KR20070090599A - Watch having function of producing certain scenes by using fluid - Google Patents

Abstract

A watch with fluid filled in the same is provided to increase the visual value products by filling fluid in watches such as a pocket watch, a stop watch, an alarm clock, and table clock and so on. A watch with fluid filled in the same includes a watch body(21) and a sealing chamber. The sealing chamber is an outer surface of the watch body. A time display unit(29) is installed in the sealing chamber. Fluid is sealed in the sealing chamber to be freely floated. An orifice is installed at a proper position of the sealing chamber. A concave groove is integrally formed on a watch case(30). A transparent member is fixed to an inner frame of the concave groove. An inner surface of an inner frame is coated with the transparent member. A display surface cover is fixed to an outer frame of the groove. An inner surface of an outer frame is coated with the display surface cover.

Description

WATCH HAVING FUNCTION OF PRODUCING CERTAIN SCENES BY USING FLUID}

BRIEF DESCRIPTION OF THE DRAWINGS It is a schematic top view which shows an example of the watch with a fluid directing function in 1st invention.

Fig. 2 is a cross-sectional schematic diagram showing an example of a watch with fluid directing function in the first invention.

3 is an explanatory view of the operation of the watch with fluid directing function in the first invention.

4 is an exploded perspective view showing an example of the watch with fluid rendering function in the second invention.

FIG. 5 is a partially cutaway perspective view of the transparent capsule shown in FIG. 4. FIG.

Fig. 6 is a cross-sectional schematic diagram showing an example of the watch with fluid directing function in the second invention.

Fig. 7 is a sectional schematic view showing another example of the watch with fluid rendering function in the second invention.

8 is an explanatory view of the operation of the watch with fluid directing function in the second invention.

9 is a sectional view of an essential part of a watch with a fluid rendering function in the third invention.

Fig. 10 is a schematic perspective view showing another example of the watch with fluid rendering function in the first invention.

FIG. 11 is an enlarged cross-sectional view of FIG. 10.

(Explanation of the sign)

1 clock body 2 enclosures

3 watch case 4 recessed groove

4a inner frame 4b outer frame

5 Transparent member 6 Display surface cover

8 characters 13 time display

17 orifice 18 seats

19 ring (dial ring) 21 clock body

23 transparent capsules 24 face

29 Time display 32 Presence

33 Fluid Reservoir 37 Seat

38 Clear Container W Fluid (Liquid)

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a watch that exhibits a fluid-free fluid phenomenon on a visual display surface such as a wrist watch. More particularly, the present invention relates to a watch having a fluid directing function that realizes a beautiful fluid decoration and is also excellent in product value.

In the conventional clock, a clock face containing the hour letter and the like is disposed above the clock driver, and the hour hand, minute hand, second hand, and the like driven by the clock driver are disposed on the clock face to form a time display part, and the cover is made of glass or resin. Was housed within. When checking the time course, the time was checked by looking at the time display section through the cover. In the case of such a watch, the only thing that catches the eye is the change of time expressed by the hour hand, the minute hand, the second hand, and the like, and there is no fun, fun, or decorative value other than mechanical movement. Therefore, in recent years, various watches have been proposed by decorating shells such as diamonds and precious stones such as diamonds, and improving the sense of quality and decorativeness by diversifying designs (see Patent Document 1, for example).

For example, Japanese Unexamined Patent Application Publication No. 3-186789 discloses a metal substrate and a clam substrate such as a permeable back plate or rollover secured to the metal substrate, the same shape being partially bleached or dyed at opposing positions on both sides. There is disclosed a character board comprising a shell substrate having a discoloration portion formed by a shell and having a colored resin layer on its lower surface, and printed matter such as poems formed on the upper surface of the shell substrate. Moreover, in order to realize a fun and the like with decorativeness, the clock which changed the shape freely on the time display surface is also proposed (for example, refer patent document 2).

For example, the watch described in Japanese Patent Application Laid-Open No. 61-264284 discloses a liquid container by enclosing a liquid and a solid between two transparent members having different diameters respectively attached to a cylindrical spacer to form a liquid container. In the upper part, it is arrange | positioned so that the time display part may be covered above each guide | line, and one of the transparent members is comprised so that it may also serve as the cover glass of a watch. As a result, when the clock is oscillated, the liquid and the solid in the liquid container operate randomly, and thus a pleasant and interesting visual display unit is obtained.

