KR860002902Y1 - Room accessory - Google Patents

Abstract

No content.

Description

Room accessories

1 is a perspective view of the present room accessories.

2 is a cross-sectional view of the body of Figure 1 omitted.

3 is a cross-sectional view of the body of FIG.

4 is an exploded perspective view of the fish of FIG.

5 is a plan view of the cam disk of FIG.

6 is a front view showing the interlock mechanism of the cam disk and the sliding shaft of FIG.

7 is an exploded perspective view of part of the cam disk interlock mechanism of FIG.

8 is a partial cross-sectional view of the main body case of FIG.

9 is an exploded perspective view of the coupling portion between the base of FIG. 8 and the body;

FIG. 10 is an exploded perspective view of the coupling portion between the transparent kabakoke and the base of FIG. 8; FIG.

11 is a partial perspective view of the engaging portion of the base and the body of FIG.

12 is a cross-sectional view of the switch mechanism of FIG.

13 is a plan view of the gas.

14 is a plan view of an expectation.

15 is a plan view of the leg.

16 and 17 are front views of coral bodies.

18 is a bottom view of the coral body.

Figure 19 is a bottom view of the starfish.

20 is a front view of the installation state of the starfish.

21 is a front view of the myelin sheath.

22 is an explanatory diagram of the operation of the fish.

23 is an explanatory diagram of the operation of the dorsal fin.

24 is an explanatory diagram of the operation of the dorsal fin.

25 is a diagram explaining the operation of the tail fin.

* Explanation of symbols for main parts of the drawings

1: main body case 2: base

3: expectation 4: transparent cavache

5: bottom surface 6: support recessed part

13: side coral 15: aquatic body

17: starfish 19: rear coral body

21: body 22: mystery t1

24: frame (機 t2) 25: support frame

30: sliding 35: interlocking

36: lower globule 40: upper globule

42: electric motor 45: guide support shaft

46 support 52 output shaft

53: pinion 54: deceleration gear

58: first relay gear 59: drive shaft

60: disc 61: interlocking

63: Cam disk 74: fourth relay gear

78: relay axis 80: second relay gear

82: third relay gear 83: sliding shaft

84: output gear 85: conversion gear

86: input gear 87: sliding engagement portion

88: coil spring 90: fin drive gear

91: crank shaft 92: upper crank arm

93: lower crank arm 94: bearing indentation

95: dorsal fin 103: pear fin

108: Tail Fin 109: Chest Fin

110: eyeball 111: elastic hinged surface

112: instrument panel 114: insertion hole

119: engagement stones 123: engagement stones

124: engagement groove 125: bottom plate

127: battery case 128,129: connection terminal

130: movable terminal piece 131: fixed terminal piece

133: guide relay 135: pressure body

140: top plate 141: leg body

142: wit 145: guide stop

149: campan 150: locking tofu

151: Engagement tree

The present invention relates to room accessories. In the past, various things have been proposed for room accessories, but most of them have been made to hang on a wall, for example.

Anything of this kind has the problem that it is not only difficult to cause its original canon without any action in the stationary state, but also lacks the effect as an accessory and is easy to get tired of.

The present invention has been made in view of such a point, and at the same time, the body is installed in the container body and at the same time, it causes a motion and canon such as swimming while exhibiting a predetermined activity motion that mimics the motion of meat, and actively serves as an accessory. It aims to be effective and at the same time to have fun.

The present invention provides a body formed by imitating a scene such as the seabed or the bottom of a river, a body that is disposed on the gas to represent an active action that mimics the behavior of meat, and a transparent carbace that covers the body together with the body. It is equipped with, and the body shows the predetermined activity operation such as swimming under the scene of the seabed or the bottom of the river, and the dynamic of the body such as the operation state of the body or the stationary state can be viewed through the transparent cover. It is.

An embodiment of the present invention will be described with reference to the accompanying drawings.

In the figure, reference numeral 1 denotes a main body case configured in the form of a glass shape, and the main body case 1 is a base 3 made of an opaque member having a base 2 on an upper surface of the opening. And the transparent cover body 4 provided above the base 2.

