JP3078905U - Remote control device - Google Patents
Remote control deviceInfo
- Publication number
- JP3078905U JP3078905U JP2001000087U JP2001000087U JP3078905U JP 3078905 U JP3078905 U JP 3078905U JP 2001000087 U JP2001000087 U JP 2001000087U JP 2001000087 U JP2001000087 U JP 2001000087U JP 3078905 U JP3078905 U JP 3078905U
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- Prior art keywords
- wave
- remote control
- launcher
- requisition
- automatic
- 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.)
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Abstract
(57)【要約】
【課題】 遠隔操作による資料伝達を正確にし、かつ効
率を増進させる遠隔操作装置を提供する。
【解決手段】 多ウェーブ自動切り換えおよび遠隔操作
装置を改良して、発射器A1と接収器上にそれぞれマイ
コンの簡易設備をつけ加えて発射器A1と接収器間の資
料伝達に自動ウェーブ切り換え発射ができ、相対応して
自動ウェーブ切り換え接収もできる。また,識別の自動
操作功能を備えて自動的に干渉されているウェーブを避
け資料伝達を更に正確にかつ効率を高める。
(57) [Summary] [PROBLEMS] To provide a remote control device for accurately transmitting data by remote control and improving efficiency. SOLUTION: The multi-wave automatic switching and remote control device is improved, and simple equipment of a microcomputer is added to each of the launcher A1 and the receiving device, so that automatic wave switching and launching can be performed for data transmission between the launcher A1 and the receiving device. In addition, automatic wave switching can also be taken over. In addition, it has the automatic operation ability of identification to avoid the wave that is automatically interfered, and to improve the information transmission more accurately and efficiently.
Description
【0001】[0001]
本考案は、遠隔操作装置に関する。 The present invention relates to a remote control device.
【0002】[0002]
パーソナルコンピュータ(以下、「パソコン」)の周辺設備、例えばマウス、 キーボード、Joy Stick或いはBigipizer等より無線を利用して資料を伝達する方 式、即ち一般に言われているRF(高周波の赤外線伝達)遠隔操作方式でパソコ ンを操作、作動させる方式が徐々に市場の主流設計となっている。しかし、現在 使用されている発射器と接収器との無線伝達装置は単一功能式かつ単一ウェーブ 式RF(高周波の赤外線伝達)系統の設計である。固定ウェーブで資料を発射す る発射器を周辺設備、例えばマウス、キーボード、Joy Stick或いはBigipizer等 に設け、そして該同一固定ウェーブで資料を接収できるように設定された接収器 をパソコン或いは関連するモニターの器上に設置して、該同一固定ウェーブでの 資料の発射と接収でRF(高周波、赤外線伝達)遠隔操作功能を達成する。 A method of transmitting data from a peripheral device of a personal computer (hereinafter referred to as a "PC"), such as a mouse, keyboard, Joy Stick, or Bigipizer, using a wireless method, that is, a commonly-known RF (high-frequency infrared transmission) remote. The method of operating and operating a personal computer by the operation method is gradually becoming the mainstream design in the market. However, the currently used transmitter and receiver radio transmission system is of a single-function, single-wave RF (high frequency infrared transmission) system design. A launcher that emits material with a fixed wave is installed on peripheral equipment, such as a mouse, keyboard, Joy Stick or Bigipizer, and a receiver set to be able to receive material with the same fixed wave is equipped with a personal computer or a related monitor. In order to achieve RF (high frequency, infrared transmission) remote operation capability by launching and requisition of material in the same fixed wave.
