式おもちゃの乗り物を改造したり破棄したりせずに、無線操縦ができるようにした無線受信駆動装置を提供する。
【解決手段】電動式おもちゃ乗り物１００の電池収納部に、電池５０と無線受信駆動装置受信基板部２０を収納した箱形無線受信駆動装置を収納する。該無線受信駆動装置受信基板部２０の出力端子をモーター１０７の入力端子に接続する。電池５０の出力を無線受信駆動装置受信基板部２０の主要構成要素は、アンテナ、受信ＩＣ、同調回路、増幅回路、ＩＣ制御マイクロコンピュータおよびＩＣモータドライバーである。
【選択図】図４An object of the present invention is to provide a radio reception driving apparatus which can perform radio operation without remodeling or discarding an electric toy vehicle that cannot perform radio operation.
A box-shaped wireless reception driving device in which a battery and a wireless reception driving device reception board unit are stored is stored in a battery storage portion of an electric toy vehicle. The output terminal of the radio reception driving device reception board unit 20 is connected to the input terminal of the motor 107. The main components of the reception board unit 20 for receiving the output of the battery 50 are an antenna, a reception IC, a tuning circuit, an amplification circuit, an IC control microcomputer, and an IC motor driver.
[Selection] Figure 4

Description

この考案は、無線操縦ができない電動式おもちゃの乗り物の電池収納部にセットし、無線操縦ができるようにした無線受信駆動装置に関するものである。  The present invention relates to a wireless reception driving device that is set in a battery storage portion of an electric toy vehicle that cannot be wirelessly controlled and can be wirelessly controlled.

無線操縦ができない電動式おもちゃの乗り物１００は、電池１０４を電池収納部１０１にセットして遊ぶ。（図１参照）  The electric toy vehicle 100 that cannot be wirelessly operated plays with the battery 104 set in the battery housing 101. (See Figure 1)

この電動式おもちゃの乗り物１００は、このままでは無線操縦できないという欠点があった。
本考案は、これを解決するためになされたものである。This electric toy vehicle 100 has a drawback that it cannot be operated by radio as it is.
The present invention has been made to solve this problem.

