JPS5932405A - Accessory having revolvable jewelry - 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] and 7) The invention is a jewelry-based jewelry such as a ring, a jewelry watch, etc. (with the movement of an arm or a finger 7), and the movement of a kokazari stone that rotates or swings. The purpose of the present invention is to provide an accessory that exhibits the full beauty of the body and further improves the aesthetic effect of crushing when using the toilet.

7) Embodiments of the invention All drawings) will be explained below.

Figures 1 and 2 show the association that implemented the ring invention.

1 is a ring main body, and a recess 4 consisting of a peripheral wall 2 and a bottom 3 is formed on the top and bottom 3 of the ring body. Bottom part: upper center) A moss shaft 5 is provided protrudingly, and a shaft 57) upper part (a threaded part 6 is formed).

7V! The base is made up of decorative materials such as quartz stones, semi-precious stones, colored metals, etc.). This is a pedestal with an 8-piece base 7 attached to it, and the outer periphery of the pedestal 80 is appropriately cut into υ (without losing ν1)ff. Screw part 6 of base 7 attached to pedestal 8 and shaft 5
It is screwed into the recess 4 and disposed within the recess 4.

Reference numeral 9 denotes a rolling bearing fitted with In 51, and the outer periphery of the rolling bearing 9 is fixed by press-fitting the rotating member lo. The rotating member 10 is an unbalanced rotor, which is formed into a weight-like semicircular rotor and generates vibratory force or motion.

Reference numeral 11 is a diamond, emerald, or other O gem that is fitted into the old market ring 12. Stone ring with gem 12
is arranged on the pedestal 8 with the base 7 and the connecting member 1
The rotary member 10'7) is connected to the outer circumferential portion of the rotary member 10'7 through the rotary member 3.

Reference numeral 14 denotes an upper ring disposed on the peripheral wall 2 of the ring body 1, and a lower part 1 of the upper ring 14 has an O projection 15 protruding therefrom, and a hole (into which the projection 15 is inserted) is inserted into the upper surface of the peripheral wall 20.
(not shown).

Note that the shaft 5 may be formed separately from the ring body 1 depending on the design. To assemble the above-mentioned υ joinery, the rotating member 10 with the old market ring 12 with the jewel 11 connected thereto is pressed into the rolling bearing 91. A shaft 5 which is fixed and further has a rolling bearing 9 protruding from the bottom by 3
to fit. Next, insert the pedestal 8 with the base 7 from the side diagonally, rotate it using the notch 8'7), and screw the pedestal 8f with the base 7 into the threaded part 6). Finally) Insert adhesive into the hole drilled on the top surface of the surrounding tank 2.
Top ring 14L7) Fit the protrusion 15 into the hole and fix it to the top ring 14' on the 8th wall 2.

The structure of the above embodiment has the following effects.

The co-moving member 10 with 9 rolling bearings rotates or swings easily with the movement of the fingers with υ, which is an unbalanced rotor with rolling bearings.

Therefore, the jewelry 11 moves or oscillates freely and lightly with respect to the ring body, creating a dynamic beauty.

Moreover, the upper ring 14 has a border D with respect to the ring body 1.
By performing the IG function and also the function of hiding the connecting member 13 from view, the jewel 11 gives a floating state to the base 7.

In addition, if the base 7'7) color and gemstone 117) color light are selected appropriately, the beauty will be even stronger. A will be given.

3 and 4 show another υ embodiment.

In the previous embodiments and the first embodiment described here, the same numbers refer to the same parts, thus avoiding duplication of numbers.

The bottom member 3a formed separately from the ring body 1 has a concave shape FA4.
A transparent plate 16 made of, for example, sapphire glass is disposed on the upper surface of the peripheral wall 2.

(Assembling the O-ring in this embodiment) Lid 3a'7) Rotating member 10'fc with a rolling bearing 9 in which a pedestal 8 with a base 7 and a stone stopper link 12 with a jewel 11 are connected to the shaft 5 are respectively arranged. The assembly is assembled into the ring body lυ
It is press-fitted and fixed into the recess 4 from the inside. Separately, a transparent plate 16 is press-fitted and fixed onto the peripheral wall portion 2.

This embodiment has the same effect as the previous embodiment as an accessory, and also has the following effect. However, the jewelry rotating mechanism is constructed as a separate unit from the ring, and is easy to assemble.

11 jewels are sealed with 161 transparent plates, 1 jewel
It is protected from water, blessings, etc., and can always maintain its pure shine.

