JP5964281B2 - Drive-through financial store - Google Patents

Description

  The present invention relates to a financial store for drive-through.

  In stores such as fast food stores, drive-through stores are known (Patent Documents 1 to 4). The drive-through store of Patent Document 1 is provided with a building provided with an operation panel provided with a menu board provided along a road and a take-out window of a fast food facility for delivering products ordered by the operation panel.

  In Patent Document 1, since there are only two places for ordering goods and handing over goods, there is an advantage that generally only a straight road is required. In Japanese Patent Application Laid-Open No. H10-228707, the price of the product is paid in cash at the delivery location of the product, or is read by a credit card reading means provided on the operation panel.

  In the drive-through store of Patent Document 2, a reservation card issuing means, a payment means, and a product delivery section are provided on three side surfaces of a substantially rectangular house. Then, a car is run on a road provided around the house, and ordering, settlement and delivery of goods are sequentially performed.

  In the store for drive-through in Patent Document 3, an automatic cash transaction apparatus such as an ATM (automatic teller machine) or a CD (automatic cash dispenser) is arranged in a store of a financial institution, and the automatic transaction is performed through drive-through. The device is made available.

  Patent Document 4 proposes a dispensing pharmacy that has a reception window on the side of the store and a delivery window on the back of the store, and a dispensing pharmacy that has a parking lot for customers to wait in the vehicle until dispensing is completed.

JP-T 63-502702 JP 2001-214628 A JP 2002-42206 A JP 2004-44084 A

  In financial stores, as disclosed in Patent Document 3, an automatic cash transaction apparatus that can handle drive-through has been proposed, but a financial institution that can handle a drive-through is not proposed. However, there is a customer's request to receive a window service through a drive-through at a financial institution store.

  By the way, in a conventional drive-through type store, when a vehicle is brought to the window, the vehicle may be stopped at a place far from the window. In this case, there is a problem that it becomes very difficult to provide the service at the window because the distance between the customer who boarded the vehicle and the staff at the window is increased.

  An object of the present invention is to provide a drive-through financial store that can easily provide a service from a window to a customer even when the stop position of the window corresponding area of the vehicle is far from the window.

In order to solve the above problems, the financial store for drive-through has a window corresponding area where the vehicle is stopped while being arranged along the side wall surface of the building, a window, and a working space of the boarded staff, There is a booth body that can provide a window service to a vehicle that is stopped in the window corresponding to the window via the window, and a gate-shaped frame that has a moving space that allows the booth to move up and down. A moving body configured to be capable of moving forward and backward along an opening provided in a side wall portion of the building where the booth body moves in and out when moving forward or backward while supporting the booth body, and the booth body as the booth body And an advancing / retreating mechanism that adjusts the position of the booth body by advancing or retreating between the most retracted position located inside the building and the most advanced position protruding from the side wall surface of the building, and the movement the inside of the skeleton of the body Along, the booth body interposed between the elevator mechanism for elevating to the mobile body, the upper portion of the inner surface of the upper and the skeleton of the booth body, expands and contracts according to the elevation of the booth body And a cover for covering the moving space .

Further, the covering body is constituted by a roll screen provided on the moving body, a lower end portion of the roll screen is connected to an upper end portion of the booth body, and the roll screen is always urged in a rewinding direction. Rukoto includes a biasing means is preferable.

  The ground in the window corresponding area is provided with a space that allows at least the advancement of the booth body when the moving body and the booth body are advanced to the most advanced position by the advance / retreat mechanism. The moving body is preferably provided with a cover member that covers the space when the booth body is located at the last retracted position.

  The window corresponding area is provided with a support plate for supporting a vehicle to be stopped and supported under the support plate, and the cover member is stored when the booth body is located at the most advanced position. It is preferable to have a cover member storage chamber.

  In addition, the building includes an opening through which the booth body enters and exits when moving forward or backward, and a shutter unit that closes the opening, and the shutter is closed when the booth body is stored in the building. It is preferable that the position allows the opening to be closed by the portion.

  ADVANTAGE OF THE INVENTION According to this invention, even if the stop position of the window corresponding | compatible area | region of a vehicle is far from a window, there exists an effect which can provide a service from a window to a customer easily.