[Patent Document 1] Japanese Unexamined Patent Publication No. 3-186789

[Patent Document 2] Japanese Unexamined Patent Publication No. 61-264284

However, as in the said patent document 1, even if shellfish, such as a back plaque and abalone, were used as a board | substrate, the beauty was only flat expression, and the decorativeness was limited. In addition, in this type of timepiece, including the above-mentioned Patent Document 2, conventionally by simply chaotic operation such as stagnating the liquid, for example, to decorate decorative objects such as plaques or the like, or to reminiscent bubbles or creatures Even incorporating such a decorative material into a liquid, as described above, this disorderly operation cannot express the beauty of shellfish such as a plaque, and the decoration mixed in a liquid container together with the liquid can express beauty. It's just a lack of flow, and it doesn't add beautiful decor to your watch. Of course, the sense of quality is hardly achievable.

In view of the above-mentioned problems, the present invention has been developed as a result of a thorough study, and its object is to provide a beautiful fluid decoration, for example, reminiscent of a wave shape such as a beach or a tide falling out. The present invention provides a watch with a fluid directing function having a very high commercial value with excellent decoration and high quality.

In order to achieve the above object, the invention according to claim 1 is provided with a sealing chamber capable of seeing a visual display unit on an outer surface portion of the watch body, and a watch having a fluid directing function in which fluid is freely sealed in the sealing chamber. to be.

In the invention according to claim 2, the encapsulation chamber includes a concave groove integrally formed at a peripheral edge of the watch case, a transparent member fixed to an inner frame of the concave groove, and covering an inner circumferential surface of the inner frame, and an outer frame of the groove. It is fixed and formed with a display surface cover covering the inner peripheral surface of the outer frame while securing a predetermined distance from the upper surface of the transparent member, and the fluid by flowing out the fluid introduced into the space between the transparent member and the display surface cover into the groove A watch with a fluid presentation function that creates a decoration.

The invention according to claim 3 is a watch with a fluid directing function in which an orifice is provided at an appropriate position of the sealing chamber.

The invention according to claim 4 is a watch with a fluid rendering function in which both or one of the transparent member and the display surface cover is formed in a curved shape.

An invention according to claim 5 is a watch with a fluid directing function in which a sheet formed by processing a back plaque or the like is attached to a surface of a face or the like constituting a visual display unit, and this can be viewed and confirmed through a sealing chamber where a fluid decoration is produced.

The invention according to claim 6 has a fluid directing function in which a hollow ring having a part or all transparent and a solid is sealed in the watch body, and a state of the ebb of the fluid in the encapsulation chamber is combined with the ring of the ring. It is a watch attached.

According to the invention of claim 7, a fluid directing function is provided in the watch main body, in which a transparent or capsule-shaped transparent capsule in which part or all is transparent and a fluid is enclosed therein is housed, and at least the visual display unit is housed inside the transparent capsule. It is a watch attached.

According to the eighth aspect of the present invention, the transparent capsule is provided with a hollow appearance portion in which a fluid decoration is produced, and is arranged so as to communicate with the appearance portion, and a fluid capable of temporarily storing fluid in the appearance portion. A watch with fluid directing function that consists of a reservoir.

The invention according to claim 9 is a watch having a fluid directing function in which a sheet formed by processing a backplate or the like is bonded to a surface or a back side of a watch body, and a hollow transparent container body in which a fluid is sealed is disposed therein.

The invention according to claim 10 is a watch with fluid directing function in which the transparent container body is provided on the upper surface of the face.

According to the eleventh aspect of the present invention, there is provided a watch having a fluid rendering function in which appropriate characters, shapes, and the like are printed on the sheet by printing means.

Best Mode for Carrying Out the Invention

EMBODIMENT OF THE INVENTION Below, embodiment of the watch with a fluid direction function in this invention is described based on drawing. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic plan view showing an example of a clock with fluid directing function in the first invention, and Fig. 2 is a cross-sectional schematic diagram showing an example of a clock with fluid directing function in the first invention. In addition, although this embodiment employs and demonstrates an analog display function, it applies to all forms, such as a digital display function.

