JPS5915277A - Piston clock type magnetic force actuator for timer - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] This invention relates to ``a device for operating a buzzer, ventilation fan, etc.'' (
The present invention relates to a π1-type magnetic force operating device for a timer, which is characterized in that it operates a timer (hereinafter referred to as a timer).

Traditionally, commonly used &) clocks and water clocks are
It is a simple structure that captures the phenomenon of falling water, etc., and it is difficult to improve it, let alone develop it further. There was a drawback.

The present invention is a small, versatile, and noiseless timer actuating device that does not have the drawbacks mentioned above, and can be used in the same way as hourglasses, water clocks, etc., as well as everyday items with buzzers.
It is a clock decoy that can be used for a wide range of purposes, such as being used as a hobby item or for turning an electric fan.

A, which will be explained in detail below using the drawings.

As shown in Fig. 1, in the old case when the cylinder 1 was filled with the liquid 3 and the binuton 2 was placed inside the cylinder, (a) the magnet 4 was placed inside the cylinder (the outside was also closed), and (b) it was held in place. Ba,
The circumferential wall of the shilling can be slid on, but when not in use, the magnet 6 should be kept separate. Furthermore, from the circumferential wall of the shilling, the tethering device and the
eC also has a structure in which a magnetic/f:3N is separately installed in the L decoy. Furthermore, when the +I=J magnet 5 has been used, it is magnetically attached to the magnet N and becomes fT.

In addition, in the present application, a pair of magnets is referred to as a pair of magnets
: +L magnets 4 and 5 include +1 repulsion) The effect is called magnetic risk.

The state in which the cylinder wall is fully magnetic and is "magnetized and sliding" is called "magnetic sliding" where the cylinder wall is slid outwardly and 4 is internally pulsated.

Under I-J, use Figure 1 to determine its effect? explain.

When the histone moves from the starting position (dashed line) and gradually approaches the bottom (solid line), the magnet 6, which had fallen due to the vibration caused by the vehicle force, is magnetically attracted to the magnet 4. It vibrates twice (from the chain line to the solid line).

Next, hold the magnet j5 and attach the magnet 4, and place the magnet 1 outside the trench.
When it moves, the magnet 14 also slides inward, so it can slide to the full starting position and move to the rear.

When the histone slides inward and the acid part is slightly M+F, tq,
Magnet/h6 is demagnetized from magnet 4 and vibrates once.

? Magnet 5id, which has completed the ring position, is magnetically attached to N and then generalized.

- The magnetomotive Id force is set to 1 so that it is strong at magnets 4 and 5, L12, and is strong at peaks h4 and 6.

As shown in FIG. 2 (embodiment), a magnet 16 is fixed to the arm of the switch. The switch has two electric circuits: one that closes when the magnetic wire 16 vibrates upward, and the other that closes when it oscillates downward. The former is a circuit used for buzzers and other mechanisms, and the latter is a circuit used for electric fans, ventilation fans, etc. Both circuits are each equipped with a manual switch S.

1.) Below, the operation will be explained using the drawings.

When the histone finishes descending and reaches the bottom (dashed line), magnet 6
is magnetically attached to 4 and vibrates upward. Therefore, the switch is activated by the arm that is attached to the magnet 6.

If the buzzer circuit is in use, the buzzer will sound, and if the fan circuit is in use, the electric fan will stop.

The magnet shown in FIG. 6 (example of implementation) is replaced with a fixed magnet 7, a pair of electrodes 8 are provided protruding from the bottom of the inner surface of the cylinder, and metal is placed around the lower end of the cylinder. Ring 9
It has a structure in which a metal ring and an electrode are fitted to provide excellent switching action.

The operation will be explained below with reference to the drawings.

When the histone finishes its descent and reaches the bottom (dashed line), the magnetic / f
: 14 and 7 are magnetically attached and the metal ring is crimped to the electrode, closing the electric circuit and operating the buzzer and relay.

The magnet 7 shown in this figure can be moved from the bottom of the cylinder to the inner surface of the cylinder, and its operation will not be the same as described above.

In an embodiment of the present invention, a magnet 7 is fixed to the bottom of the cylinder, a pair of electrodes 8 are provided protruding from the bottom of the inner surface of the cylinder, and a metal ring 9 is fitted to the histone-r end. , a clock-type magnetic force actuating device for a timer according to the claims.

[Brief explanation of the drawing]

FIG. 1 is a longitudinal sectional view of the present invention. 1 is cylinder, 2 is histone, 3 is liquid, II, 5゜6
2 is a longitudinal sectional view of the embodiment. FIG. 6 is a sectional view of an embodiment of the S1 switch. 7 is magnetic A1.8 is electrode, 9 is gold maple ring

Claims (1)

[Claims] In a Hinuton watch in which a cylinder 1 is filled with liquid 3 and a Hinuton 2 is installed inside the cylinder, a magnet 4 is placed inside the cylinder, a magnet 4T15 is installed on the peripheral wall of the cylinder, and a magnet 6 is placed on the bottom of the cylinder.
A histone clock-type magnetic actuation device for timers, characterized by a fully oscillating structure.