JP3092541U - Mechanical clock with cordless adjustment control function - Google Patents

Abstract

(57) [Summary] [PROBLEMS] To change the conventional method of directly adjusting the clock setting manually by cordless remote operation, to have more suitable operability, and to allow the user to quickly operate even in the case of a wall clock. Provides a means to complete the settings. A remote controller for transmitting a radio signal, a receiver, a motor, and a gear set, wherein the receiver drives the motor by receiving a radio signal transmitted from the remote controller, and the motor sets the gear set. There is provided a mechanical timepiece which is operated to control to rotate a pointer of the mechanical timepiece.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

  The present invention relates to a mechanical timepiece having a cordless adjustment control function, and particularly to a remote The controller remotely controls the mechanical clock settings and controls the mechanical clock. The present invention also relates to a mechanical timepiece having a cordless adjustment control function that makes it more convenient.

[0002]

[Prior art]

  General mechanical clocks and wall clocks (or pendant clocks) have their greatest effect. Provides accurate time indications, time reports and ringing bells. Providing users with immediate and accurate time is quite important.

[0003]   However, for general clocks, wall clocks, etc., adjust the bell ringing time setting. If you try, you have to adjust it yourself. Also, the bell ringing time If a knob with a setting function is provided on the back of a table clock or wall clock, If the distance between the user and the table clock is too far and the wall clock is high Since it can be hung on the wall surface, the user's adjustment operation is often troublesome.

[0004]

[Problems to be solved by the device]

  Therefore, in order to solve the above-mentioned drawbacks of the conventional products, the present invention provides a wireless adjustment controller. The main purpose of the invention is to provide a mechanical timepiece having the function, and in the case of the present invention, The user does not have to directly adjust the settings of the mechanical clock or wall clock, The user can simply control the mechanical clock adjustment with the remote controller. Can easily adjust the mechanical clock.

[0005]

[Means for Solving the Problems]

  To achieve the above purpose, the present invention provides a remote controller that emits a radio signal. And a receiver, a motor, and a gear set, and the remote is controlled by the receiver. Driving the motor by receiving a radio signal transmitted from the controller, Also, the gear set is operated by the motor to rotate the indicator hand of the machine clock. A machine having a cordless adjustment control function, including a mechanical timepiece Provide a clock.

[0006]   Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The specific structure according to those descriptions is merely a preferred embodiment of the present invention, and The proposal is not narrowly limited to only those configurations.

[0007]

[Embodiment of device]

  1 and 2 are a perspective view and an internal structure view of the present invention, respectively. Mechanical clock by remote controller 1 (See Fig. 3 for detailed electric circuit) Remotely operate the related settings of 2 (for example, ringing bell), and duplicate the remote controller 1. A bell that is provided with a number of buttons 11 and that rings by pressing the buttons 11 Wireless signal control such as on / off setting, bell ringing time setting, bell ringing time delay setting, etc. Send a mand. The mechanical clock 2 in the figure is a table clock (or a wall clock may be used). A button switch 21 for setting a ringing bell is provided outside the mechanical clock 2. (Including other buttons, and knobs and the like not shown). Mechanical clock 2 is a receiver window for receiving the transmission signal of the remote controller 1. 22 and a receiver electric circuit board 31 (in a detailed electric circuit) inside the mechanical timepiece 2. 4) is provided, and the motor is connected to the receiver electric circuit board 31. 32 is provided to operate the gear set 33 driven by the motor 32 and the mechanical timepiece 2. Is provided with a battery set 34, and the gear set 33 is a mechanical clock. 2 panel indicator hands (eg hour hand 23, minute hand 24, ringing bell 25, etc.) ), And manually rotate the hour hand 23 and minute hand 24 on the gear set 33. A time adjusting swivel rod 35 for adjusting the time when the bell rings is adjusted. A time hand adjusting swivel rod 36 is provided for the purpose.

[0008]   That is, the remote controller 1 sends a related radio signal for adjusting the ringing bell. After transmitting, the receiver electric circuit board 31 in the mechanical timepiece 2 receives the radio signal, Then, the motor 32 is driven to rotate, and the gear set 33 is driven by the motor 32. The bell that the mechanical clock 2 rings by interlocking with the hour hand adjustment swivel rod 36 A bell that rings by a wireless method by rotating the setting hand 25 in conjunction For the purpose of adjusting the setting needle.

[0009]   3 and 4 show the remote controller and receiver electric device of the present invention, respectively. It is an electric circuit diagram showing the electric circuit of the circuit board, of which, the remote controller 1 is a wireless transmission chip U1, buttons S1 to S3, resistors R1 to R3, and a transistor Q. 1 and a light emitting diode D1, and the receive electric circuit board 31 is a wireless receiver. The signal chip U2, resistors R4 to R8, transistors Q2 to Q4, and other elements.

[0010]   Among them, the representative functions of the buttons S1 to S3 are the bell on / off settings that ring respectively. It is a fixed time, a bell ringing time, a delayed ringing time, and the red light emitted from the light emitting diode D1. The external radio signal is received by the receiver chip U2, and the switches S4 to S7 ring the bell. It is used to set a parameter for the length of time (eg, the length of the ringing time) and The SP emits a bell sound, and the panel lamp provides the lighting effect of time display and is turned on. Lamp D2 and OFF lamp D3 respectively ring the start and stop of the bell. To represent.

[0011]   Therefore, when the buttons S1 to S3 on the remote controller 1 are pressed, Bell ringing on / off, bell ringing time, delay ringing time frame from the line transmission chip U1 Send the signal of the handset setting. Moreover, the wireless receiving chip U of the receive electric circuit board 31 2 receives the infrared signal transmitted from the remote controller 1 and Reacts to the action of the corresponding message according to the type of Off, bell ringing time, delay ringing time, etc.).