Fig. 5 and Fig. 6 do not show the separate υ embodiment.

The numbers 1 to 8.11 to 13 used in the F furnace in this υ Example) are the same as the numbers 1 to 8.11 used in the first υ Example (here used in the F furnace).
-13υ Refers to the same member as the number indicated.

Reference numeral 101 denotes a rotating member with a rolling bearing installed near the outer periphery of the pedestal 8 with the base plate 7, and 5 the rotating member ltl& differs from the embodiments Dl and Q2 in that it directly constitutes a rolling bearing. There is.

That is, the rotating member IO& is formed from a rotating wheel 9a having a V-groove 9a' around its outer periphery. It is also possible to form a question mark between the convex parts of the eyes.

An inclined surface 2' is provided around the upper part of the peripheral wall 111 (2'7), and an inclined surface 16' is provided around the annular protrusion 16 at the lower part of the upper surface ring 1.4 & 7).

The similar surfaces 2' and 16' are (the same two wheels gaO'V groove 9
A′ constitutes two opposing grooves 7, and the ball rolls between these two grooves.

The rotating wheel 9a) with the stone IL ring 12 with the jewel 11 is a blank mass that generates an oscillating motion.

Assembling the ring) moss, Aigin 8 with base 7
After screwing 51, the ring 9a with the stone stopper ring 12 with the jewel 11 and the connecting member 13 connected,
The rotary wheel 9a and the V-groove 9a' are held one by one so that they are opposed to the peripheral wall part 2υ and the V-groove 9a'. Next, a ball is inserted from the ball insertion groove (not shown) provided as necessary on the peripheral wall 2D-hi side or the peripheral wall 6+V=21, and ll,! ] g ring ga
zpV groove 9a' and surrounding wall part 27) [Fill a predetermined number of balls between the slope 2' and υ. After filling the balls, top ring 1
4a7) Insert one piece of adhesive into the lower part (the protruding protrusion 15 and the entire circumferential wall part 2'7) and the upper part (the hole drilled here). At the same time, the upper surface ring 14al is protruded, and the annular protrusion 16D and 16' are brought into contact with each other.

In this Example 1, 17th) Practical Example O Effect) This addition [7] has the following effect.

The Ir11 moving member 10a can be rotated or oscillated stably without shaking (in the upper F direction) because the ball is in contact at four points between the V grooves.

((This, 1 stone with gem ll) - 1st ring 12 pieces, [1
(Leaf protruding from part 3/; tip 7') 2'D embodiment (
Compared to this, the bearing 97) has no height official, the entire JM Q body is compact) this 2r7).

Fig. 7, Figure 8: /Xl, shows an actual example of the implementation of this inventive two-jewelled watch.

The movement holder that supports the 171-inch second hand 18, minute hand I s', and index hand 18 is the movement holder that supports the 119-id movement 17i. (Closing plate made of stone etc., glass 21 and good heat 22 case 23
They are press-fitted and fixed to the v-side and back sides, respectively.

Each of the above-mentioned members is well-known in wristwatches, rings, etc., so detailed explanations will be omitted.

There are 24 rotatable wheels, and the upper surface of the rotary wheel 247 has one knurled stone 25, for example, a precious stone, a semi-precious stone, etc. placed in an appropriate state.

In order to form an unbalanced state of the rotary wheel 24, a groove ring O may be formed at the lower part of the rotary wheel 24. Further, a V-groove 24' is provided around the outer circumference of the 1!21 driving wheel 80.

26.27Vi is a fixed ring divided into two parts, and one inclined surface 26' and 27 are provided around the inner circumference of each ring so as to form a groove.

28 pieces 1 FfJ driving wheel 24 ■ V groove 24 and two split υ fixed wheels 26.27' 7) #Between the V grooves formed by the slope 26.27) This is a ball that is filled and rolls.

To fill the balls 28, divide the rotary wheel 24 into two and place one of them inside the O fixed ring, and
vJ wheel 24 '7) V groove 24 and the fixed wheel υ inclined surface and 0
Insert the required number of υ balls 28 in between.

V) Complete the remaining O fixed ring by combining it with the fixed ring described above.

And, rotating wheel 247) width 1-1: split fixed wheel 2 (
9) 6.277) Form smaller than the accounting medium.

Therefore, if the fixed wheels 26 and 27 are divided into two parts and placed around the top surface of the base 200, the lower part of the fixed wheel 24υ will be the base 200.
To form the entire gap around the top surface of D, there are 24 rotating wheels on the base 2.
U'7) It is possible to rotate or swing without slidingly contacting the periphery of the upper surface.

