JP4534541B2 - Rotary gift display stand - Google Patents

Description

The present invention relates to a rotary prize display stand provided with a turntable for displaying various types of prizes provided in combination with a prize acquisition game device.

The applicant of the present application has proposed various prize acquisition game apparatuses in which a player operates a prize taking-out operation means to carry out a prize in the housing to a prize taking-out port.
This type of game device has a game device main body with a game space formed in the upper portion thereof, and an operation provided with an operation switch at a height below the game space of the game device main body and in a state in which the game player can stand upright. A stand, a gripping pawl drive device disposed on a ceiling portion of the game space, a moving body driven by the gripping pawl drive device so as to be movable in a horizontal direction of the game space, and a lower side with respect to the moving body A telescopic pipe attached to the telescopic pipe, a gripping pawl device attached to the lower part of the telescopic pipe, an up-and-down moving means for moving the gripping pawl device up and down from the movable body, and the gripping And an opening / closing driving means of the pawl device (see, for example, Patent Document 1).
This is a game device that operates the operation unit while the player is standing, and this game device has a back plate on the back and is generally installed with the back facing the wall, When installed in the center of the room, the back side was created, and the back side was ugly and unsuitable.

The applicant of the present invention provides a game device that can be installed in the center of the room, and has a casing with a substantially hexagonal plan shape, which can be operated even when facing any side. The player has proposed a game in which a prize acquisition game can be played no matter which side the player faces (see, for example, Patent Document 2).
Since this game device has a substantially hexagonal shape, it can be installed not at the wall surface in the room but at the center, and there is a gear decoration that is not related to the game at the depth corner at the center of the substantially hexagon. hexagonal and the operation unit is provided for each side, can enjoy the game up to six people simultaneously, Ri Do a large housing for six, in comparison with the game apparatus supra carry It was difficult to carry out.

Applicant further move, a prize removal device including a prize dropping means for dropping the prize placement section and prize placed side by side the prize to one not a One single line, to a position opposite the prize removal device the prize The prize acquisition game machine provided with the moving means to be operated and the operation means for controlling the movement and operation of the prize dropping device is disclosed (for example, see Patent Document 3).
This is because the prize placement unit is rotating in the game space, and it is possible for the player to acquire the desired prize that has been rotated to his seat, but if the prize is acquired , that part of the prize placement section will open, there is a limit to the installation surface product of the prize placement section can not be placed a number of prizes, it is necessary to frequently replenish the prize.

  On the other hand, various rotary product display stands have been proposed. As a rotating display device for exhibiting and selling products with a rotating table that rotates around a vertical axis as this type, a driving means is provided at the lower end of a support shaft that is erected at the center of the base. A rotating base that is linked to the rotating base and is rotated slowly is fitted so that it can rotate around the supporting shaft, and a shelf is placed around a rotating support column that is erected on the rotating base so as to surround the supporting shaft. A rotary product display in which a plate is provided so as to be able to rotate integrally with the rotary column, and a lighting device for illuminating the upper surface of the shelf plate is provided at the protruding end portion of the support shaft from the upper end of the rotary column. There is a shelf (see, for example, Patent Document 4).

Furthermore, it consists of a multi-stage table section, at least one table section can be rotated, and a central axis is provided with a rotating shaft that connects a cylindrical tube unit that supports each table section in a telescope shape. There is a rotating multi-stage table (see, for example, Patent Document 5).
Japanese Utility Model Publication No. 7-013756 JP-A-11-319306 Japanese Patent No. 2833514 JP 2002-369735 A JP 2002-191440 A

  The problem to be solved is to obtain a prize display stand capable of producing a good-looking effect when installing a plurality of prize acquisition game apparatuses having a wall-like back plate in the center of the room.

  In order to solve the above-mentioned problems, the present invention drives the lower end of the support shaft standing at the center of the base, located on the back of the prize display room of the prize acquisition game apparatus with the back of the prize display room removed. A rotating plate that is linked to the means and is rotated slowly is supported so that it can rotate around the supporting shaft, and a rotating support portion is provided on the rotating plate so as to surround the supporting shaft. The shelf plate was a rotary prize display stand that was positioned in a field of view where the back of the prize display room was viewed from the position where the operator stood from the front of the prize acquisition game apparatus.

