JP3709782B2 - Induction cage in ball feeder - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a guide rod that allows used balls to flow in from the left and right recovery rods, and aligns the used balls to flow out to a ball feeder.
[0002]
[Prior art]
Conventionally, the used balls discharged from the pachinko machine installed on the pachinko island stand are collected with a collection basket, and the collected balls are polished by a ball feeding machine installed at the center of the pachinko island stand and having a conveyor belt. An automatic ball circulation mechanism is installed inside the pachinko island platform that lifts it upwards and supplies it again to each pachinko machine via a replenishment rod. In such an automatic ball circulation mechanism, it is necessary to efficiently supply the balls from the left and right recovery rods to the ball feeder in the center of the pachinko islands in order to smoothly and quickly carry out the ball circulation cycle. was there. Therefore, the present applicant previously proposed a guide rod satisfying the above-mentioned demand in Japanese Patent Publication No. 3-18909 (hereinafter referred to as Prior Art 1), and Japanese Patent Application No. 5-71056 (hereinafter referred to as Prior Art). (Technology 2) also proposed a guide rod that satisfies the above requirements.
[0003]
[Problems to be solved by the invention]
The prior art 1 has a structure in which the guide rod supplied by aligning balls to the ball feeder is curved in a V shape and connected to the left and right recovery rods. In addition, a large installation area is required on the left and right and front and rear as the guide rod is curved. On the other hand, the above-described prior art 2 has a configuration in which the linear guide rods are arranged orthogonally at the lower positions of the respective downstream end portions of the left and right recovery rods, and are arranged in a stepped manner. In addition, the installation area can be reduced. However, when the guide rods are actually mounted on the left and right recovery rods, the guide rods that have already been assembled in orthogonal steps and the recovery rods that have already been arranged must be mounted in a narrow space. In other words, the installation work was difficult. Moreover, since the guide rod of the prior art 2 is arranged in a stepped shape orthogonal to the recovery rod, the balls from the recovery rod flow down to the guide rod vigorously. For this reason, the alignment of the balls on the downstream end side of the guide rod is poor, and the efficiency of the ball falling is low. The present invention has been made in view of the above-described circumstances, and the object of the present invention is to make a doffing machine that can be easily manufactured and reduced in installation area and can be easily installed. It is to provide a guide rod in the machine.
[0004]
[Means for Solving the Problems]
In order to achieve the above-mentioned object, in the present invention, in the guide rod that flows in the used balls from the left and right recovery rods and aligns the used balls and flows out to the ball feeder, the guide rod Is attached to the downstream end side of the left recovery rod, and the left inlet rod having a concave cross section for flowing used balls from the left recovery rod, and the upstream portion to the downstream end side of the right recovery rod. A right-handed saddle with a concave cross-section into which used balls from the right recovery rod flow in and a downstream part are mounted on the ball lifter side, while an upper edge shape on the upstream side Outflow flowing out toward the ball feeding machine after receiving used balls flowing in from the left and right inflow rods so as to be positioned below the downstream portions of the left and right inflow rods by matching the concave shape of the cross section It is formed between the ridge and the upstream end of the outflow ridge and the downstream end of each side wall of the left and right inflow ridge A closing plate for closing the mouth, made from the bottom wall of the outflow gutter, a plurality of partition walls for aligning roll used for pre ball is characterized in that it is the column set.
[0005]
[Action]
The guide rod is attached to the downstream end of the left recovery rod with the upstream portion, and the left inflow rod with a concave cross-section to receive used balls from the left recovery rod and the upstream portion to the downstream end of the right recovery rod A right-handed saddle with a concave cross-section into which used balls from the right recovery rod flow in and a downstream part are mounted on the ball lifter side, while an upper edge shape on the upstream side Outflow flowing out toward the ball feeding machine after receiving used balls flowing in from the left and right inflow rods so as to be positioned below the downstream portions of the left and right inflow rods by matching the concave shape of the cross section And a closing plate for closing an opening formed between the upstream end portion of the outflow rod and the downstream end of each side wall of the left and right inflow rods. Even if the distance between the parts cannot be widened, the left inflow basin, the right inflow basin, and the outflow basin are individually installed. With assembly Te, it is possible to facilitate the mounting operation of the induction gutter itself. Further, the guide rod by the assembly as described above can change the distance between the downstream end portions of the left and right inflow rods, so that fine adjustment in mounting is possible. Furthermore, the bottom wall of the outflow gutter, since a plurality of partition walls for aligning roll used for pre ball is column set, aligning the spent balls rolling the outflow gutter and doffing feeding machine Ru can lead to.