In the figure, 1 is a watch body, and 2 is a sealed container-shaped sealing chamber of fluid (hereinafter referred to as liquid W). The cylindrical lid-shaped sealing chamber 2 is fixed to the concave groove 4 integrally formed at the circumferential edge of the watch case 3 and the inner frame 4a of the concave groove 4, and the inner frame inner circumferential surface The outer frame while being fixed to the transparent member 5 made of resin (or glass, etc.) and the outer frame 4b of the concave groove 4 to cover the upper surface of the transparent member 5 while securing a predetermined distance. It is formed of the display surface cover 6 made of glass (or resin, etc.) covering the inner circumferential surface. The liquid W enclosed in the encapsulation chamber 2 is disposed between the space between the transparent member 5 and the display surface cover 6 (hereinafter referred to as the swelling portion 2a) and the concave groove 4. Flow freely to move it. In addition, the transparent member 5 shown in this example is attached and fixed to the inner frame 4a through a sealable adhesive, and the display surface cover 6 is attached to the outer frame 4b through the waterproof packing 7. Although it is fixed, all the fixing means are employ | adopted as long as it can reliably seal between the transparent member 5 and the inner frame 4a, and between the display surface cover 6 and the outer frame 4b.

In FIG. 8, for example, a character board on which poetry letters, drawings, photographs, decorations, and the like are displayed, 9 is a clock driving unit, and 10, 11, and 12 are hour, minute, and second hands driven by the clock driving unit 9. 13 is a time display section composed of a dial 8, an hour hand 10, a minute hand 11, a second hand 12 and the like. As shown in FIG. 2, the time display part 13 is arrange | positioned so that it may be covered by the sealing chamber 2 of a cylindrical lid shape. In the figure, 14 is a back cover, 15 is a crown, and 16 is a sealing member.

The shape of the encapsulation chamber 2 is not limited to this example. For example, all shapes according to the embodiment can be adopted, such as an elliptical shape in plan view or a polygonal view in plan view. In addition, as shown in FIG. 2, by forming the swelling portion 2a in a curved shape, the liquid W encapsulated can have desired fluidity, and in addition, the transparent member 5 and the display surface cover 6 can be provided. It is also possible to make either or both of them into a curved shape, and to provide these components with a convex lens function. 17 is an orifice, and in this example, it is provided in the boundary position of the outbreak part 2a and the concave groove 4, and the outflow speed of the liquid W from the outflow part 2a to the concave groove 4 is small. It is set to.

When all the liquid W enclosed in the said sealing chamber 2 flows into the recessed groove 4, the capacity | capacitance which makes the inside of the outflow part 2a completely space is preferable. Of course, the capacitance may be partially formed in the swelling portion 2a. Moreover, what is good is the liquid W which is excellent in corrosion resistance, such as alcohol, and the liquid which added the preservative. In addition, the liquid W may consist of a single liquid or may coexist two or more kinds of liquids having specific gravity differences, and may further add color to the liquid W. FIG.

Moreover, you may mix the floating decoration body which is not shown in figure with the liquid W in the sealing chamber 2. As an example, a boundary line is formed by incorporating a liquid having a high specific gravity (for example, water) and a liquid having a low specific gravity (for example, alcohol) in the encapsulation chamber 2 and separating them, thereby forming a boundary line. Place a floating ornament on the In this case, the floating decorative body can be formed in various forms on the basis of free idea. For example, the enclosed room is filled with a three-dimensional object made of granular diamond, light emitting material, reflector or the like. (2) The whole decoration effect can be produced.

In the present embodiment, the face board 8 is provided with a back cover. The backplate shown by this example installs the sheet | seat 18 grind | polished like a mirror and process-molded in the face board 8, and harmonizes with the beautiful flow of the liquid W, and makes the quality and decorativeness stand out further. In addition, the sheet 18 may be printed with letters, patterns, or the like using suitable printing means. Of course, you may decorate decorations, such as a plaque, also in parts other than the face 8. In addition to the plaque, other beautiful shells, precious stones such as diamonds, photographs, pictures, and the like may be attached to appropriate positions of the visual display unit 13 to enhance the sense of quality and decorativeness. Moreover, the decorative light which is not shown in figure may be arrange | positioned in the suitable position of the clock | watch body 1, and the beautiful movement of the liquid W and the beauty of the decoration may be made more beautiful with light.