【0003】 単一功能式単一ウェーブ式RF(高周波の赤外線伝達)系統は比較的簡単であ るが、遠隔操作功能が比較的劣り、周囲のウェーブの干渉に遭ったときたやすく 資料の発射と接収が影響を受ける。中でも接収器が干渉を受けやすく、有効に資 料を接収できなくなり、遠隔操作が正確に行われなくなったりする。又、まわり からウェーブの干渉に遭ったとき、例えば同じオフィス内で前後左右同時に数台 のパソコンがRF(高周波の赤外線伝達)遠隔操作方式で使用されているときは 、お互いの間で接収器が干渉されやすく、有効に資料の接収ができなくなったり 誤った資料が接収されたりして資料伝達の混乱をまねく。又、単一功能式に代っ て一双功能式RF(高周波、赤外線伝達)系統を利用することもできる。無線で の資料の伝達で、発射と接収端は単一の発射或いは接収の功能を備えるにとどま らず、両端に皆発射と接収の二重功能を備え、これによって補助用の識別用の識 別系統を設定できる。しかし、その設計は比較的複雑で、高額になりパソコン周 辺設備RF遠隔操作設計の経済使用原則に反する。[0003] Single-function single-wave RF (high-frequency infrared transmission) systems are relatively simple, but have relatively poor remote control capabilities, and are easy to launch when exposed to the interference of surrounding waves. And requisition is affected. Above all, requisitioners are susceptible to interference, making it impossible to effectively recruit materials and making remote control inaccurate. Also, when wave interference is encountered from around, for example, when several PCs are being used in the same office at the same time in front, back, left and right by RF (high frequency infrared transmission) remote control, the reciprocating devices must be connected to each other. It is easy to be interfered with, and it will not be possible to effectively recruit materials, or wrong materials will be requisitioned, causing confusion in transmitting materials. In addition, a single-function RF (high-frequency, infrared transmission) system can be used instead of the single-function. With wireless transmission of material, the launching and requisitioning end not only have a single launching or requisitioning capability, but also have dual launching and requisitioning capabilities at both ends, thereby providing auxiliary identification knowledge. Another system can be set. However, its design is relatively complicated, expensive and violates the economic use principle of personal computer peripheral equipment RF remote control design.
【0004】[0004]
本考案の目的は、遠隔操作による資料伝達を正確にし、且つ効率を増進させる 遠隔操作装置を提供することである。 SUMMARY OF THE INVENTION It is an object of the present invention to provide a remote control device for accurately transmitting data by remote control and improving efficiency.
【0005】[0005]
上記課題を解決するための本考案の遠隔操作装置は、発射器と接収器上にそれ ぞれマイクロコンピュータ(以下、「マイコン」)(UC)の簡易設備を付け加 えて発射器と接収器間の資料伝達に自動ウェーブ切り替え発射ができ、自動ウェ ーブ切り替え接収もでき、また識別の自動操作功能をも備え、自動的に干渉され ているウェーブを避け、資料伝達をさらに正確にし且つ効率を高める。 The remote control device according to the present invention for solving the above-mentioned problems includes a microcomputer (hereinafter referred to as a “microcomputer”) (UC), which is provided on the launcher and the receiver, respectively. Automatic wave switching launch, automatic wave switching requisition, automatic identification function, avoiding automatically interfering waves, more accurate and efficient material transmission Enhance.
【0006】[0006]
以下、本考案の遠隔操作装置の一実施例を図面に基づいて説明する。先ず図1 に示すように発射系統部Aは発射器TxA1、マイコンUCA2、および電源A 3の5Vの電池から構成されている。そして該マイコンUCA2のデジタル設定 で、発射器TxA1には自動ウェーブ切り替え発射および資料伝達の功能が備え られ、その中該自動ウェーブ切り換え発射の功能の操作は発射器のマイコンA2 に予め設定されている。そして系統式自動ウェーブ切り替え発射にはID識別符 号(図2に示すように三種のウェーブCH1、CH2、CH3)の資料もあって 、且つ各ウェーブには予め固定の時間帯が定められ、そして、CH1−ウェーブ 切り換え−CH2−ウェーブ切り換え−CH3−ウェーブ切り換え−CH1の循 環式自動ウェーブ切り替え発射方式がある。 Hereinafter, an embodiment of the remote control device of the present invention will be described with reference to the drawings. First, as shown in FIG. 1, the launching system section A includes a launcher TxA1, a microcomputer UCA2, and a 5V battery of a power supply A3. By the digital setting of the microcomputer UCA2, the launcher TxA1 is provided with the function of automatic wave switching launch and transmission of data, and the operation of the function of automatic wave switching launch is preset in the microcomputer A2 of the launcher. . In addition, the systematic automatic wave switching launch also has data of ID identification codes (three kinds of waves CH1, CH2, CH3 as shown in FIG. 2), and each wave has a fixed time zone in advance. , CH1-wave switching-CH2-wave switching-CH3-wave switching-CH1.