[0006]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, an embodiment of the present invention will be described with reference to the drawings. First, the configuration of the pachinko island platform 1 to which the guide rod 20 according to the embodiment is applied will be described with reference to FIG. FIG. 5 is a partially broken front view showing the internal structure of the pachinko island platform 1. In the figure, the pachinko island stand 1 is a line-up of a large number of pachinko machines 2 as is well known, and a ball feeder 3 is erected in the center. In the ball lifting machine 3 in the present embodiment, an endless transport belt 5 is rotationally driven by a lower pulley 4 incorporating a motor, and a guide rod 20 and an introduction rod 13 (described later) are caused by the frictional force of the transport belt 5 (FIG. 3). The balls introduced in a row via the reference) are raised while coming into contact with a polishing cloth mounting door (not shown), and finally discharged from the discharge port 6 at the upper end.
[0007]
The polished balls discharged from the discharge port 6 are temporarily stored in the upper storage tank 7 and then flow out from the replenishment rod 8 connected to the bottom surface of the upper storage tank 7. The replenishment trough 8 is provided in an inclined shape from the upper storage tank 7 toward both ends of the pachinko island platform 1, and is connected to each pachinko machine 2 by a current divider 9 provided corresponding to each pachinko machine 2 in the middle thereof. It is supplied to a well-known prize ball tank provided at the upper back.
[0008]
The diverter 9 is provided with a counting device for counting the number of balls replenished as is well known, and a replenishing ball signal is sent from this counting device to a management computer provided in the game hall. It has become. Further, a reflux pipe (not shown) is connected to the middle of the upper storage tank 7 slightly above. This reflux pipe uses less prize balls in the pachinko machine 2 and eliminates the need for replenishment of balls to the replenishment basket 8, resulting in an excess of balls when the number of balls stored in the upper storage tank 7 increases. Is returned to lower storage tanks (not shown) installed on both lower sides of the ball lifter 3.
[0009]
On the other hand, from each pachinko machine 2, the shot balls are discharged to a used ball tank 10 provided at the lower back of the pachinko machine 2, and collected by a discharge pipe (not shown) extending downward from the tank 10. It is discharged to the tub 11. The collection baskets 11 are provided in an inclined shape from both ends of the pachinko island platform 1 toward the lower part of the ball lifting machine 3 standing at the center of the pachinko island platform 1. The used ball tank 10 is provided with a counting device for counting the number of balls collected as is well known, and a collected ball signal is sent from this counting device to a management computer provided in the game hall. It is like that.
[0010]
By the way, the recovery basket 11 reaches the lower part of the ball lifter 3 so as to penetrate through the inside of the lower storage tank disposed on both sides of the ball lifter 3. Although illustration is omitted, in the lower storage tank, the balls stored in the lower storage tank do not flow out to the collection basket 11 as long as there are balls flowing down the collection basket 11, but the balls flowing down the collection basket 11 The ball stored in the lower storage tank flows out to the recovery basket 11 to replenish the ball when there is a shortage. The number of balls stored in the two lower storage tanks on both the left and right sides is configured to return the prize balls acquired by the player to the prize ball return device attached to the pachinko island stand 1. The stand 1 is designed to be large enough to hold a ball amount necessary for various gaming conditions (for example, about 150,000 balls in one storage tank). Pachinko island stand 1 is configured to be returned to a prize ball return device installed at a prize exchange place in a corner of the amusement hall and not directly returned to pachinko island stand 1. It is designed to be large enough to store a ball amount sufficient (for example, about 20,000 balls).
