JP2016223104A - Building with paper sheet feeder - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a building of which fire protection capacity is not impaired even when a feeder pipe through which air flows penetrates through a fire protection wall.SOLUTION: A building 10 includes: a paper sheet feeder 18 that feeds a paper sheet by an air flow inside a feeder pipe 20; a sprinkler; and a fire protection wall 36 at a boundary between adjacent rooms. The feeder pipe 20 penetrates through the fire protection wall 36, and a feeder pipe portion 27a of the feeder pipe 20 at a location penetrating through the fire protection wall 36 is at a height lower than feeder pipe portions on an upstream side and a downstream side of the feeder pipe portion 27a. The paper sheet feeder further includes a water introduction part that fills water in the feeder pipe portion 27a at the lower height and closes the feeder pipe portion 27a at the lower height, by leading the water from the sprinkler into the feeder pipe 20 when a fire breaks out and the sprinkler is actuated.SELECTED DRAWING: Figure 5

Description

  The present invention relates to a building provided with a paper sheet conveying device that conveys paper sheets such as banknotes by an air flow.

  Amusement halls such as pachinko parlors are equipped with ball lending machines and medal lending machines, and when a player inserts banknotes, a certain number of pachinko balls and medals can be borrowed. In Patent Documents 1 to 3 and the like, the inserted banknotes are transported by an air flow in the transport pipe and recovered by a recovery device such as a safe provided at a required location.

Japanese Patent No. 4130697 JP 2010-37102 A JP 2011-140397 A

By the way, in amusement halls such as pachinko parlors, it is required by the Fire Service Law to partition with a fire wall when the inside of the store exceeds a certain area.
In this case, in order to convey a banknote far away with a conveyance pipe, it becomes necessary to install the conveyance pipe through a fire wall.
However, since an air flow is generated in the transport pipe, there is a problem that if the transport pipe is provided through the fire wall, the fire wall is not used.

  Accordingly, the present invention has been made to solve the above-mentioned problems, and the object of the present invention is to convey a paper sheet that does not interfere with fire prevention even if a conveyance pipe for generating an air flow is provided through a fire wall. The object is to provide a building with a device.

  A building equipped with a paper sheet transport device according to the present invention includes a paper sheet transport device and a sprinkler for transporting paper sheets by air flow in a transport pipe, and has a fire wall at the boundary between adjacent rooms. It is a building, and the transport pipe is provided through the fire wall, and the transport pipe portions of the transport pipe that pass through the fire wall are transport pipes upstream and downstream of the transport pipe section. When the sprinkler is activated, the water from the sprinkler is introduced into the transport pipe, and the lower transport pipe section is filled with water so that the lower transport pipe is provided. The water introduction part which obstruct | occludes a part is installed, It is characterized by the above-mentioned.

It is preferable that the water introduction parts are installed on both sides of the fire wall so that water from the sprinkler can be introduced from the water introduction parts to the transport pipe.
It is preferable that a receiving container that can easily receive water from the sprinkler is provided in the water introduction portion.
Further, in the case where a plurality of the transport pipes penetrating the fire wall are provided, the water introduction part is connected to the receiving container through a pipe, and the lower transport pipe part of the plurality of transport pipes It is preferable to provide horizontal connecting pipes that are connected via pipes so that the lower part of each transport pipe can be easily and quickly filled with water.

The building can be a pachinko parlor or other amusement facility.
In this case, a plurality of islands in which a plurality of play units are arranged are provided, a plurality of banknote insertion machines are provided on each island, and banknotes inserted from the banknote insertion machine are passed through the transport pipe provided for each island, It can be a play facility which is transported to a safe room different from the room provided with the play table and collected in the safe.
The transport pipe includes an island transport pipe provided on each of the islands, a rise pipe extending upward from the island transport pipe, a ceiling pipe connected to the rise pipe and extending through the ceiling of the room, and the ceiling The ceiling pipe may be provided so as to penetrate through the fire wall.
It is preferable that a booster device for sending air into the rising pipe is connected to the lower part of the rising pipe.

  According to the present invention, when a fire occurs unfortunately, the sprinkler is activated and water from the sprinkler is introduced into the lower part of the transport pipe by the water introduction part, and the lower part is filled with water and blocked. . Thereby, the function of a fire wall is not impaired and the surrounding of the fire to an adjacent room can be prevented.

It is a partially notched front view which shows an example of the building (pachinko parlor) provided with the paper sheet conveying apparatus. It is a partial side view of a pachinko parlor. It is a partial top view of a pachinko parlor. It is a partial explanatory view of a bill conveyance device. It is a description front view of the conveyance pipe part (low-order part) of the site | part which penetrates a fire wall. It is explanatory drawing of a water introduction part.