本考案は、下記のごとく構成された無線受信駆動装置１０であるが、これを電動式おもちゃの乗り物１００の電池収納部１０１にセットすることにより、電動式おもちゃの乗り物１００を無線で操縦できるようにしたものである。（図２、図４参照）
（イ）外観は円柱形状で、円柱形状の側面に電池５０を無線受信駆動装置電池収納部３０に出し入れするための扉開閉部１５を設ける。
（ロ）円柱形状の上底部に無線受信駆動装置電極端子Ａ１１を設ける。
（ハ）円柱形状の下底部に無線受信駆動装置電極端子Ｂ１２を設ける。
（ニ）円柱形状の内部に無線受信駆動装置受信基板部２０を設ける。
（ホ）無線受信駆動装置受信基板部２０は、昇圧装置２１、アンテナ２２、受信ＩＣ２３、同調回路２４、増幅回路２５、ＩＣ制御マイクロコンピューター２６、ＩＣモータードライバー２７、出力端子Ａ４１、出力端子Ｂ４２から構成されている。
（ヘ）円柱形状の内部に電池５０を収納する無線受信駆動装置電池収納部３０を設ける。
（ト）無線受信駆動装置電池収納部３０に、収納する電池５０の正極端子５１と接合する無線受信駆動装置電池収納部正極端子３１を設ける。
（チ）無線受信駆動装置電池収納部３０に、収納する電池５０の負極端子５２と接合する無線受信駆動装置電池収納部負極端子３２を設ける。
（リ）無線受信駆動装置電池収納部正極端子３１と無線受信駆動装置受信基板部２０の昇圧装置２１は導線４３で結ばれている。
（ヌ）無線受信駆動装置電池収納部負極端子３２と無線受信駆動装置受信基板部２０の昇圧装置２１は導線４４で結ばれている。
（ル）無線受信駆動装置電極端子Ａ１１と無線受信駆動装置受信基板部２０の出力端子Ａ４１は導線４５で結ばれている。
（ヲ）無線受信駆動装置電極端子Ｂ１２と無線受信駆動装置受信基板部２０の出力端子Ｂ４２は導線４６で結ばれている。The present invention is a wireless reception drive device 10 configured as described below. By setting this device in the battery storage unit 101 of the electric toy vehicle 100, the electric toy vehicle 100 can be operated wirelessly. It is a thing. (See Figs. 2 and 4)
(A) Appearance is cylindrical, and a door opening / closing part 15 for inserting and removing the battery 50 into and out of the wireless receiving drive battery storage part 30 is provided on the cylindrical side surface.
(B) The radio reception driving device electrode terminal A11 is provided on the upper bottom portion of the cylindrical shape.
(C) A radio reception driving device electrode terminal B12 is provided on the bottom of the cylindrical shape.
(D) The wireless reception driving device reception board portion 20 is provided inside the cylindrical shape.
(E) Radio reception driving device The reception board unit 20 includes a booster 21, an antenna 22, a reception IC 23, a tuning circuit 24, an amplification circuit 25, an IC control microcomputer 26, an IC motor driver 27, an output terminal A41, and an output terminal B42. It is configured.
(F) The wireless receiving drive device battery storage unit 30 for storing the battery 50 is provided inside the cylindrical shape.
(G) The wireless reception driving device battery storage unit 30 is provided with a wireless reception driving device battery storage unit positive electrode terminal 31 to be joined to the positive terminal 51 of the battery 50 to be stored.
(H) The wireless reception driving device battery housing portion 30 is provided with a wireless reception driving device battery housing portion negative electrode terminal 32 which is joined to the negative electrode terminal 52 of the battery 50 to be housed.
(I) The radio receiving drive device battery housing positive electrode terminal 31 and the booster device 21 of the radio receiving drive device receiving board unit 20 are connected by a conductive wire 43.
(N) The wireless reception drive device battery housing negative electrode terminal 32 and the booster device 21 of the wireless reception drive device reception board unit 20 are connected by a conductive wire 44.
(L) The radio reception drive device electrode terminal A11 and the output terminal A41 of the radio reception drive device reception board portion 20 are connected by a conducting wire 45.
(V) The radio reception drive device electrode terminal B12 and the output terminal B42 of the radio reception drive device reception board unit 20 are connected by a conductive wire 46.

本考案は、次の効果を生む。（図２、図４参照）
１：本考案を電動式おもちゃの乗り物１００の電池収納部１０１にセットすれば、無線操縦ができるようになるから、電動式おもちゃの乗り物１００を改造あるいは破棄したりせずに、そのまま生かすことができる。
２：本考案に特許出願２００２−１８３６４０（特許公開２００３−３３８８５３）の「発明の名称：識別データ新規作成等の手段を備えた送受信システム」（出願人：株式会社ブレイブ）を応用すると、次のようなことが可能になる。
２−１：電動式おもちゃの乗り物１００は、前進、後退、停止、加速、減速等ができるようになる。
２−２：一台の無線送信機１９で複数の電動式おもちゃの乗り物（１００Ａ、１００Ｂ・・・１００Ｎ・・）を操作でき、遊び方が変化に富むようになる。
２−３：さらに、複数の無線送信者が複数の電動式おもちゃの乗り物（１００Ａ、１００Ｂ・・・１００Ｎ・・）を操作でき、さらに遊び方が変化に富むようになる。The present invention produces the following effects. (See Figs. 2 and 4)
1: When the present invention is set in the battery storage unit 101 of the electric toy vehicle 100, radio control can be performed. it can.
2: Applying the “invention name: transmission / reception system including means for creating new identification data” (applicant: Brave Co., Ltd.) of patent application 2002-183640 (patent publication 2003-338853) to the present invention, It becomes possible.
2-1: The electric toy vehicle 100 can move forward, backward, stop, accelerate, decelerate, and the like.
2-2: A plurality of electric toy vehicles (100A, 100B,... 100N,...) Can be operated with a single wireless transmitter 19, and the way of playing is varied.
2-3: Further, a plurality of wireless transmitters can operate a plurality of electric toy vehicles (100A, 100B... 100N...), And the way of playing becomes more varied.

