JPH1071263A - Air curtain device for shielding pachinko game machine from smoke and manufacture thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To operate only in playing, save energy, reduce the sound, and improve amenity by operating an air blower by detecting collision of a ball hitting machine, etc., sending the air from a wind tunnel to an air duct having a specific kind and number of fins, and blowing it out as a horizontal or an upward air curtain. SOLUTION: An air blower 8 arranged on the top of a wind tunnel 1 is operated by a detection signal from an impact sensor which is provided near the ball hitting mechanism and detects the impact in starting hitting a ball, an optical sensor which detects the seating of a player, etc. It stops after prescribed hours. The air is sent from the wind tunnel 1 to an air duct 2. Three kinds of fins 3, etc., are separately arranged in the air duct 2 and blow the wind to the upper body of a player as a horizontal or an upward air curtain. The fins 3, etc., are formed into a linear shape, the cross sectional shape of an aircraft aerofoil, a waveform, etc. An auxiliary fin may be provided in the wind tunnel 1. The fitting angle may be set to an acute angle, a right angle, or an obtuse angle. Use of this constitutoin only during usage of a machine can reduce consumption energy and smoothly send the air.

Description

Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a pachinko parlor in which a pachinko machine is used to play a pachinko machine, and at the same time to block the inflow of smoking, alcohol, bad smell, bad breath, etc. The present invention relates to an air curtain device for pachinko machine smoking shutoff capable of deodorizing and cooling the air blown out, and a method of manufacturing the same. 2. Description of the Related Art In conventional pachinko halls and the like, air-conditioning equipment for the entire room is provided, but since the air in the game room circulates and is not sufficiently deodorized, time elapses. At the same time, an unusual odor and the like will come into the entire game room.
And in the vicinity of the game seat, the player wants to spend as much comfort as possible, but a device to prevent the inflow of smoking odor in the next seat, an ozone deodorizing device or a cooling room is installed and a cooling agent, a deodorant, etc. There is no equipment yet. Furthermore, there is no device which detects the movement of the player by itself and automatically prevents the inflow of smoking into the next seat and performs cleaning. [0003] In the present invention, the wind path (2)
Various fins (3, 20, 21) and wind tunnel (1) inside
An auxiliary fin (6) is provided inside to guide the flow of the air to be blown out, thereby reducing wind power loss. The air is blown out horizontally in the upper body of the player with a focus on the upper body, and the inflow of smoking is blocked.
7, 38), we want to use the capacity of the blower effectively by automatic operation to save energy and reduce noise. [0004] In the conventional apparatus, an air conditioner for purifying the air in the entire game room is installed. However, it is difficult to sufficiently purify the air, and smoking and bad smells occur with the passage of time only by circulation. The air that accompanies this smoking and offensive odor will be blown out of the air conditioner while staying in the game room, but if the air near the player who is playing the game is individually deodorized by the ozone deodorizer, both will be cooled by the cooling agent. Want to make players comfortable. [0005] The apparatus body and the ozone generator (26)
In order to save the energy consumed by the deodorizer and the consumption of the fragrance and the deodorant, it is desired that the apparatus of the present invention be operated only during the game. [0006] In order to solve the above-mentioned problems, an individual air intake duct (49) system and a ventilation duct (53) are provided.
A blower (8) is provided at the upper end of the wind tunnel (1), or two blowers (8) (59) are provided at the upper and lower ends. The flow of intake air passes from the wind tunnel (1) through the wind path (2). The auxiliary fins (6) are installed so that the air of the air curtain (37) is effectively guided, and various fins (3, 20,
21) was provided inside each wind path (2). That is, the air sent from the blowers (8) and (59) is blown out from the wind tunnel (1) through the wind path (2) horizontally or upward as an air curtain (37). The air passage (2) of the air curtain blown from the apparatus has a gap of 5 mm or less, which causes a loss of energy due to resistance when air passes therethrough and causes noise. ), Various fins (3, 20, 21) are installed individually, and an auxiliary fin (6) is installed in the wind tunnel (1).
