JP5468508B2 - Ornament of swing device - Google Patents

Description

  The present invention relates to a decorative body of a swinging device such as a pendulum of a watch, and more particularly to a decorative body of a swinging device in which a dynamic change occurs in the decorative body while the decorative body performs a pendulum motion.

  The pendulum of the watch is pendulum moved within a certain range of the arc by a swinging device that keeps swinging the pendulum using electromagnetic induction and the watch operates by looking at the swinging pendulum. Can be easily confirmed.

  Some pendulums are provided with a moving body such as a rotating body in the pendulum (see Patent Document 1). In addition to checking the time by looking at the clock, the pendulum can be viewed and enjoyed. Some have.

  However, it was only the first time that you could enjoy watching the moving object in the pendulum, and you could get bored quickly.

Japanese Patent Application Laid-Open No. 11-242082 (pages 1-6, FIGS. 1-4)

  An object of the present invention is to provide a decorative body for a swinging device that can be enjoyed over a long period of time by allowing a decorative body that performs a pendulum motion within a certain range of a circular arc to perform a variety of movements that have never been seen before. Is to be able to provide.

In order to solve the above-described problems, the decorative body of the swing device according to the present invention is hollow near the free end of the centrifugal direction of the main body that receives a driving force from a predetermined driving means and performs a pendulum movement within a certain range of the arc. A base body provided with a fixed shaft in a direction orthogonal to the pendulum movement direction of the main body, and a center of gravity capable of loosely fitting radially outward of the hollow fixed shaft with the plate surface directed in the axial direction of the hollow fixed shaft of the base body Plate member A located below the plate, plate member B which can be fixed radially outward of the hollow fixed shaft with the plate surface facing the axial direction of the hollow fixed shaft of the base body, and perpendicular to the plate surface and the base The center of gravity is located below the plate with a fixed shaft that can penetrate freely in the hollow fixed shaft of the body, and fixed to the fixed shaft of the plate body that penetrates in the hollow fixed shaft in parallel with the plate surface Hunger and thirst and arm body provided respectively at both free end toward the magnets, made of plate member C which constitutes of at least one or more external magnets generate a magnetic action between the magnet of the arm member, the plate member C And at least one of the plate members A and B is configured in combination with the base body .

  Further, the base body is provided with a cover member that is transparent or translucent at least on the front surface surrounding the plate of the plate member set on the hollow fixed shaft together with at least the hollow fixed shaft.

Further, the front portion in said cover member, there plate surface of the plate member that is set in the hollow fixed shaft as was confronted.

  Further, the magnet of the arm body in the plate member C or the magnet of a predetermined part of the external magnet is replaced with a magnetic body capable of magnetic adsorption.

  Further, the plate body in the plate member C is configured such that the center of gravity of the plate body is positioned below by fixing the arm body to the fixed shaft of the plate body.

  The plate members A, B, and C are formed of a transparent or translucent plate material.

  Further, the plate members A, B, and C are shaped so as to bend in the vertical direction when the base body that is the initial position of these plate members is positioned in the vertical direction, or the center is depressed more than the periphery. It is assumed that it is formed in a shape.

In addition, at least two of the plate members configured in combination with the base body display a planar image as an object to be represented, and display an image portion of an arbitrary depth and depth in the planar image, and correspond to the depth depth. A member is layered on the hollow fixed shaft of the base body, and the base body is moved in a pendulum within a certain range of the arc by a driving force by a predetermined driving means.

  According to the decorative body of the oscillating device according to the present invention, for example, a plane image is displayed on the plate members A, B, and C as the decorative body in correspondence with an arbitrary depth and depth in the plane image, and the plate member A, If B and C are layered on the hollow fixed shaft of the base body corresponding to the depth and depth, the plate members A, B, and C are moved when the base body performs a pendulum motion within a certain range of the arc by a predetermined driving means. When viewed from the front of the hollow fixed shaft of the base body, the plan view can be seen as a moving image.

  Therefore, if the decorative body of the present invention is used as a pendulum for a watch, the viewer can be entertained for a long period of time as a pendulum having a variety of movements that has never been seen before.

  In addition, if the decorative body of the present invention is used for an electric swing POP placed in a store, it is possible to introduce a three-dimensional and moving product, and to greatly increase the degree of appeal to customers. it can.

  Furthermore, it can be used for interior goods as a new moving interior decoration.

