JPS58184569A - Suspension type whole body swing system time piece - Google Patents

Abstract

PURPOSE:To make a time piece body and a pendulum oscillate with regard to a pendulum fulcrum by including a suspension member whose one end is latched on a latch section while the other end thereof fixed on a fixed receiving plate and a supporting base as pendulum fulcrum to support the overall weight of the time piece body provided on the fixed receiving plate and the pendulum. CONSTITUTION:One end of a chain 28 as suspension member is hooked on a nail 32 fixed on a wall 30 and the other end thereof fixed at the upper end of a fixed receiving plate 22. A supporting base 20 provided at the lower end of the fixed receiving plate 22 bears overall weight of the time piece body 10 and a pendulum 18. This enables the stabilization or fixation of the chain 28, the fixed receiving plate 22 and the supporting base 20 when under oscillation. Thus, the time piece 10 and the pendulum 18 alone can be oscillated without oscillation of the chain 28, the fixed receiving plate 22 and the supporting base 20.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a full-body oscillating clock, and particularly to a full-body oscillating timepiece in which the rocking support form of the timepiece body itself is novel.

In recent years, full-body clocks in which the clock body itself swings about a pendulum fulcrum V have been widely put into practical use for decorative purposes.

In this type of full-scale swinging clock, the clock body is supported so as to be able to swing freely about the pendulum fulcrum of the support base, and in normal cases, the goddess who serves as the clock base lifts the support base, and The knife of the watch body is supported in the groove and consists of nine structures. The rocking motion of the watch body can be maintained by the electromagnetic driving force between the driving fill or magnet provided on the watch body and the fixed receiver installed on the base and the plate magnet or drive coil. .

As mentioned above, in conventional lift-type full-body swing clocks, the goddess statue that serves as the clock pedestal is heavy and strong, so when the clock body swings, the plate of the base and fixed holder is There is no wavering Hito.

In addition, a hanging type full-body oscillating clock in which the support base and fixed receiver are suspended from the wall by a hanging member, and the clock body is oscillated, has not been considered in the past.

This is because if the hanging member is made of a flexible material, the watch body will have a very large weight as well as the hanging member.
This is due to the problem that when rocking, the watch body does not rock, and only the plates of the hanging member, support base, and fixed receiver rock. Conventionally, it has been impossible to realize a suspended hour hand.

The present invention has been made in view of the above-mentioned conventional problems, and the seventh object is to provide a suspension in which the plate does not swing when the hanging member and the fixed receiver swing, and only the clock body and pendulum swing. The purpose of the present invention is to provide a drop-down type total body movement clock.

In order to achieve the above object, the present invention provides a timepiece body that is swingably supported about a pendulum fulcrum, a pendulum that is fixed to the timepiece body and swings integrally with the timepiece body, and a clock body that is provided on the timepiece body. The fixed receiver is provided with a magnet or drive coil that is electromagnetically coupled with the drive coil or magnet to generate a swing driving force on the hour hand body, and the fixed receiver includes a plate, and the clock body and the pendulum swing with respect to the pendulum fulcrum. In a full-body swing clock, one end is hooked to a latch part, the other end is a hanging member fixed to a plate, and the fixed receiver is a fulcrum that is provided on the plate and supports the entire weight of the clock body and pendulum. The fixed receiver is characterized in that the watch body and the pendulum swing relative to the pendulum fulcrum without the plate and the hanging member swinging. □ Hereinafter, preferred embodiments of the present invention will be described based on the drawings.

FIG. 1 shows a 111th embodiment of a hanging type full-body swing clock according to the present invention, and FIG. 2 shows a cross section thereof.

In Fig. 1.2, a watch body 10 supported swingably about a pendulum fulcrum has a watch mechanism part 12 and a dial side lower plate 14 inside, and a predetermined time is determined by the watch body 1°. is displayed on the dial 16, and at the bottom of the watch body 10,
A pendulum 18 that swings together with the clock body 10 is suspended and fixed.

The timepiece body 10 is swingably supported on a support base 2o, and a knife 10& of the timepiece body 10 is supported on the VS20a of the support base 20.

Further, a fixed plate 22 is protruded from the upper part of the support base 20,
A magnet 24 is fixed to a plate 22 of the fixed receiver, and a drive coil 26 is electromagnetically coupled to the magnet 24 to generate a dynamic driving force of the watch body 11C4.
is fixed. Therefore, the electromagnetic driving force between the magnet 24 and the driving coil 26 allows the watch body 10 to maintain its rocking motion relative to the support base 20.

What is characteristic about this invention is that one end is latched to a latching part and the other end is a hanging member fixed to a plate, and the fixed holder is provided on the plate and the total weight of the watch body and pendulum is In the embodiment, one end of the chain 28 as a hanging member is fixed to the wall 30 and hooked to the nine nails 32, and the other end is provided as a pendulum support. is fixed to the upper end of the plate 22, and the fixed receiver supports the entire weight of the support base 20K provided at the lower end of the plate 22, the clock body 10, and the pendulum 58. Therefore, the watch body 10 is mounted on the support base 20.
Since the entire weight of the pendulum 10 is applied, the chain 28 and the fixed receiver can stabilize or fix the plate 22 and the support base 20 during swinging.