以下、本考案を実施するための最良の形態を説明する。
（イ）外観は円柱形状で、円柱形状の側面に電池５０を無線受信駆動装置電池収納部３０に出し入れするための扉開閉部１５を設ける。
（ロ）円柱形状の上底部に無線受信駆動装置電極端子Ａ１１を設ける。
（ハ）円柱形状の下底部に無線受信駆動装置電極端子Ｂ１２を設ける。
（ニ）円柱形状の内部に無線受信駆動装置受信基板部２０を設ける。
（ホ）無線受信駆動装置受信基板部２０は、昇圧装置２１、アンテナ２２、受信ＩＣ２３、同調回路２４、増幅回路２５、ＩＣ制御マイクロコンピューター２６、ＩＣモータードライバー２７、出力端子Ａ４１、出力端子Ｂ４２から構成されている。
（ヘ）円柱形状の内部に電池５０を収納する無線受信駆動装置電池収納部３０を設ける。
（ト）無線受信駆動装置電池収納部３０に、収納する電池５０の正極端子５１と接合する無線受信駆動装置電池収納部正極端子３１を設ける。
（チ）無線受信駆動装置電池収納部３０に、収納する電池５０の負極端子５２と接合する無線受信駆動装置電池収納部負極端子３２を設ける。
（リ）無線受信駆動装置電池収納部正極端子３１と無線受信駆動装置受信基板部２０の昇圧装置２１は導線４３で結ばれている。
（ヌ）無線受信駆動装置電池収納部負極端子３２と無線受信駆動装置受信基板部２０の昇圧装置２１は導線４４で結ばれている。
（ル）無線受信駆動装置電極端子Ａ１１と無線受信駆動装置受信基板部２０の出力端子Ａ４１は導線４５で結ばれている。
（ヲ）無線受信駆動装置電極端子Ｂ１２と無線受信駆動装置受信基板部２０の出力端子Ｂ４２は導線４６で結ばれている。
本考案は以上の構成よりなっている。
それを次に詳しく説明する。Hereinafter, the best mode for carrying out the present invention will be described.
(A) Appearance is cylindrical, and a door opening / closing part 15 for inserting and removing the battery 50 into and out of the wireless receiving drive battery storage part 30 is provided on the cylindrical side surface.
(B) The radio reception driving device electrode terminal A11 is provided on the upper bottom portion of the cylindrical shape.
(C) A radio reception driving device electrode terminal B12 is provided on the bottom of the cylindrical shape.
(D) The wireless reception driving device reception board portion 20 is provided inside the cylindrical shape.
(E) Radio reception driving device The reception board unit 20 includes a booster 21, an antenna 22, a reception IC 23, a tuning circuit 24, an amplification circuit 25, an IC control microcomputer 26, an IC motor driver 27, an output terminal A41, and an output terminal B42. It is configured.
(F) The wireless receiving drive device battery storage unit 30 for storing the battery 50 is provided inside the cylindrical shape.
(G) The wireless reception driving device battery storage unit 30 is provided with a wireless reception driving device battery storage unit positive electrode terminal 31 to be joined to the positive terminal 51 of the battery 50 to be stored.
(H) The wireless reception driving device battery housing portion 30 is provided with a wireless reception driving device battery housing portion negative electrode terminal 32 which is joined to the negative electrode terminal 52 of the battery 50 to be housed.
(I) The radio receiving drive device battery housing positive electrode terminal 31 and the booster device 21 of the radio receiving drive device receiving board unit 20 are connected by a conductive wire 43.
(N) The wireless reception drive device battery housing negative electrode terminal 32 and the booster device 21 of the wireless reception drive device reception board unit 20 are connected by a conductive wire 44.
(L) The radio reception drive device electrode terminal A11 and the output terminal A41 of the radio reception drive device reception board portion 20 are connected by a conducting wire 45.
(V) The radio reception drive device electrode terminal B12 and the output terminal B42 of the radio reception drive device reception board unit 20 are connected by a conductive wire 46.
The present invention has the above configuration.
This will be described in detail next.