  Furthermore, in the present invention, in order to solve the above-mentioned problem, it is driven to the lower end of the support shaft standing at the center part of the base, which is located on the back of the prize display room of the prize acquisition game apparatus with the back of the prize display room removed. A rotating plate that is linked to the means and is rotated slowly is supported so that it can rotate around the supporting shaft, and a rotating support portion is provided on the rotating plate so as to surround the supporting shaft. The rotary gift display stand provided with a plurality of lighting fixtures provided so as to be able to rotate integrally with the column and illuminating the shelf board.

  Furthermore, in the above-described aspect of the present invention, the rotary premium display stand has a rotation drive mechanism that controls the rotation directions of the plurality of shelf boards.

  Furthermore, in the present invention, in order to solve the above-mentioned problem, the axis for supporting a plurality of prize shelves arranged on the plane of the base, located on the back of the prize display room of the prize acquisition game apparatus with the back of the prize display room removed. Each is provided with a power transmission means for transmitting a rotational driving force, and is a rotary prize display stand that is pivotally supported so that each prize shelf can rotate.

By installing the prize display stand of the present invention by removing the back plate of the prize display room of the prize acquisition game apparatus, it is possible to provide a more luxurious prize acquisition game apparatus.

  When there are a lot of prize acquisition game machines with a conventional backboard, the prize display stand is positioned on the back, so that the prize acquisition game apparatus can be installed in the center of the room without a sense of incongruity.

FIG. 1 is a perspective view in which a prize acquisition game device is arranged around a prize display stand, and FIG. 2 is a schematic plan view in which four prize acquisition game devices are arranged around a prize display stand.
The prize acquisition game device 1 has a back plate portion of the prize exhibition room which becomes a game space, surrounds the prize display stand 10, and arranges the four prize acquisition game devices 1 at right angles with the depth corner 1a, A fan-shaped corner portion 2 having a quarter plane is arranged at the corner between each premium acquisition game device so that four premium acquisition game devices can be seen as one unit.
In the prize acquisition game device 1, the gripping / packing device 3 is provided in the prize display room 4, and the player operates the operation unit 5 located at the floor level of the prize display room 4 to bring the prize gripping part 3 into the prize display room. A gripping pawl drive device (not shown) on the ceiling portion 6 of the No. 4 is driven and moved to grip the prize P arranged in the prize display room, and the prize P is led out to the prize acquisition port 7 and taken out.
The back plate part on the back of the prize display room of the prize acquisition game device is removed, and when viewed from the front, the prize display stand 10 can be seen through the prize display room.
The prize display stand 10 is a square having a lateral width of the prize acquisition game device 1 and a display shelf 12 that rotates in the center of the base 11 having a square planar shape.

  FIG. 3 shows a perspective view in which two prize-acquisition game machines are arranged so as to face each other around the prize display stand. All the prize acquisition game devices 1 use the same model having the same width, and are arranged to face each other with the prize display stand interposed therebetween, and any prize acquisition device 1 has the back plate portion of the prize display room 4 removed. Therefore, the prize display stand 10 can be observed through the prize display room 4 from the operation unit 5 side.

FIG. 4 shows an internal side view in which a prize display stand is arranged on the back of the prize acquisition game device, and FIG. 5 shows a schematic diagram showing a method for driving the prize display stand. The prize display stand 10 has a display shelf 12 in a three-stage concentric circle shape like a Christmas cake on a square base, and the prize display shelf 12 rotates slowly and horizontally.
The display shelf 12 has three concentric cylindrical cylinders, and a concentric three-stage display shelf 12 is arranged on a shaft 13 erected at the center of a middle plate 11a horizontally disposed in the middle of the base 11. A lower shelf 12a is rotatably mounted via a bearing 14. A column 15 is fixed and erected in the center of the lower shelf 12a.
The middle middle shelf 12b has a shape without a bottom surface of a cylinder and is provided with a hole penetrating the column 15 at the center, and is placed on the lower shelf 12a from above the column 15. The upper shelf 12c is also in the shape of the middle shelf 12b and has a small diameter, and is similarly placed on the middle shelf 12b from above the support column 15.
As a result, the middle shelf 12b is placed on the lower shelf 12c, and the upper shelf 12c is placed on the middle shelf 12b, thereby forming a three-stage display shelf.
Of course, it is of course possible to make three-stage shelves integrally, but by doing this, the number of shelves can be changed or the diameter can be changed by changing the dimensions of the middle shelf 12b and the upper shelf 12c. It can be adjusted to the size of the prize to be displayed.

