JPS6253525A - Transmission and reception device of simplex system - Google Patents
Transmission and reception device of simplex systemInfo
- Publication number
- JPS6253525A JPS6253525A JP19439685A JP19439685A JPS6253525A JP S6253525 A JPS6253525 A JP S6253525A JP 19439685 A JP19439685 A JP 19439685A JP 19439685 A JP19439685 A JP 19439685A JP S6253525 A JPS6253525 A JP S6253525A
- Authority
- JP
- Japan
- Prior art keywords
- transmitting
- transmission
- receiving
- switch
- receiving device
- 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.)
- Pending
Links
Landscapes
- Transceivers (AREA)
Abstract
Description
【発明の詳細な説明】 〔産業上の利用分野〕 本発明は単信方式の送受信装置の改良に関する。[Detailed description of the invention] [Industrial application field] The present invention relates to an improvement in a simplex type transmitter/receiver.
本発明は、アンテナと、送信器と、受信器と、アンテナ
を送信器及び受信器に切り換え接続する送受信切り換え
スイッチとを有する単信方式の送受信装置において、送
話状態から受話状態に移行したとき、他の送受信装置の
送受信切り換えスイッチを送信側に切り換え制御するリ
モート制御信号を送信すると共に、その後自己の送受信
切り換えスイッチを受信側に切り換える制御器を設けた
ことにより、交信中の送受信装置間における送信の移行
時の搬送波の送信中断による混信を回避することができ
る。The present invention provides a simplex type transmitting/receiving device having an antenna, a transmitter, a receiver, and a transmitting/receiving switch that switches and connects the antenna to the transmitter and the receiver, when the transmitting state changes to the receiving state. By providing a controller that transmits a remote control signal that switches the transmission/reception switch of another transmitting/receiving device to the transmitting side, and then switches its own transmitting/receiving switch to the receiving side, the communication between the transmitting/receiving devices during communication can be controlled. Interference due to carrier wave transmission interruption during transmission transition can be avoided.
パーソナル無線方式の如き、単信方式の送受信装置にあ
っては、同じ周波数の搬送波を用いて交信を行う。かか
る送受信装置間の交信は、次のようにして行う。第１の
送受信装置が送信状態にあり、第２の送受信装置が受信
状態にあるものとする。このときは、第１の送受信装置
では、ブレストークスイッチがオンにされ、第２の送受
信装置では、ブレストークスイッチはオフにされる。第
１の送受信装置で送話が終了すると、ブレストークスイ
ッチはオフにされる。かくすると、第２の送受信装置で
は、ブレストークスインチをオンにして送信を行う。そ
の後、この動作が繰り返されて、第１の送受信装置及び
第２の送受信装置間の交信が行われる。In a simplex type transmitting/receiving apparatus such as a personal radio type, communication is performed using carrier waves of the same frequency. Communication between such transmitting and receiving devices is performed as follows. It is assumed that the first transmitting/receiving device is in a transmitting state and the second transmitting/receiving device is in a receiving state. At this time, the breath talk switch is turned on in the first transmitting/receiving device, and the breath talk switch is turned off in the second transmitting/receiving device. When the first transmitting/receiving device finishes transmitting a speech, the breathtalk switch is turned off. In this way, the second transmitting/receiving device performs transmission with the Breast Inch turned on. Thereafter, this operation is repeated to perform communication between the first transmitting/receiving device and the second transmitting/receiving device.
上述のように、第１の送受信装置及び第２の送受信装置
間で交信が行われている場合、第１の送受信装置で、ブ
レストークスイッチがオフにされたからと言って、直ぐ
に第２の送受信装置でブレストークスイッチがオンにさ
れるわけではない。As described above, when communication is being performed between the first transmitting/receiving device and the second transmitting/receiving device, even if the breath talk switch is turned off in the first transmitting/receiving device, the second transmitting/receiving device immediately The device does not turn on the breathtalk switch.