The base 2 is formed in a disk shape, and the sand is stacked on the top to form a bottom surface 5 that mimics a naturally melted scene such as a hessier or a river bottom, and the bottom surface 5 The support recess 6 of the hollow park is integrally protruded below the base 2 from the center of the center.

A conduction opening 7 is formed in the lower surface of the support recess 6, and a locking hole 8 is formed in the vicinity of the lower end thereof so as to communicate relatively.

In addition, the side coral attachment hole 9 is formed in one side of the base 2 centering on the support recess 6, and the myelin sheath hole 10 is formed in the other side, and the starfish is picked up before and after. A hole 11 and a rear coral attachment hole 12 are formed.

In the lateral coral attachment hole 9, the attachment portion 14 of the lateral coral body 13 of the large and small side is inserted in a detachable manner, and the small and large myelin sheath body 15 is mounted in the aquatic plant attachment hole 10. The part 16 is inserted in a detachable manner, and the attachment part 18 of the starfish body 17 is inserted into the starfish attachment hole 11, and the attachment portion of the rear coral body 19 is provided in the rear signal attachment hole 12. 20 is inserted so that attachment or detachment is possible.

Next, (21) is a fish body 21 formed by imitating the shape of the meat of the desired type, and the fish body 21 is formed by combining two pieces of the turtles 22 formed into two pieces and combining them. The stripe pattern 23 which emulates the color book of the desired meat is formed.

In addition, a frame 24 is held in the frame 22, and an upper c-shaped support frame 25 formed of synthetic resin is interposed between the fitting pieces 26 facing each other. It is stuck by the transverse 27.

The support frame 25 is formed in parallel with the guide piece 28 inside one of the mounting pieces 26 of the mounting piece 26 to face the guide piece 28 and the one mounting piece 26. The sliding piece 30 is inserted into the front-back direction sliding material in the long guide groove 29 formed in between.

In addition, the sliding piece 30 has a sliding part 31 formed at the end thereof, and is engaged with the locking part 3 of the front circumference of the horizontal plate part 32 of the support frame 25 at the front. The mating portion 34 is formed in a rectangular shape, and the interlocking rod 35 protrudes from the protrusion piece projecting forward from the engaging portion 34.

In addition, the interlock 35 is inserted into the elongated body 36 into the elongated guide groove 38 formed in the projection piece 37 as a moving material. The upper and lower bodies 40 fixed in the mounting recess 22b of the turtle 22 are mounted on the support section 39 at the same time as the up-and-down rotational material.

A coil spring 41 is provided between the middle of the sliding piece 30 and the rear end of the horizontal plate portion 32. The coil spring 41 normally pushes the pressure portion 31 backward. Forces are applied to protrude and engage the engaging portion 34 at the engaging portion 33.

Moreover, on the horizontal plate part 32 of the said support frame 25, the cylindrical fitting part 44 which fitted the locking protrusion 43 of the electric motor 42 arrange | positioned at the front side of the base 24 is protruded, The said The guide support shaft 45 formed in the circumference is protruded in the lower rear part of the horizontal board part 32.

In addition, the guide support shaft 45 is inserted into the guide hole 47 of the support body 46 as a rotating material, and the support frame 49 in which the long guide groove 48 is formed below the upper end of the support body 46 is provided. The support 46 is projected horizontally and at the same time, the lower portion protruding downward from the guide 22 formed below the turtle 22 is subtracted into the support recess 6 of the base 2. The locking pin 51 is inserted into the communication hole 50 and the locking hole 8 in communication therewith.

The reduction gear 54 is engaged with the pinion 53 mounted on the output shaft 52 of the electric motor 42, and the longitudinal shaft 55 on which the reduction gear 54 is fitted is mounted on the base 24 as a rotating material. The first relay gear 58 having the driven gear 57 is engaged with the interlocking gear 56, which is mounted in the middle of the longitudinal axis 55.

