JPH0366867A - Refuse exhaust device of multiple story building - Google Patents

Abstract

PURPOSE:To reduce the standby time by transporting a removable refuse box installed at each story of an elevating/sinking path till a refuse deposit device from time to time using an automatically controlled elevating/sinking facility, and restituting it after dump of the refuse. CONSTITUTION:A refuse cast-in hole is furnished in the wall surface 1a at each story of an elevating/sinking path, and a refuse cast-in facility 6 is fitted removably. Then a transfer cage 2 of chanel-shaped plan with the facility side opened is furnished at this elevating/sinking path in such a way as free to elevate and sink, and also a fitting/removing device 26 is furnished which is moved fore and aft by a motor driving screw shaft 25. When the refuse in the facility 6 attains a specific amount, the cage 2 travels to the position automatically, and the facility 6 is removed by the device 26 and transferred to the rear part of the cage 2. Further the cage 2 travels till the refuse deposit device at the bottom of the elevating/sinking path, and after throwing the refuse in the condition of being assorted into combustible and noncombustible objects, the facility 67 is restituted. This does not require awaiting arrival of the cage, and refuse treatment can be performed effectively.

Description

[Detailed Description of the Invention] [Industrial Application Field] This invention relates to a garbage discharging device in a high-rise building. It is designed to be able to store one day's worth of garbage, and is combined with a garbage transfer cage that goes up and down in a hoistway that runs through each floor, so that dumpers can quickly dispose of the garbage generated in each household. This article concerns garbage discharge equipment in high-rise buildings.

[Prior Art] Conventionally, the method described in Japanese Patent Application Laid-open No. 149201/1983 has been known as a garbage disposal system for this type of high-rise building. So 1. The system described in this publication has a garbage collection cage that can be raised and lowered, equipped with a garbage reception and a discharge port, installed in the elevator shaft, and garbage from higher floors is transported and dumped by raising and lowering the garbage collection cage. be. In addition, the garbage collection cage is equipped with a weight sensor to measure the weight of garbage and a level sensor to detect the level.
When the amount of garbage in the garbage collection cage reaches a predetermined weight or level, the garbage collection cage is automatically lowered and discharged into a garbage storage device installed at the bottom.

[Problems to be Solved by the Invention] When disposing of garbage using the conventional method described above, a person dumping garbage must press a button to call the garbage collection cage every time he or she dumps garbage.

Furthermore, there is a waiting time between when the button is pressed and when the garbage collection cage arrives at the floor, and it takes a considerable amount of time to actually dump the garbage. This will further increase if the number of dumpers in multiple locations overlaps at the same time.

Therefore, in view of the above-mentioned defects, when dumping garbage generated in a home on each floor, for example, the dumper can quickly and reliably dump the garbage without the above-mentioned waiting time. A technical problem arises that must be solved in order to be able to promptly discharge waste, and the present invention aims to solve this problem.

[Means for Solving the Problems] This invention was proposed to achieve the above object, and provides a garbage transfer cage housed in a hoistway provided through each floor of a high-rise building so that it can be raised and lowered. In a garbage discharge device for a high-rise building, the garbage discharge device is provided with a drive means for raising and lowering the garbage transfer cage, and a control section for operating the drive means,
Garbage input equipment having a sufficient garbage storage capacity is removably fixed to a connector provided on the wall of the hoistway on each floor of the high-rise building, and furthermore, an attachment/detachment device for the garbage input equipment is provided inside the garbage transfer cage. A stopper device is provided that is movable back and forth and supports the lower surface of a lower opening door that is provided at the bottom of the garbage input equipment so as to be openable and closable. is 5
When reaching the floor, the attachment/detachment device moves forward to attach the garbage disposal equipment for the fifth floor, and in the attitude in which the garbage disposal equipment is attached, the attachment/detachment device is moved back to lower the garbage transfer cage. means for advancing the garbage input equipment in the lowered garbage transfer cage to open the lower opening door; and closing the opened lower opening door and moving the empty garbage input equipment back again. The garbage transfer cage is made to reach the fifth floor, and the garbage input equipment is advanced to attach the advanced garbage input equipment to the connector on the fifth floor. A garbage discharge device for a high-rise building, characterized in that it is provided with a control means for separating the device from the garbage input equipment, lowering the garbage transfer cage, and waiting at a predetermined position until a call signal is received. We aim to provide the following.