このため、第１の送受信装置のブレストークスイッチが
オフにされてから、第２の送受信装置のブレストークス
イッチがオンにされるまでには、多少の時間が有り、こ
の間では何れの送受信装置からも搬送波が送信されてい
ないことになる。このため、第３の送受信装置が搬送波
が送信されているか否を検知し、そのチャンネルで搬送
波が送信されていなければ、送信を開始することになり
、混信が生じる。Therefore, there is some time between when the breath talk switch of the first transmitter/receiver is turned off and when the breath talk switch of the second transmitter/receiver is turned on. This means that the carrier wave is not being transmitted. Therefore, the third transmitting/receiving device detects whether or not a carrier wave is being transmitted, and if the carrier wave is not being transmitted on that channel, it starts transmitting, causing interference.
かかる点に鑑み、本発明は交信中の送受信装置間におけ
る送信の移行時の搬送波の送信中断による混信を回避す
ることのできる単信方式の送受信装置を提案しようとす
るものである。In view of this, the present invention proposes a simplex type transmitting/receiving device that can avoid interference due to interruption of carrier wave transmission during transmission transition between communicating transmitting/receiving devices.
本発明は、アンテナＡＴと、送信器Ｔと、受信器Ｒと、
アンテナＡＴを送信器Ｔ及び受信器Ｒに切り換え接続す
る送受信切り換えスイッチＳＷとを有する単信方式の送
受信装置において、送話状態から受話状態に移行したと
き、他の送受信装置の送受信切り換えスイッチＳＷを送
信側に切り換え制御するリモート制御信号を送信すると
共に、その後自己の送受信切り換えスイッチＳＷを受信
側に切り換える制御器ＣＴを設けたことを特徴とするも
のである。The present invention includes an antenna AT, a transmitter T, a receiver R,
In a simplex type transmitting/receiving device having a transmitting/receiving switch SW that switches and connects the antenna AT to a transmitter T and a receiver R, when transitioning from a transmitting state to a receiving state, the transmitting/receiving switch SW of another transmitting/receiving device is switched. This device is characterized by being provided with a controller CT that transmits a remote control signal for switching control to the transmitting side, and then switches its own transmitting/receiving switch SW to the receiving side.
かかる本発明によれば、制御器ＣＴによって、自己の送
受信装置が、送話状態から受話状態に移行したとき、他
の送受信装置の送受信切り換えスイッチＳＷを、送信側
に切り換え制御するリモート制御信号を送信すると共に
、その後自己の送受信切り換えスイッチＳＷを受信側に
切り換えるので、交信中にある送受信装置間に送信の移
行が有っても、搬送波の送信の中断が殆どなく、混信の
虞はない。According to the present invention, when the own transmitting/receiving device shifts from the transmitting state to the receiving state, the controller CT sends a remote control signal to control the transmitting/receiving switch SW of another transmitting/receiving device to switch to the transmitting side. At the same time as transmitting, the transmitting/receiving switch SW is switched to the receiving side, so even if there is a shift in transmission between the transmitting/receiving devices during communication, there is almost no interruption in carrier wave transmission and there is no risk of interference.
以下に、図面を参照して、本発明の一実施例を詳細に説
明する。第１図は本発明による送受信装置を示し、ここ
では説明の便宜のため、交信状態にある第１の送受信装
置（１）及び第２の送受信装置（２）を図示している。An embodiment of the present invention will be described in detail below with reference to the drawings. FIG. 1 shows a transmitting/receiving device according to the present invention, and here, for convenience of explanation, a first transmitting/receiving device (1) and a second transmitting/receiving device (2) are shown in a communication state.
尚、これら送受信装置（１）、（２）は全く同じ構成を
有している。Note that these transmitting/receiving devices (1) and (2) have exactly the same configuration.