まず、「（イ）外観は円柱形状で、円柱形状の側面に電池５０を無線受信駆動装置電池収納部３０に出し入れするための扉開閉部１５を設ける。」「（ロ）円柱形状の上底部に無線受信駆動装置電極端子Ａ１１を設ける。」「（ハ）円柱形状の下底部に無線受信駆動装置電極端子Ｂ１２を設ける。」について説明する。（図１、図２、図４参照）
外観は円柱形状で、上底部に無線受信駆動装置電極端子Ａ１１と下底部に無線受信駆動装置電極端子Ｂ１２を設けるのは、［考案の効果］［０００５］で述べたように、本考案を電動式おもちゃの乗り物１００にそのまま生かすためである。First, “(b) Appearance is cylindrical, and a door opening / closing part 15 for inserting and removing the battery 50 into and from the battery receiving unit 30 is provided on the side of the cylinder.” “(B) Upper bottom of the columnar shape The radio reception driving device electrode terminal A11 is provided on the lower bottom portion of the columnar shape. (See Figs. 1, 2, and 4)
The external appearance is a columnar shape, and the radio reception drive device electrode terminal A11 is provided on the upper bottom and the radio reception drive device electrode terminal B12 is provided on the lower bottom, as described in [Effects of the invention] [0005]. This is to make use of the expression toy vehicle 100 as it is.

電動式おもちゃの乗り物１００に使用されている電池の多くは、外観が円柱形状の乾電池であり、その電池収納部１０１に本考案をセットできるようにするためである。
こうすれば、電動式おもちゃの乗り物１００を改造したり破棄したりせずに、そのまま生かすことができるからである。This is because most of the batteries used in the electric toy vehicle 100 are dry batteries having a columnar appearance, so that the present invention can be set in the battery housing portion 101.
This is because the electric toy vehicle 100 can be used as it is without being remodeled or discarded.

無線受信駆動装置電池収納部３０に電池５０を出し入れするための扉開閉部１５を円柱形状の側面に設ける。図示しないが、この扉開閉部１５はスライド式や蓋式にしてもよい。  The door opening / closing part 15 for taking in and out the battery 50 in and out of the wireless receiving drive battery storage part 30 is provided on the side surface of the columnar shape. Although not shown, the door opening / closing part 15 may be a slide type or a lid type.

次に、「（ニ）円柱形状の内部に無線受信駆動装置受信基板部２０を設ける。」「（ホ）無線受信駆動装置受信基板部２０は、昇圧装置２１、アンテナ２２、受信ＩＣ２３、同調回路２４、増幅回路２５、ＩＣ制御マイクロコンピューター２６、ＩＣモータードライバー２７、出力端子Ａ４１、出力端子Ｂ４２から構成されている。」について説明する。（図２、図３、図４参照）
昇圧装置２１は、無線受信駆動装置電池収納部３０に収納する電池５０の小さい電圧を、図３の無線受信駆動装置受信基板部２０のブロック図で示す、受信ＩＣ２３、同調回路２４、増幅回路２５、ＩＣ制御マイクロコンピューター２６、ＩＣモータードライバー２７などが必要とする大きい電圧に変えて、それぞれに送る働きをする。したがって、電動式おもちゃの乗り物１００を改造したり破棄したりせずに、そのまま生かすことができる。Next, “(d) the radio reception driving device reception board portion 20 is provided inside the cylindrical shape.” “(E) The radio reception driving device reception board portion 20 includes the boosting device 21, the antenna 22, the reception IC 23, and the tuning circuit. 24, an amplifier circuit 25, an IC control microcomputer 26, an IC motor driver 27, an output terminal A41, and an output terminal B42. " (See FIGS. 2, 3, and 4)
The boosting device 21 includes a receiving IC 23, a tuning circuit 24, and an amplifying circuit 25, in which the small voltage of the battery 50 stored in the wireless reception driving device battery storage unit 30 is shown in the block diagram of the wireless reception driving device reception board unit 20 in FIG. 3. The IC control microcomputer 26, the IC motor driver 27, etc. are changed to a large voltage required and sent to each. Therefore, the electric toy vehicle 100 can be used without modification or destruction.