The perspective view seen from the front of the window part of the financial store for drive throughs of one embodiment which materialized the present invention. The front view of a window part. The perspective view seen from the whole front side including the raising / lowering mechanism and forward / backward mechanism of a window part. The perspective view seen from the back side of the whole containing the raising / lowering mechanism and advance / retreat mechanism of a window part. The perspective view of a frame. The top view of a base. The sectional side view of a raising-lowering mechanism part. AA line sectional view of Drawing 7. The electric block diagram of a mobile body control system. The side view in the case of the storage state of a booth body. The side view in the state where the window service of the booth body can be provided. Top view of building and booth body.

Hereinafter, an embodiment of a drive-through financial store embodying the present invention will be described with reference to FIGS.
As shown in FIGS. 1 and 2, a drive-through financial store (hereinafter simply referred to as a store) includes a building 10 of a financial institution and a passage 20 along the side wall 13 of the building 10. A window 30 is provided on the side wall 13 of the building 10. The counter section 30 is for providing a counter service to a customer used by a financial institution staff for drive-through. The traffic section 20 has a window corresponding area 32 corresponding to the window section 30 while the vehicle can travel. The window corresponding area 32 is an area where a vehicle that receives a business service of a financial institution from the window 30 stops, and is arranged along the front surface (side wall surface) of the side wall 13.

(Window 30)
Next, the window unit 30 will be described.
As shown in FIG. 3, the window unit 30 includes a base 40 disposed in the building 10, a movable base 50 placed on the base 40, a movable body 60 fixed to the movable base 50, and a movable body And a booth body 80 placed on the lifting mechanism 70. In the present embodiment, the moving base 50 and the movable body 60 constitute a moving body.

  As shown in FIG. 10, the base 40 is fixed to the bottom surface 12 of the basement 11 recessed in the ground in the building 10. As shown in FIG. 6, the base 40 includes a plurality of frame members 42 made of steel, and a rectangular outer frame 43A and a lattice portion 43B arranged in a cross shape and fixed to the outer frame 43A in the outer frame 43A. It consists of. In the base 40, a plurality of leg portions 44 projecting from the lower portion in the outer frame 43 </ b> A are fixed to the bottom surface 12.

  In the outer frame 43 </ b> A, linear guides 45 are respectively fixed to the upper surfaces of a pair of frame members 42 that are arranged in parallel to the passing portion 20. In this specification, on the basis of the inside of the building 10, the direction in which the building 10 heads toward the passage 20 is referred to as “front”, and the direction away from the passage 20 is referred to as “rear”. Therefore, the linear guide 45 extends in the front-rear direction. As shown in FIGS. 3, 4, and 10, a movable table 50 is provided on the linear guide 45 so as to be movable in the front-rear direction via a slider 49.

  In the lattice portion 43B of the base 40, a ball screw 46 is pivotally supported on the upper surface of the frame member 42 extending in the front-rear direction. A forward / backward motor 48 fixed to the rear frame member 42 of the outer frame 43A is operatively connected to the rear end portion of the ball screw 46 via a speed reducer. As shown in FIG. 6, the ball screw 46 can move the moving table 50 forward and backward through a nut 47 fixed to the moving table 50 by rotational driving of the forward and backward motor 48. An advancing / retreating mechanism M is formed close to the ball screw 46, the nut 47, and the advancing / retreating motor 48. The forward / backward motor 48 includes a rotary encoder (not shown).

  As shown in FIGS. 3, 4, 10, and 11, a movable body 60 is fixed on the moving table 50. As shown in FIG. 5, the movable body 60 includes a housing 62 assembled by a plurality of frame members 61 made of steel. A lower part 62A of the housing 62 is assembled in a substantially square box shape by the frame member 61. A cover member 63 made of a steel plate is fixed to the front portion of the lower portion 62A of the casing 62 so as to be in a horizontal state and protrudes forward. As shown in FIG. 11, the surface height of the cover member 63 from the bottom surface 12 of the basement 11 is set to be slightly lower than the height of the surface of the passing portion 20.

  As shown in FIG. 5, the upper part 62B of the housing 62 is formed in a gate shape by a pair of rising parts 67 protruding upward from the front side part of the lower part 62A and a connecting part 68 connecting the upper ends of the rising parts 67. Yes.