ＭＣはマイクロフォンで、その音声信号を増幅器Ａ、を
介して、送信器Ｔに供給する。送信器Ｔでは、搬送波を
その音声信号で変調し、この被変調信号を、送受信切り
換えスイッチＳＷを介してアンテナＡＴに供給して送信
する。アンテナＡＴよりの受信信号は、送受信切り換え
スイッチＳＷを介して、受信器Ｒに供給され、ここで復
調されて得られた音声信号は、増幅器Ａ２を介してスピ
ーカｓｐに供給されて放声される。送受信切り換えスイ
ッチＳＷは、アンテナＡＴに接続される可動接点ｍ並び
に送信器Ｔ及び受信器Ｒに夫々接続される固定接点り及
びｒを有する。ＣＴは制御器で、これにより送受信切り
換えスイッチＳＷが切り換え制御される。ＰＴはブレス
トークスイッチで、制御器ＣＴに接続される。以上の構
成は、従来の単信方式の送受信装置と同様である。MC is a microphone and supplies its audio signal to a transmitter T via an amplifier A. The transmitter T modulates the carrier wave with the audio signal, and supplies this modulated signal to the antenna AT via the transmission/reception changeover switch SW for transmission. The received signal from the antenna AT is supplied to the receiver R via the transmission/reception changeover switch SW, and the audio signal obtained by demodulation is supplied to the speaker sp via the amplifier A2 and is emitted. The transmission/reception changeover switch SW has a movable contact m connected to the antenna AT, and fixed contacts r and R connected to the transmitter T and receiver R, respectively. CT is a controller that controls the transmission/reception changeover switch SW. PT is a breath talk switch and is connected to the controller CT. The above configuration is similar to a conventional simplex type transmitting/receiving device.
第２図に制御器ＣＴの具体構成を示し、第１図及び第２
図を参照して、第１図の送受信装置の制御器ＣＴ及びそ
れに関連する部分を説明する。制御器ＣＴは、マイクロ
コンピュータ（７）及び周波数信号発生器（８）から構
成されている。（４）は、送受信切り換えスイッチＳＷ
を切り換え制御する切り替え制御手段である。（３）は
、ブレストークスイッチＰＴの検出手段で、ブレストー
クスインチＰＴのオン、オフの如何を検出して、その検
出出力を切り替え制御手段（４）に供給する。Figure 2 shows the specific configuration of the controller CT, and Figures 1 and 2 show the specific configuration of the controller CT.
The controller CT of the transmitting/receiving apparatus shown in FIG. 1 and its related parts will be explained with reference to the drawings. The controller CT is composed of a microcomputer (7) and a frequency signal generator (8). (4) is the transmit/receive switch SW
This is a switching control means for switching and controlling. (3) is a detection means for the breath talk switch PT, which detects whether the breath talk switch PT is on or off, and supplies the detection output to the switching control means (4).
（５）は、タイマ手段で、そのタイマ出力を切り替え制
御手段（４）に供給する。（８）は例えばモノトーン又
はパイトーンの周波数信号を発生ずる周波数信号発生器
で、ブレストークスイッチの検出手段（３）及びタイマ
手段（５）によってその始動が制御される。周波数信号
発生器（８）よりの周波数信号はＩＤコード変調用のデ
ータ変調器ＭＤに供給されて変調された後、送信器Ｔに
供給されて、マイクロフォンＭＣよりの音声信号と合成
される。この周波数信号で搬送波が変調され、得られた
被変調信号がリモート制御信号として、アンテナＡＴか
ら送信される。(5) is a timer means and supplies the timer output to the switching control means (4). (8) is a frequency signal generator that generates, for example, a monotone or pi-tone frequency signal, and its starting is controlled by the breathtalk switch detection means (3) and timer means (5). The frequency signal from the frequency signal generator (8) is supplied to a data modulator MD for ID code modulation and modulated, and then supplied to the transmitter T where it is combined with the audio signal from the microphone MC. A carrier wave is modulated with this frequency signal, and the resulting modulated signal is transmitted from antenna AT as a remote control signal.
ＤＭはＩＤコード復調用のデータ復調器である。DM is a data demodulator for ID code demodulation.
アンテナＡＴで受信されたリモート制御信号が受信器Ｒ
に供給されて復調され、これより得られた被変調信号が
この復調器ＤＭに供給されて復調され、得られた周波数
信号がリモート制御信号の検出手段（６）に供給される
。このリモート制御信号の検出手段（６）の検出出力は
タイマ手段（５）に供給される。 ゛
尚、上述の手段（３）〜（６）はマイクロコンピュータ
（７）の機能を表す。The remote control signal received by antenna AT is sent to receiver R.
The modulated signal obtained therefrom is supplied to the demodulator DM and demodulated, and the obtained frequency signal is supplied to the remote control signal detection means (6). The detection output of the remote control signal detection means (6) is supplied to the timer means (5). Note that the above means (3) to (6) represent the functions of the microcomputer (7).