アンテナ２２は、無線送信機１９から発信された電磁波などを受け取り、受信ＩＣ２３に送る働きをする。  The antenna 22 functions to receive electromagnetic waves and the like transmitted from the wireless transmitter 19 and send them to the receiving IC 23.

受信ＩＣ２３と同調回路２４は、アンテナ２２が受け取った多くの電磁波の中から、電動式おもちゃの乗り物１００を動かすのに必要な電磁波を選び出し、それを増幅回路２５に送る働きをする。  The receiving IC 23 and the tuning circuit 24 function to select an electromagnetic wave necessary for moving the electric toy vehicle 100 from many electromagnetic waves received by the antenna 22 and send it to the amplifier circuit 25.

増幅回路２５は、受信ＩＣ２３と同調回路２４から送られてきた信号が微弱なため、ＩＣ制御マイクロコンピューター２６が必要とする強い信号に変えて、そこに送る働きをする。  Since the signals sent from the receiving IC 23 and the tuning circuit 24 are weak, the amplifier circuit 25 functions to change to a strong signal required by the IC control microcomputer 26 and send it there.

ＩＣ制御マイクロコンピューター２６には、特許出願２００２−１８３６４０（特許公開２００３−３３８８５３）の「発明の名称：識別データ新規作成等の手段を備えた送受信システム」（出願人：株式会社ブレイブ）を応用したプログラムなどが内蔵されている。それは、［考案の効果］［０００５］で述べたように、電動式おもちゃの乗り物１００を前進、後退、停止、加速、減速させるプログラムや複数の電動式おもちゃの乗り物（１００Ａ、１００Ｂ・・・１００Ｎ・・）を一台もしくは複数の無線送信機１９で操作するために識別コードを変えることができるプログラムなどである。
そして、ＩＣ制御マイクロコンピューター２６は、それらの信号をＩＣモータードライバー２７に送る働きをする。The IC control microcomputer 26 is applied with the "application name: transmission / reception system including means for newly creating identification data" (Applicant: Brave Co., Ltd.) of Patent Application 2002-183640 (Patent Publication 2003-338853). Built-in programs. As described in [Effect of the invention] [0005], a program for moving the electric toy vehicle 100 forward, backward, stop, accelerate, decelerate, or a plurality of electric toy vehicles (100A, 100B,... 100N). ..) Is a program that can change the identification code in order to operate with one or a plurality of wireless transmitters 19.
The IC control microcomputer 26 serves to send these signals to the IC motor driver 27.

ＩＣモータードライバー２７は、ＩＣ制御マイクロコンピューター２６からの信号を受け、モーター１０７の回転数を変えるためにデューティーを変えたり、モーター１０７を反転させるために、出力を正極・負極逆に切り換えたりする働きをする。  The IC motor driver 27 receives a signal from the IC control microcomputer 26 and changes the duty in order to change the rotation speed of the motor 107, and switches the output to the positive / negative polarity in order to reverse the motor 107. do.

出力端子Ａ４１と出力端子Ｂ４２は、ＩＣモータードライバー２７から送られてくる出力電圧を無線受信駆動装置電極端子Ａ１１と無線受信駆動装置電極端子Ｂ１２につなぐ働きをする。  The output terminal A41 and the output terminal B42 serve to connect the output voltage sent from the IC motor driver 27 to the wireless reception driving device electrode terminal A11 and the wireless reception driving device electrode terminal B12.