Preferred embodiments of the present invention will be described below in detail with reference to the accompanying drawings.
1 is a partially cutaway front view showing an example of a building 10 equipped with a paper sheet conveying device, FIG. 2 is a side view thereof, FIG. 3 is a plan view thereof, and FIG. 4 is a partial explanatory view of the banknote conveying device. It is.
An example of the building 10 will be described in a pachinko parlor at an amusement facility.
In the pachinko parlor 10, a plurality of rows of islands 14 are provided in which a plurality of pachinko machines 12 are arranged side by side at a predetermined interval. However, there is a case where only one row of things that are not facing each other is provided as an island at the wall of the room.

  Between each pachinko machine 12, a ball lending machine (not shown) having a known mechanism is arranged. The ball lending machine has a banknote slot, and the banknote inserted from the banknote slot is discriminated by a known banknote identification machine (not shown). At the same time, the banknotes are fed into the transport pipe 20 of the banknote transport mechanism 18 via the input device 16, transported in the transport pipe 20 by the air flow, and collected in the safe (collection device) 22 in the safe room 21. ing. The bill conveyance mechanism 18 can employ a mechanism disclosed in the above-mentioned Patent Documents 1 to 3 and the like. In addition, when the banknote thrown into the ball lending machine is a fake or the like, it is returned to the banknote slot.

The transport pipe 20 is a U-shaped pipe in which the pipes arranged on the back side of the pachinko machine 12 in each row are connected by the U-shaped pipe 23 at the end in the part of the island where the pachinko machine 12 is aligned in two rows. It is formed in the transport pipe. A blower 24 is connected to one end side of the U-shaped transport pipe 20 to blow air into the transport pipe 20 to generate an air flow in the transport pipe 20. Therefore, the banknotes thrown into each banknote slot in the island are transported by a common U-shaped transport pipe 20.
The other end side of the transfer pipe 20 extending in the island is connected to a rising pipe 26 extending to the ceiling of the room, and the rising pipe 26 is connected to a ceiling pipe 27 extending in the ceiling. In addition, an introduction pipe 28 connected to the safe 22 of the safe room 21 is connected to the other end side of the ceiling pipe 27.
The ascending pipe 26, the ceiling pipe 27, and the introduction pipe 28 are also part of the transport pipe 20.

The safe 22 collects banknotes by a known mechanism. The safe 22 is preferably provided with a blower 29 that sucks the air in the introduction pipe 28 and accelerates the air flow in the introduction pipe 28. Air sucked by the blower 29 is returned to the room by the exhaust duct 30.
Note that a booster device that sends air further into the transport pipe 20 (not shown) may be connected to an appropriate place of the transport pipe 20 so that an air flow having a required strength can be maintained in the transport pipe 20. In particular, in the ascending pipe 26, since downward gravity acts on the bills conveyed upward, a booster device 31 is connected to the lower part of the ascending pipe 26 as shown in FIGS. In the ascending pipe 26, it is preferable to form an air flow that generates a required conveying force against gravity. The booster device 31 includes a compressor 32, a hose 33, a nozzle (not shown) located in the riser pipe 26, and the like, and compressed air from the compressor 32 is fed from the nozzle into the riser pipe 26 via the hose 33. (A similar booster device is disclosed in, for example, Japanese Patent Application Laid-Open No. 2012-218827).

As shown in FIG. 2 and FIG. 3, banknotes are sent from each island 14 to the respective safes 22 in the safe room 21 from the transport pipe 20 provided independently for each island and collected. ing. In this way, by providing an independent transport pipe for each island 14, the configuration is simplified. However, the transport pipes 20 from the islands 14 may be joined to a common transport pipe, and banknotes may be transported and collected from the common transport pipe to a common safe (not shown).
In addition, 35 is a conveyance controller and controls the drive of the compressor 32 etc. in the air blower 24, the air blower 29, and the booster apparatus 31. FIG.

1 to 3 have been described with the pachinko shop 10 having only one room, but if the area of the pachinko shop 10 is larger than the required area, it is necessary to partition the shop with a fire wall according to the Fire Service Act. .
FIG. 5 is an explanatory view when the room is partitioned into a room A and a room B by the fire wall 36. FIG. 6 is an explanatory diagram of the water introduction unit.
In this Embodiment, the some conveyance pipe 20 (ceiling pipe 27) of the banknote conveying apparatus 18 is provided so that the said fire wall 36 may be penetrated, for example, the banknote collected from each island 14 in B room A Via the room, it is transported and collected from the ceiling pipe 27 to the respective safes 22 in the safe room 21 through the introduction pipe 28.

A well-known sprinkler (not shown) (not shown) is installed in the A chamber and the B chamber. A sprinkler is a device that senses temperature and smoke when a fire breaks out and automatically injects fire-fighting water from the ceiling.
As shown in FIG. 5, the ceiling pipe 27 of the transport pipe 20 extends on the back of the ceiling between the ceiling 37 and the roof 38. And the lower part (in order that the conveyance pipe part of the site | part which penetrates the fire barrier 36 of the ceiling pipe 27 becomes lower in a room | chamber interior than the conveyance pipe part of the immediate upstream and downstream side of this conveyance pipe part. The lower part 27a) is provided. In order to form the low-order part 27a, a bent tube 27c may be interposed between the nearest high-order part 27b. The bent tube 27c may be a pipe having a diameter larger than that of the high-order part 27b and the low-order part 27a in order to pass bills smoothly.