As shown in FIG. 3 mentioned later, a part of the circumferential wall of the concave groove 4 is protruded inward, the taper part 4c is formed over the whole circumference, and a dial ring is provided to this taper part 4c. (19) may be affixed, and also this dial ring 19 may be decorated with ornaments, such as a back plaque, similarly to the dial 8, and may further improve decorability. On the other hand, it is also possible to put numbers, letters, designs or the like directly into the tapered portion 4c. In this case, the dial ring 19 may not be provided.

Although not shown in the drawing, the inside of the dial ring is hollow, at least the surface is made transparent, granular solids (eg, sand) are enclosed in the dial ring, and formed to flow in accordance with the movement of the user's hand. Also good. In this case, the flow of the liquid W enclosed in the enclosing chamber 2 and the flow of the solid encapsulated in this dial ring are matched, and the fluid decoration can be made to resemble a sandbar. In addition, by appropriately setting the installation angle and the volume of the dial ring, it is possible to have a desired flow rate in the flow of solids, and the movement from the top to the bottom can be beautifully expressed. Of course, the fluid encapsulated in the dial ring may be a liquid or the like, and in addition, when a viscous fluid is employed as compared with the liquid W enclosed in the encapsulation chamber 2, a fluid decoration that makes a difference in the flow rate is exhibited. Alternatively, different colors may be used.

Next, the operation of the present embodiment will be described. 3 is an explanatory view of the operation in the first invention. When the time display part 13 is faced upward and the time display part 13 can be seen, the liquid W which flowed in in the outflow part 2a of the sealing chamber 2 as shown in the same figure. ) Starts to flow toward the concave groove (4). With the outflow of the liquid W, the beautiful flow by the liquid W is manifested in the swelling part 2a as if reminiscent of the wave shape of the beach or the like. The fluid decoration effect that brings out the beauty of the ornament such as a plaque attached to) appears.

In addition, as shown, by forming the outgoing portion 2a in a curved shape, the liquid W is made to have a fluidity that gently flows out from approximately the center of the outgoing portion 2a toward the outer diameter direction. A more beautiful flow, such as a beach or the like, suits you. Of course, by setting the curvature of the curved surface large and small, it is possible to achieve the desired fluidity according to the implementation. In addition, by making both or one of the transparent member 5 and the display surface cover 6 into a curved shape, and providing the convex lens function to these members, the visual decoration as well as the fluid decoration effect can be effectively expressed. This can be seen.

In addition, by providing the orifice 17 according to the implementation in the boundary position (or other location) of the swelling part 2a and the recessed groove 4 like this example, it makes the liquid W have a desired outflow speed. It is also possible to set the wave shape or not according to the implementation. In this way, the user can freely produce a fluid decoration that matches the design or decoration to be displayed on the visual display unit 13 such as the face 8, and the user can see the trend of time and at the same time, by the excellent fluid decoration effect, The height of the value is recognized, and the beautiful fluid decoration effect can also be used to relax. Of course, the flow of the liquid W does not affect the time display function of the clock, and because it is light, it can be used comfortably for a long time.

Subsequently, the confirmation of the transition of time is finished, and the liquid W stored in the concave groove 4 appears in the outgoing portion 2a unless the visual display portion 13 faces upward due to the operation of the user's hand. It flows into). As a result, when the visual display unit 13 is turned upward again, the above-described fluid decoration effect is always reproduced. Of course, this fluid decoration effect is realized even when the watch is not mounted.

Next, an embodiment of the watch with fluid directing function according to the second invention will be described. Fig. 4 is an exploded perspective view showing the fluid directing watch with the second invention, Fig. 5 is a partially cutaway perspective view of the transparent capsule shown in Fig. 4, and Fig. 6 is the fluid directing function with the second invention. A schematic cross-sectional view of a watch. Similarly to the first invention described above, the analog display function is adopted and explained.

In the figure, 21 is a watch body, 22 is a display surface cover made of glass (or resin, etc.) in this example, and 23 is made of a transparent material such as synthetic resin, for example. Is a transparent capsule in the shape of a barrel lid, and 24 is a face plate attached with, for example, a poem letter, a picture, a picture, a decoration, etc., 25 is a clock driver, and 26, 27, 28 are clock drivers (25). Is a hour hand, minute hand, second hand, 29 is a time display part including a dial 24, an hour hand 26, a minute hand 27, a second hand 28, and the like, 30 is a watch case, and 31 is It is the back cover.