The solution is to guide the air and smooth the flow. Further, in order to operate the reset button (43) of the pack key card unit (42) of the CR pachinko machine installed adjacent to the right side of the device of the present invention, a reset button hole (11) is provided at the lower part of the airway (2). Is installed. For air intake, individual intake ducts (4
9) A method, an air duct (53) method, a direct mounting method, and the like are appropriately selected and adopted according to installation conditions. The air blown out from the device is cooled by an air freshener or the like placed between the wind tunnel (1) and the wind path (2), so that the player can spend a comfortable time. For this reason, a cooling room (4) is provided between the wind tunnel (1) and the wind path (2), in which a fragrance such as a fruit scent such as lemon and vegetable oil extracted from various trees are provided. You can get the feeling of forest bathing. Along with the fragrance, a deodorant can be installed to deodorize. Another deodorizing mechanism uses a small-sized ozone generator (26) to install an ozone generating plate (27) inside the air inlet of a wind tunnel (1) to deodorize odors. Further, these are combined to deodorize and at the same time add aroma. And, in order to save energy consumption of the device body and the ozone generator (26) and consumption amount of the fragrance and the deodorant,
It is desirable that the player be movable only during the game. In order to control the drive and stop of the blower (8) and the ozone generator (26), a control circuit is mounted so that the sensor senses and the blower (8) and the ozone generator (26) operate. The following three types of sensors are appropriately adopted. (B) The player senses the impact of a pachinko ball sitting and firing. By attaching an impact sensor to a structure near the balling mechanism of the pachinko machine, the shock sensor (16) senses vibration near the balling mechanism, thereby operating the blower (8), and Perform automatic operation. (B) When the player sits down and launches a pachinko ball, the pachinko ball circulates through the pachinko machine and always passes through the optical sensor (3) which detects the passage of the ball at a specific location.
8) Install and perform automatic operation of this device. (C) When the player touches the touch sensor (57), a fixed time, that is, an average smoking time is determined, and the blower (8) is operated. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [000]
The control circuit is operated by the sensors (a), (b), and (c) in the section "7", and the blower (8) is driven to start blowing. In the cases (a) and (b), if the game is stopped or stopped, the operation of the present apparatus is automatically stopped. (C)
In the case of, the motor stops after the time set in the control circuit. Thereby, the energy consumption of the blower (8) and the ozone deodorizer (26) and the consumption amount of the fragrance and the deodorant can be reduced. The auxiliary fins (6) in the wind tunnel (1) and the various fins (3, 20, 21) in the wind path (2) guide the air to be blown out and smoothen the flow, thereby reducing energy consumption and noise. do. By providing a cooling room (4) between the wind tunnel (1) and the wind path (2),
During the game, the air cooled by the fragrance and the deodorant is blown out to the vicinity of the game seat, so that the player can enjoy the game comfortably and stops at the same time as the game is stopped. An embodiment will be described with reference to the drawings. FIG. 1 is a plan view of an air curtain device for blocking smoking in a pachinko machine of the present invention, FIG. 2 is a front view, and FIG. 3 is a side view. FIG.
In the cooling room (4), a rotating cover (9) is provided in the cooling room (4) to prevent air from leaking. A fragrance and a deodorant can be installed in the internal space. A circuit board (5) of a control circuit is mounted in a lower circuit board chamber (25) thereunder, and a cover (10) for protecting the circuit board is provided thereon. The adjustment hole (12) is a hole for operating an adjustment screw for adjusting the sensitivity of the sensor. Further, a reset button hole (11) is provided below the wind path (2). As shown in FIG. 4, a wind tunnel (1) and a wind path (2)
FIG. FIG. 5 shows an example of installation on a pachinko machine as a gaming machine, and an upper frame (14) for attaching a pachinko machine.
The upper mounting portion (18) of the main body of the present invention is mounted on a through crossbar (22) for attaching a torch by a wood screw or the like, and the bottom portion is mounted on a lower mounting portion (19) by a lower mounting portion (19). Attach it directly to the through rail (22) to which 24) is attached with wood screws. Thereby, the pachinko machine is independent of the product of the present invention, and the vertical frame (15), the upper frame (14) and the lower frame (2)
4) The pachinko machine is not required to be detached at the time of new replacement or repair and adjustment of the pachinko machine, and can be independently attached or detached so as not to be damaged. An AC power supply of 100 V AC is applied to a
When the pressure is reduced to C24V and connected to the circuit of the circuit board (5) of the present invention, the control circuit converts it to DC, and FIG.