Receiving containers 40 for receiving water from the sprinkler jet nozzles 39 are provided in the A chamber and the B chamber, respectively. The receiving container 40 is preferably a funnel having a wide receiving port so that water from the sprinkler can be received easily and quickly.
Below each receiving container 40, a horizontal connecting pipe 41 whose both ends are closed is disposed.
The horizontal communication pipe 41 is connected to the receiving container 40 by a pipe 43 and is connected to the lower portion 27 a of each ceiling pipe 27 penetrating the fire wall 36 by a pipe 44.
A water introduction part is comprised by the receiving container 40, the horizontal connecting pipe 41, the pipes 43 and 44, and the like. However, the water introduction unit is not limited to this configuration.

The building (pachinko parlor) 10 according to the present embodiment is configured as described above.
When a fire occurs unfortunately, the sprinkler is activated and the water ejected from the nozzle 39 is received by the receiving container 40, and the plurality of ceiling pipes 27 are connected via the pipe 43, the lateral connection pipe 41, and the pipe 44. Introduced into each lower portion 27a, each lower portion 27a is immediately filled with water and closed. Thereby, it is possible to prevent fire from turning from the A room to the B room or from the B room to the A room.

Each low-order part 27a of the ceiling pipe 27 is provided so as to be lower in height than the part of the nearest ceiling pipe 27, but each low-order part 27a is filled with water introduced from the water introduction part. What is necessary is just to be provided in the height which is only blocked | closed.
An air flow is generated in the transport pipe (ceiling pipe 27) 20, but the air flow may be strong enough to transport bills, so the pressure is not so high, and the water in each lower portion 27a is drained. It's not so much as to push out.

  DESCRIPTION OF SYMBOLS 10 Building (Pachinko parlor), 12 Amusement stand (Pachinko stand), 14 Island, 16 Loading machine, 18 Banknote transport device, 20 Transport pipe, 21 Safe room, 22 Safe, 23 U-shaped pipe, 24 Blower, 26 Rise pipe , 27 Ceiling pipe, 27a Low part, 27b High part, 27c Curved pipe, 28 Introducing pipe, 29 Blower, 31 Booster device, 32 Compressor, 33 Hose, 35 Transport controller, 36 Fire wall, 37 Ceiling, 38 Roof, 39 Nozzle , 40 Receiving container, 41 Horizontal connecting pipe, 43 pipe, 44 pipe

Claims (8)

A structure having a paper sheet conveying device and a sprinkler for conveying paper sheets by an air flow in a conveying pipe, and having a fire wall at the boundary between adjacent rooms,
The transport pipe is provided through the fire wall;
The conveyance pipe part of the part which penetrates the fire wall of the conveyance pipe is provided at a lower position than the conveyance pipe part on the upstream side and the downstream side of the conveyance pipe part,
When a fire breaks out and the sprinkler is activated, a water introduction part that introduces water from the sprinkler into the transfer pipe, fills the lower transfer pipe part with water, and closes the lower transfer pipe part. A building equipped with a paper sheet conveying device characterized by being installed.   2. The paper according to claim 1, wherein the water introduction portions are installed on both sides of the fire wall, and are provided so that water from the sprinkler can be introduced from the respective water introduction portions to the transport pipe. A building with a leaf transport device.   The building having a paper sheet conveying device according to claim 1 or 2, wherein the water introduction part has a receiving container for receiving water from the sprinkler. A plurality of the transport pipes penetrating the fire wall are provided,
The water introduction section includes a horizontal communication pipe connected to the receiving container via a pipe and connected to each of the lower transfer pipe sections of the plurality of transfer pipes via a pipe. A building comprising the paper sheet conveying device according to Item 3.   The building comprising the paper sheet conveying device according to any one of claims 1 to 4, wherein the building is a pachinko parlor or other play facility.   A plurality of islands in which a plurality of play units are arranged are provided, a plurality of banknote insertion machines are provided on each island, and the banknotes inserted from the banknote insertion machines are passed through the transport pipe provided for each island, 6. A building equipped with a paper sheet transporting device according to claim 5, wherein the building is transported to a safe room different from the room provided with the play table and collected in the safe.   The transport pipe includes: an island transport pipe provided on each island; a rise pipe extending upward from the island transport pipe; a ceiling pipe connected to the rise pipe and extending through a ceiling of a room; and the ceiling pipe 7. A building comprising a paper sheet transporting device according to claim 5, further comprising an introduction pipe leading to the safe, wherein the ceiling pipe penetrates the fire wall.   8. A building comprising a paper sheet conveying device according to claim 7, wherein a booster device for sending air into the rising pipe is connected to a lower portion of the rising pipe.