28 balls, 1 locking wheel 247) V groove 24' and fixed ring 26
．． 27 ovstc 4, alM L tee, 67'c
Me, the 24 rotary wheels can be moved or oscillated by one round or oscillation in a very stable manner even if there is wobbling in the vertical direction.

It is also possible to form a fixed ring 261ri that comes into contact with the flange portion of the case 23, integrally with the flange portion of the case 23, by pulling the crotch. Moreover, instead of dividing the fixed ring into two, the rotary wheel 24 can be divided into two.

As explained above, in this embodiment.

Dial 20'7) 24 rotating wheels arranged on the periphery of the top surface, which rotates or swings via balls 28 arranged around the outer periphery, making it even more light and easy to rotate or swing freely. .

(r u) 25 pieces of bulking stones are installed, the unbalanced mass) causes the rotating wheel 24'7) to further promote rotation or rocking.

In the above υ embodiment, only one rotating jewel is used, and the associations using a plurality of jewels also rotate as one. 7) (Turn vJ7) An embodiment in which a plurality of O jewels each rotates one turn independently in order to enhance the effect is shown in Figure 9.

Ring body 1) This is provided with a ring 51. This is a plurality of υ rotating wheels 29.
．． 30 and 31 are rotatably mounted on a ball bearing 33, and a stone retaining ring 12 with a jewel 11 is fixed to this rotary wheel.

The rotating ring 29, 30, 31 is made of a precious metal ring 29, etc., which is partially welded or soldered to the bearing ring 34, as shown in Figure 1. The rotor is self-contained and forms a rotor. In addition, a stone retaining ring 12 is fixed on the outside of the rotating wheel itself 7)
Center of gravity position and stone stopper ring 127) Fixed position and O relationship) Therefore, each rotating wheel makes its own O movement. Note that the rotating wheel 30 has no stone retaining ring.

(111 In the figure, there are 34.35 spacers and 36 decorative stones such as pearls and precious metal balls attached to the tip of the shaft 5.

To assemble this, insert the shaft 5) spacer, the ball bearing sprayed by the 91 wheel assembly one by one, and finally screw the decorative stone 36.

In this embodiment, the ring has a plurality of rotating wheels that rotate independently, and the center of gravity of the rotating wheels changes depending on the unbalance of the wheels themselves and the relationship with the stone retaining ring to which they are fixed. Therefore, each ring can be changed to make it even more decorative.

As explained above (in this invention, conventionally υ jewelry etc. were fixed on a mounting member such as a ring 7), giving a so-called static beauty, but the present invention has an unbalanced mass. The shell is supported by a single bearing, and as the hands and fingers move, the jewels and other objects rotate or sway, creating a dynamic beauty that is innovative as a running shellfish.

(12)

[Brief explanation of drawings]

The drawings are intended to show examples of the invention; Figures 1 and 2 are a top view and a vertical cross-sectional view of an example of a ring (if implemented), and Figures 3 and 4. 5 and 6 are further separate implementation rows'7) A side view and a sectional view of the main parts, and FIGS. 7 and 8 show a clock. Figure 9 is a partially sectional side view of the second embodiment; Figure 10 is a 7'7) rotation. Ring O thousand-sided map 1 2 Ring body 7: Base 8: Holder 9.33: Rolling bearing lO: Rotating member ll: Jewelry 12: Stone stop ring 16: Transparent plate 17: Movement 2υ: Dial 23: Case 24 .29.30.31: Rotating wheel 25
．． 36: Kazari Ishi 34 Nispacer Patent Applicant: Nwado Trading Co., Ltd. Client Representative, Patent Attorney Fumi Sato (and 1 others)
given name) . ; (+3) 枦 3 fig. V 5 fig. b Fig. 6

Claims (1)

[Scope of Claims] 1) A rotary member which is rotatably provided on a body of a ring, a watch, etc., and which is also an unbalanced rotor; 2) Accessories with imperial jewels characterized in that the jewels, etc. rotate and move when twisted 2) Inside the main body (within the recess formed by the ornamental material, such as precious stones, etc.) A rotating member that rotates around the core base (7) with the base (O) as the axis (7) centered on the base (O). The rotating member 3) has a rotating jewel made of a jewel arranged on the base and is connected to the rotating member 3) on the main body.
A rotating member which is an unbalanced rotor, which can be rotated freely, a rotating member which is a fixedly installed tongue, and an accessory having a rotating jewel that holds a jewel.