Moreover, the 1st relay gear 58 which has this driven gear 57 is mounted in the upper part of the drive shaft 59 installed as the rotation material in the base 24 by rotation material, and is integrated in the lower end part of this drive shaft 59. FIG. The interlocking rod 61 integrally protrudes downward in the eccentric position of the disc 60 which has been taken into the groove, and the interlocking rod 61 is inserted into the elongated guide groove 48 of the support body 46 as a rotating material.

Moreover, on the disc 60 of the said drive shaft 59, the cam disc 63 is mounted as the rotating material via the boss | hub part 62. As shown in FIG.

The cam disc 63 is formed of a synthetic resin, and in the center thereof, there is a cylindrical bearing hole 64 through which the driving shaft 59 and the boss portion 62 are inserted, and the upper portion of the bearing hole 64 is opened. Engagement protrusions 65 are integrally formed in the mouth portion, and a plurality of engagement mouths 66 and engagement protrusions 67 having different sizes are guided on the upper surface of the circumferential axis of the bearing hole 64. A plurality of pressurized stone pieces 69 of different sizes, which are delivered through the mirror surface 68 and are pressed intermittently or irregularly by rotating the pushing portion 31 of the sliding surface 30 at the outer circumference thereof, are serrated. It is formed in a shape.

In addition, a cam interlocking gear 70 is pivotally formed on the drive shaft 59 at the upper portion of the cam disc 63 at the same time as the pivoting gear 70 integrally with the cam interlocking gear 70. ) Is fitted into the bearing hole 64 of the cam disk 63, and the locking surface 72 is engaged with the locking projection 65 so that the cam disk 63 is engaged by the cam interlocking gear 70. It is intended to work together.

In addition, a fourth relay gear 74 having a driven gear 73 is mounted on the drive shaft 59 as a rotational material, and a drive gear 75 is fixed to the upper part of the drive gear 75. The intermediate gear 77 having the driven gear 76 is mounted on the upper portion of the rotating material as a rotating material.

In addition, a relay shaft 78 is installed in the frame 24 as a rotating material, and an upper portion of the relay shaft 78 has a driven gear 79 engaged with the intermediate gear 77 and the first relay. The second relay gear 80 meshed with the driven gear 57 of the gear 58 is fixed, and the driven gear 81 meshed with the cam linking gear 70 in the lower portion of the relay shaft 78. In addition, the third relay gear 82 meshed with the driven gear 73 of the fourth relay gear 74 is fixed.

In addition, a sliding shaft 83 is installed on the base 24 as a vertical sliding material, and an output gear 84 that is engaged with the driven gear 76 in the vertical direction at a middle portion of the sliding shaft 83. And an input gear 86 fitted to the driving gear 75 as a locking material and an input gear 86 fitted to the fourth relay gear 74, and the lower end of the sliding shaft 83 is fixed. A sliding engagement portion 87 of a synthetic resin is formed on the engagement indentation portion 66 and the engagement projection 67 on the upper surface of the cam disc 63 by the rotation thereof, and the frame 24 and the output gear 84 are formed. The coil spring 88 is recommended in the upper part of the sliding shaft 83 between the circles, and the sliding shaft 83 is applied downward by this coil spring 88. As shown in FIG.

In addition, the fin driving gear 90 is interlocked with the output gear 84 through the interlocking gear, and the fin driving gear 90 is fixed to the crankshaft 91 mounted on the base 24 by rotation. The upper crank arm 92 and the lower crank arm 93 of the crankshaft 91 protrude from the base 24.

Next, a bearing indentation 94 is formed at the rear upper portion of the at least 22, and both ends of the transverse shaft 96 which are attached to the base of the dorsal fin 95 are formed in the bearing indentation 94 at the front and back. The upper crank arm 92 of the crankshaft 91 is rotated in the long guide groove 98 of the interlocking piece 97 inserted into the rotational material and protruding integrally with the base of the dorsal fin 95. It is inserted.