[0011]
In the pachinko island platform 1 configured as described above, the balls polished and lifted by the ball lifter 3 are supplied to each pachinko machine 2 via the replenishment rod 8, while being used in each pachinko machine 2. The used balls are collected in the ball feeder 3 by the collecting rod 11, polished and lifted again, and supplied to the replenishing rod 8. That is, the balls are circulated within the pachinko island platform 1. Therefore, it is used that flows down along the recovery rod 11 between the left and right recovery rods 11 and 11 and the ball feeder 3 which are installed in an inclined shape from the end of the pachinko island platform 1 toward the center. It is necessary to provide a guide rod 20 for guiding the finished balls smoothly and quickly to the ball lifting machine 3.
[0012]
Therefore, the guide rod 20 of the present embodiment will be described below with reference to FIGS. 1 to 4. FIG. 1 is an exploded perspective view showing components of the guide rod 20, FIG. 2 is a perspective view showing the guide rod 20 in the assembled state, and FIG. 3 is a plan view showing the guide rod 20 in the assembled state. FIG. 4 is a cross-sectional view taken along line AA of FIG. A stopper 12 is provided on the downstream end side of the recovery rod 11 to control the flow of the used balls along the recovery rod 11 by the driving force of the motor 12a. An introduction rod 13 for introducing the used balls guided by the guide rod 20 into the conveyor belt 5 is disposed on the lower end side of the belt.
[0013]
The guide rod 20 doffs the left and right inflow rods 21 and 22 into which the used balls flowing down the left and right collection rods 11 and 11 respectively flow, and the used balls inflow from the left and right inflow rods 21 and 22. An outflow rod 23 that flows out to the introduction rod 13 on the transmitter 3 side, and a closing plate 24 that closes an opening 24a described later formed between the outflow rod 23 and the left and right inflow rods 21 and 22 are configured. . The left inflow trough 21 has a concave cross section with a bottom wall 25 and both side walls 26 and 26, and the left inflow trough 21 is connected to the downstream end side of the left recovery trough 11 at the upstream portion of the side wall 26. A hook-shaped connecting portion 26a is formed. Further, in the connected state of the left inflow rod 21 and the left recovery rod 11, a closing plate 24 (to be described later) is slid on the downstream end portion of the side wall 26 located on the side opposite to the arrangement position of the ball lifting machine 3. An engaging groove portion 26b to be locked is formed. In the present embodiment, the bowl-shaped connecting portion 26a is fixed to the side wall of the lower storage tank (not shown) with screws or the like. What is necessary is just to fix to the structural member of the attachment rod or pachinko island stand 1 to be formed.
[0014]
A plurality of partition walls 25a inclined upward from the substantially central portion of the bottom wall 25 to the downstream end portion are arranged on the downstream end side of the bottom wall 25, and both side walls and bottoms of the partition wall 25a are arranged. The wall surface forms a ball passage 25b in which used balls are aligned and rolled. A discharge groove 25c (see FIG. 4) is provided along the ball path 25b on the bottom wall surface of the ball path 25b so as not to hinder the rolling of the used balls. The dust adhering to the used balls, the coins mixed in the apparatus, and the like are discharged from the ball passage 25b. In addition, the partition walls 25a are alternately formed with different heights in the row direction, so that long foreign matters such as coins riding on the upper portions of the partition walls 25a are dropped. ing.
[0015]
On the other hand, on the upstream end side of the bottom wall 25, a plurality of guide grooves 25d are arranged. Each of the guide grooves 25d is provided on an extension line of the ball passage 25b, guides the used balls flowing from the left collection rod 11 to each ball passage 25b, and similarly to the discharge groove 25c. Garbage and coins are discharged.