次ぎに、第３図及び第４図をも参照して、第１図及び第
２図に示した送受信装置の動作を説明する。第４図のフ
ローチャートを主として参照して説明する。ステップＳ
Ｔ−１で送受信装置の動作を開始する。電源スィッチ（
図示せず）がオンにされる（ステップ５Ｔ−２）と、第
１の送受信装置（１）では、送受信切り換えスイッチＳ
Ｗが切り替え制御手段（４）によって制御されて、その
可動接点ｍが固定接点ｒに接続されて、受信状態（受話
状態）になる（ステップ５Ｔ−３）。Next, the operation of the transmitter/receiver shown in FIGS. 1 and 2 will be explained with reference to FIGS. 3 and 4. The explanation will be made mainly with reference to the flowchart shown in FIG. Step S
At T-1, the transmitter/receiver starts operating. Power switch (
(not shown) is turned on (step 5T-2), in the first transmitter/receiver (1), the transmitter/receiver switch S
W is controlled by the switching control means (4), its movable contact m is connected to the fixed contact r, and the receiving state (receiving state) is established (step 5T-3).
第１の送受信装置（１）のブレストークスイッチＰＴ（
第３図ではＰＴ （１）で示す〕が時点Ｔ１にオンにさ
れると、これがブレストークスイッチの検出手段（３）
によって検出され（ステップ５Ｔ−４）、送受信切り換
えスイッチＳＷ〔第３図ではＳＷ （１）で示す〕の可
動接点ｍは固定接点ｔに切り替えられて、第１の送受信
装置（１）は送信状！３（送話状！：、）（ステップ５
Ｔ−６）になる。尚、第３の送受信装置から、同じチャ
ンネルの搬送波が送信されているときは、第１の送受信
装置（１）は送信状態に切り替わらないようになされて
いる。かくすると、第１の送受信装置（１）の操作者は
マイクロフォンＭＣに向かって話を始める。このとき、
第２の送受信装置（２）の操作者は、第１の送受信装置
（１）からの送信信号を受信し、その音声を聞くことに
なる。Breathtalk switch PT (
PT (indicated by PT (1) in Fig. 3) is turned on at time T1, this is the detection means (3) of the breath talk switch.
(Step 5T-4), the movable contact m of the transmitting/receiving switch SW (indicated by SW (1) in FIG. 3) is switched to the fixed contact t, and the first transmitting/receiving device (1) ! 3 (cover letter!:,) (Step 5
T-6). Note that when the third transmitting/receiving device is transmitting a carrier wave of the same channel, the first transmitting/receiving device (1) is configured not to switch to the transmitting state. Then, the operator of the first transmitting/receiving device (1) starts speaking into the microphone MC. At this time,
The operator of the second transmitting/receiving device (2) receives the transmitted signal from the first transmitting/receiving device (1) and listens to the audio.
この第１の送受信装置（１）の操作者がブレストークス
イッチＰＴを時点Ｔ２でオフにすると、これがブレスト
ークスイッチの検出手段（３）によって検出され（ステ
ップ５Ｔ−７）、先ず周波数信号発生手段（８）が駆動
され、これに基づいて時点’ｒ’、、−’ｒ３（時間Ｓ
＋ ）間にリモート制御信号Ｐ１ が送信され（ステッ
プ５Ｔ−８） 、しかる後切り替え制御手段（４）が制
御されて、送受信切り換えスイッチＳＷの可動接点ｍは
固定接点ｒに切り替え接続されて、第１の送受信装置（
１）すると、第２の送受信装置（２）では、第１の送受
信装置（１）から送信されたリモート制御信号を受信し
、これにより時点Ｔ３で第２の送受信装置（２）の送受
信切り換えスイッチＳＷ（第３図ではＳＷ （２）で表
す〕の可動接点ｍは固定接点ｔに切り替えられて、第２
の送受信装置（２）は送信状態になる。When the operator of this first transceiver (1) turns off the breathtalk switch PT at time T2, this is detected by the detection means (3) of the breathtalk switch (step 5T-7), and first the frequency signal generation means (8) is driven, and based on this, time 'r', , -'r3 (time S
+), a remote control signal P1 is transmitted (step 5T-8), and then the switching control means (4) is controlled, and the movable contact m of the transmission/reception changeover switch SW is switched and connected to the fixed contact r. 1 transmitter/receiver (
1) Then, the second transmitting/receiving device (2) receives the remote control signal transmitted from the first transmitting/receiving device (1), and as a result, the transmitting/receiving switch of the second transmitting/receiving device (2) is activated at time T3. The movable contact m of the SW (represented by SW (2) in FIG. 3) is switched to the fixed contact t, and the second
The transmitting/receiving device (2) enters the transmitting state.