The perspective view which shows the structure of the Example in the decoration body of the rocking | fluctuation apparatus which concerns on this invention. The side view which shows the decoration body of the state which set plate member A, B, C. FIG. FIG. 3 is an exploded side view of the decorative body in FIG. 2. The perspective view which shows the decoration body which provided the cover member in the base body. The side view which shows the decoration body of the state which set plate member A, B, C. FIG. The side view which shows the decoration body of the state which set plate member A, B, C. FIG. The side view which shows the example of a shape of plate member A, B, C. The side view which shows the example of a shape of plate member A, B, C. The figure which shows the motion state of the plate member A which carries out a pendulum motion. The figure which shows the motion state of the plate member B which carries out a pendulum motion. The figure which shows the motion state of the plate member C which carries out a pendulum motion. The figure which shows the example of arrangement | positioning of the external magnet in the plate member. The perspective view which showed an example which displayed the planar image on plate member A, B, C corresponding to the arbitrary depth depths in a planar image.

  Hereinafter, a decorative body of a rocking device according to the present invention will be described with reference to the accompanying drawings.

FIG. 1 shows a configuration of a decorative body. The decorative body of the present invention includes a base body that receives a driving force from a predetermined driving means and performs a pendulum motion within a predetermined range of an arc, and a plate member A that is set on the base body. The plate member B and the plate member C are used.
In the drawings, for the sake of explanation, the plate member is assumed to have a flat disk shape. However, in actuality, it is preferable that the plate member has a dish shape as shown in FIG. Appears and can expand the range of expression.

  At least the plate members A and B are formed of a transparent or translucent plate material.

  As shown in FIG. 1, the base body is provided with a hollow fixed shaft 3 having a through hole 2 in a main body 1 that receives a driving force by a predetermined driving means.

  As shown in FIG. 1, the plate member A is provided with a loose fitting member 7 having a through hole 6 in a circular plate body 5 having a lower center of gravity, for example, by a weight 4.

  As shown in FIG. 1, the plate member B is provided with a fixing member 11 having a through hole 9 and a fixing screw 10 in a circular plate body 8, for example.

  As shown in FIG. 1, the plate member C includes, for example, a circular plate body 14 having a lower center of gravity by a weight 13 provided with a fixed shaft 12 serving as a main body of the plate member C, and magnets 15 at both free ends of the main body. , 15 and an arm body 19 provided with a fixing member 18 having a through hole 16 and a fixing screw 17 between the magnets 15 and 15, and an external magnet 20.

As shown in FIG. 2, in the embodiment, plate members A, B, and C are set from the base side of the hollow fixed shaft 3 of the base body to form a decorative body, and the plate member is started from the main body 1 side of the base body. A plate body 5 of A, a plate body 8 of the plate member B, and a plate body 14 of the plate member C.
The plate members A, B, and C are set when the base body 1 is positioned in the vertical direction.

FIG. 3 is an exploded perspective view of the decorative body in FIG. 2, and the plate member A (alphabet symbol: A in the figure) passes through the hollow fixing shaft 3 of the base body through the through hole 6 of the loosely fitting member 7. It is set in a loosely fitted state outside the hollow fixed shaft 3.
Further, the center of gravity of the plate member A is positioned below the hollow fixed shaft 3 of the base body by the weight 4.

  The plate member B (alphabet mark: B in the figure) is fixed to the outside of the hollow fixed shaft 3 by the fixing screw 10 through the hollow fixed shaft 3 of the base body through the through hole 9 of the fixed member 11.

The plate member C (alphabet signs in the figure: C (1/2), C (2/2)) allows the fixed shaft 12 of the plate 14 to loosely penetrate the through hole 2 of the hollow fixed shaft 3 of the base body. The arm body 19 is fixed to the fixed shaft 12 by a fixing screw 17 so that the arm body 19 can swing after fixing through the through hole 16 in the fixing member 18 of the arm body 19 through the fixed shaft 12 coming out of the hole 2. .
Then, the external magnet 20 is set at an arbitrary position inside and outside the swing range so as to substantially match the swing locus line of the plate member C below the magnet 15 of the arm body 19.
Further, the center of gravity of the plate 14 is positioned below the hollow fixed shaft 3 of the base body due to the weight 13.

Further, as shown in FIG. 4, at least the front surface surrounding the plate members A and B set on the hollow fixed shaft 3 together with the hollow fixed shaft 3 of the base body and the plate member C excluding the external magnet 20 is transparent or semi-transparent. In some cases, a transparent cover member may be provided. Further, a back plate 22 is provided in the main body 21 of the cover member, and a background is displayed on the front surface of the back plate 22, or an aluminum vapor deposition film or the like is provided on the inner wall or back plate portion of the main body. In some cases, a light emitter such as a reflective material or LED is provided.
FIG. 5 shows a state in which the plate members A, B, and C are set in the cover member provided on the base body, and the plate body 5 of the plate member A and the plate body of the plate member B from the main body 1 side of the base body. 8 is a plate body 14 of the plate member C.