A plurality of caster rollers 16 that contact the vicinity of the circumference of the lower surface of the lower shelf 12a are rotatably attached to the intermediate plate 11a via the bracket 16a, and the load on the display shelf 12 is applied when the lower shelf 12a rotates horizontally. It can be supported and rotated. A drive unit 17 is attached to the middle plate 11a, a drive motor 17a is attached to elastic drive wheels 17c via a speed reducer 17b, and the drive wheels 17c are in contact with the circumferential direction of the lower shelf so that the lower shelf 12a. Is rotated horizontally. Thus, the display shelf 12 is the lower tray 12a is driven at a certain frictional force by the drive wheel 17c as the rotation about the axis 13.
The operator H can see the prize P placed in the prize display room 4 in front of the prize acquisition game device 1 and the prize displayed on the display shelf 12 of the prize display stand. Since the operator H having a standard height houses the gripping claw driving device for moving and driving the gripping claw device 3 in the ceiling portion 6, the depth of the ceiling surface of the ceiling portion 6 is the limit of the upward view. ,
The operator H can see a downward view from the back of the ceiling surface. The limit line of the visual field outside the back plate of the prize acquisition game device when the back part of the prize display room 4 is removed is indicated by a one-dot chain line. The visual upper limit line is indicated by V1, and the visual lower limit line is indicated by V2.

In the state where the prizes are displayed on the display shelf 12 of the prize display stand, the prize Ph at the uppermost stage has the height of the display stand 12c at a position where it can be observed without difficulty for the operator H having a standard height. By doing so, the operator H can observe all the prizes displayed on the prize display shelf without squatting.
Furthermore, the display shelf 12 is rotating slowly, and the prizes displayed on the display shelf can be observed by rotating the display shelf 12 once.

  The operator H can observe various prizes. If there is a desired prize P in the prize display room 4, the operator H operates the operation unit 5 to move the gripping pawl device 3 horizontally, and then lowers the gripping pawl device 3. When the prize P is successfully gripped by moving the prize P so that it is gripped, it is guided to the prize acquisition port 7 and obtained.

FIG. 6 is an internal sectional view of a prize display stand according to a second embodiment of the present application, in which the number of display shelves is movable and changeable. FIG. 6A shows a cross section in which the display shelves of the prize display stand are in three stages.
The display shelf 22 includes a lower shelf 23a, a middle shelf 23b, and an upper shelf 23c. Of the middle shelf 23b and the upper shelf 23c, the inside in the radial direction is a lifting shelf 24 . Lifting shelf 24 is lifting in the shelf 24b, has a lifting upper shelf 24c, the elevation in shelf 24b and the elevating upper shelf 24c is formed integrally with the elevating floor 24a inside, with respect to the elevating shelf plate 24, a post 15, Bearings 24e and 24f are attached so as to be movable up and down. A lifting device 25 is provided on the bottom plate 24a of the lifting shelf at symmetrical positions on three sides across the column. The lifting device 25 is raised and lowered to cause the shelf 24 horizontally elevating be, for example, a pantograph type electric jack to the lift shelf 24 can be kept lifting is in a horizontal position, the elevating shelf 24 is horizontally motor driven by a ball screw It will move up and down and will not tilt during the lifting operation. In this driving, power to the motor is not shown, but is supplied from the base 11 side using a plurality of sliding contacts provided in the bearing portion 14. Since this electric power is not used except during raising and lowering, it is usually possible to illuminate by arranging a light bulb on the side of the display shelf, which makes it possible to provide an eye-catching display shelf. The raising / lowering drive of the raising / lowering shelf 24 is performed by opening and closing the raising / lowering switch of a control part provided in the base side.
FIG. 6B shows a state in which the lifting shelf moves upward and the display shelf has five levels. In this way, a small prize is displayed on the second level as compared to the case where the display shelf has three levels. 23b, 3rd stage surface 24b, 4th stage 23c, and 5th stage 24c. Here, since the lower shelf 23a remains the same, a prize of the original size can be displayed here.
Thereby, the lower shelf 23a is rotationally driven by the plurality of caster rollers 16 attached to the intermediate plate 11a and the drive unit 17, and the display shelves from the second stage to the fifth stage are integrated with it. It turns slowly.

