JPH026510Y2 - - Google Patents

Description

[Detailed explanation of the invention] This invention is an answering machine, and more specifically, the answering machine plays the sound of a response cassette tape to the other party who calls you when you are away, and then sends the answering sound to the receiving cassette tape. This relates to an answering machine that records the requirements for a telephone answering machine.

Conventionally used answering machines transmit the contents recorded on a response cassette tape to the other party, and then record the requirements from the other party on a separate reception cassette tape. In order to play back or record the response cassette tape and reception cassette tape,
Two motors were used to run the tape.

Next, the operation and operation of the conventional answering machine described above will be explained.

First, a telephone line from a telephone office is connected to the main body of the device, and then the main body of the device and each telephone set are connected.

Thereafter, the receiving cassette tape and the answering cassette tape are attached to the main body of the device, and the device is turned on to wait for a call.

When a call comes in in this state, the main body of the device detects the electrical signal via the telephone line and puts the telephone into a talking state.

After that, the user first activates a response cassette tape to inform the other party that he or she is away, for example. In other words, the answering cassette tape starts to be played back in response to an electrical signal indicating that there is an incoming call.

A conductor is attached to a part of the tape surface of the response cassette tape, and the detection section of the main body of the apparatus detects this conductor after the required message has been transmitted. By detecting this conductor,
This stops the response cassette tape and simultaneously starts the reception cassette tape.

Furthermore, after the other party has finished recording the required requirements on the receiving cassette tape, it is detected that there is no voice input for a certain period of time, for example, and the recording on the receiving cassette tape is stopped.

Conventional answering machines play back the answering cassette tape and record the receiving cassette tape in this way.

However, although both of these cassette tapes do not run at the same time, conventional answering machines use two motors, each of which runs separately.

Therefore, the present invention uses a single motor to run both the response cassette tape and the reception cassette tape sequentially, with the aim of saving money on the motor itself and reducing electrical failures. It was devised.

In order to achieve the above-mentioned object, the present invention provides an answering machine equipped with a response cassette tape and a reception cassette tape, in which the pinch rollers of both cassette tapes are formed to be movable back and forth inside the cassette tape, and A single capstan roller that comes into contact with the pinch roller of the cassette tape when it moves forward, and an input gear that rotates in conjunction with this capstan roller are provided, and the output shaft of the gear device is operated by the rotation of this input gear. A crank is provided at the cassette tape, and an advancing/retracting device is provided which alternately advances and retreats the pinch rollers of both cassette tapes by one rotation of the crank. It is formed from a resilient gear that is resiliently positioned in the toothless portion to form a complete gear, a stop piece that stops the rotation of the resilient gear, and a solenoid for releasing the stop,
During the continuous rotation of the drive gear, the stop piece is locked to the resilient gear, which causes the resilient gear to come off the missing tooth part of the output gear, stop the rotation of the output gear, and excite the solenoid, causing the resilient gear to become missing. It is characterized by being formed so that the output gear starts rotating when located at the toothed portion.

Next, embodiments of the present invention will be described with reference to illustrated examples.

In the present invention, the tape is run by a single capstan roller 31 that sequentially rotates both pinch rollers 12 of a response cassette tape 10 and a reception cassette tape 11, which are stacked on a frame body (not shown). In order to rotate the pinch rollers 12 sequentially, an advancing/retracting device is provided for alternately advancing and retreating both pinch rollers 12.

Both cassette tapes 10 and 11 each have a pinch roller 12 pivotally supported on a shaft support 13, and this shaft support 13 is attached by a coil spring 14 so that the pinch roller 12 can move forward and backward in the front and back direction of the cassette tape. It is in force. Also, this pinch roller 1
2 is in pressure contact with the capstan roller 31, and its rotation is transmitted.

Furthermore, at least the response cassette tape 10
An endless tape is used, and a conductor (not shown) is attached to a part of the tape.