The dorsal fin 95 is formed of a synthetic resin plate, and the front side is narrow in width, and the rear side is wide in width, and in the fitting hole 99 formed in the bottom piece of the front end of the dorsal fin, near the upper fitting portion of the atlas 22. At the same time, the formed pin 100 is inserted, and the protrusion piece 101 protruding from the lower end of the pin 100 is interposed between the fitting portions of the turtle 22.

In addition, the bearing lower portion 102 is formed in the rear lower portion of the turtle 22 in front and rear, and in the bearing rear portion 102 of the front and rear portions, which are attached to the base of the medium fin 102 formed in a substantially fan shape with a synthetic resin plate or the like. The lower crank arm 93 of the crank shaft 91 is inserted into the guide groove 106 of the interlocking piece 103 in which both ends of the transverse shaft 103 are inserted into the rotation material and protrude integrally to the base of the hip fin 104. ) Is inserted as a rotating material.

In addition, the locking pin 107 protrudes up and down at the lower end of the turtle 220, and the base of the tail fin 108 is locked to the upper and lower locking pin 107 through its mounting hole.

The base of the pectoral fin 109 formed of a synthetic resin plate or the like is fixed to both sides of the charge chamber of the atlas 22.

110 in the figure is an eyeball protruding from the fitting hole of the turtle 22.

Next, the fitting portions 14, 16, 18 and 20 of the large and small lateral coral body 13, the large and small herbaceous body 15, the starfish body 17, and the rear coral body 19 are next. The elastic locking projections 111 divided into two are formed so that they can be press-fitted to each of the mounting holes 9, 10, 11, and 12, respectively.

In addition, the branched corals 112 are formed at predetermined intervals on the left and right of the rear coral body 19, and the tail fin 108 is held between the left and right engagement branches 112.

Next, an engagement step surface 113 is formed inside the opening circumference of the base 3, and a plurality of insertion holes 114 are spoken at predetermined positions of the engagement step surface 113, and each insertion hole 114 is provided. The support piece 115 protrudes in the bottom part of the bottom part, and the engaging protrusion piece 116 which continuous the upper surface of the said engagement step surface 113 protrudes in one part of the opening surface of each insertion opening 114, and this locking The engaging mouth 117 is formed between the protrusion piece 116 and the said support piece 115.

Then, each of the engagement stones 119 of the b-shape protruding from the annular circumferential edge 118 of the base 2 to the predetermined position is engaged with the retaining material by the rotation of the engaging protrusion 117 from the insertion hole 114 by the rotation. It is.

In addition, at the opening circumference of the base 3 in the vicinity of each of the insertion holes 114, the engaging piece 120 protruding from the engaging stepped face 113 is protruded, and the engaging piece 120 is engaged with the engaging end. A locking recess 121 is formed between the jaw face 113 and the jaw face 113.

In the lower periphery 122 of the transparent carcass body 4, each of the b-shaped engaging protrusions 123 protruding at a predetermined position and the engaging grooves 124 formed on the outer side of the engaging protrusion 123 are formed. By rotation, it engages and engages with respect to each inside of the said recessed indentation part 121, and each locking piece 120 by a locking material.

In addition, a battery case 127 in which the battery 126 is stored is formed in the center of the bottom plate 125 of the base 3, and one end of the battery 126 is formed on one surface of the battery case 127. One connecting terminal piece 128 which is electrically connected to each other is provided.

In addition, the other end surface of the battery case 127 is provided with the other connection terminal piece 129 electrically connected to the other pole of the battery 126, and the lead portion of the connection terminal piece 129 is provided. ), The movable terminal piece 130 is integrally addressed, and fixed terminal pieces 131 connected to and separated from the upper portion of the movable terminal piece 130 are formed at intervals.

In addition, a hollow cylindrical guide stopper 133 in which the movable terminal piece 130 is positioned below the distal end and penetrates the guide hole 132 in an up and down direction is taken in and guides the guide stopper 133. A press body 135 having a large diameter head portion 134 for pressing the movable terminal piece 131 into the hole 132 is inserted into the lifting material, and the pressure receiving portion 136 of the press body 135 is It protrudes below the bottom plate 125.