時点Ｔ３以後所定時間Ｓ２以内に第２の送受信装置（２
）のブレストークスイッチＰＴ（第３図ではＰＴ （２
）で表す〕がオンにされて、これが送話状態になれば、
ブレストークスイッチＰＴがオフにされるまで、その送
信状態は持続する。第２の送受信装置（２）のブレスト
ークスイッチＰＴが時点Ｔ７でオフにされれば、先ず時
点Ｔ、−Ｔｅ（時間Ｓ、 ＞にリモート制御信号Ｐ２を
送信し、しかるの時点Ｔ８で受信状態に切り替わる。The second transmitting/receiving device (2
) breath talk switch PT (in Figure 3, PT (2
)] is turned on and this is in the transmitting state,
The transmit state persists until the breath talk switch PT is turned off. If the breath talk switch PT of the second transmitting/receiving device (2) is turned off at time T7, it first transmits the remote control signal P2 at time T, -Te (time S, >) and then enters the receiving state at time T8. Switch to .
又、時点Ｔ３以後所定時間Ｓ２以内に第２の送受信装置
（２）のブレストークスイッチＰＴがオンされなければ
、先ずタイマ手段（５）により周波数信号発生手段（８
）が駆動されて、時点Ｔ５−’ｒ、 （時間Ｓ、）に
リモート制御信号Ｐ２が送信され、しかる後時点Ｔ６に
受信状態に切り替わる。Further, if the breath talk switch PT of the second transmitting/receiving device (2) is not turned on within a predetermined time S2 after time T3, the frequency signal generating means (8) is first turned on by the timer means (5).
) is driven to transmit the remote control signal P2 at time T5-'r, (time S,), and then switch to the receiving state at time T6.
又、受信状態にある第１の送受信装置（１）が第２の送
受信装置（２）からのリモート制御信号を受信すると、
これがリモート制御信号の検出手段（６）により検出さ
れ（ステップ５Ｔ−５）、第１の送受信装置（１）の送
受信切り換えスイッチＳＷの可動接点ｍは固定接点ｔに
切り替えられて、第１の送受信装置（１）は送信状態に
なる（ステップ５Ｔ−９）。Further, when the first transmitting/receiving device (1) in the receiving state receives a remote control signal from the second transmitting/receiving device (2),
This is detected by the remote control signal detection means (6) (step 5T-5), and the movable contact m of the transmission/reception changeover switch SW of the first transmitting/receiving device (1) is switched to the fixed contact t, and the first transmitting/receiving device (1) is switched to the fixed contact t. Device (1) enters the transmitting state (step 5T-9).
タイマ手段（５）によって規定される所定時間以内に第
１の送受信装置（１）のブレストークスインチＰＴがオ
ンにされて、これが送話状態になれば（ステップ５Ｔ−
１０＞、ブレストークスイッチＰＴがオフにされるまで
、その送信状態は持続する。第１の送受信装置（１）の
ブレストークスイッチＰＴがオフされ耗ば、これがブレ
ストークスイッチの検出手段（３）により検出され（ス
テップ５Ｔ−７） 、先ずリモート制御信号を送信しく
ステップ５Ｔ−８） 、Ｌかる後受信状態に切り替わる
（ステップ５Ｔ−３）。If the breath talk inch PT of the first transmitting/receiving device (1) is turned on within the predetermined time defined by the timer means (5) and it enters the transmitting state (step 5T-
10>, its transmission state persists until the breath talk switch PT is turned off. When the breath talk switch PT of the first transmitting/receiving device (1) is turned off and worn out, this is detected by the breath talk switch detection means (3) (step 5T-7), and a remote control signal is first transmitted in step 5T-8. ), and then switches to the receiving state (step 5T-3).