In the front part of the casing 62, the gate-shaped internal space of the upper half of the lower part 62A and the upper part 62B is a moving space S that allows the booth body 80 to move up and down.
As shown in FIGS. 3 and 4, the inner surface and the outer surface of the rising portion 67 and the connecting portion 68 of the upper portion 62 </ b> B and the inner surface and the outer surface of the upper half of the lower portion 62 </ b> A are covered with a plate-like finishing material 64. As shown in FIGS. 10 and 11, the connecting portion 68 is formed with a storage box 64 a having a storage space surrounded by the finishing material 64 and extending in the width direction. A roll-up roll screen 66 is stored in the storage box 64a.

  As shown in FIGS. 7, 10, and 11, an elevating mechanism unit 70 that elevates and lowers the booth body 80 is provided on the upper surface of the moving table 50. As shown in FIGS. 7 and 8, the elevating mechanism unit 70 includes a pair of pantograph mechanisms. Since this pantograph mechanism is known, it will be briefly described. In each pantograph mechanism, a pair of links 71 and 72 cross in an X shape, and the crossing portions of both links are connected by a shaft 73. One end of each link is pivotally supported by bracket members 52 and 92 provided on the moving table 50 and the lifting table 90, respectively. The other end of each link is a free end, and is in contact with the upper surface of the bracket member 52 and the lower surface of the bracket member 92 via rolling rollers 74 and 75, respectively. The upper surface of the bracket member 52 and the lower surface of the bracket member 92 are horizontal surfaces. As shown in FIG. 8, a gear case 76 is disposed between the pair of pantograph mechanisms on the shaft 73. The gear case 76 is provided integrally with the shaft 73.

  In the gear case 76, a lifting motor 100 is integrally provided at the center in the longitudinal direction. The lift motor 100 includes a rotary encoder. An output shaft (not shown) of the lifting motor 100 is operatively connected to a known reduction gear train (not shown) provided in the gear case 76. The reduction gear train is operatively connected to a pair of rotating nuts (not shown) that are separated from each other. As shown in FIG. 8, a pair of screw shafts 102 are passed through the gear case 76 and are screwed to the pair of rotating nuts so as to be able to advance and retract. As shown in FIG. 8, in each screw shaft 102, the end portion on the free end side of the link is rotatably connected to the trunnions 106 and 107 fixed to the sleeve 105 via the shafts 108 and 109. . A support shaft 110 is rotatably inserted into the sleeve 105, and both ends thereof protrude from the sleeve 105. A pair of wedge rollers 112 and 114 are rotatably attached to each end of the support shaft 110 protruding from the sleeve 105. The wedge rollers 112 and 114 are in contact with the opposed inner surfaces of the links on the free ends of the links 71 and 72, and rotate in opposite directions.

  The shaft center of the gear case 76 is disposed coaxially with the link shaft 73, and the lifting motor 100 is positioned between the pair of rotating nuts and is continuously fixed to the side surface of the gear case opposite to the support shaft 110. Therefore, it is stable both at rest and during operation. When the elevating motor 100 rotates in the forward or reverse direction, each screw shaft 102 moves forward (goes to the right in FIGS. 7 and 8) or moves backward (in FIGS. 7 and 8) by rotating the rotating nut through the reduction gear train. Go left). As a result, the wedge rollers 112 and 114 are similarly moved forward or backward to expand and contract the pantograph mechanism up and down, and the lifting platform 90 is moved up and down by the expansion and contraction.

(Booth body)
As shown in FIGS. 10 and 11, a booth body 80 is fixed on the lifting platform 90. The booth body 80 includes a floor portion 81, front and rear wall portions 82 and 83 provided at both front and rear portions of the floor portion 81, and a pair of lateral side wall portions 84 that rise from both lateral ends of the floor portion 81. Have The pair of lateral side wall portions 84 are connected by a cover portion 86. The cover portion 86 is also connected to the upper portion of the front wall portion 82. The space of the floor portion 81 of the booth body 80 is a work space for the staff boarding the booth body 80.