[0012]   That is, the receiver electric circuit board 31 receives an on / off setting command that rings. Then you can turn on the bell ringing switch, which starts timing and If you switch off the bell ringing switch, you can stop timing. Or When receiving the ringing time setting signal, the motor Q is rotated by the transistor Q3. It is driven once, and then the gear set 33 sets the time of the bell ringing time indicator hand 36. Can be adjusted. Or when receiving a bell ring delay command, The star Q2 turns on the panel lamp of the mechanical timepiece 2 for 5 seconds and then turns it off. and The bell ringing operation immediately before is stopped for a certain time and then the bell is continuously rung.

[0013]   FIG. 5 is an operation flow chart of the present invention. Among them, ALARM ON / OFF represents the button for turning on / off the ringing bell, and ROTATE AL The ARM PIM represents the button for adjusting the ringing time of the bell and SNOOZE LIGHT. T represents the button of the bell ringing time delay, and the user touches the remote controller 1. The button on the button allows you to configure the ringing of the mechanical clock, which is When pressing the ALARM ON / OFF button (step 51), the ON lamp is 5 Blinks for a second and then goes out (step 52), and the time setting operation of the time setting hand of the bell that rings Starts (step 53), and when the set time is reached, the bell rings function. (Step 54), ring the bell, and if the bell rings for more than 8 minutes Automatically stop ringing the bell (step 55), otherwise ring the bell. If the user presses the SNOOZE LIGHT button for the first time during the 56), the lamp illuminates the clock panel for 5 seconds and then turns off (step 57). The operation of ringing the bell is stopped for 4 minutes, and then the bell is ringed again (step 58). When the SNOOZE LIGHT button is pressed a second time (step 59), Illuminates the panel for 5 seconds, turns it off (step 60), and rings the bell. After stopping the operation for 3 minutes, the bell is rung again (step 61). The SNO for the third time When pressing the ZERO LIGHT button (step 62), the lamp indicates the clock panel. Illuminate for 5 seconds, then turn off (step 63), and stop ringing for 2 minutes The bell is then rung again (step 64). For the fourth time, the SNOOZE LIGHT If you press the T button (step 65), the lamp should illuminate the clock panel for 5 seconds. And then turn off the light (step 66), and stop the ringing operation for one minute and then ring the bell again. Russ (step 67). When pressing the SNOZE LIGHT button again ( The lamp illuminates the watch panel for 5 seconds and then turns off (step 68). 9) If the bell continues ringing (step 70), ALARM ON / O Stop all bell ringing by pressing the FF button (step 71) The OFF lamp blinks for 5 seconds and then turns off (step 72). If so, the ringing of the bell is automatically stopped after 5 minutes have passed (step 73).

[0014]   If you press the ROTATE ALARM PIM button (step 81), Adjust the set time of the time setting hand for which the beep sounds (step 82), and rotate When the ALARM PIM button is released (step 83), the ON lamp lights for 5 seconds. The light is turned off and then turned off (step 52).

[0015]   When you press the SNOOZE LIGHT button (step 86), the lamp is the clock The panel is illuminated for 5 seconds and then turned off (step 87).

[0016]

[Effect of device]

  Therefore, when using the mechanical timepiece having the cordless adjustment control function of the present invention, It has the following excellent points.

[0017]   In other words, by using cordless remote control, you can manually adjust the watch settings manually. It has a more suitable operability by changing the method of making You can complete the setting.

[Brief description of drawings]

FIG. 1 is a perspective view showing the structure of the present invention.

FIG. 2 is a block diagram showing the internal structure of the present invention.

FIG. 3 is an electric circuit diagram showing an electric circuit of the remote controller of the present invention.

FIG. 4 is an explanatory view showing a receiver electric circuit board of the present invention.

FIG. 5 is an explanatory diagram showing an operation flow of the present invention.

[Explanation of symbols]

1 Remote controller 2 mechanical clock 11 buttons 21 button switch 22 Receive window 23 hour hand 24-minute hand 25 Bell ringing time setting hand 31 Receive Electric Circuit Board 32 motor 33 gear set 34 battery set 35 hours adjustable swivel rod 36 Bell ringing time setting hand adjustment swivel rod

Claims (7)

[Scope of utility model registration request] 1. A remote controller for transmitting a wireless signal, a receiver, a motor, and a gear set, wherein the receiver drives the motor by receiving a wireless signal transmitted by the remote controller, and the motor sets the gear set. A mechanical timepiece having a cordless adjustment control function, including a mechanical timepiece, which is operated to control to rotate an indicator hand of the mechanical timepiece. 2. The mechanical timepiece having a cordless adjustment control function according to claim 1, wherein the mechanical timepiece is a table clock or a wall clock. 3. The mechanical timepiece according to claim 1, wherein the remote controller is provided with a plurality of buttons, and a wireless signal is transmitted by pressing the buttons. 4. The mechanical timepiece according to claim 3, wherein the buttons are a bell on / off button, a bell ringing time setting button, and a bell ringing delay button. 5. The mechanical timepiece according to claim 1, wherein the wireless signal is an infrared signal transmitted from a wireless transmission chip. 6. The mechanical timepiece according to claim 1, wherein the receiver is a wireless receiver capable of receiving a wireless signal transmitted by the remote controller. 7. The mechanical timepiece according to claim 1, wherein the indicating hand is a time setting hand for adjusting ringing of a bell.