又、所定時間以内に第１の送受信装置（１）のブレスト
ークスイッチＰＴがオンにされなければ（ステップ５Ｔ
−１０）、先ずタイマ手段（５）により周波数信号発生
手段（８）が駆動されて、にリモート制御信号が送信さ
れ（ステップ５Ｔ−８）、しかる後受信状態に切り替わ
る（ステップ５Ｔ−３）。Further, if the breath talk switch PT of the first transmitting/receiving device (1) is not turned on within a predetermined time (step 5T)
-10) First, the frequency signal generating means (8) is driven by the timer means (5) to transmit a remote control signal (step 5T-8), and then the receiving state is switched (step 5T-3).
尚、ブレストークスイッチの代わりに、マイクロフォン
出力の有無検出回路を用いても良い。Note that a microphone output presence/absence detection circuit may be used instead of the breath talk switch.
上述せる本発明によれば、制御器によって、自己の送受
信装置が、送話状態から受話状態に移行したとき、他の
送受信装置の送受信切り換えスイッチＳＷを送信側に切
り換え制御するリモート制御信号を送信すると共に、そ
の後自己の送受信切り換えスイッチを受信側に切り換え
るので、交信中にある送受信装置間に送信の移行が有っ
ても、搬送波の送信の中断が殆どなく （勿論、交信中
の両送受信装置から同時に搬送波が送信されることもな
い）、このため混信の虞のない単信方式の送受信装置を
得ることができる。According to the present invention described above, when the own transmitting/receiving device shifts from the transmitting state to the receiving state, the controller transmits a remote control signal to control the transmitting/receiving switch SW of another transmitting/receiving device to switch to the transmitting side. At the same time, the transmitter/receiver switch is then switched to the receiver side, so even if there is a shift in transmission between the transmitter/receiver devices during communication, there is almost no interruption in the transmission of the carrier wave (of course, both transmitter/receiver devices during communication carrier waves are not transmitted at the same time), so it is possible to obtain a simplex type transmitting/receiving device without the risk of interference.
尚、上述の実施例の如く、リモート制御信号を受信して
送信状態に切り替えられた後、所定時間内にブレストー
クスイッチがオンにされなかった場合は、自動的にもと
の受信状態に戻るようεこするときは、リモート制御信
号を送信した側の送受信装置が再度送信を行うことがで
きる。As in the above embodiment, if the breath talk switch is not turned on within a predetermined time after receiving a remote control signal and switching to the transmitting state, the device automatically returns to the original receiving state. In this case, the transmitting/receiving device that sent the remote control signal can transmit again.
第１図は本発明の一実施例を示すブロック線図、第２図
はその制御器の具体構成を示すブロック線図、第３図は
その一実施例の動作を説明するための線図、第４図はそ
の一実施例の動作を説明するためのフローチャートであ
る。
（１）、（２）は夫々第１及び第２の送受信装置、ＡＴ
はアンテナ、ＳＷは送受信切り換えスイッチＳＷ、Ｔは
送信器、Ｒは受信器、ＰＴはブレストークスインチ、Ｃ
Ｔは制御器である。
′に、醪す
・−１，’−＋
胛１侍Ｐ葬りブ°ロヅ７０
第２図
一実売ｆ１り動作１１
第３図
手続補正書
昭和６１年 １月６日
１、事件の表示
昭和６０年 特 許 願 第１９４３９６号２・発明（
７） ？ｇ ＋？Ｒ□、□え。送ヶ、オカユ３、補正を
する者
事件との関係 特許出願人
住 所 東京部品用区北品用６丁目７番３５号名称（２
１８）ソニー株式会社
代表取締役 大 賀 典 雄
４、代理人
６、補正により増加する発明の数
（１）明細書中、特許請求の範囲を別紙のように補正す
る。
（２）同、第２頁１１行、第５頁２行、１０行、第１３
頁５行「その後」を夫々削除する。
（３）同、第７頁３〜４行、１５行「周波数信号発生器
」を「リモート制御信号発生手段」と夫々訂正する。
（４）同、同頁１１行１’（８）は」を「リモート制御
信号発生手段（８）は」と訂正する。
（５）同、同頁１２〜１３行「周波数信号を・・・発生
器で、」を「トーン信号を発生し、」と訂正する。
（６）同、同頁１６行、第８頁６行、第１０頁１〜２行
、第１１頁６〜７行、第１２頁１３行「周波数信号コを
「リモート制御信号」と夫々訂正する。
（７）同、第７頁末行〜第８頁１行「リモート制御信号
として、」とあるを削除する。
（８）同、第８頁３行、「リモート制御」とあるを削除
する。
（９）図面１１１、第２図及び第４図を別紙のように補
正する。
以上
特許請求の範囲
１、アンテナと、送信器と、受信器と、上記アンテナを
上記送信器及び上記受信器に切り喚え接続する送受信切
り換えスイッチとを有する単信方式の送受信装置におい
て、
送話状態から受話状態に移行したとき、他の送受信装置
の」−記送受信切り換えスイッチを送信側に切り換え制
御するリモート制御信号を送信すると共弘ユ己の上記送
受信切り換えスイッチを受信側に切り換える制御器を設
けたことを特徴とする単信方式の送受信装置。