As shown in FIG. 6, the time comprised by the face 24, the hour hand 26, the minute hand 27, the second hand 28, etc. inside the tubular transparent capsule 23 shown by this example. The display portion 29 and the clock drive portion 25 also have a space portion 23a that can be accommodated therein. The transparent capsule 23 is provided in line with the hollow outgoing part 32 disposed above the visual display part 29 and the outgoing part 32 so as to communicate with the liquid in the outgoing part 32. It consists of the fluid storage part 33 which can store W) temporarily. The liquid W enclosed in the transparent capsule 23 flows freely between the swelling part 32 and the fluid reservoir 33. Since the transparent capsule 23 is firmly positioned in the watch case 30, it does not move unintentionally.

The shape of the said transparent capsule 23 is not limited to this example, It can take all shapes according to implementation, such as an elliptical shape by planar view, and a polygonal shape by planar view. As shown in the figure, by forming the ridge 32 in a curved shape, the encapsulated liquid W can be provided with a desired fluidity. In addition, in the case of a curved surface, the convex lens function is applied to the ridge 32. It is also possible to provide. 34 is an orifice, and in this example, it is provided in the boundary position of the swelling part 32 and the fluid storage part 33, and the outflow velocity of the liquid W from the shunt part 32 to the fluid storage part 33 is shown. It is set to be small.

When all of the liquid W enclosed in the transparent capsule 23 flows into the fluid reservoir 33, a capacity that completely fills the swelling portion 32 with a space is preferable. Of course, the capacitance may be partially formed in the swelling portion 32. Moreover, what is good is the liquid W which is excellent in corrosion resistance, such as alcohol, and the liquid which added the preservative. In addition, the liquid W may consist of a single liquid, or may coexist two or more types of liquids having specific gravity differences, and may further add color to the liquid W. FIG.

Moreover, you may mix the floating decoration body which is not shown in figure with the liquid W in the transparent capsule 23. As an example, the transparent capsule 23 incorporates a liquid having a high specific gravity (for example, water) and a liquid having a low specific gravity (for example, alcohol) and forms a boundary by separating them, thereby forming a boundary line. Place a floating ornament on the In this case, the floating decorative body can be formed in various forms on the basis of free idea, for example, by inserting a three-dimensional object made of granular diamond, light emitting material, reflecting material, or the like, the whole of the transparent capsule 23. You can also create a decorative effect.

In this embodiment, the character board 24 to which the backplate was affixed is employ | adopted. The backplate shown in this example attaches the sheet 35, which is polished and processed and shaped like a mirror to the face 24, matches with the beautiful flow of the liquid W, further enhancing its sense of quality and decorativeness. In addition, the sheet 35 can be printed with letters, patterns, etc. using suitable printing means. Of course, you may decorate decorations, such as a plaque, also in parts other than the dial 24. In addition to the plaque, other beautiful shells, precious stones such as diamonds, photographs, pictures, and the like may be decorated at an appropriate position on the visual display unit 29 to further enhance the sense of quality and decorativeness. Furthermore, the decorative light which is not shown in figure may be arrange | positioned at the suitable position of the watch main body 21, and the beautiful movement of the liquid W and the beauty of the decoration may be made more beautiful with light.

Fig. 7 is a sectional schematic view showing another example of the watch with fluid rendering function in the second invention. In addition, the same code | symbol is attached | subjected to the same member, and the description is abbreviate | omitted. As shown in the figure, in this example, a part of the circumferential wall of the fluid reservoir 33 is protruded inward, and the tapered portion 33a is formed over the entire circumference, and the tapered portion 33a is provided. The dial ring 36 is attached. Therefore, in this example, the time display part 29 is comprised from the dial 24, the hour hand 26, the minute hand 27, the second hand 28, the dial ring 36, etc. As shown in FIG. In addition, the dial ring 36 may be decorated with ornaments such as a back plaque in the same way as the face 24, and may further enhance decorability, and further cut the appropriate place of the dial ring 36, thereby cutting out the cut. The flow of the liquid W in the transparent capsule 23 may be seen from the joint. On the other hand, it is also possible to put numbers, letters, designs or the like directly into the tapered portion 33a. In this case, the dial ring 36 may not be provided.