By the signal input from the shock sensor (16) shown in
The drive circuit of the blower (8) is closed, and the blowing is started. In the control circuit, when the blower (8) is set to stop after a predetermined time by a timer circuit, the blower (8) is configured to be driven as long as the impact sound continues within the predetermined time. The sensitivity to the signal from the shock sensor (16) is
It is possible by operating the adjustment screw from 2). As shown in FIG. 3, a circuit board chamber (25) accommodating a circuit board (5) of the control circuit is provided at the lowermost portion of the wind tunnel (1). As shown in FIG. 13, the impact sensor (16) is fixed to a sensor mounting leaf spring (17), and the sensor mounting leaf spring (17) is formed of a leaf spring made of metal or the like, and generates an impact of a pachinko machine. Attached near the part. FIG. 6 shows an example of the arrangement of the fins (3), which are provided linearly from the wind tunnel (1) to the wind path (2).
The fin (3) is at an acute angle with respect to the wind tunnel (1), but may be at a right angle or at an obtuse angle. The fin (3) is manufactured at an appropriate angle depending on the positional relationship between the pachinko machine and the player. FIG. 7 shows a partially enlarged view thereof. FIG. 8 shows an arrangement in which the fins (20) are arranged in a wing cross section of an aircraft, so that energy consumption can be minimized. FIG. 9 is a partially enlarged view of FIG. Other descriptions are the same as those of the “embodiment” and “0009”. In the embodiment shown in FIG. 10, the air passage (2) and the cooling room (4) and the circuit board room (25) in the wind tunnel (1) are all made of metal. The fin (21) in the wind path (2) is made of a corrugated plate made of a metal plate, so that the cross section of the wind path (2) can be finished with a thinner side wall thickness than plastic. A relatively large wind path can be taken, and the amount of air blown out increases, which is efficient. It is also relatively steel. An auxiliary fin (6) is provided in the wind tunnel (1) to further smooth the flow of air at a portion where the fin (21) provided in the wind path (2) and the wind tunnel (1) are connected, This auxiliary fin (6) can be provided in any of the above embodiments. Other descriptions are the same as those of the “embodiment” and “0009”. (A) Manufacturing and assembling using a metal plate such as an iron plate, an aluminum plate, and a stainless steel plate. The wind tunnel (1) is pressed into a U-shape, and the wind path (2) is divided into a longitudinal direction, that is, a long wind path side plate (45) and a short wind path side plate (44). (3, 20, 21) is also pressed simultaneously,
Joining and joining together by tack joining, spot welding, screw tightening, adhesive etc. (B) Pressing the wind tunnel (1) and the short wind path side plate (44) part obtained by dividing the wind path (2) into two in the vertical direction,
The long wind path side plate (45) separately pressed is joined and integrated by the same method as (a). (C) A part of the wind tunnel (1) and a short wind path side plate (44) obtained by vertically dividing the wind path (2) into two parts are pressed, and a part of the wind tunnel (1) and a long wind path side plate (45) are formed. Are pressed, and the two are joined and integrated by the same method as in (a). A manufacturing method of the air curtain device for pachinko machine smoking cutoff having the above configuration. The wind tunnel (1) is a U-shaped plastic molded product, and the wind path (2) is made of a metal plate of 0.5 mm or less in various fins in order to finish it to an extremely thin external dimension of 3 mm. According to the shape of 3, 20, 21), the long airway side plate (45) and the short airway side plate (44) are pressed and stuck together by stud welding, spot welding, adhesive, etc. to create a space, U-shaped plastic molded product wind tunnel (1)
A method of manufacturing an air curtain device for blocking smoking in a pachinko machine, wherein the air curtain (37) can be blown out integrally with the pachinko machine. The wind tunnel (1) and the short wind path side plate (44) obtained by dividing the wind path (2) into two in the vertical direction are made of plastic and integrally molded, and the plastic molded product of the long wind path side plate (45) is studded. A method of manufacturing an air curtain device for blocking smoking in a pachinko machine, wherein the air curtain (37) can be blown out integrally by bonding, welding, adhesive or the like. According to the present invention, various fins (3) (2)
0) and (21), and an auxiliary fin (6) in the wind tunnel (1) guides the flow of air to be blown out.