次に、「（ヘ）円柱形状の内部に電池５０を収納する無線受信駆動装置電池収納部３０を設ける。」「（ト）無線受信駆動装置電池収納部３０に、収納する電池５０の正極端子５１と接合する無線受信駆動装置電池収納部正極端子３１を設ける。」「（チ）無線受信駆動装置電池収納部３０に、収納する電池５０の負極端子５２と接合する無線受信駆動装置電池収納部負極端子３２を設ける。」「（リ）無線受信駆動装置電池収納部正極端子３１と無線受信駆動装置受信基板部２０の昇圧装置２１は導線４３で結ばれている。」「（ヌ）無線受信駆動装置電池収納部負極端子３２と無線受信駆動装置受信基板部２０の昇圧装置２１は導線４４で結ばれている。」について説明する。（図２、図３参照）
無線受信駆動装置電池収納部３０に電池５０を収納して、電池５０の正極端子５１と無線受信駆動装置電池収納部正極端子３１を接合させ、その正極電流を導線４３で無線受信駆動装置受信基板部２０の昇圧装置２１に導く。
同様に、電池５０の負極端子５２と無線受信駆動装置電池収納部負極端子３２を接合させ、その負極電流を導線４４で無線受信駆動装置受信基板部２０の昇圧装置２１に導く。Next, “(f) a wireless receiving drive device battery storage portion 30 for storing the battery 50 is provided inside the cylindrical shape.” “(G) the positive terminal of the battery 50 to be stored in the wireless reception drive device battery storage portion 30. The radio reception driving device battery housing portion positive electrode terminal 31 to be joined to 51 is provided. "(H) The radio reception driving device battery housing portion to be joined to the negative electrode terminal 52 of the battery 50 to be housed in the radio reception driving device battery housing portion 30. The negative electrode terminal 32 is provided. ”“ (Li) The radio reception driving device battery housing positive electrode terminal 31 and the boosting device 21 of the radio reception driving device reception board unit 20 are connected by a conductor 43. ”“ (nu) Radio reception. The drive device battery housing negative electrode terminal 32 and the booster device 21 of the wireless reception drive device reception board portion 20 are connected by a conducting wire 44. " (See Figs. 2 and 3)
The battery 50 is housed in the wireless reception drive device battery housing portion 30, the positive electrode terminal 51 of the battery 50 and the wireless reception drive device battery housing portion positive electrode terminal 31 are joined, and the positive current is connected to the wireless reception drive device reception substrate by the lead 43. Guided to the booster 21 of the unit 20.
Similarly, the negative electrode terminal 52 of the battery 50 and the wireless reception drive device battery housing negative electrode terminal 32 are joined, and the negative current is guided to the booster device 21 of the wireless reception drive device reception substrate unit 20 through the conductive wire 44.

次に、「（ル）無線受信駆動装置電極端子Ａ１１と無線受信駆動装置受信基板部２０の出力端子Ａ４１は導線４５で結ばれている。」「（ヲ）無線受信駆動装置電極端子Ｂ１２と無線受信駆動装置受信基板部２０の出力端子Ｂ４２は導線４６で結ばれている。」について説明する。（図２、図３、図４参照）
ＩＣモータードライバー２７から出力端子Ａ４１に送られてくるモーター１０７を動かす（前進、後退、停止、加速、減速）出力電圧を、無線受信駆動装置電極端子Ａ１１に導線４５でつなぐ。
ＩＣモータードライバー２７から出力端子Ｂ４２に送られてくるモーター１０７を動かす（前進、後退、停止、加速、減速）出力電圧を、無線受信駆動装置電極端子Ｂ１２に導線４６でつなぐ。Next, “(le) the radio reception drive device electrode terminal A11 and the output terminal A41 of the radio reception drive device reception board unit 20 are connected by the conductive wire 45.” “(W) The radio reception drive device electrode terminal B12 and the radio terminal are wirelessly connected. The output terminal B42 of the reception driving device reception board part 20 is connected by a conducting wire 46. " (See FIGS. 2, 3, and 4)
An output voltage for moving the motor 107 sent from the IC motor driver 27 to the output terminal A41 (forward, backward, stop, acceleration, deceleration) is connected to the radio reception drive device electrode terminal A11 through a lead 45.
An output voltage for moving the motor 107 sent from the IC motor driver 27 to the output terminal B42 (forward, backward, stop, acceleration, deceleration) is connected to the radio reception driving device electrode terminal B12 by the lead wire 46.

その他の実施例Other examples

本考案の外観形状は円柱形状であるが、これを図５で示すように、箱型（直方体）形状にしてもよい。  Although the external shape of the present invention is a cylindrical shape, it may be a box shape (cuboid) as shown in FIG.

本考案の外観形状は円柱形状であるが、図示しないが、ボタン電池型形状にしてもよい。  Although the external shape of the present invention is a cylindrical shape, a button battery type shape may be used although not shown.