Although not shown in the drawing, the inside of the dial ring is hollow, at least the surface is made transparent, granular solids (eg, sand) are enclosed in the dial ring, and formed to flow in accordance with the movement of the user's hand. Also good. In this case, the flow of the liquid W enclosed in the transparent capsule 23 and the flow of the solid encapsulated in this dial ring are matched, and the fluid decoration can be made to resemble a sandbar. In addition, by appropriately setting the installation angle and the volume of the dial ring, it is possible to have a desired flow rate in the flow of the solid, and the movement from the top to the bottom can be beautifully expressed. Of course, the fluid encapsulated in the dial ring may be a liquid or the like, and in addition, when a viscous fluid is employed as compared with the liquid W encapsulated in the transparent capsule 23, a fluid decoration that makes a difference in the flow rate is exhibited. It is also possible to have different colors.

Although not shown, as another example, the transparent capsule may be made to have strength, and may be provided with a function as a display surface cover. The transparent capsule can be formed of any material that covers a wide range of resins, glass, and the like. As an example, a transparent transparent material having a function as a display surface cover and a convex lens function is also used, using a thermoplastic material of transparent polycarbonate. It is also possible to employ a capsule. Moreover, a poem letter, a shape, etc. can be directly put in a transparent capsule, and you may be equipped with the function as a face. In addition, the volume of the swelling part and the fluid storage part which comprise a transparent capsule can be arbitrarily set according to implementation.

8 is an explanatory view of the operation in the second invention. When the time display part 29 is faced up and the time display part 29 can be seen, the liquid W which flowed in in the outflow part 32 of the transparent capsule 23 as shown in the same figure. Begins to flow toward the fluid reservoir 33. With the outflow of the liquid W, the beautiful flow by the liquid W is manifested in the swelling part 32 as if reminiscent of the wave shape of the beach or the like. The fluid decoration effect that brings out the beauty of the ornaments such as the plaques, etc.

As shown, by forming the outgoing part 32 in a curved shape, the liquid W is made to have a fluidity which is gently drawn out from the substantially center of the outgoing part 32 toward the outer diameter direction, and matches with the wave shape. More beautiful flows such as those associated with beaches are exhibited. Of course, by setting the curvature of the curved surface large and small, it is possible to achieve the desired fluidity according to the implementation. In addition, by providing the convex lens function in the display portion 32, not only the visual confirmation but also the fluid decoration effect can be effectively expressed and viewed.

In addition, by providing the orifice 34 according to the implementation at the boundary (or other place) between the swelling part 32 and the fluid storage part 33 as in this example, it is possible to give the liquid W a desired flow rate. In addition, the presence or absence of a wave shape can also be set arbitrarily according to implementation. In this way, the fluid decoration suitable for the design or decoration to be displayed on the visual display unit 29, such as the dial 24, can be freely produced, so that the user can see the trend of time and at the same time, by the excellent fluid decoration effect, The height of the value is recognized, and the beautiful fluid decoration effect can also be used to relax. Of course, the flow of the liquid W does not affect the time display function of the clock, and is light, so that it can be used comfortably for a long time.

Subsequently, the confirmation of the transition of time is ended, and when the time display section 29 is not facing upward in accordance with the operation of the user's hand, the liquid W stored in the fluid storage section 33 appears. It flows into the part 32. As a result, when the visual display unit 29 is turned upward again, the above-described fluid decoration effect is always reproduced. Of course, even when the watch is not attached, this fluid decoration effect is realized.

Next, an embodiment of the watch with fluid directing function according to the third invention will be described. 9 is a sectional view of an essential part of a watch with a fluid rendering function in the third invention. In the figure, 37 is a sheet formed by processing a back plate or the like, and 38 is a hollow transparent container body in which a fluid (hereinafter referred to as liquid W) is enclosed therein. 37 and the transparent container body 38 are integrally joined together. As a specific example, in FIG. 9 (a), the transparent container body 38 is laminated on the top surface of the sheet 37 and bonded. In FIG. 9 (b), the sheet 37 is disposed on the top surface of the transparent container body 38. Are laminated and bonded. In addition, in FIG.9 (c) and FIG.9 (d), the surface which joins the sheet | seat 37 is made into the insertion structure, and the sheet | seat 37 is provided in this one-stage low attachment surface 38a. In the present example, the sheet 37 having a thickness of 0.3 mm and the hollowed transparent container body 38 having a thickness of 0.7 mm are integrally bonded to each other by being polished and shaped like a mirror. The container body 38 is installed in the upper surface of a face, for example.