Become smooth. The energy consumption of the blower (8) is effectively used, the loss is small, and the noise is reduced. By providing the cooling room (4) in the air path from the wind tunnel (1) to the wind path (2), fragrance can be added. By providing an ozone generating device (27) and an ozone generating plate (27) at the upper part of the wind tunnel (1), it becomes possible to make the blown air odorless, to cool the vicinity of the player who is playing the game, People can be comfortable. In addition, since the blower (8) has a built-in circuit board (5) of a control circuit that is operated by the optical sensor (38), the impact sensor (16), the touch sensor, and the like at the same time as the player starts playing, the blower (8) The energy consumption of the ozone generator (27) and the consumption of fragrance and deodorant can be reduced.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a plan view of an air curtain device for blocking smoking in a pachinko machine. FIG. 2 is a front view of an air curtain device for pachinko machine smoking blocking. FIG. 3 is a left side view of the air curtain device for blocking smoking in a pachinko machine. FIG. 4 is a sectional view showing an attached state of an air curtain device for pachinko machine smoking blocking. FIG. 5 is a front view showing an attached state of the pachinko machine smoking blocking air curtain device. FIG. 6 is a side view showing an embodiment of an air curtain device for blocking smoking in a pachinko machine. FIG. 7 is a partially enlarged view showing an embodiment of an air curtain device for blocking smoking in a pachinko machine. FIG. 8 is a side view showing an embodiment of an air curtain device for blocking smoking in a pachinko machine. FIG. 9 is a partially enlarged view showing an embodiment of an air curtain device for blocking smoking in a pachinko machine. FIG. 10 is a side view showing an embodiment of an air curtain device for blocking smoking in a pachinko machine. FIG. 11 is a partially enlarged view showing an embodiment of an air curtain device for blocking smoking in a pachinko machine. FIG. 12 is a sectional view showing an embodiment of an air curtain device for pachinko machine smoking blocking. FIG. 13 is a partially enlarged view showing a mounting portion of the impact sensor. FIG. 14 is a view showing a back-side mounted state of the pachinko machine smoking blocking air curtain device. FIG. 15 is a perspective view of the pachinko machine smoking blocking air curtain device. FIG. 16 is a perspective view of a fragrance hanging cover. Drawing showing the duct system [Figure 18] Perspective view of the air curtain device for pachinko machine smoking blocking [Figure 19] Drawing showing the individual ventilation duct system [Explanation of reference numerals] 1 Wind tunnel 2 Wind paths 3, 20, 21 Fin 4 Cooling Room 5 Circuit board 6 Auxiliary fin 7 Air freshener 8, 59 Blower 9 Rotating cover 10 Cover 11 Reset button hole 12 Adjustment hole 13 Pachinko machine 14 Upper frame 15 Upright frame 16 Impact sensor 17 Sensor mounting leaf spring 18 Upper mounting portion 19 Lower mounting Part 22 through horizontal rail 23 air suction port protective cover 24 lower frame 25 circuit board room 26 ozone generator 27 ozone generation plate 28 through horizontal rail 29 Connector connection line 30 board power supply line 31 board power supply wiring 32 connector 33 power supply wiring 34 pachinko ball 35 claw 36 cooling port 37 air curtain 38 optical sensor 39 saucer 40 mounting screw 41 pachinko machine front plate 42 packy card unit 43 reset button 44 short Airway side plate 45 Long airway side plate 46 Intake main duct 47 Intake branch duct 48 Intake port 49 Intake duct 50 Island ceiling 51 Wire mesh 52 Intake port 53 Blast duct 54 Input 56 Opening / closing lid 57 Touch sensor 58 Window 61 Power supply connector 62 Impact sensor Connector 63 Blower connector 6b Fragrance cover 66 Fragrance cover

Claims (1)

Claims (1) (a) A blower (8) of a small motor fan is installed at an upper part of an elongated wind tunnel (1), and air is sucked and blown into the wind tunnel (1). An air duct (53) is provided between the wind tunnel (1) and the blower (8) that blows air that has passed through the intake duct (49) from the mouth (48) into the wind tunnel (1) by the blower (8). Then, three types of fins (3), (20), and (21) are separately installed in the wind path (2), which is blown into the wind tunnel (1) by the blower (8). Blow air horizontally or diagonally upward. (C) The attachment of the air curtain device for blocking the smoking of the pachinko machine is carried out independently of the attachment and detachment of the pachinko machine, and is fixed to the upper and lower through rails (22) independently. (D) A reset button hole (11) for operating a reset button of a pachinko ball lending machine of a card-type CR machine is provided below the airway (2). (E) An electronic circuit board room (25) for automatic operation is provided at the lower part. (F) In the electronic circuit board (5), a fuse (63) for preventing the overcurrent by a power supply whose voltage is reduced to 24 volts from the 100 volt power supply wiring (33) by a transformer (34)