２、・、Ｌ記制御器は、他の送受信装置からの上記リモ
ート制御信号を受信、した際、所定時間内に受話状態か
ら送話状態に移行Ｌ７ないときは、上記リモート制御信
号を送信すると共に、その後自己の上記送受信切り換え
スイッチを受信側に切り換えることを特徴とする特許
第１項記載の単信方式の送受信装置。FIG. 1 is a block diagram showing an embodiment of the present invention, FIG. 2 is a block diagram showing the specific configuration of the controller, and FIG. 3 is a diagram explaining the operation of the embodiment. FIG. 4 is a flowchart for explaining the operation of one embodiment. (1) and (2) are the first and second transmitting/receiving devices, AT
is the antenna, SW is the transmit/receive switch SW, T is the transmitter, R is the receiver, PT is the Brestokes inch, C
T is a controller. ', -1, '-+ Yoshi 1 Samurai P Burial Broth 70 Figure 2 - Actual sale f1 operation 11 Figure 3 Procedural amendment document January 6, 1988 1, Indication of the incident 1985 Patent Application No. 194396 2. Invention (
7)? g+? R□, □eh. Relationship with the case of the person making the amendment, Ukuga, Okayu 3, Patent applicant address: 6-7-35, Kitashina-yo, Tokyo Parts-Yo-ku Name (2)
18) Sony Corporation Representative Director Norio Ohga 4, Agent 6 Number of inventions increased by amendment (1) The scope of claims in the specification will be amended as shown in the attached sheet. (2) Same, page 2, line 11, page 5, lines 2, 10, 13
Delete the 5th line of the page, ``Then''. (3) On page 7, lines 3-4 and line 15, "frequency signal generator" is corrected to "remote control signal generating means." (4) Same page, line 11, line 1' (8) is corrected to read ``remote control signal generating means (8)''. (5) Same page, lines 12-13, ``generate a frequency signal...by a generator'' is corrected to ``generate a tone signal.'' (6) Same page, line 16 on page 8, line 6 on page 8, lines 1-2 on page 10, lines 6-7 on page 11, line 13 on page 12, "Frequency signal" was corrected as "remote control signal". do. (7) Delete the words "As a remote control signal" from the last line of page 7 to line 1 of page 8. (8) Same, page 8, line 3, "remote control" should be deleted. (9) Correct drawing 111, FIGS. 2 and 4 as shown in the attached sheet. Claim 1 of the above claims provides a simplex type transmitting/receiving device having an antenna, a transmitter, a receiver, and a transmitting/receiving changeover switch for selectively connecting the antenna to the transmitter and the receiver. When the transmitting/receiving switch of another transmitting/receiving device changes to the receiving state and a remote control signal is sent to control the transmitting/receiving switch, the controller switches the transmitting/receiving switch of the other transmitting/receiving device to the receiving side. A simplex type transmitting/receiving device characterized by: 2. When the L controller receives the remote control signal from another transmitting/receiving device, it shifts from the listening state to the transmitting state within a predetermined time L7, and if not, transmits the remote control signal. At the same time, the transmitting/receiving device of the simplex method described in Patent No. 1 is characterized in that the transmitting/receiving switch of the transmitting/receiving switch is then switched to the receiving side.