  As shown in FIGS. 10 and 11, the front wall portion 82 is set to be sufficiently higher than the height of the person's back and has a rectangular window 85. The height of the lower part of the window 85 is set to the height of the waist. The window 85 can be opened and closed by a glass door 85a. As shown in FIGS. 10 and 11, the rear wall 83 is set lower than the front wall 82. Further, the front portion of the lateral side wall portion 84 is provided in accordance with the height of the front wall portion 82, and the rear portion is provided in accordance with the height of the rear wall portion 83. As shown in FIGS. 3 and 12, a doorway 87 and a door 88 for entering and leaving the booth body 80 are connected to the rear wall portion 83 via hinges (not shown). Further, the surface of the front wall portion 82 of the booth body 80 is set substantially flush with the surface of the finishing material 64 provided on the front surface of the housing 62.

  The booth body 80 can be reciprocated between the last retracted position shown in FIG. 10 and the most advanced position moved forward by the stroke L from the last retracted position by the forward / backward moving mechanism M. That is, the position of the booth body 80 can be adjusted by the forward / backward moving mechanism M. The most advanced position is a position protruding from the front surface of the side wall 13 of the building 10. Further, the booth body 80 can be moved up and down between the lowest position shown in FIG. 11 and the highest position where the stroke H is moved upward from the lowest position by the lifting mechanism 70.

  As shown in FIGS. 10 and 11, the lower end portion of the screen 66a of the roll screen 66 is connected to the front edge of the upper surface of the cover portion 86, and the screen 66a provides a gap between the cover portion 86 and the storage box 64a. It is covered so that it cannot be seen.

  The roll screen 66 is provided with a spring (not shown) that always urges the screen 66a in the direction of rewinding. Thus, when the booth body 80 moves to the last retracted position side, the screen 66a is unwound against the biasing force of the spring (not shown), and when the booth body 80 moves to the highest lift position side, The screen 66a is rewound by the urging force of the spring.

  As shown in FIGS. 1, 2, and 12, the side wall 13 of the building 10 is provided with an opening 15 that allows protrusion from the building 10 when the movable body 60 and the booth body 80 move to the most advanced position. It has been. A shutter device 17 as a shutter portion is accommodated in the ceiling of the opening 15. The shutter device 17 includes a slat 18 that can open and close the opening 15. In addition, FIG. 12 has shown the position when the booth body 80 and the movable body 60 are located in the last retracted position. When the booth body 80 and the movable body 60 are located at the last retracted position, the booth body 80 and the movable body 60 are stored in the building 10 at the back of the opening 15, and the opening 15 can be closed by the slat 18 of the shutter device 17. In FIG. 12, the arrows indicate the direction of travel in the travel unit 20.

  As shown in FIG. 11, the basement 11 is formed so as to extend from the side wall 13 of the building 10 to a part of the ground in the window corresponding area 32, and in the window corresponding area 32, the movable table 50, the movable body 60, and the booth. A space R allowing the body 80 to move forward is provided.

  As shown in FIG. 10, in the passage portion 20, a step portion 22 that allows the cover member 63 to move forward and backward is provided in the window corresponding area 32. As shown in FIG. 12, a U-shaped support member 23 is fixed to the step portion 22.

  On the upper surface of the support member 23, a plate member that covers the step portion 22 and has rigidity, for example, a cover plate 24 made of a steel plate, is fixed. The cover plate 24 is flush with the upper surface of the other passage part 20 where the step part 22 is not formed. A space between the upper surface of the stepped portion 22 and the cover plate 24 serves as a cover member storage chamber 26 for storing the cover member 63 when the booth body 80 is located at the most advanced position.

  Also, as shown in FIG. 12, a U-shaped cutout 25 is formed at the side edge of the cover plate 24 on the building 10 side. The cutout portion 25 allows entry into the cover plate 24 when the booth body 80 moves forward from the last retracted position by the stroke L and is positioned at the most advanced position. In FIG. 12, the front surface of the booth body 80 at the most forward position is indicated by a two-dot chain line denoted by reference numeral 80a. In FIG. 12, a solid line indicating the notch 25 and a two-dot chain line indicated by reference numeral 80a are shown with a slight gap for convenience of explanation. In FIG. 12, when the booth body 80 is located at the most advanced position, the position of the front edge portion 63a of the cover member 63 is indicated by a two-dot chain line.