は、従来の電動式おもちゃの乗り物の内部を示す断面図である。These are sectional drawings which show the inside of the vehicle of the conventional electric toy. は、本考案の内部を示す断面図である。These are sectional views showing the inside of the present invention. は、本考案の無線受信駆動装置受信基板部２０の内部を示すブロック図とその周辺の配線図等である。These are the block diagram which shows the inside of the radio | wireless reception drive device reception board | substrate part 20 of this invention, its surrounding wiring diagram, etc. FIG. は、本考案を使用した電動式おもちゃの乗り物の内部を示す断面図である。These are sectional drawings which show the inside of the electric toy vehicle using the present invention. は、本考案の他の実施例を示す断面図である。These are sectional drawings which show the other Example of this invention.

符号の説明Explanation of symbols

１０（Ａ、Ｂ）無線受信駆動装置 １１無線受信駆動装置電極端子Ａ
１２無線受信駆動装置電極端子Ｂ １５扉開閉部 １９無線送信機
２０無線受信駆動装置受信基板部 ２１昇圧装置 ２２アンテナ
２３受信ＩＣ ２４同調回路 ２５増幅回路
２６ＩＣ制御マイクロコンピューター ２７ＩＣモータードライバー
３０（Ａ、Ｂ）無線受信駆動装置電池収納部
３１無線受信駆動装置電池収納部正極端子
３２無線受信駆動装置電池収納部負極端子
４１出力端子Ａ ４２出力端子Ｂ
４３導線 ４４導線 ４５導線 ４６導線
５０（Ａ、Ｂ）電池 ５１電池正極端子 ５２電池負極端子
６０（Ａ、Ｂ）無線受信駆動装置収納部
６１無線受信駆動装置収納部電極端子Ａ
６２無線受信駆動装置収納部電極端子Ｂ
７０箱型無線受信駆動装置 ７１箱型無線受信駆動装置電池収納部
７２箱型無線受信駆動装置受信基板部
７３箱型無線受信駆動装置収納部電極端子Ｃ
７４箱型無線受信駆動装置収納部電極端子Ｄ
１００（Ａ、Ｂ、Ｎ）電動式おもちゃの乗り物 １０１電池収納部
１０２無線受信駆動装置電池収納部正極端子
１０３無線受信駆動装置電池収納部負極端子
１０４電池 １０５電池正極端子 １０６電池負極端子 １０７モーター
１０８（Ａ、Ｂ）スイッチ １０９タイヤＡ １１０タイヤＢ
１１１導線 １１２導線10 (A, B) wireless reception drive device 11 wireless reception drive device electrode terminal A
12 Radio reception drive device electrode terminal B 15 Door opening / closing part 19 Radio transmitter 20 Radio reception drive device reception board part 21 Booster 22 Antenna 23 Reception IC 24 Tuning circuit 25 Amplifier circuit 26 IC control microcomputer 27 IC motor driver 30 (A, B ) Radio reception drive device battery storage unit 31 Radio reception drive device battery storage unit positive electrode terminal 32 Radio reception drive device battery storage unit negative electrode terminal 41 Output terminal A 42 Output terminal B
43 lead wire 44 lead wire 45 lead wire 46 lead wire 50 (A, B) battery 51 battery positive electrode terminal 52 battery negative electrode terminal 60 (A, B) wireless reception drive device storage portion 61 wireless reception drive device storage portion electrode terminal A
62 Radio reception driving device housing electrode terminal B
70 box type radio reception drive device 71 box type radio reception drive device battery storage part 72 box type radio reception drive device reception board part 73 box type radio reception drive apparatus storage part electrode terminal C
74 Box-type wireless reception drive unit storage electrode terminal D
100 (A, B, N) electric toy vehicle 101 battery storage unit 102 wireless reception drive device battery storage unit positive electrode terminal 103 wireless reception drive device battery storage unit negative electrode terminal 104 battery 105 battery positive electrode terminal 106 battery negative electrode terminal 107 motor 108 (A, B) Switch 109 tire A 110 tire B
111 conductor 112 conductor