[Function] Garbage generated in each household on each floor is attached to a connector installed on the wall inside the hoistway of the garbage transfer cage, and
The waste can be dumped at any time in a waste disposal facility with sufficient waste storage capacity. Therefore, there is no need to call the garbage transfer cage that moves up and down in the hoistway, and no waiting time is required for garbage dumping, except when several dumpers overlap at the same location. Therefore, even if there are multiple dumpers in different floors, there is no waiting time at all. Furthermore, the garbage storage capacity of the garbage input equipment is configured to be able to accommodate, for example, the amount of garbage generated in the entire floor in one day.
The garbage dumper can quickly dump garbage at any time without the above-mentioned waiting time.

In this way, for example, when a predetermined amount of waste is loaded into the waste input equipment, or when the input door has been opened and closed a predetermined number of times, the garbage waiting at the bottom is removed by an operation command from the control unit. The transport cage reaches the floor in question. Then, the attachment/detachment device provided on the garbage transfer cage moves forward to attach the garbage input equipment. Furthermore, the waste input equipment is disengaged from the connector on the floor, the waste input equipment is retreated to the rear within the waste transfer cage, and then lowered to the lower waste disposal area within the hoistway. Then, the garbage input equipment is moved forward to open the lower opening door, and the garbage stored in the garbage input equipment is discharged.

In this way, the empty garbage input equipment that has finished discharging garbage is moved back again. At this time, the lower opening door is closed, the garbage transfer cage rises to the fifth floor, and the attachment/detachment device moves forward to connect the garbage input equipment to the connection provided on the inner wall of the hoistway on the floor. At the same time, the attachment/detachment device is removed from the garbage input equipment and retreated, and the garbage transfer cage is lowered and waits at a predetermined position until the next call signal is received.

In this way, the garbage input equipment provided on each floor is always in a state where garbage can be input unless garbage is being disposed of from the garbage input equipment, and the garbage transfer cage cannot be operated. This is done regardless of the presence of the garbage dumper, so the garbage dumper can quickly dump garbage into the garbage disposal equipment.

[Example] Hereinafter, an example of the present invention will be described in detail with reference to the attached drawings. For convenience of explanation, conventionally known technical matters will also be explained at the same time. FIG. 1(a) is a partially cutaway vertical cross-sectional view for explaining the outline of the overall mechanism of the present invention, and in the figure, (1) is a hoistway passing through each floor. A garbage transfer cage (2) is disposed within the hoistway (+) so as to be movable up and down. The waste transfer cage (2) is connected to the wire rope (3).
a), and the wire lobes (3
The other side of 0 is arranged in a machine room (4) for a lifting device provided at the upper part of the hoistway (1), and is equipped with a motor (not shown).
The wire lobe (3a), the pulley (3b), the balancer (3C) and the motor (Fig. (not shown) at the waste transfer cage (not shown)
2) constitutes an elevating device for elevating. Further, in the machine room (4) for the lifting device, there is provided a control panel (5) for the lifting device for outputting operation commands such as lifting and lowering operations of the garbage transfer cage (2).

Further, on each floor, a hole is opened in the wall (Ia) of the hoistway (+) to serve as a garbage intake port (1b), and garbage input equipment (6) is installed on the inner surface of the wall (10). There is.

In addition, a garbage storage device (7) is installed near the bottom of the hoistway (+).
Furthermore, the waste storage device (7) is equipped with a device (8) to sort the waste in the waste transfer cage (2) into combustible waste and non-combustible waste as shown in Figure 1 (G). It is configured so that it is distributed and input into the following.

The garbage sorting device (8) includes a switching damper (9) that is operated in a direction set depending on the day of the week and time, and a motor 00 for driving the switching damper (9). Built-in. Therefore, for example, by setting Mondays and Fridays as days of the week for dumping non-combustible waste, or by setting after 5 pm as the time for dumping non-burnable waste, the switching damper (9) can be rotated by the operation of the motor 00). so that it can be put into the garbage storage device (7) on the non-burnable garbage side.

Next, the garbage intake port provided on the wall of each floor (10)
The opening/closing door 01) of 1b) will be explained. Figure 2(a)
In (g), the garbage intake port (
Pivot the opening/closing door 00 to the - side of 1b) (lla) (Ila)
It is formed so that it can be opened and closed freely. A handle 02 is provided at the center of the front surface of the opening/closing door 00, and its shaft (120 passes through the center of the opening/closing door θ0, and a stopper piece 0→ is fixed on the back side of the handle 02. The tip of the stopper piece 0 is inserted into the locking groove (I) provided in the garbage intake port (1b).
c) is provided so as to be freely engageable. That is, by rotating the handle (■), the stopper piece 0→ is rotated and released from the locking groove (Ic), and then the handle (1
2 toward you to rotate the opening/closing door 01) to open the garbage intake port (1b), and then open the opening/closing door 00.
is pressed to close the waste intake port (1b), and then the handle (to) is rotated to insert the stopper piece θ into the locking groove (I).
C) and lock it.