A motor 53 having a motor pulley 52 fixed to an output shaft 51 is fixed to a fixed plate 50 inside the frame, and this motor pulley 52 is configured to transmit rotation to an intermediate pulley 55 via a belt 54. . Furthermore, this intermediate pulley 55 transmits rotation via a belt 58 to a small gear 57 to which a pulley 56 is fixed.

The intermediate pulley 55 has a rotating shaft that also serves as a capstan roller 31 that rotates the pinch roller 12 for tape running, and a large pulley 59 and a small gear for transmitting rotation between the intermediate pulley 55 and the motor pulley 52. Pulley 5 fixed to 57
It has a small pulley 60 for rotational transmission between the two.

A tape reproducing device 30 is formed by a capstan roller 31 inside the frame, a head 32 for reproducing or recording, and a detecting section 33 for detecting the conductor of the tape.

The small gear 57 is a forward/backward movement device 4 for sequentially running both cassette tapes 10 and 11 stacked on the frame.
It is formed so as to be linked to 0.

The advancing/retracting device 40 moves the pinch rollers 12 of both cassette tapes 10 and 11 by oscillating a oscillating rod 71 that is oscillated by a gear device 70 that meshes with a small gear 57 and provides an intermittent rotational output. It advances and retreats sequentially. Specifically, each cassette tape 1
The shaft supporting body 13 which pivotally supports the pinch rollers 12 of 0 and 11 is moved forward and backward alternately by the swinging of the swinging rod 71, and both the cassette tapes 10 and 1
Two press rods 41 that press the first shaft support 13 toward the back of the cassette tape are supported on the frame so that they can move forward and backward, and swing rods 42 supported in series on both press rods 41 are supported on the frame as shafts. The pinch rollers 12 of both cassette tapes 10 and 11 are supported by shaking the shaking rod 42 with the shaking rod 71 and moving the two pressing rods 41 supported by the shaking rod 42 back and forth alternately.
are brought into pressure contact with a single capstan roller 31 alternately.

The gear device 70 meshes with the small gear 57 and has two missing teeth 7 with a 180° phase shift.
2 and a missing tooth 72 of the large gear 73
a resilient gear 74 which is resiliently positioned in the portion;
Switch 7 operated by rotation of large gear 73
5 and a solenoid 76 that prevents rotation of the resilient gear 74.

The large gear 73 has a crank 77 protruding from one side thereof, in which the elongated hole of the oscillating rod 71 is located, and
On the other side, a shaft cylinder 78 for loosely inserting the spring gear 74 is protrudingly provided in the center thereof, and an operation protrusion 79 for operating the switch 75 and the spring gear 74 are rotated only within a certain angle. A stopper 80 is protruded to enable this.

The spring gear 74 is provided with a notch 81 against which the stopper 80 of the large gear 73 collides in order to keep the rotation angle constant, and a locking element 85 that is engaged by an operating piece 85 activated by the excitation of the solenoid 76. Convexity 8
2 are projected with a 180° phase shift.

The switch 75 is turned ON and OFF by an operation piece 83 which is oscillated by the rotation of an operation protrusion 79 fixed to the large gear 73. When the switch 75 is turned OFF, the rotation of the motor 53 is stopped. I'm starting to do that.

Further, the solenoid 76 has an actuating piece 85 that is in a non-energized state due to the tension of the spring 84.
It is locked to the locking protrusion 82, and in the excited state, the actuating piece 85 is attracted against the tension of the spring 84 to release the locking between the actuating piece 85 and the elastic gear 74.
The excitation is performed by sensing the bell and sensing the tape conductor.

Incidentally, the rotation of the resilient gear 74 is controlled by an actuating piece 85.
A coil spring (not shown) is provided so that the tooth surface of the resilient gear 74 is located at the missing tooth 72 portion of the large gear 73 unless stopped at .

Next, the operation of the device according to the present invention will be explained.

First, a telephone line from a telephone office is connected to the main body of the device, and then the main body of the device and each telephone are connected.

After that, insert the receiving cassette tape 11 into the main body of the device.
and attach the response cassette tape 10.