As described above, according to the first embodiment, the chain 28 and the fixed receiver can swing only the watch body 10 and the pendulum 18 without the plate 22 and the support base 20 swinging.

Furthermore, in the first embodiment, the fixed receiver mounts the plate 22 and the magnet 24 fixed to the plate 22 in the space between the clock mechanism section 12 and the lower plate 14 on the dial side. 134, the stationary receiver can swing the watch body 10 and the pendulum 18 without the plate 23 and magnet 24 coming out from the watch body 10. Furthermore, the fixed receiver can perform time hand setting re, which is operated from the back surface of the timepiece mechanism section 12 (that is, the back surface of the timepiece body 10), without being obstructed by the plate 82.

FIG. 3 shows a second embodiment of the hanging type total body oscillation clock according to the present invention, and in FIG.
The same members as those in the embodiment are given the same reference numerals, and the description thereof will be omitted.

2nd g! ! A characteristic feature of this embodiment is that a fulcrum part 36 is provided on the back surface of the watch body 10 and is concentrated on an extension line of the pendulum fulcrum (the tip of the knife 10) of the watch body 10, and a tip 36a of the fulcrum part 36 is provided. is brought into contact with the wall 30. According to this second embodiment, when the watch body 10 and the pendulum 18 swing, the chain 28 and the fixed receiver reliably fix and stabilize the plate 22 and the support base 20 during the swing. 1, the clock body 10 and the pendulum 18 can swing smoothly.

In addition, in the illustrated embodiment, the clock body 10 and the pendulum 18
Although the electromagnetic driving force generated between the electromagnetic coil 26 and the magnet 24 is used for the oscillating driving force, the present invention can also be achieved by the following oscillating driving method. That is, the small pendulum housed in the timepiece body 111 is caused to perform a swinging motion to move the center of gravity of the timepiece body and the pendulum, thereby making it possible to sustain the swinging motion of the timepiece body and the pendulum. The swing driving force of the small pendulum may be intermittently wound up by a motor.

As explained above, according to the present invention, one end is latched to the latching portion and the other end is the hanging member fixed to the plate, and the fixed holder is provided on the plate and is attached to the clock body and the pendulum. The stationary receiver includes a support base serving as a pendulum fulcrum that supports the entire weight, and the fixed receiver allows the watch body and the pendulum to swing relative to the pendulum fulcrum without the plate and hanging member swinging. therefore,
In addition, in the present invention, the swinging fulcrum of the clock body can be secured to the support base during transportation of the clock body. The user can simply secure the hanging member to a nail on the wall, etc., and the clock body and pendulum can perform a good swinging motion.Refreshingly, conventional full-body swing clocks do not require support. The rocking motion of the watch body could not be performed normally unless the base was adjusted to be in a horizontal position. However, in the present invention, the base is suspended by a hanging member, so the base is not tilted. Since the clock body and pendulum are never placed in a horizontal position and are always in a horizontal position, the swinging motion of the clock body and pendulum is always good.

[Brief explanation of drawings]

Fig. 1 is an explanatory diagram showing a first embodiment of a hanging type general swing clock according to the present invention, Fig. 2 is a sectional view taken along the n-tt line in Fig. 1, and Fig. 2nd of total body 9 clock
O which is an explanatory drawing showing an example. The same reference numerals are attached to the middle parts of each figure, and 10...Watch body, 1OIL...Knifetsu,
12...Clock mechanism part, 14...Dial side lower plate, 16
... Dial, 1B... Pendulum, 20... Abutment, 2G &... ■Groove, 82... Fixed receiver is a plate, 2
4... Magnet, 26... Drive coil, 28... Chain,
30...Wall, 32...Nail, 34...Gap, 36...Fully point, 3611...Tip. Figure 1 Figure 2 Figure 3 2''-1-36 (356-30)

Claims (1)

[Claims] +11 A watch body supported swingably about a pendulum fulcrum, a pendulum fixed to the watch body and swinging together with the watch body, and a drive coil or magnet provided on the watch body. A fixed plate equipped with a magnet or a drive coil that is electromagnetically coupled to generate a swinging driving force on the clock body includes a plate, and in a total swing clock in which the clock body and pendulum swing relative to a pendulum fulcrum, one end is hung on the hook part and the other end is a hanging member fixed to the board, and the fixed part is a support that is provided on the board and serves as a pendulum fulcrum that supports the entire weight of the clock body and pendulum. A hanging type total oscillating hour hand characterized in that the clock body and pendulum swing relative to the pendulum fulcrum without the plate or hanging member swinging. (Claims of Claims (1) The hanging type full-body swing clock set forth in item 1 above is characterized by having a fulcrum portion that is located on the back side of the timepiece body and projects on the elongated line of the pendulum fulcrum of the timepiece body. A hanging type full swing clock.+3)! Claim + 1) or (In the illustrative hanging-type full-body oscillating timepiece, the timepiece body has a clock mechanism part and a lower plate on the dial side inside thereof, and the fixed cost is the plate and the lower plate provided thereon. The nine magnets or drive coils are stored in the space between the watch mechanism and the lower plate on the dial side. A hanging type full swing clock characterized by a swinging pendulum.