Claims (1)

（イ）外観は円柱形状で、円柱形状の側面に電池５０を無線受信駆動装置電池収納部３０に出し入れするための扉開閉部１５を設ける。
（ロ）円柱形状の上底部に無線受信駆動装置電極端子Ａ１１を設ける。
（ハ）円柱形状の下底部に無線受信駆動装置電極端子Ｂ１２を設ける。
（ニ）円柱形状の内部に無線受信駆動装置受信基板部２０を設ける。
（ホ）無線受信駆動装置受信基板部２０は、昇圧装置２１、アンテナ２２、受信ＩＣ２３、同調回路２４、増幅回路２５、ＩＣ制御マイクロコンピューター２６、ＩＣモータードライバー２７、出力端子Ａ４１、出力端子Ｂ４２から構成されている。
（ヘ）円柱形状の内部に電池５０を収納する無線受信駆動装置電池収納部３０を設ける。
（ト）無線受信駆動装置電池収納部３０に、収納する電池５０の正極端子５１と接合する無線受信駆動装置電池収納部正極端子３１を設ける。
（チ）無線受信駆動装置電池収納部３０に、収納する電池５０の負極端子５２と接合する無線受信駆動装置電池収納部負極端子３２を設ける。
（リ）無線受信駆動装置電池収納部正極端子３１と無線受信駆動装置受信基板部２０の昇圧装置２１は導線４３で結ばれている。
（ヌ）無線受信駆動装置電池収納部負極端子３２と無線受信駆動装置受信基板部２０の昇圧装置２１は導線４４で結ばれている。
（ル）無線受信駆動装置電極端子Ａ１１と無線受信駆動装置受信基板部２０の出力端子Ａ４１は導線４５で結ばれている。
（ヲ）無線受信駆動装置電極端子Ｂ１２と無線受信駆動装置受信基板部２０の出力端子Ｂ４２は導線４６で結ばれている。
以上のごとく構成された、無線受信駆動装置１０。(A) Appearance is cylindrical, and a door opening / closing part 15 for inserting and removing the battery 50 into and out of the wireless receiving drive battery storage part 30 is provided on the cylindrical side surface.
(B) The radio reception driving device electrode terminal A11 is provided on the upper bottom portion of the cylindrical shape.
(C) A radio reception driving device electrode terminal B12 is provided on the bottom of the cylindrical shape.
(D) The wireless reception driving device reception board portion 20 is provided inside the cylindrical shape.
(E) Radio reception driving device The reception board unit 20 includes a booster 21, an antenna 22, a reception IC 23, a tuning circuit 24, an amplification circuit 25, an IC control microcomputer 26, an IC motor driver 27, an output terminal A41, and an output terminal B42. It is configured.
(F) The wireless receiving drive device battery storage unit 30 for storing the battery 50 is provided inside the cylindrical shape.
(G) The wireless reception driving device battery storage unit 30 is provided with a wireless reception driving device battery storage unit positive electrode terminal 31 to be joined to the positive terminal 51 of the battery 50 to be stored.
(H) The wireless reception driving device battery housing portion 30 is provided with a wireless reception driving device battery housing portion negative electrode terminal 32 which is joined to the negative electrode terminal 52 of the battery 50 to be housed.
(I) The radio receiving drive device battery housing positive electrode terminal 31 and the booster device 21 of the radio receiving drive device receiving board unit 20 are connected by a conductive wire 43.
(N) The wireless reception drive device battery housing negative electrode terminal 32 and the booster device 21 of the wireless reception drive device reception board unit 20 are connected by a conductive wire 44.
(L) The radio reception drive device electrode terminal A11 and the output terminal A41 of the radio reception drive device reception board portion 20 are connected by a conducting wire 45.
(V) The radio reception drive device electrode terminal B12 and the output terminal B42 of the radio reception drive device reception board unit 20 are connected by a conductive wire 46.
The radio reception driving apparatus 10 configured as described above.
JP2008002883U 2008-04-04 2008-04-04 A wireless reception drive device that can wirelessly control electric toy vehicles that cannot be wirelessly controlled Expired - Fee Related JP3143765U (en)

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