  And when fixing the main body 21 and the front cover 23 of a cover member, or fixing the main body 21 and the back cover 24, it is influenced by the magnetic action of the magnet 15 of the arm body 19 and the external magnet 20 in the plate member C. For example, it is desirable to fix it by a fixing means such as a plastic screw or fitting, or to fit it with a gas screw having a small pitch so that it is difficult to come off even if the main body swings. The fixing means is not shown.

  At least the plate members A, B, and C are formed of a transparent or translucent plate material.

Moreover, as shown in FIG. 6, the predetermined plate member in plate part A, B, C may be provided in the front part in the front cover 23 of a cover member.
In FIG. 6, the plate body 8 of the plate member B is fixed to the front cover 23 of the cover member by the fixing nut 25, and the plate member A of the base body 1 from the main body 1 side is fixed to the hollow fixed shaft 3 of the base body 1. A plate body 5 and a plate body 14 of the plate member C are provided.

In addition, as shown in FIG. 7, the plate members A, B, and C have a shape that curves in the vertical direction when the main body 1 of the base body that is the initial position of these plate members is positioned in the vertical direction. There is.
The plate body 5 of the plate member A, the plate body 8 of the plate member B, and the plate body 14 of the plate member C from the main body 1 side of the base body.

Further, as described above, the plate members A, B, and C may be formed in a dish shape with the center protruding forward from the periphery as shown in FIG.
The plate body 5 of the plate member A, the plate body 8 of the plate member B, and the plate body 14 of the plate member C from the main body 1 side of the base body.

  Hereinafter, when the main body 1 of the base body receives a driving force from a predetermined driving means and performs a pendulum movement within a predetermined range of the arc, the plate body 5 of the plate member A layered on the hollow fixed shaft 3 of the base body, the plate The movement form of the plate body 8 of the member B and the plate body 14 of the plate member C will be described.

  As shown in FIG. 9, the plate body 5 of the plate member A is configured such that when the main body 1 of the base body receives a driving force from a predetermined driving means and performs a pendulum movement within a certain range of the arc, The pendulum moves almost without tilting around the hollow fixed shaft 3 in the main body 1.

  As shown in FIG. 10, when the base body 1 receives a driving force from a predetermined driving means and the pendulum moves within a certain range of the arc, the plate body 8 of the plate member B The pendulum motion is performed in the same manner as the main body 1.

As shown in FIGS. 11A to 11C, when the plate body 14 of the plate member C is subjected to a pendulum movement within a certain range of the arc by receiving a driving force from a predetermined driving means, as shown in FIGS. As shown in FIG. 11A, when passing through a magnetic action “no” area where the magnetic action between the magnet 15 of the arm body 19 and the external magnet 20 hardly occurs, the plate body 14 The pendulum moves almost without tilting around the hollow fixed shaft 3 in the body main body 1, and as shown in FIGS. 11 (b) and 11 (c), there is a magnetic force between the magnet 15 of the arm body 19 and the external magnet 20. When passing through the magnetic action “existing” area where the action occurs, the plate body 14 is moved by the magnetic attraction force or magnetic repulsion force generated between the magnet 15 of the arm body 19 and the external magnet 20. It tilts the hollow fixed shaft 3 around the body 1 of the body.
11B, a magnetic attractive force is generated between the magnet 15 of the arm body 19 and the external magnet 20, and FIG. 11C is a magnetic repulsion between the magnet 15 of the arm body 19 and the external magnet 20. Power is generated. Thus, the angle of the arm body 19 is changed complicatedly by the change of the magnetic action due to the swing, and the movement of the plate body 14 is expressed in various ways.

  FIG. 12 shows an example in which three external magnets 20 are provided, for example, and the plate body 14 of the plate member C is formed by a predetermined magnetic action generated between the external magnet 20 and the magnet 15 of the arm body 19. The body 14 is inclined around the hollow fixed shaft 3 in the main body 1 of the base body.

  FIG. 13 shows an example in which the planar image is displayed on three plate members A, B, and C corresponding to arbitrary depths and depths in the planar image.

  (A) in FIG. 13 is an original plane image, and this plane image is represented by portions corresponding to three depths in the plane image so as to correspond to the number of plate members (A, B, C). The selected portion is displayed on each of the plate members A, B, and C ((b) in FIG. 13).

  Therefore, the plate member A in (b) of FIG. 13 displays “the water surface and the island that can be seen in the back” where the depth depth in the plan view is the deepest, and the plate member B shows the depth in the plan view. A “wave” having a middle depth is displayed, and a “yacht drifting in the wave” having the depth and depth in the plane image at the forefront is displayed on the plate member C.