Thereby, the state in which the liquid W moves is reflected in the decoration of a beautiful back plaque, etc., and a beautiful decorative clock is realized. The sheet 37 may also be printed with letters, shapes, and the like using suitable printing means. Moreover, if the decorative light which is not shown in figure is arrange | positioned at the suitable position of a watch body, it can also make it more effective by the light of a decorative light. In addition, the sheet 37 and the transparent container body 38 can adopt all shapes, such as a ring shape in plan view, a circular shape in plan view, or a polygonal shape in plan view. Of course, the liquid W enclosed in the transparent container body 38 does not leak. Moreover, since the flow of the liquid W does not affect the time display function of a clock, it is lightweight and can be used comfortably for a long time.

Although not shown in the figure, the value of the product may be improved by arranging a face on a part of the flat portion of the watch body and additionally incorporating another transparent capsule in a plane with the face in a space other than the face.

FIG. 10 is a schematic perspective view showing another example of the watch with fluid rendering function in the first invention, and FIG. 11 is an enlarged cross-sectional view of FIG. In addition, in another example, the same place as an example of the said 1st invention is represented by the same code | symbol, and the description is abbreviate | omitted.

In this example, the clock main body 41 and the annular frame 42 are provided separately, these are integrally combined through the sealing member 46, and the sealing chamber 47 is provided. The transparent member 5 and the display surface cover 6 are attached to the annular frame 42 and the watch body 41 via the gaskets 45 and 44, respectively. The operation unit 15 operates the hour hand 10 and the minute hand 11 so that the time can be adjusted.

According to the watch with fluid directing function according to the present invention, not only the watch having an analog display function but also a watch having both a digital display function and a clock having both an analog display function and a digital display function can be used. Instead, it can be applied to pocket watches, pocket watches, stopwatches, alarm clocks, table clocks, grandfather clocks, voice watches, and even other ornaments.

According to the invention according to claim 1 or 2, the conventional method does not simply rely on a disordered operation such as stagnating a liquid, but reminiscent of a wave shape such as a beach or a tide falling into a watch, for example. Similarly, the appearance of a beautiful fluid ornament can be realized, and this beautiful fluid ornament makes it possible to effectively highlight a decoration provided in, for example, a face or the like, and also provides a relaxation effect to a person viewing the watch of the present invention. Available as a very valuable watch. In addition, the fluid decoration effect can be used safely and comfortably over a long period of time without affecting the time display function of the clock. It is possible to form a sealed space for enclosing fluids with a small number of parts and very easy processing. Furthermore, the sealed chamber, which is a sealed space, can be formed by a watch case, a display cover, or the like. It is possible and is excellent also in mass productivity.

According to the invention according to claim 3, it is possible to calm the movement of the fluid in the enclosed chamber so that, for example, a wave shape such as a beach or a tide that escapes the tide can be exhibited in a state closer to a natural beach. This makes it possible to make the fluid in the encapsulation chamber appear in a very beautiful flow, which makes it possible to realize a fluid decoration effect that is not conventional.

According to the invention according to claim 4, since both the transparent member and the display surface cover can be provided with a convex lens function, the person who looks at this by not only confirming the time but also effectively expressing the beautiful fluid decoration Can give a relaxation effect.

According to invention of Claim 5, in addition to the outstanding decorativeness, it can provide as a watch rich in sense of quality. In addition, the beautiful movement of the fluid reminiscent of the wave shape and the tide flows out, and the beauty of the ornament such as the back plaque can be sufficiently expressed. In other words, the beauty of the decorations on the face and the like can be made to stand out in a flat expression, and the beauty of the decoration can be enhanced.

According to the invention according to claim 6, the flow of fluid (e.g., water) enclosed in the enclosure and the flow of solids (e.g., sand) enclosed in the ring match the beautiful fluid, reminiscent of sandbars. Can decorate the decorations.

According to the invention according to claim 7 or 8, as in the related art, it is not merely to discontinue the chaotic operation such as stagnating the liquid, but to remind the watch, for example, a wave shape such as a beach or a tide falling out. As a result, the appearance of a beautiful fluid ornament becomes feasible, and this beautiful fluid ornament makes it possible to effectively show off a decoration, for example, a face or the like, and to provide a relaxation effect to a person looking at the watch of the present invention. It can be provided as a very high value watch. Moreover, the fluid decoration effect does not affect the time display function of a clock, and it can use it safely and comfortably over a long term.