【0007】 又、図3に示すように接収系統部Bは接収器RxB1およびマイコンUCB2 から構成され、そしてパソコンに連結されている。又、該マイコンB2のデジタ ル設定を利用して、接収器RxB1に自動ウェーブ切り換え、資料接収功能が備 えられ、ならびに自動識別功能をも兼ね備えられている。該自動ウェーブ切り換 え接収のウェーブ設定範囲は発射系統部Aに配合して既定ウェーブが設定され、 そして該自動識別功能の操作は後段でまた詳細に述べる。又資料伝達中のID識 別ナンバーは前もって発射系統部Aおよび接収系統部Bの中のマイコンA2およ びB2で設定され、この系統部の様式はTwo-Dimensional bar codeに似ている。As shown in FIG. 3, the requisition system section B comprises a requisition device RxB1 and a microcomputer UCB2, and is connected to a personal computer. In addition, utilizing the digital setting of the microcomputer B2, the receiver RxB1 is provided with an automatic wave switching function, a material retrieving function, and also has an automatic identification function. The wave setting range of the automatic wave switching requisition is set in the launch system part A to set a predetermined wave, and the operation of the automatic identification function will be described later in detail. Also, the ID identification number during the transmission of the data is set in advance by the microcomputers A2 and B2 in the launch system part A and the requisition system part B, and the format of this system part is similar to the Two-Dimensional bar code.
【0008】 又図4に示すように接収系統部BはモニターCの回路中に設置される。そして 、パソコンの各種無線周辺設備、例えば、マウスDキーボードE或いは其の他同 類のJoy Stick、Bigipizer等にはそれぞれ該接収系統部Bに相対応する発射系統 部Aが設けられている。これによって発射系統部Aと接収系統部Bの間の無線高 周波、赤外線伝達方式で、正確に資料をモニターCに伝達し、そしてモニターC より連線でパソコンFに伝達して資料の伝達を完了する。これによってRF高周 波、赤外線伝達遠隔式操作功能を達成する。Further, as shown in FIG. 4, the requisition system B is installed in the circuit of the monitor C. Various wireless peripheral devices of the personal computer, for example, a mouse D keyboard E or other similar Joy Stick, Bigipizer, etc. are provided with a launch system A corresponding to the requisition system B, respectively. Thus, the data is accurately transmitted to the monitor C by the radio high-frequency and infrared transmission system between the launch system part A and the requisition system part B, and transmitted to the personal computer F from the monitor C by a continuous line. Complete. This achieves the RF high frequency, infrared transmission remote control function.