The connector (5) is connected to the board power line (30) marked with
8) connected and supplied, and a fuse (6
After passing through 2), it is converted from AC to DC by an electronic circuit and supplied to the DC motor of the blower (8). (G) The automatic operation of the blower (8) detects the vibration of the boring machine with an impact sensor (16), and the mounting of the sensor is performed by a sensor mounting spring having a sharp claw (35) near the boring machine. The flow of the pachinko balls of the pachinko machine is detected by the optical sensor (38), which detects the vibration generated in the pachinko ball tray by adhering to the pachinko ball tray or by detecting the vibration generated by the impact sensor (16). To operate the blower (8) or the touch sensor (57)
A predetermined time, that is, an average smoking time, is determined by the player touching, and the blower (8) is operated. (H) The 24 volt power supplied to the electronic circuit board (25) is supplied to the next connector (60) from the connector (60) for supplying the power of the next air curtain device for the pachinko machine through the board power supply wiring (31). 32) and supplied sequentially. An air curtain device for blocking smoking in a pachinko machine having the above structure. 2. A cooling room (4) is installed in a wind tunnel (1), and a fragrance and a deodorant are incorporated therein. An air curtain device for blocking smoking of a pachinko machine (3) (A) A blower (5) is provided at the bottom of the wind tunnel (1).
9) is installed, air is sucked in from the lower suction port (52), and air is blown out from the air path (2) together with the upper blower (8). (B) At the center of the wind tunnel, an air freshener (7), a deodorant, etc. are put in a container, and the air freshener is hung on an easily removable cover (64). (C) a wire mesh (5) for preventing the input (54) from the front of the wind path (2) on the upper surface to protect the lower blower (59);
(D) Opening a window (58) for checking the presence or absence of the input material (54) on the wire netting (51) and removing it, and providing a transparent opening / closing lid (56) that can be attached / detached. The air curtain device for blocking smoking in a pachinko machine according to claim 1, wherein a blower (59) is also attached to the lower part as described above. 4. An ozone generator (26) and an ozone generating plate (27) are provided at the air inlet of the wind tunnel (1). ) Is installed to remove smoking and odors. 3. An air curtain device for blocking smoking in a pachinko machine according to any one of claims 1 to 3. (b) The wind path (2) is divided into two parts in the vertical direction to form an iron plate aluminum plate. A short airway side plate (44) and a long airway side plate (45), which are formed by pressing a stainless steel plate or the like, are joined together by tack bonding, spot welding, screw fastening, adhesive, or the like.
Then, the wind tunnel (1) is formed into a U-shape, and an iron plate, an aluminum plate, a stainless steel plate, etc. are pressed, and the joined air passage (2) is joined by stud joining, spot welding joining, screw fastening, adhesive, etc. And integrate. (B) A short wind path side plate (4) obtained by dividing the wind path (2) into two in the vertical direction.
4) and the wind tunnel (1) are integrally pressed with metal, and one of the long wind path side plates (45) is also pressed with metal. Become (C) A short airway side plate (4) obtained by dividing the airway (2) into two in the vertical direction.
4) The wind tunnel (1) is connected to both sides of the long windway side plate (45) vertically, divided into two parts, pressed by a metal plate, and joined together by the same method as in (a). Become A method of manufacturing an air curtain device 1 for blocking smoking in a pachinko machine characterized by the above. 6. The wind tunnel (1) is a U-shaped plastic injection-molded product, and the wind tunnel (2) is made of an iron plate, an aluminum plate, a stainless steel plate, or the like, and the wind path (2) is vertically elongated in a long wind path side plate. (4
5) and the short wind path side plate (44) are divided into two parts, pressed and bonded together with screws, spot welding, adhesive, etc., and screwed into the plastic wind tunnel (1) with screws, screws, adhesive, etc. A method of manufacturing an air curtain device for blocking smoking in a pachinko machine, which comprises joining and integrating. 7. A wind path (2) together with a wind path (1) is vertically divided into a long wind path side plate (45) and a short wind path side plate (44) to form a plastic injection molded product. -A method for manufacturing an air curtain device for pachinko machine smoking shut-off, wherein the air curtain device is bonded and integrated by screwing, welding, adhesive or the like.