  On the other hand, as shown in FIG. 12, the front edge portion 63a of the cover member 63 when the booth body 80 is located at the last retracted position is a position indicated by a dotted line and is located below the cover plate 24, so that the vehicle Is not stopped in the window corresponding area 32, it is arranged with a slight gap on the lower surface of the cover plate 24. As described above, in any case where the booth body 80 is located at the most retracted position or the most advanced position, the cover member 63 is disposed at a distance from the cover plate 24 with a slight distance therebetween. Regression is not hindered.

  In addition, the gap between the cover plate 24 and the cover member 63 can be eliminated by the vehicle being loaded on the cover plate 24 due to bending deformation. When the cover plate 24 is bent and deformed, part of the vehicle load can be received by the cover member 63. That is, the cover member 63 can support the vehicle. The cover member 63 covers the space R when the booth body 80 is located at any position between the most advanced position and the most retracted position.

(Moving object control system)
Next, the structure of the mobile body control system with which the said store is provided is demonstrated with reference to the electrical block diagram of FIG.

  The mobile body control system includes an operation unit 210 provided in the booth body 80, a control unit 220 that controls the forward / backward motor 48 and the lift motor 100 by operation of the operation unit 210, and interference prevention connected to the control unit 220. It has a sensor 130. The operation unit 210 includes a standby switch 211, a storage switch 212, a forward switch 213, a reverse switch 214, an up switch 215, a down switch 216, and an emergency stop switch 217.

  The standby switch 211 is a switch operated by a staff member at the start of work and when calling the next vehicle. When the standby switch 211 is turned on, the control unit 220 sets the booth to the preset height position and forward / backward position. The lift motor 100 and the forward / backward motor 48 are controlled and driven so as to move the body 80. For example, the position set in advance as the advance / retreat position is a position where the front surface of the booth body 80 and the front surface of the side wall 13 are included in the same plane. The preset position of the height position is, for example, the lowest position. In this case, the position of the forward / backward position and the height position can be detected by the number of detected pulses of the rotary encoders of the forward / backward motor 48 and the lifting / lowering motor 100. These settings are not limited and may be set at appropriate positions. A state where the booth body 80 is located at a preset height position and forward / backward position by turning on the standby switch 211 is referred to as a standby state.

  The storage switch 212 is a switch that is operated after the end of the work. When the storage switch 212 is turned on, the retractable switch 212 moves forward and backward so that the movable body 60 and the booth body 80 move to a position where the shutter device 17 can close the opening 15. The motor 48 is controlled and driven. The positions of the movable body 60 and the booth body 80 at which the shutter device 17 can close the opening 15 are, for example, the last retracted position, but are not limited to the last retracted position. For example, even when the movable body 60 and the booth body 80 are moved to the last retracted position, if there is a margin between the movable body 60 and the booth body 80 and the opening 15, the position may be a position other than the last retracted position. Good. Further, the position detection of the forward / backward position can be detected by the number of detected pulses of the rotary encoder of the forward / backward motor 48. When the storage switch 212 is turned on, the control unit 220 controls the lifting motor 100 so that the height position of the booth body 80 is also located at a preset height position. For example, the height position of the booth body 80 is preferably a position where the floor surface 10a on the first floor where the basement 11 in the building 10 is not provided and the floor portion 81 of the booth body 80 have the same height as shown in FIG. . In this case, the height position can be detected by the rotary encoder of the lifting motor 100.

  The forward switch 213 is a switch operated when the booth body 80 in the standby state is advanced from the forward / backward position in the standby state. When the forward switch 213 is turned on, the control unit 220 drives and controls the forward / backward motor 48 so as to move forward from a forward / backward position in a standby state by a predetermined distance set in advance. The predetermined distance is, for example, 30 cm, but is not limited to this value.

  The reverse switch 214 is a switch that is turned on after the booth body 80 is moved forward by the forward switch 213. When the reverse switch 214 is turned on, the controller 220 drives the forward / backward motor 48 to move backward. The raising switch 215 is a switch operated when raising the booth body 80 in the standby state from the height position in the standby state. When the raising switch 215 is turned on, the control unit 220 drives and controls the raising / lowering motor 100 so that a predetermined distance set in advance rises from the height position in the standby state. The predetermined distance is, for example, 50 cm, but is not limited to this value.

  The lowering switch 216 is a switch that is turned on after the booth body 80 is lifted by the raising switch 215. When the lowering switch 216 is turned on, the controller 220 drives the lifting motor 100 to move downward. The emergency stop switch 217 stops the drive control of the motor being controlled by the control unit 220 when the control unit 220 is turned on during drive control of at least one of the lift motor 100 and the forward / backward motor 48. , For stopping the motor.