【0007】 図5に示す全体接収系統部B中の各階段の功能動作を説明する。先ず発射系統 部Aはマイコンの設定値によって、すでに系統式自動循環式でウェーブを切り換 えID識別ナンバーのついている資料を発射し、そして接収系統部Bもまた発射 系統部Aと配合し、建立したID資料(ステップ1)の中にあって、再び資料接 収(ステップ2)に至り、さらに資料判断(ステップ3)に至る。このとき“無 ”と判断されたときは、また資料接収(ステップ2)にもどり接収動作を続ける 。“有”と判定されたときは、IDの有無判断(ステップ4)に至り、さらに“ 有”と判定されたときは、再びIDの正確判断(ステップ6)に至る。そして接 収系統部Bの中の自動識別功能およびすでに建立したID資料で識別し、IDの 有無判断(ステップ4)中で“無”と判定されたときは、該資料接収のウェーブ はすでに干渉を受けてIDの“有無”の正確な判断が作れず、継続して該ウェー ブ内にとどまっていたら継続して干渉を受け有効に資料の接収ができないことを 表示する。そしてこれが従来の単功式、単一ウェーブ方式RF高周波、赤外線伝 達系統で僅かに某一固定ウェーブで資料を発射および接収中に、このような困境 に相遇したとき、干渉されているウェーブ内で効率の悪い接収動作を続け、自動 的に避けることができないので干渉を受けないウェーブに切り換えられず、遠隔 操作の功能が正確に執行されずに誤った資料を接収して伝達してしまうという混 乱をまねく。The functioning operation of each stair in the overall requisition system B shown in FIG. 5 will be described. First, the launching system part A switches the waves by systematic automatic circulation according to the setting value of the microcomputer and fires the material with the ID identification number, and the requisitioning system part B also mixes with the launching system part A, In the established ID material (Step 1), the material re-acquisition (Step 2) is again performed, and the material is judged (Step 3). At this time, if it is determined to be "absent", the operation returns to the material requisition (step 2) to continue the requisition operation. When it is determined to be "present", the process proceeds to the presence / absence determination of the ID (step 4), and when it is determined to be "present", the process again proceeds to the accurate determination of the ID (step 6). Then, it is identified by the automatic identification function in the requisition system part B and the ID material already erected, and when it is judged as “absent” in the judgment of the presence or absence of the ID (step 4), the wave of the material requisition has already been interfered. As a result, it is impossible to make an accurate determination of the presence / absence of the ID, and if the ID stays in the web continuously, it indicates that it is continuously interfered and the data cannot be requisitioned effectively. And while this is a conventional single-acting, single-wave RF high-frequency, infrared transmission system, while emitting and confiscating material with a certain fixed wave, when encountering such a difficult situation, if there is interference in the wave, Inefficient requisition operation continues and cannot be avoided automatically, so it is not possible to switch to a wave that does not receive interference, and the effectiveness of remote operation is not accurately executed, and incorrect materials are requisitioned and transmitted. Causing confusion.
【0008】 本実施例の特徴は、IDの有無判断(ステップ4)の中で判定して“無”とな ったとき、自動的にウェーブ切り換え(ステップ5)に転じて、接収系統部Bの 中の自動ウェーブ切り換え接収功能で自動的にウェーブを換え、資料接収(ステ ップ2)にもどって接収動作を続け、ウェーブが代って干渉を受けない別のウェ ーブの領域中で発射系統部Aが自動的に切り換えた別のウェーブで発射した同じ 資料を接収し、再び同じIDの有無判断(ステップ4)に至る。言い換えれば、 発射系統部AはID符号もある。同じ資料を自動循環式ウェーブ切り換え発射方 式で同じではないウェーブで持続的に発射し、接収系統部が資料を接収するとき 、ウェーブ内で識別系統部に干渉があると判定したときは自動的にウェーブを切 り換え、別のウェーブで資料を接収し、該別のウェーブ領域中でも干渉があると 判定したときは、順々にさらに循環式ウェーブ切り換えで次の干渉を受けないウ ェーブ領域中で資料を接収し、正確かつ有効にIDの有無判断(ステップ4)の 功能操作を達成できるようにする。そしてIDの正確判断(ステップ6)の中で もしも判定が“否”のときは接収した資料中に正確なID符号がないことを表示 し、該資料はすてて資料の伝達を止め、資料接収(ステップ2)にもどり、接収 動作を続ける。IDの正確判断(ステップ6)中判定が“正”のときは、さらに 資料発信(ステップ7)に至り、資料伝達の功能、動作を完了する。そして再び 資料接収(ステップ2)にもどり、次の資料接収の動作を続ける。こうして順を 追って進行することによって有効にかつ正確にRF高周波、赤外線伝達の遠隔式 操作功能が達成され、従来の操作系統より功能、効率が増進できる。The feature of the present embodiment is that when it is determined in the presence / absence of an ID (step 4) that the result is “absent”, the operation automatically switches to wave switching (step 5) and the requisition system B Automatically change the wave with the automatic wave changeover function in the box, return to the material requisition (Step 2), and continue the requisition operation. In the area of another wave where the wave does not receive interference instead The same material fired by another wave automatically switched by the firing system unit A is requisitioned, and the process returns to step 4 (step 4). In other words, the launch system part A also has an ID