  Further, in the original plane image ((a) in FIG. 13), for example, the “island that can be seen from the surface of the water” hidden by the sail of a yacht is drawn and imagined.

  Therefore, the base body in which these plate members A, B, and C are layered on the hollow fixed shaft 3 is moved by a pendulum within a predetermined range of the arc by a driving force by a predetermined driving means, thereby corresponding to the depth depth in the plane image. The plate members A, B, and C displaying the portions to be moved individually move, and when the plate members A, B, and C are viewed from the front of the hollow fixed shaft 3, a three-dimensional movement is generated in the plane image.

  Further, in the embodiment, the plate body 8 of the plate member B is formed in a circular shape. However, since this plate member B is fixed to the hollow fixed shaft 3 of the base body, it does not interfere with the pendulum movement of the base body. In some cases, the shape may be other than circular.

  In some cases, the magnet 15 of the arm body 14 in the plate member C or the magnet at a predetermined portion of the external magnet 20 is replaced with a metal body that can be magnetically attracted.

  In some cases, the arrangement position of the magnet 15 to the external magnet 20 of the arm body 14 in the plate member C can be adjusted.

  Further, the plate body 14 in the plate member C may fix the arm body 19 to the fixed shaft 12 of the plate body 14 so that the center of gravity of the plate body 14 is positioned below.

  Further, the free movement of the plate member A loosely fitted outside the hollow fixed shaft 3 of the base body and the free movement of the plate member C penetrating the fixed shaft 12 through the through hole 2 of the hollow fixed shaft 3 are made smoother. Therefore, there may be a case where a predetermined bearing as friction reducing means is provided on the loosely fitting member 7 of the plate member A and the hollow fixed shaft 3 of the base body.

  In the embodiment, the plate members A, B, and C are all used. However, a suitable plate among the plate members A, B, and C depending on the form of the display object such as a picture, a photograph, or a letter or a number. Select parts and use quantities.

DESCRIPTION OF SYMBOLS 1 Main body 2 Through hole 3 Hollow fixed shaft 4 Weight 5 Plate body 6 Through hole 7 Free fitting member 8 Plate body 9 Through hole 10 Fixing screw 11 Fixing member 12 Fixed shaft 13 Weight 14 Plate body 15 Magnet 16 Through hole 17 Fixing screw 18 Fixing member 19 Arm body 20 External magnet 21 Cover member body 22 Back plate 23 Front cover 24 Back cover 25 Fixing nut

Claims (6)

A base body provided with a hollow fixed shaft in a direction orthogonal to the pendulum movement direction of the main body near the centrifugal free end of the main body that receives a driving force from a predetermined driving means and performs a pendulum movement within a predetermined range of an arc, and a plate The plate member A has a center of gravity positioned below the plate so that the surface can be loosely fitted radially outward of the hollow fixed shaft with the surface directed in the axial direction of the hollow fixed shaft of the base body, and the plate surface is the axis of the hollow fixed shaft of the base body The center of gravity of the plate member B which can be fixed radially outward of the hollow fixed shaft toward the direction, the fixed shaft which can be penetrated into the hollow fixed shaft of the base body in a direction orthogonal to the plate surface is located below the plate A plate body, an arm body that can be fixed in parallel to the plate surface to the fixed shaft of the plate body loosely passed through the hollow fixed shaft, and provided with magnets near both free ends, At least one consists of the plate member C constituting externally magnet causes magnetic action between the magnet of the arm member, and the plate member C, the plate member A, at least one plate member of the B, A decorative body of a rocking device constructed in combination with the base body .   2. A decorative body for an oscillating device according to claim 1, wherein the base body is provided with a cover member having at least a front surface transparent or translucent surrounding at least a hollow fixed shaft and a plate of a plate member set on the hollow fixed shaft. . Decorative body of the front part, the rocking device according to claim 2 which has to face the plate surface of the plate member that is set in the hollow fixed shaft in the cover member.   The ornament of the swing device according to claim 1, wherein the magnet of the arm member in the plate member C or the magnet at a predetermined portion of the external magnet is replaced with a magnetically attractable metal body.   The decorative body for an oscillating device according to claim 1, wherein the plate members A, B, and C are formed of a transparent or translucent plate material. At least two plate members configured in combination with the base body display a plane image as an object to be expressed, and an image portion of an arbitrary depth depth in the plane image, respectively, and plate members corresponding to the depth depth 2. A decorative body for an oscillating device according to claim 1, wherein the base body is layered on a hollow fixed shaft, and the base body is moved by a pendulum within a predetermined range of an arc by a driving force of a predetermined driving means.

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