At this time, the solenoid 76 is in a non-energized state, so the actuating piece 85 is locked to the locking protrusion 82 of the resilient gear 74, and the push rod 41 of the advancing/retracting device 40 is attached to the shaft support of the receiving cassette tape 11. 13 inwardly, and the capstan roller 31 is in pressure contact only with the pinch roller 12 of the response cassette tape 10.

After that, when the bell of the telephone rings, the bell is detected and the motor 53 starts rotating.

Then, the rotation of the motor 53 causes the motor pulley 52 to rotate via the belt.

The motor pulley 52 rotates the capstan roller 31 to run the response cassette tape 10, and also rotates the small gear 57 via the belt.

However, at this time, the solenoid 76 is not energized, so the stop piece locks the locking protrusion 82, and the small gear 57 is positioned at the missing tooth 72 portion of the large gear 73. As a result, the motor 53 rotates. Therefore, although the capstan roller 31 rotates, the large gear 73 does not rotate.

Therefore, when a call comes in, the first thing to do is to tell the other party what has been recorded on the answering cassette tape 10.

When the tape of the response cassette tape 10 has run in this manner and the recorded contents have been transmitted to the other party, the detection section 33 will eventually detect the conductor of the tape, and the solenoid 76 will be energized.

Due to the excitation of this solenoid 76, the locking protrusion 8
2 and the actuating piece 85 is released, the tooth surface of the resilient gear 74 is positioned at the missing tooth 72 portion of the large gear 73 due to the resilient force of the coil spring.

Therefore, the rotation of the small gear 57 causes the large gear 73 to rotate.

By the rotation of this large gear 73, the crank 77
The swinging rod 71 swings through this, and the advancing/retracting device 40 is operated.

As a result of the movement of the advancing and retracting device 40, the swinging rod 42 swings, and the pressing rod 41 pushes the shaft support 13 of the response cassette tape 10 to the back, and the shaft support 13 of the reception cassette tape 11 is pushed into the coil spring 1.
You will be able to bring it forward with the spring force of 4. Therefore, at this time, the capstan roller 31 comes into pressure contact with the pinch roller 12 of the receiving cassette tape 11, and the rotation of the motor 53 is transmitted only to the receiving cassette tape 11.

However, when the large gear 73 rotates 180 degrees, the locking protrusion 82 of the resilient gear 74 engages with the operating piece 85, and the rotation of the resilient gear 74 is prevented. At this time, the small gear 57 is located at the missing tooth 72 portion of the large gear 73, so the small gear 57
rotation stops.

Since the motor 53 is still rotating even when the rotation of the large gear 73 is stopped, the tape of the receiving cassette tape 11 is running, and the requirements from the other party can be recorded via the recording head 32. Become.

After the necessary requirements from the other party are recorded in this manner, it is detected that there is no voice input for a certain period of time, and the solenoid 76 is energized again.

Then, due to the energization of the solenoid 76, the lock between the actuating piece 85 and the locking protrusion 82 is released, and the tooth surface of the resilient gear 74 is positioned at the missing tooth 72 portion of the large gear 73 due to the elasticity of the coil spring. Rotate like this. Therefore, at this time, the rotation of the small gear 57 is transmitted via the spring gear 74 as the rotation of the large gear 73.

The rotation of the large gear 73 causes the operation protrusion 79 to swing the operation piece 83 and turn off the switch 75, so that the motor 53 stops rotating and one call recording is completed.

The present invention includes a tape reproducing device 30 and an advancing/retracting device 4.
0 are operated by one motor 53, the number of motors 53 can be saved. When operating both devices at the same time with one motor 53 in this way, stable running of the tape cannot be achieved due to the load applied to the advancing/retracting device 40. Since the advancement/retraction device 40 operates only at the end of the process, at this time, either cassette tape 10, 1
1 is not functioning as a playback or recording function, and it does not become impossible to distinguish the recorded content to be actually conveyed to the other party, nor does it become impossible to reproduce the requirements from the other party.