code. The same material is continuously fired with a wave that is not the same in the automatic circulating wave switching firing method, and when the requisition system part requisitions the material, when the discrimination system part is judged to have interference in the wave, it is automatically When the wave is switched to another wave and the material is requisitioned by another wave, and it is determined that there is interference even in the another wave region, the wave is sequentially switched to another wave region that does not receive the next interference. To retrieve the material and to accurately and effectively perform the operation of determining whether or not the ID exists (step 4). If the determination is "No" in the accurate determination of the ID (step 6), it indicates that there is no accurate ID code in the requisitioned material, and the transmission of the material is stopped. Return to the requisition (step 2) and continue the requisition operation. If the middle judgment of the accurate determination of the ID (step 6) is “correct”, the data transmission (step 7) is further performed, and the function and operation of transmitting the data are completed. Then, the process returns to the material requisition (step 2), and the operation of the next material requisition is continued. By proceeding in this way, the remote operation capability of RF high frequency and infrared transmission can be effectively and accurately achieved, and the efficiency and efficiency can be improved as compared with the conventional operation system.
【0009】[0009]
多ウェーブを自動的に切り換え、且つ識別系統部を改良し、パソコンの無線周 辺設備例えば、マウス、キーボード等に利用して遠隔操作功能を増進するもの、 即ち発射器と接収器上にそれぞれマイコンを利用して、発射器には自動ウェーブ 切り換え、接収器には相対応して自動判断、識別兼自動ウェーブ切り換え系統部 を増設し、且つ両マイコンに予め識別用のIDナンバーを建立し、使用時に発射 器はマイコンの設定値によって系統式自動ウェーブ切り換え方式でID識別ナン バーの資料をつけ加えて発射でき、接収器は接収資料中ID符号の有無の識別を 経て、これによってウェーブの干渉されているか否かを判定し、干渉されている と判定したときは自動的に順を追ってウェーブを切り換え、原発射器が其の他の ウェーブで発射した同じ資料を続いて再び接収識別および判定して、これによっ て接収器に自動的に干渉を避ける功能を備えさせ、遠隔操作による資料伝達をさ らに正確にし、且つ効率を増進させる。 One that automatically switches between multiple waves, improves the identification system, and uses remote peripherals such as a mouse and keyboard to improve the remote control capability of the personal computer. Automatic wave switching for the launcher, automatic judgment, identification and automatic wave switching system corresponding to the receiver are added, and ID numbers for identification are built and used in both microcomputers in advance. Occasionally, the launcher can be fired by adding the data of the ID identification number by the systematic automatic wave switching method according to the setting value of the microcomputer, and the requisitioner will identify the presence or absence of the ID code in the requisitioned material, which will cause wave interference. Is determined, and if it is determined that there is interference, the waves are automatically switched in order, and the primary launcher fires with another wave Was then requisitioned identification and determination again followed the same article, let includes a Isaono avoid automatically interference takeover device by this, and to accurately and al the article transfer by remote control, to and promote efficiency.
【図1】本考案の一実施例による遠隔操作装置の発射系
統部の回路を示す模式図である。FIG. 1 is a schematic diagram showing a circuit of a launch system of a remote control device according to an embodiment of the present invention.
【図2】本考案の一実施例による遠隔操作装置の発射系
統部の動作を示す模式図である。FIG. 2 is a schematic view showing an operation of a launch system of the remote control device according to the embodiment of the present invention;
【図3】本考案の一実施例による遠隔操作装置の接収系
統部の回路を示す模式図である。FIG. 3 is a schematic diagram showing a circuit of a requisition system of the remote control device according to the embodiment of the present invention;
【図4】本考案の一実施例によるパソコン周辺設備とパ
ソコンの無線伝達部の外観を示す模式的な斜視図であ
る。FIG. 4 is a schematic perspective view showing the external appearance of the personal computer peripheral equipment and the wireless transmission unit of the personal computer according to an embodiment of the present invention.