  The interference prevention sensor 130 is a sensor for preventing interference with a vehicle stopped in the window corresponding area 32, and is an appropriate part of the booth body 80 or the movable body 60 exposed from the opening 15 of the building 10. Is provided. In the present embodiment, as shown in FIGS. 1 and 2, the booth body 80 is provided on the front surface.

  The interference prevention sensor 130 is configured by, for example, a transmissive optical sensor, a reflective optical sensor, an ultrasonic sensor, or the like, but is not limited thereto. Based on the detection signal from the interference prevention sensor 130, when the control unit 220 determines that the booth body 80 has approached a distance at which there is a possibility of interference with respect to the vehicle parked in the window corresponding area 32, the control unit 220 The forward drive of the forward / backward motor 48 is stopped.

(Operation of the embodiment)
Next, the operation of the store configured as described above will be described.
For convenience of explanation, as shown in FIG. 10, it is a state in which the booth body 80 is stored in the building 10, and the slat 18 of the shutter device 17 is wound up and the opening 15 is opened as shown in FIG. It is assumed that The state of the movable body 60 and the booth body 80 is that the storage switch 212 is turned on the previous day, so that the movable body 60 and the booth body 80 are located at the last retracted position at the forward and backward positions, and at the height position, for example, the floor portion 81 of the booth body 80. Is at the same height as the floor surface 10a. In the following description, the movement of the booth body 80 will be mainly described. However, it should be understood that the movable body 60 is simultaneously moving in the same manner as the booth body 80 is moved.

  In this state, when a staff member turns on the standby switch 211 of the operation unit 210 in the booth body 80, the control unit 220 is positioned at the height position and the forward / backward position that are set in advance so that the booth body 80 is in the standby state. Thus, the elevating motor 100 and the forward / backward motor 48 are driven and controlled. For example, in the forward / backward position, the controller 220 advances the booth body 80 to a position where the front surface of the booth body 80 and the front surface of the side wall 13 are included in the same plane, and lowers the booth body 80 to the lowest lowered position.

  Thereafter, when the vehicle C called into the window corresponding area 32 stops or the vehicle C is away from the booth body 80, the staff turns on the forward switch 213. Based on this ON operation, the controller 220 drives and controls the forward / backward motor 48 to advance the booth body 80. At this time, if the control unit 220 determines that the vehicle C is too close based on the detection of the interference prevention sensor 130 before the completion of the movement for the predetermined distance from the standby state position, the control unit 220 moves the forward / reverse motor 48. Is stopped, and the advance of the booth body 80 is stopped.

  At this time, the height position of the booth body 80 is the lowest lowered position, and when the eye level of the customer of the vehicle C is higher than the eye level of the staff member, the staff member turns on the ascent switch 215. Based on this ON operation, the control unit 220 drives and controls the elevating motor 100 to drive it up a predetermined distance from the lowest position in the standby state. The control of the ascending drive is continued until the predetermined distance is increased. Thereafter, if the eye level of the staff member is higher than the eye level of the customer, the staff member turns on the lowering switch 216. While this ON operation continues, the control unit 220 controls the elevating motor 100 to lower the booth body 80. When the eye level of the staff member becomes the same as the eye level of the customer, the on-operation of the lowering switch 216 is released and the lowering of the booth body 80 is stopped. As described above, after the height position and the forward / backward position of the booth body 80 are determined, the staff provides reception work.

  Note that the cover member 63 fixed to the movable body 60 (the casing 62) always covers the space R even during the movement of the booth body 80 as described above. Further, when the vehicle C stops at the window corresponding area 32 and a vehicle load is applied to the cover plate 24 as shown in FIG. 11, the cover plate 24 bends and the cover plate 24 comes into contact with the cover member 63. The cover member 63 supports the load. Note that the cover member 63 is set not to be subjected to the full load of the vehicle load as shown in FIG. 11 but to withstand the distributed load because the full load of the vehicle C is dispersed by a plurality of tires.