And the base end part of the said fixed terminal piece 131 and the connection part which protruded outside the one connecting terminal piece 128 are electrically connected to the electric motor 42 through the lead wire.

In addition, a plurality of arc-shaped guide grooves 138 are formed in the circumferential side of the bottom plate 125 of the base 3, and an insertion hole 139 having a large diameter is spoken at one end of the arc-shaped guide groove 138. .

Each arc-shaped guide groove 138 is formed with a first locking portion 138a with a slightly reduced width and a second locking portion 138b with a smaller width at the end portion.

In addition, a recess 127a for supporting the leg portion 2a of the base 2 is formed on the upper surface of the battery case 127.

Next, the leg body 141 is attached to the lower part of the base 3, and this leg body 141 has the mounting part 142 which displays on a table board, a display stand, etc. at the lower end, and the base body is at the upper end part. A fitting peripheral portion 144 fitted with a rotating material is formed with respect to the engagement step portion 143 formed on the lower surface of the bottom plate 125 of (3), and the predetermined upper surface of the upper surface plate 140 is formed inside the fitting peripheral portion 144. A plurality of guide stoppers 145 inserted into the respective insertion holes 139 are placed at positions, and the guide stoppers 145 slide in the vicinity of the guide stoppers 145 to the housing 136 of the pusher 135. The cam plate 149 which speaks about the engaging surface 146 which engages and the pressure protrusion 148 which pushes up the hydraulic part 136 via the guide inclined surface 147 is installed.

Each of the guide retaining members 145 has a locking head 150 inserted into the upper end from the insertion hole 139 and protruding from the bottom plate 125, and at the bottom of the locking head 150, the arc guide is provided. An engagement wood portion 151 is formed in which the diameter of the moving forward and backward along the groove 138 and the stepwise engagement with the first locking portion 138a and the second locking portion 138b are reduced.

This engagement wood part 151 is formed in the size which clamps the upper and lower periphery of the arc guide groove | channel 138 at its shoulder.

In general, the base 3 is set on the leg 141 in a state where the engaging neck portion 151 of each of the locking bodies 145 is locked to the first locking portion 138a.

And the said leg body 141, the base 3 provided with the base body 2, and the transparent cover body 4 are comprised by the glass shape, such as brandy glass, in predetermined size as a whole.

Referring to the operation of the present invention structure is as follows.

When the base 3 with the transparent cover 4 is rotated with respect to the leg 141, the neck of the guide stopper 145 held by the first stopper 138a of each arc guide groove 138 ( The 151 moves away from the first locking portion 138a and moves along the arc guide groove 138 and is locked to the second locking portion 138b together with the locking head 150.

Moreover, the hydraulic part of the press body 153 in the switch mechanism engaged on the engagement surface 146 of the cam board 149 which entered the upper surface plate 140 of the square body 141 by the rotation of the said base 3 is carried out. 136 is engaged on the pushing projection 148 from the engaging surface 146 via the guide inclined surface 147.

When the hydraulic pressure unit 136 engages the pressure protrusion 148, the pressure body 135 is guided and pushed up by the guide stopper 133.

The head 134 having a large diameter at the upper end of the pusher 135 pushes up the tip side of the movable terminal piece 130 positioned directly above it, and at the same time, the tip side of the movable terminal piece 130 In contact with the fixed terminal piece 131 set at intervals on the upper part, this switch mechanism becomes a closed circuit, and the electric motor 42 starts.

Subsequently, when the electric motor 42 is started, the first relay gear 58 is interlocked via the pinion 53, the reduction gear 54, and the interlocking gear 56.

In addition, the driven gear 57 integral with this is rotated by the rotation of the first relay gear 58, and the fourth relay gear (80) through the second and third relay gears 80, 82, etc. 74) is also interlocked.

In addition, the conversion gear 85 and the output gear 84 are interlocked with each other by the rotation of the fourth relay gear 74 through the input gear 86 fitted thereto, and the driven gear integral with the third relay gear. By the 81, the cam interlocking tooth 70 engaged with this is interlocked and the cam disc 63 coupled to the cam interlocking tooth 70 rotates.