FIG. 7 is an internal cross-sectional view of a prize display stand according to a third embodiment of the present application, in which the display shelves rotate in different directions.
Each of the three-stage display shelves 31 has a lower shelf 31a having a back plate, an inner shelf 31b having a back plate, and an upper shelf 31c having a support column, each having a concentric axis. The lower shelf 31a , the middle shelf 31b , and the upper shelf 31c rotate separately with the rotation of the drive shaft of the drive unit via gears or pulleys below the base 11, respectively. be able to. For example, the lower shelf 31a and the upper shelf 31c rotate in the same direction, and the middle shelf 31b rotates in the opposite direction. Furthermore, the rotational speed may be the same or different. This is achieved by making the number of gears intervening in the gear train of the drive unit an odd number. In the pulley, the direction of rotation can be changed by making the belt winding shape into a figure of 8 .
The lower shelf 31a is fixed to a thick cylindrical rotating shaft 33a by a bearing 34a, and the height in the vertical direction is maintained on the middle plate 11 so as to be rotatable by the bearing 35a. A plurality of caster rollers 16 that support the lower surface of the lower shelf 31a are attached to the middle plate 11a , and assist the rotation of the lower shelf 31a . Below the middle plate 11a , a gear 36a mounted on a thick cylindrical rotating shaft is connected to a gear 37a of the drive unit.
A cylindrical rotary shaft 33b that passes through the inside of the cylindrical rotary shaft 33a is attached to the middle shelf 31b via a bearing 34b. The rotary shaft 33b is attached to a horizontal bracket 18 fixed from the base 11. It is rotatably attached via 35b and maintains the height in the vertical direction of the middle shelf 31b . The rotating shaft 33b is pivotally attached to the gear 36b below the bracket 18, and the gear 36b is connected to the gear 37b of the drive unit.
Similarly, the upper shelf 31c is attached to a rotary shaft 33c passing through the cylinder of the cylindrical rotary shaft 33b via a bearing 34c, and the rotary shaft 33c is rotatably attached to the bearing 35c at the bottom of the base. The height in the vertical direction is maintained. Similarly, the gear 36c attached to the rotary shaft 33 is connected to the gear 37c of the drive unit.
Needless to say, the gears 36a, 36b, 36c mounted on the rotary shafts 33a, 33b, 33c described above may be used as a pulley group when connected to the gears 37a, 37b, 37c of the drive unit.

FIG. 8 shows a fourth embodiment, which is a prize display stand in which a plurality of display dishes exist in a planar shape and rotate respectively. FIG. 8A shows a perspective view of the prize display stand, and FIG. 8B shows an internal plan view of the base stand.
A large number of rotating cylinders 40a, 40b, ... Are provided on the plane of the base 11, and rotating shafts 41a, 41b,... Are suspended in the rotating cylinder, and the rotating shaft 41a includes The pulleys 42a and 42b are attached to the shaft. The pulley adjacent the rotary cylinder 40b has passed over a belt, can be one of the cylinder 40a is rotated also driven to the other cylinder 40b rotate. As shown in FIG. 8B, the drive motor M is located at the center of the base, and the belt is stretched between the pulley 43 attached to the rotation shaft of the drive motor M and the pulley of the adjacent rotating cylinder. The rotary cylinders 40a, 40b,... Are rotated.