  Next, when the reception work is completed, the staff turns on the storage switch 212 of the operation unit 210. Based on this ON operation, the controller 220 drives and controls the forward / backward motor 48 so that the movable body 60 and the booth body 80 move forward to a position where the shutter device 17 can close the opening 15 (last retracted position). The reverse motor 48 is controlled and driven. Further, based on this ON operation, the control unit 220 controls the lifting motor 100 so that the height position of the booth body 80 is also located at a preset height position. In the present embodiment, the height position of the booth body 80 is the same as the floor surface 10a on the first floor where the basement 11 in the building 10 is not provided and the floor portion 81 of the booth body 80 as shown in FIG. The lift motor 100 is driven and controlled to the position. Thereafter, the opening 15 is closed by the slat 18 of the shutter device 17.

Note that the cover member 63 fixed to the movable body 60 (the casing 62) always covers the space R even during the movement of the booth body 80 as described above.
Now, according to this embodiment, there are the following features.

(1) The store of this embodiment has the window corresponding | compatible area | region 32 where a vehicle stops while it is arrange | positioned along the front surface (side wall surface) of the side wall 13 of the building 10. FIG.
The store also has a booth body 80. The booth body 80 has a window 85 and a working space for the boarded staff, and can provide a window service to the vehicle stopped in the window corresponding area 32 via the window 85. Further, the booth body 80 is moved forward or backward between the last retracted position located inside the building 10 and the most advanced position protruding from the side wall 13 of the building 10 to adjust the position of the booth body 80. A mechanism M is provided. As a result, according to the present embodiment, it is possible to easily provide a service from the window to the customer even when the stop position of the vehicle window corresponding area is far from the window.

  (2) In the present embodiment, the booth body 80 is supported by the moving base 50 and the movable body 60 (moving body) that are moved forward or backward by the forward / backward moving mechanism M. Further, on the ground of the window corresponding area 32, when the moving base 50 and the movable body 60 (moving body) and the booth body 80 are advanced to the most advanced position by the forward / backward moving mechanism M, the moving base 50 and the movable body 60. (Moving body) and a space R that allows the booth body 80 to move forward are provided. The movable body 60 constituting a part of the moving body is provided with a cover member 63 that covers the space R when the booth body 80 is located at the last retracted position. As a result, according to this embodiment, when the booth body is stored, a person or an object does not fall into the space.

  (3) The store of the present embodiment includes an interference prevention sensor 130 that prevents interference between the booth body 80 and the vehicle existing in the window corresponding area 32. The store also includes an operation unit 210 that operates the forward / backward mechanism unit M and a control unit 220 that controls the forward / backward mechanism unit M based on the operation of the operation unit 210. Further, the control unit 220 stops the forward movement operation of the forward / backward movement mechanism unit M based on the detection result of the interference prevention sensor 130 while controlling the forward movement operation of the forward / backward movement mechanism unit M. As a result, according to the present embodiment, when the control unit 220 controls the forward movement operation of the forward / backward movement mechanism unit M based on the operation of the operation unit 210, the booth body 80 and the vehicle are not involved regardless of human operation. Interference can be prevented.

  (4) In the store according to the present embodiment, the window corresponding area 32 is provided with a cover plate 24 (support plate) that supports a vehicle to be stopped and placed under the cover plate 24 (support plate). The cover member storage chamber 26 for storing the cover member 63 is provided when 80 is located at the most advanced position. As a result, according to this embodiment, when the booth body is positioned at the most advanced position, the cover member can be stored in the cover member storage chamber, and the cover member does not get in the way.

  (5) In the store of the present embodiment, the booth body 80 is supported via the lifting mechanism unit 70 that lifts and lowers the booth body 80 relative to the movable table 50 and the movable body 60 (moving body). The control unit 220 controls the lifting mechanism unit 70 based on the operation of the operation unit 210. As a result, according to the present embodiment, the height of the booth body can be adjusted according to the line of sight of the crew of the vehicle stopped in the window corresponding area 32.

  (6) The store of the present embodiment includes the building 10 including the opening 15 through which the booth body 80 enters and exits when moving forward or backward, and the shutter device 17 (shutter unit) that closes the opening 15. Further, the last retreat position is a position where the booth body 80 is stored in the building 10 and the opening 15 can be closed by the shutter device 17. According to the present embodiment, the booth body protruding from the building 10 when moving forward can be stored at the last retracted position via the opening when moving backward. As a result, the opening can be closed by the shutter portion.