[0016]
The right inflow rod 22 has a concave cross-sectional shape including a bottom wall 27 and both side walls 28 and 28 and is symmetrical with respect to the left inflow rod 21. As a result, the side wall 28 of the right inflow rod 22 has a hook-like connection portion 28a for connecting the right inflow rod 21 to the downstream end side of the right recovery rod 11, and an engagement groove portion 28b for slidingly locking the closing plate 24. Further, a partition wall 27a that forms a ball passage 27b, a discharge groove 27c, and a guide groove 27d are formed on the bottom wall 27.
[0017]
The outflow gutter 23 has a concave cross section with a bottom wall 29 and both side walls 30. Each of the side walls 30 and 30 is formed so as to be inclined in a mountain shape from the upstream portion to the downstream portion, and the upper edge shape on the upstream side has an L shape that matches the concave shape of the cross section of each inflow trough 21 and 22. ing. In addition, a plurality of partition walls 29a are arranged at the downstream end of the bottom wall 29, and the used balls flowing out to the introduction rod 13 are aligned and rolled by the partition walls 29a. Yes. The partition walls 29a are provided at positions corresponding to the arrangement positions of the partition walls 13a provided on the introduction rod 13.
[0018]
The closing plate 24 has a rectangular shape and is made of a cuttable thin plate such as a synthetic resin plate or a plywood plate, and the thickness thereof can be fitted into the engaging groove portion 26b (28b) of the inflow rod 21 (22). It is formed to the extent.
[0019]
And the guide rod 20 provided with the above structural members 21-24 is formed of the assembly formed by assembling the structural members 21-24. Hereinafter, the assembly relationship of the constituent members 21 to 24 will be described.
[0020]
First, the downstream end of the outflow rod 23 is attached to the introduction rod 13. With this attachment, the outflow tub 23 is arranged such that the upstream end is in an upper position with respect to the downstream end. Next, the downstream end sides of the left and right inflow rods 21 and 22 are supported on the upper edges of the side walls 30 and 30 of the outflow rod 23, and in this state, the rod-shaped connecting portions 26a and 28a are respectively connected to the left and right recovery rods 11 and 11. It attaches to the side wall of the lower storage tank which is not illustrated so that it may connect to each. As a result of this mounting, the inflow rods 21 and 22 are respectively arranged with the outflow rod 23 in the plan view shown in FIG. The downstream portion side is inclined to the opposite side to the arrangement position of the ball lifting machine 3 so that the angle becomes acute. Further, in the arrangement state of the left and right inflow rods 21 and 22 and the outflow rod 23, an opening 24a is provided between the upstream end portion of the outflow rod 23 and the downstream end portions of the side walls 26 and 28 of the left and right inflow rods 21 and 22. Is formed. Therefore, in order to close the opening 24a with the closing plate 24, both end portions in the longitudinal direction of the closing plate 24 are slidably engaged with the engaging grooves 26b and 28b of the side walls 26 and 28, respectively. The assembly of the component members 21 to 24 is completed.
[0021]
Thus, due to the configuration of the guide rod 20, the used balls flowing in from the left and right recovery rods 11 and 11 are aligned and rolled in the ball passages 25b and 27b of the left and right inflow rods 21 and 22, respectively. After that, by flowing out from the outflow rod 23 to the introduction rod 13, guidance to the ball lifting machine 3 is performed.
[0022]
By the way, the guide rod 20 of this embodiment is comprised by the assembly from the said each structural members 21-24. Thus, even in the case where the distance W1 between the downstream end portions of the left and right recovery rods 11 and 11 cannot be widened due to the design of the pachinko island platform 1, each component member 21 to 24 is individually mounted and finally By using a simple assembly, it is possible to facilitate the mounting work on the pachinko island platform 1 as the guide rod 20 itself. Further, the guide rod 20 by such an assembly changes the distance W2 between the downstream end portions of the left and right inflow rods 21 and 22 by adjusting the length in the longitudinal direction by cutting the closing plate 24 or the like. Therefore, it is possible to finely adjust the attachment to the pachinko island stand 1.