FIG. 9 shows a gift display stand illuminated from the inside according to the fifth embodiment. FIG. 9A is a perspective view of a prize display stand, and FIG. 9B is an internal cross-sectional view thereof.
Shelves 11 has become a three-stage concentrically, at the foot of each stage Yes disposed a light-transmitting hard resin properties and glass ring body in a ring shape, the upper base ring body 50a, the lower The ring body 50b of the shelf and the ring body 50c of the middle shelf are arranged.
Prize display stand is journaled by shaft 13 provided upright inside the center of the base are rotated held while being maintained height plurality of casters rollers 16 attached to the base 11 by the drive unit 17 The bottom is driven to rotate.
Each shelf of the ring member 50a, 50b, 50c and sectioning member 51 for dividing is suspended from the bottom of each shelf respectively, red mounted to the base 11, blue, green spot light 52 to the ring body Irradiated. Each ring body has a light-transmitting property, the ring body 50a, 50b, the 50c is viewed from the outside of the prize display stand by irradiation of the spot light 52, the ring body 50a by respective colors, 50b, 50c are light, each The vertical wall of the stepped portion of the shelf is lit up.
Moreover, not only a single spot illumination is arranged in the same section, but also three spot illuminations of three light source colors are arranged, and the ratio of the illumination of the three source colors is changed by a control circuit (not shown). It is possible to light up various colors.
In the above description, only the ring body is translucent, but a display stand that is more conspicuously lit up can be obtained by using a translucent material for the display shelf.
As a result, it is possible to provide a prize display stand that is more beautifully illuminated by lighting.

  The present application can be applied not only to a prize display stand of a prize acquisition game apparatus, but also to a commodity display stand in a store such as a department store.

It is the perspective view which arrange | positioned the prize acquisition game device surrounding the prize display stand. It is the plane schematic diagram which has arrange | positioned 4 prize acquisition game devices surrounding the prize display stand. FIG. 3 is a perspective view in which two prize acquisition game machines are arranged facing each other around a prize display stand. It is an internal side view which has arrange | positioned the prize display stand on the back surface of the prize acquisition game device. Example 1 It is the schematic which shows the drive method of a prize display stand. It is an internal sectional view of the prize display stand in which the number of stages of the display shelf can be moved and changed. (Example 2) It is an internal sectional view of the prize display stand from which the rotation directions of a display shelf differ, respectively. (Example 3) This is a prize display stand in which a plurality of display dishes are present in a planar shape and each rotate. Example 4 It is a prize display stand lit up from the inside. (Example 5)

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Premium acquisition game device 10 Premium display stand 11 Base 12 Display shelf 13 Shaft 14 Bearing 15 Prop 16 Caster roller
17 drive unit 22 display shelf

Claims (4)

  A rotating plate that rotates slowly at a lower end of a support shaft standing at the center of the base, located at the back of the prize display room of the prize acquisition game machine with the back of the prize display room removed. Are supported so that they can rotate around the support shaft, and a rotation support portion is provided on the rotation plate so as to surround the support shaft, and a plurality of upper and lower shelf boards are provided from the front of the prize acquisition game device. A rotary prize display stand characterized in that it is positioned in a field of view in which the back of the prize exhibition room is removed from the position where the operator stands. A rotating plate that rotates slowly at a lower end of a support shaft standing at the center of the base, located at the back of the prize display room of the prize acquisition game machine with the back of the prize display room removed. Is supported so that it can rotate around the support shaft, and a rotating support part is provided on the rotating plate so as to surround the supporting shaft. A rotary gift display stand provided with a plurality of lighting fixtures for illuminating a shelf board.   The rotary premium display stand according to claim 1, further comprising a rotation drive mechanism that controls a rotation direction of each of the plurality of shelves.   Provided with power transmission means for transmitting rotational driving force to the shafts supporting a plurality of prize shelves arranged on the plane of the base, located at the back of the prize display room of the prize acquisition game device with the back of the prize display room removed, A rotary prize display stand characterized by being pivotally supported so that each prize shelf can rotate.

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