In addition, each of the pressing protrusions 69 having an irregular shape protruding from the outer periphery by the rotation of the cam disc 63, the sliding piece 30 against the coil spring 71 is intermittently or irregularly pressed. At the same time, an estuary connecting the interlocking rod 35 and the interlocking rod 35 protruding from the front end of the sliding piece 30 to the sliding piece 30 via a stone piece 37 inserted into the long guide groove 38. The sieve 36 is rotated in the up and down direction with respect to the upper spherical body 40 using the support section 39 of the turtle 22 as a supporting point.

Therefore, the body 21 opens and closes its mouth and shows an operation state such as eating water or eating something.

In addition, the crankshaft 91 on which the fin driving gear 90 is fitted is interlocked with the fin driving gear 90 engaged with the interlocking gear 89 via the rotation of the output gear 84. do.

The interlocking pieces 97 and 105 in which the upper and lower crank arms 92 and 93 of the crank shaft 91 are inserted into the elongated guide grooves 98 and 106 are attached to the crank arms 92 and 93. The dorsal fin 95 and the discharge fin 103 which connected the base to the interlocking piece 97 and 105 at the same time are supported by the bearing recesses 94 and 102 of the turtle 22. The horizontal axes 96 and 104 are rotated reciprocally in the left and right directions alternately or in opposite directions.

Accordingly, the body 21 shows an operation state such as swimming while shaking the dorsal fin 95 and the medium fin 103 while balancing the left and right sides of the dorsal fin and the medium fin 103 while opening and closing the mouth. .

In addition, the drive gear 75 meshed with the drive gear 75 is driven by rotation of the conversion gear 85, and the drive shaft 59 having the drive gear 75 interlocked with the drive gear 59. The interlocking shaft 61 of the disk 60 stuck is eccentrically rotated.

In this case, the sliding engagement portion 87 of the sliding shaft 83 on which the conversion gear 85 is mounted is brought into contact with the rotation of the cam disk 63 in the engagement recess 66 of the cam disk 63. Viii) engaged.

The interlocking rod 61 is rotated in the elongated guide groove 48 of the support frame 49 protruding on one side of the support body 46 and inserted into the guide groove 47 of the support body 46. Around the shaft 45, the frame 24 in which the support frame 25 with this guide support shaft 45 was mounted is rotated horizontally from side to side at a predetermined angle.

In addition, the tail fin 108 protruding from the rear portion by the left and right movement of the turtle 22 is hooked to the left and right engagement branch 112 of the rear coral body 19 is bent in the opposite direction.

Accordingly, the body 21 shows an operation state such as swimming while shaking the dorsal fin 95 and the medium fin 103 to the left and right while showing the action of receiving water or food while opening and closing the mouth. It shows the operation state such as swimming while slowly changing the direction from side to side while continuing the operation state.

Further, the sliding engagement portion 87 of the sliding shaft 83 engaged in the engagement recess 66 by the rotation of the cam disc 63 engages with the guide inclined surface 68 continuous to the engagement recess 66. At the same time, the sliding shaft 83 is gradually pushed against the coil spring 88.

Then, the sliding engagement portion 87 rides up and engages the engagement projections 67 via the guide inclined surface 68, and at the same time, the sliding shaft 83 is further pushed up against the coil spring 88. The conversion gear 85 stuck to the coaxial 83 deviates from the driving gear 75 with which it is engaged.

When the engagement motion of the drive gear 75 is released, the eccentric rotation of the drive shaft 59 and the interlocking portion 61 of the drive shaft 59 is stopped at the time of release.

Accordingly, the body 21 stops the operation state such as swimming while changing the direction from side to side as a whole, and while holding the mouth open and retracted while stopping, the dorsal fin 95 and the hip fin 103 are shown. By moving), it shows the operating state such as swimming slowly while balancing.