[0023]
In addition, the guide rod 20 is arranged on the downstream side of each of the left and right inflow rods 21 and 22 so that the angle formed with the outflow rod 23 is acute in plan view. It is inclined and arranged on the opposite side to the position. As a result, the used balls flowing down from the left and right inflow rods 21 and 22 to the outflow rod 23 flow out to the outflow rod 23 in a state of climbing on the inclined bottom wall 29. For this reason, the flow of the used balls is eased, and the used balls flow down on the bottom wall 29 of the outflow tub 23 by natural fall, thereby improving the alignment of the outflow tub 23 on the downstream end side. As a result, the efficiency of introducing (balling) used balls from the introduction basket 13 to the ball feeder 3 can be improved.
[0024]
【The invention's effect】
As described above, as is apparent from the above description, in the present invention, the guide rod has a concave cross-section in which the upstream portion is attached to the downstream end side of the left recovery rod and the used balls from the left recovery rod flow in. The left inflow rod, the upstream part is attached to the downstream end side of the right collection rod, the right inflow rod having a concave cross section for flowing the used balls from the right collection rod, and the downstream portion to the ball lifting machine side On the other hand, the upper edge shape of the upstream side is matched with the concave shape of the cross section of the left and right inflow basins to be positioned below the downstream portions of the left and right inflow basins and used from the left and right inflow basins. An occlusion plate that closes an opening formed between the outflow gutter that flows out toward the ball feeding machine after receiving the ball, and the upstream end of the outflow gutter and the downstream end of each side wall of the left and right inflow gutters Because of the design, the distance between the downstream ends of the left and right recovery rods cannot be widened by design. Even in case, that the left inflow trough, right inlet trough and the outflow gutter mounted separately to an assembly, it is possible to facilitate the mounting operation of the induction gutter itself. Further, the guide rod by the assembly as described above can change the distance between the downstream end portions of the left and right inflow rods, so that fine adjustment in mounting is possible. Furthermore, the bottom wall of the outflow gutter, since a plurality of partition walls for aligning roll used for pre ball is column set, aligning the spent balls rolling the outflow gutter and doffing feeding machine Ru can lead to.
[Brief description of the drawings]
FIG. 1 is an exploded perspective view showing components of a guide rod according to an embodiment.
FIG. 2 is a perspective view showing a guide rod in an assembled state.
FIG. 3 is a plan view showing the guide rod in an assembled state.
4 is a cross-sectional view taken along line AA in FIG.
FIG. 5 is a partially broken front view showing an internal structure of a pachinko island stand.
[Explanation of symbols]
3 Ball Lifting Machine 11 Collecting Trap 20 Guide Rod 21 Left Inlet Rod 22 Right Inlet Rod 23 Outlet Rod 24 Closure Plate 24a Opening 25/27/29 Bottom Wall 25a / 27a / 29a Partition Wall 25b / 27b Ball Passage 25c / 27c Discharge Groove 25d / 27d Guide groove 26/28 Side wall 26b / 28b Engaging groove

Claims (1)

In the guide rod that flows in the used balls from each of the left and right recovery rods and aligns the used balls and flows out to the ball feeder,
The induction rod is
A left inflow trough with a concave cross-section to which the upstream portion is attached to the downstream end side of the left recovery trough and into which used balls from the left recovery trough flow,
The upstream portion is attached to the downstream end side of the right recovery rod, and the right inflow rod having a concave cross-section into which used balls from the right recovery rod flow in, and
While the downstream portion is mounted on the ball lifter side, the upper edge shape of the upstream side is matched with the concave shape of the cross section of the left and right inflow rods to be positioned below each downstream portion of the left and right inflow rods, An outflow trough that flows out toward the ball feeder after receiving used balls flowing in from the left and right inflow troughs;
A closing plate for closing an opening formed between the upstream end of the outflow soot and the downstream end of each side wall of the left and right inflow soot,
The outlet in the bottom wall of the trough, induction plurality of partition walls for aligning roll used for pre ball is in the doffing feeding machine, characterized in that it is the column set gutter.

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