Claims (1)
上記送信器及び上記受信器に切り換え接続する送受信切
り換えスイッチとを有する単信方式の送受信装置におい
て、 送話状態から受話状態に移行したとき、他の送受信装置
の上記送受信切り換えスイッチを送信側に切り換え制御
するリモート制御信号を送信すると共に、その後自己の
上記送受信切り換えスイッチを受信側に切り換える制御
器を設けたことを特徴とする単信方式の送受信装置。 ２、上記制御器は、他の送受信装置からの上記リモート
制御信号を受信した際、所定時間内に受話状態から送話
状態に移行しないときは、上記リモート制御信号を送信
すると共に、その後自己の上記送受信切り換えスイッチ
を受信側に切り換えることを特徴とする上記特許請求の
範囲第１項記載の単信方式の送受信装置。[Scope of Claims] 1. In a simplex type transmitting/receiving device having an antenna, a transmitter, a receiver, and a transmitting/receiving changeover switch for selectively connecting the antenna to the transmitter and the receiver, the transmission state is: A controller is provided that transmits a remote control signal to switch the transmitting/receiving switch of another transmitting/receiving device to the transmitting side when the transmitting/receiving device shifts to a receiving state, and then switches its own transmitting/receiving switch to the receiving side. A simplex type transmitting/receiving device characterized by: 2. When the controller receives the remote control signal from another transmitting/receiving device, if it does not shift from the receiving state to the transmitting state within a predetermined time, the controller transmits the remote control signal and then 2. The simplex type transmitting/receiving device according to claim 1, wherein the transmitting/receiving switch is switched to a receiving side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP19439685A JPS6253525A (en) | 1985-09-03 | 1985-09-03 | Transmission and reception device of simplex system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP19439685A JPS6253525A (en) | 1985-09-03 | 1985-09-03 | Transmission and reception device of simplex system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS6253525A true JPS6253525A (en) | 1987-03-09 |
Family
ID=16323896
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP19439685A Pending JPS6253525A (en) | 1985-09-03 | 1985-09-03 | Transmission and reception device of simplex system |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS6253525A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4929667A (en) * | 1988-02-01 | 1990-05-29 | Asahi Kasei Kogyo Kabushiki Kaisha | Urethane prepolymer composition and a polyurethane coating composition system |
-
1985
- 1985-09-03 JP JP19439685A patent/JPS6253525A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4929667A (en) * | 1988-02-01 | 1990-05-29 | Asahi Kasei Kogyo Kabushiki Kaisha | Urethane prepolymer composition and a polyurethane coating composition system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| JPH10304030A (en) | Portable telephone system | |
| JP2655548B2 (en) | Mobile radio equipment | |
| JPS6253525A (en) | Transmission and reception device of simplex system | |
| JP2003092537A (en) | Wireless microphone system | |
| JP4121681B2 (en) | Wireless microphone, transmitter and transmitter / receiver | |
| KR100189247B1 (en) | Voice communication device using source line | |
| JP2986285B2 (en) | Cordless telephone | |
| JP2008079265A (en) | Radio communication device | |
| JPS60140970A (en) | Facsimile equipment | |
| JPH088839A (en) | Transmitter, receiver and transmitter-receiver | |
| JP2763713B2 (en) | Automatic modem selection system using wireless telephone | |
| JP2568030Y2 (en) | Telephone system | |
| KR200249758Y1 (en) | Wireless hand-free device for hand-phone | |
| JPH0448032Y2 (en) | ||
| JP3662453B2 (en) | Communication method | |
| JPH0697852A (en) | Simplex/duplex switching radio machine | |
| JP2514147Y2 (en) | Transceiver | |
| JP2609112B2 (en) | Cordless telephone | |
| JP2001102950A (en) | Radio equipment | |
| JPH0553414B2 (en) | ||
| JP2008124598A (en) | Radio communication device and radio communication method | |
| JPS62104229A (en) | Communication equipment for armature radio | |
| JPH04200033A (en) | Underwater radio communication system | |
| JPH0795774B2 (en) | Wireless telephone | |
| JPH0662648U (en) | Transceiver device |