【図5】本考案の一実施例による遠隔操作装置の接収系
統部の動作の流れを示す図である。FIG. 5 is a diagram illustrating a flow of an operation of a requisition system of the remote control device according to the embodiment of the present invention;
A 発射系統部 A1 発射器 B 接収系統部 B1 接収器 A Launching system section A1 Launcher B Receiving system section B1 Receiving section
Claims (1)
コンピュータと無線周辺設備との間の無線遠隔操作およ
び使用に用いられる遠隔操作装置であって、 前記発射器および前記接収器にはそれぞれマイクロコン
ピュータが設けられ、前記発射器にはウェーブ自動切り
換え部が設けられ、前記接収器には資料判断部、識別部
およびウェーブ自動切り換え部が設けられ、前記接収器
に設けられている接収系統部は自動的に干渉ウェーブを
避け干渉を受けないウェーブに切り換える自動判断機能
を有し、前記発射器および前記接収器にそれぞれ設けあ
れているマイクロコンピュータの相互間に予め識別用の
IDナンバーを設定し、 使用時、前記発射器は該発射器のマイクロコンピュータ
で設定されている設定値に従って自動的にウェーブを切
り換え、前記IDナンバーを含む資料を発射し、前記接
収系統部に接収された資料の中から前記IDナンバーの
有無ならびに前記IDナンバーが正確か否かを判断およ
び識別させ、これによりウェーブが干渉しているか否か
を判断し、 干渉していると判断したとき、自動的に他の設定された
ウェーブに順に切り換え、前記発射器から発射された切
り換えられたウェーブによる資料を接収、判断および識
別し、遠隔操作での資料伝達の正確性および有効性を向
上することを特徴とする遠隔操作装置。1. A remote control device comprising a launcher and a requisition device, wherein the remote control device is used for wireless remote control and use between a personal computer and wireless peripheral equipment. A microcomputer is provided, the launcher is provided with an automatic wave switching unit, the requisition unit is provided with a data judgment unit, an identification unit, and an automatic wave switching unit, and a requisition system unit provided in the requisition device. Has an automatic determination function of automatically switching to a wave that avoids interference waves and avoids interference, and sets an ID number for identification in advance between the microcomputers provided in the launcher and the requisitioner, respectively. In use, the launcher automatically switches the wave according to the set value set in the microcomputer of the launcher. , The material containing the ID number is fired, and the presence or absence of the ID number and the accuracy of the ID number are determined and identified from among the materials requisitioned by the requisition system, whereby the waves interfere with each other. Judge whether or not there is interference, when it is judged that there is interference, automatically switch to another set wave automatically, seize the material by the switched wave emitted from the launcher, judge and identify, A remote control device characterized by improving the accuracy and effectiveness of transmitting data by remote control.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2001000087U JP3078905U (en) | 2001-01-12 | 2001-01-12 | Remote control device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2001000087U JP3078905U (en) | 2001-01-12 | 2001-01-12 | Remote control device |
Publications (1)
Publication Number | Publication Date |
---|---|
JP3078905U true JP3078905U (en) | 2001-07-27 |
Family
ID=43211813
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP2001000087U Expired - Fee Related JP3078905U (en) | 2001-01-12 | 2001-01-12 | Remote control device |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP3078905U (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US7928657B2 (en) | 2005-08-10 | 2011-04-19 | Hamamatsu Photonics K.K. | Photomultiplier |
-
2001
- 2001-01-12 JP JP2001000087U patent/JP3078905U/en not_active Expired - Fee Related
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US7928657B2 (en) | 2005-08-10 | 2011-04-19 | Hamamatsu Photonics K.K. | Photomultiplier |
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