In addition, you may change embodiment of this invention as follows.
-Although the raising / lowering mechanism part 70 was comprised by a pair of pantograph mechanism and the pantograph mechanism was raised / lowered with the electric motor, the raising / lowering mechanism part 70 is not limited to this structure. As a drive source of the pantograph mechanism, it may be moved up and down by a cylinder mechanism such as a hydraulic cylinder in addition to the electric motor. Moreover, when not using a pantograph mechanism, you may make it raise / lower by the winding copper type used by an elevator etc., a hydraulic type, a hydraulic type, the rope type using a lifting weight, a linear motor type etc.

  In the above embodiment, when the forward switch 213 is turned on, it moves forward by a predetermined distance from the standby state. However, the forward / reverse motor 48 is driven forward only while the forward switch 213 is turned on. Also good.

  In the above-described embodiment, the reverse switch 214 is turned on after the forward switch 213 is turned on, but is not limited to this usage. Regardless of the ON operation of the forward switch 213, the controller 220 may drive the forward / reverse motor 48 to move backward while the ON switch is being operated.

  In the above-described embodiment, when the raising switch 215 is turned on, the elevator motor 100 is raised by a predetermined distance from the standby state. However, the raising / lowering motor 100 may be driven to rise only while the raising switch 215 is turned on.

  In the above embodiment, the space R that allows the moving base 50 and the movable body 60 (moving body) and the booth body 80 to advance is used, but the present invention is not limited to this configuration. For example, when only the booth body 80 protrudes forward from the movable body 60 with respect to the movable table 50 and the movable body 60 (moving body), a space for allowing only the booth body 80 to advance is provided. May be.

  In the embodiment, the movable table and the movable body are separately configured, but the movable body may be integrally assembled.

M ... Forward / reverse mechanism, R ... Space,
10 ... Building, 13 ... Side wall, 17 ... Shutter device (shutter part),
20 ... Passing part, 24 ... Cover plate (support plate), 26 ... Cover member storage chamber,
30 ... Window part, 32 ... Window corresponding area, 50 ... Moving table, 60 ... Movable body,
63 ... Cover member, 70 ... Elevating mechanism, 80 ... Booth body, 85 ... Window,
130 ... Interference prevention sensor, 210 ... Operation part, 220 ... Control part.

Claims (5)

A window corresponding area where the vehicle stops along with the side wall surface of the building,
A booth having a window and a working space for the boarded staff, and capable of providing a window service via the window for vehicles parked in the window corresponding area;
It has a gate-type housing having a moving space that allows the booth to move up and down, and is provided on the side wall of the building where the booth enters and exits when moving forward or backward while supporting the booth with the housing. A movable body configured to be capable of moving forward and backward along the opened opening;
Advance that adjusts the position of the booth body by moving the movable body forward or backward between the last retracted position located inside the building together with the booth body and the most advanced position protruding from the side wall surface of the building A retraction mechanism,
An elevating mechanism unit that elevates and lowers the booth body relative to the moving body along the inner surface of the housing of the moving body ,
A drive-through financial store comprising a cover that is interposed between an upper part of the booth body and an upper part of the inner side surface of the housing, and expands and contracts according to the raising and lowering of the booth body to cover the moving space . The cover is constituted by a roll screen provided on the moving body,
The lower end of the roll screen is connected to the upper end of the booth body,
The drive-through financial store according to claim 1 , wherein the roll screen is provided with an urging unit that always urges the roll screen in a rewinding direction. On the ground in the window corresponding area, when the moving body and the booth body are advanced to the most advanced position by the advance / retreat mechanism, at least a space for allowing the booth body to advance is provided.
The drive-through financial store according to claim 1 , wherein the moving body is provided with a cover member that covers the space when the booth body is located at the last retracted position. In the window corresponding area,
A support plate for supporting a vehicle to be stopped;
4. The drive-through financial store according to claim 3 , further comprising a cover member storage chamber that is provided below the support plate and stores the cover member when the booth body is located at the most advanced position. In the building,
A shutter portion for closing the opening;
5. The drive-through according to claim 1 , wherein the last retracted position is a position in which the booth body is stored in the building and the opening can be closed by the shutter unit. 6. Financial store.