In the above description, an example has been described in which only the motor 53 is operated by detecting a bell, the solenoid 76 is not operated, and the solenoid 76 is operated by detecting the conductor of the response cassette tape 10. However, in addition to this, the shaft support 13 of the response cassette tape 10 is usually pushed inward by a pressing rod 41, and the motor 5 is
3 and the solenoid 76 are operated at the same time, and the rotation of the motor 53 operates the advancing/retracting device 40 to rotate the response cassette tape 10. Subsequently, when the conductor of the response cassette tape 10 is detected, the solenoid 76 is operated to receive the signal. It is also possible to operate the cassette tape 11 and stop the rotation of the motor 53 when voice input stops, thereby terminating the call. Also, in this case, the switch 75 becomes unnecessary.

Further, a swinging rod 71 swings the advancing/retracting device 40 by a rotating body rotated by the rotation of the motor 53.
The structure can be simplified mechanically by forming the swing bar 42 which is operated by the swinging of the swinging bar 71, and the pressing bar 41 which moves back and forth alternately by the swinging of the swinging bar 42. , there will be fewer failures. Of course, this advancing/retracting device 40 is simply a response cassette tape 10.
Since it is sufficient that the pinch rollers 12 for the receiving cassette tape 11 and the receiving cassette tape 11 can be moved back and forth alternately, various configurations other than this embodiment can be made.

In the illustrated example, the swinging rod 42 is simply shown in contact with the swinging rod 71, but the swinging rod 71
It is also possible to sandwich the
2 or press rod 41 with a spring (not shown)
It is also possible to provide one and bias it to one side.

As described above, in the present invention, a single motor can perform playback and recording, and this motor can also be used to switch between playback and recording, thereby saving on the number of motors and simplifying the mechanism.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention,
Figure 1 is a front view showing the relationship between each pulley.
FIG. 2 is a plan view of the same, and FIG. 3 is an exploded perspective view showing the gear device. DESCRIPTION OF SYMBOLS 10...Response cassette tape, 11...Receiving cassette tape, 12...Pinch roller, 13...Spindle support, 14...Coil spring, 30...Tape reproducing device, 31...Capstan roller, 32...Head, 33...Detection Part, 40... Advancement/retraction device, 41... Pressing rod, 42... Swinging rod, 50... Fixed plate, 51... Output shaft, 52... Motor pulley, 53... Motor,
54... Belt, 55... Intermediate pulley, 56... Pulley, 57... Small gear, 58... Belt, 59... Large pulley, 60... Small pulley, 70... Gear device, 7
1... Rocking rod, 72... Missing teeth, 73... Big gear, 74...
Repulsion gear, 75... switch, 76... solenoid,
77...Crank, 78...Cylinder shaft, 79...Operation protrusion,
80...stopper, 81...notch, 82...locking protrusion, 83...operating piece, 84...spring, 85...actuating piece.

Claims (1)

[Scope of utility model registration request] In an answering machine equipped with an answering cassette tape and a receiving cassette tape, the pinch rollers of both cassette tapes are formed so that they can move forward and backward inside the cassette tape, and the pinch rollers of both cassette tapes have a single contact roller that comes into contact with them when they move forward. A capstan roller and an input gear that rotates in conjunction with the capstan roller are provided, and a crank is provided on the output shaft of the gear device that is operated by the rotation of the input gear. In addition to providing an advancing/retracting device that alternately advances and retreats the pinch rollers of both cassette tapes, a gear device is installed.
An output gear having missing teeth shifted by 180 degrees, an elastic gear that is resiliently located in the missing tooth portion of the output gear to form a complete gear, and a stop piece and a stop that stop the rotation of the elastic gear. During the continuous rotation of the drive gear, the stop piece is engaged with the resilient gear, and the resilient gear is disengaged from the toothless portion of the output gear, stopping the rotation of the output gear. An answering machine, characterized in that the spring gear is positioned at the toothless portion and the output gear starts rotating when a solenoid is energized.