Then, the cam disc 63 is rotated again, and the sliding engagement portion 87 of the sliding shaft 83 is disengaged from the engaging projection 67, which is again moved from the guide inclined surface 68 to the next engagement indentation 66. Correspondingly, the sliding shaft 83 is pushed back by the return force of the coil spring 88 so that the sliding engagement portion 87 is automatically engaged in the engagement recess 66 so that the sliding shaft 83 is converted. The gear 85 is again engaged with the drive gear 75, the interlocking portion 61 of the drive shaft 59 is eccentrically rotated again, and the body 21 moves again while slowly changing the direction from side to side. Indicates the state.

Accordingly, the body 21 sometimes exhibits an operating state such as swimming while slowly moving from side to side.

In the above case, the upper surface of the base body 2 is formed by stacking sand or the like in an uneven shape to mimic the seabed or the bottom of the river, and at the periphery of the fish body 21 arranged in a floating shape in the upper part. Since the aquatic herb 15 imitating the aquatic plant, the coral body 13 and 19 of the large and small imitation coral, and the starfish 17 imitating the starfish are disposed, together with the above-mentioned various operations of the fish body 21 The scene in which the fish swim is shown, and this scene is projected from the outside by the transparent cover body 4.

Next, when the base 3 including the transparent cover body 4 is rotated in the opposite direction to the case described above with respect to the square body 1410, the pressure receiving portion 136 of the press body 135 of the switch mechanism is the cam plate 149. At the same time as the departure from the pressing projection 148, the pressing body 135 is lowered by the elastic return force of the movable terminal piece 130 and the fixed terminal piece 131 and the weight of the pressing body 135 The hydraulic pressure section 136 engages with the engagement surface 146, the movable terminal piece 130 is electrically disconnected from the fixed terminal piece 131, the switch mechanism is opened, and the operation of the electric motor 42 is stopped. do.

In this case, each guide stopper 145 is locked to the first stopper 138a of the arc-shaped guide groove 138.

For example, in the case of separating the leg 141 and the base 3 such as the replacement of the battery 126, the locking head 150 of each guide locking member 145 is rotated again. Is separated from the first locking portion 138a of the arc-shaped guide groove 138 and is located in the insertion hole 139, and is thus simply separated.

In the embodiment, an illumination device for illuminating the transparent carcass is provided at a predetermined position, for example, in the vicinity of a starfish or a coral body, or in combination with a starfish or a coral body, and the lamp is appropriately lit at night. The accessories can be more effective.

The effect of the present invention is described as follows.

According to the present invention, a body formed by imitating a scene such as a seabed or a river bottom is installed, and a body representing an active action that mimics the behavior of meat is disposed on the body, and the body is covered with the gas. Since the transparent cava body is provided, by operating the body, the body can cause an operation scene such as swimming while exhibiting a predetermined activity motion that mimics the motion of the meat under the scene of the seabed or the bottom of the river. Through the transparent cover, it is possible to reliably see and recognize the sympathy of the body such as the operation state or the stationary state of the body, so that it can actively exert the effect of the accessory, and also keep the fun with the liquid line of the body. It can hold | maintain and can provide the room accessory with high practicality.

Claims (4)

A body (2) formed by imitating the scene of the seabed or the bottom of a river, a body (21) which is disposed on the body (2) and shows an active motion that mimics the motion of meat, and the body (2) together with the body (2) Room accessories characterized by including the transparent cover body (4) which coat | covered and accommodated (21). The room accessory according to claim 1, wherein the entire form is formed in a glass shape by the base body (2) and the transparent cover body (4). The body 21 according to claim 1 or 2, characterized in that the body 21 shows a swimming motion to reciprocate from side to side, an operation of shaking the dorsal fin 95 and the medium fin 103 in the left and right directions, and an operation of opening and closing the mouth. Room accessories. The body 21 according to claim 1 or 2, characterized in that the body 21 drives the active operation mechanism by a switching operation of a switch mechanism installed in a gas incorporating the active operation mechanism to exhibit a predetermined active operation. Room accessories.