In addition, when the outward portion is formed in a curved shape, the convex lens function can be provided in the outward portion, so that not only the visual confirmation but also the beautiful fluid decoration can be effectively expressed, and the relaxation effect can be given to the viewer.

In addition, when the orifice is formed at an appropriate position of the transparent capsule, the outflow speed of the fluid from the swelling part to the fluid storage part can be reduced, so that the motion of the fluid is kept quiet, for example, the wave shape or the tides of the beach, etc. You can make the way out of the beach more natural. As a result, the fluid in the transparent capsule can be made to appear in a very beautiful flow, thereby realizing a fluid decoration effect not conventionally available.

Further, by attaching a sheet formed by processing a backplate or the like on the surface of a face or the like constituting the visual display unit, it can be provided as a timepiece rich in sense of quality as well as excellent decorativeness. In addition, the beautiful movement of the fluid reminiscent of the wave shape and the tide flows out, and the beauty of the ornament such as the back plaque can be sufficiently expressed. In other words, it is possible to make the beauty of the decoration performed on the face or the like stand out in a flat expression, and to fully show the beauty of the decoration, and to provide it as a watch having a very high commodity value with excellent decoration and a sense of quality.

Furthermore, when the watch body is provided with a hollow ring in which part or all is transparent and a solid is enclosed therein, the flow of fluid (e.g. water) enclosed in the transparent capsule and solids enclosed in the ring (e.g., For example, the flow of sand can be harmonized to create a beautiful fluid decoration, reminiscent of sandbars.

According to the invention according to claim 9 or 10, it is possible to provide as a highly decorative clock, in which a shape in which a fluid moves is reflected in a decoration such as a beautiful back plaque.

According to the invention according to claim 11, for example, by printing a suitable letter, shape or the like on a sheet formed by processing a back plaque or the like using a printing means, it becomes possible to provide a more decorative clock.

Claims (11)

A watch with a fluid directing function is provided in an outer surface portion of the watch body, through which a sealing chamber capable of seeing a visual display unit is provided, and fluid is freely sealed in the sealing chamber. 2. The sealing chamber according to claim 1, wherein the enclosing chamber is formed in a concave groove integrally formed at a peripheral edge of the watch case, a transparent member fixed to an inner frame of the concave groove, and covering an inner circumferential surface of the inner frame, and fixed to an outer frame of the groove. And a display surface cover covering the inner circumferential surface of the outer frame while securing a predetermined distance from the upper surface of the transparent member, and allowing the fluid introduced into the space between the transparent member and the display surface cover to flow into the concave groove. Watch with fluid directing function characterized in that the decoration is produced. The watch with fluid directing function according to claim 1 or 2, wherein an orifice is provided at a suitable position of the enclosing chamber. The watch with a fluid directing function according to claim 2 or 3, wherein both or one of the transparent member and the display surface cover is formed in a curved shape. The sheet according to any one of claims 1 to 4, wherein a sheet formed by processing a back plaque or the like is attached to a surface of a face or the like constituting the visual display unit, and the sheet is made visible through a sealing chamber in which a fluid decoration is produced. Watch with fluid directing function The watch body according to any one of claims 1 to 5, wherein the watch body is provided with a hollow ring in which part or all is transparent and a solid material is sealed therein. Clock with fluid directing function characterized by combining the state. A watch with a fluid directing function, wherein a watch capsule is provided with a transparent capsule in the form of a barrel, in which part or all of the watch is transparent and the fluid is sealed therein, and at least the visual display unit is disposed inside the watch. 8. The transparent capsule according to claim 7, wherein the transparent capsule is formed of a hollow-shaped outflowing portion to which a fluid decoration is produced, and a fluid storage portion which is arranged in line with the outflowing portion, and is capable of temporarily storing fluid in the outflowing portion. Clock with fluid directing function, characterized in that. A watch having a fluid directing function, wherein a sheet formed by processing a backplate or the like is bonded to a surface or a back surface of a watch body, and a hollow transparent container body in which a fluid is sealed is disposed therein. The watch with a production function according to claim 9, wherein the transparent container body is provided on an upper surface of the face. The watch with a fluid directing function according to claim 9 or 10, wherein the sheet is printed with appropriate characters, shapes, and the like by printing means.

Images