Note that an official indicator light H is provided on the wall surface (Ia) above the opening/closing door θl) to indicate whether garbage can be thrown in or not. Furthermore, the opening/closing door 01) should not be limited to the one embodiment described above.

Next, regarding the garbage input equipment (6), see Figure 3 (Go~(h)
Explain according to the following. The waste immersion equipment (6>) is formed in a box shape, and the upper side thereof has a waste input port (6a) facing the waste intake port (1b) opened in the wall surface (1a), and a waste input port (6a) on the side of the waste input equipment. is opened, and an internal door (6b) that can be opened and closed is pivotally attached to the garbage inlet (6a).

In addition, there is a lower opening door (6C) at the bottom of the garbage input equipment (6).
) is pivotally attached to the lower end of the side plate (6d) of the garbage input equipment (6), and is configured to be opened by its own weight. In addition, an air cushion (6c) is installed on the upper surface of the lower opening door (6c) to reduce the impact of the garbage thrown in.
6e) is joined. Furthermore, the lower opening door (6c)
0 stopper devices for supporting both sides of the bottom surface of the waste disposal equipment (6) are provided on the side plate (6d) of the waste disposal equipment (6).

Therefore, the stopper device 0 is connected to the lower opening door (6c
) side and both sides are open U-shaped bracket l-(1
51) on the side plates (6) on both sides of the lower part of the garbage input equipment (6).
d), and the bracket (1
5m) with a pin (15b) in the approximately <-shaped arm (15
c), and furthermore, a stopper piece (+5d) is fitted and pressed into the rear end (M) of the arm (15c), and the stopper piece (+5d) is opened at the bottom by a spring (15e). It is urged to protrude toward the lower surface of the door (6c). Of course, the back end of the stopper piece (+5d) is received by the arm (15c) and the stopper piece (+5d)
) is configured so that it does not separate from the arm (15C). Further, the arm (15c) is connected to the bottle (+5b).
is the center of rotation, and the stopper piece (+5d) is urged toward the lower opening door (6C) by a spring (15'').

Also, the garbage transfer cage (2) descends and reaches the garbage disposal site, and the garbage input equipment (6) inside moves forward to reach the kerosene protruding from the wall (1a) in the hoistway (+). (10 is the front end (N) of the arm (15C), ie, FIG. 3(f)
When the right side comes into contact with the arm (15c), the pin (
15h) as the center of rotation, and is configured to rotate counterclockwise overcoming the bias of the spring (15f). At this time, the rear end (M) of the arm (15c) rotates, and the stopper piece (+5d) fitted therein escapes from the support of the lower opening door (6C). In such a case, the lower opening door (6c) is lowered by its own weight via its pivot portion, and the garbage in the garbage input equipment (6) is discharged into the device (8). do.

Note that () is a positioning bin.

In addition, on both upper and lower sides of the front surface of the garbage input equipment (6), brackets (Shi), (Shi) (Sun) are provided sideways protruding from the side facing the wall (la), and the brackets 1 (ILLS) , (IEs
(Connection pieces CnCn each formed in a case shape on IEc,
(Y'h(n) is fixedly installed.Furthermore, a vertically elongated clearance [phase] is opened in the central part of the second class bracket (peak-lined connection piece (O), and the shaft (1) The walls of each floor (
A connecting tool (21) protruding from the inner surface of 1a) is fitted into the vertically elongated clearance (4), and the connecting tool (21) is supported on the upper end surface of the clearance (4). The garbage input equipment (6) is configured to be attached to the wall (1a) of the hoistway (1) on each floor. Thus, the connecting tool I21) is connected to the shaft (2
1a) is fixed to the wall surface (1a) so that its tip protrudes into the hoistway (1), and the 1d+ (21a
) is provided with a notch (21b>) in the center of the upper surface of the protrusion, and a stopper (21b) that is engaged with this notch (2To) is attached to the upper surface of the connection piece (0) with a spring @. As shown in FIG. 3(h), the stopper is provided with a rounded cutout on the right side and a vertically extending side on the left side.

Furthermore, corresponding to this stopper @, the notch (21b) of the shaft (21a) is also vertically disposed on the left side in the same figure, and is obliquely cut out in a rounded shape on the right side. In this way, the garbage input equipment (6
) moves forward, the stopper (2) slides on the upper surface of the shaft (21a) and fits into the notch (21b), and the stopper @ and the notch (21b) are biased by the spring (to). ), and as a result, the garbage input equipment (6) is connected to the inner wall (Ia) of the hoistway (1) on each floor.
It is configured to be fixed to each.

Furthermore, the effective amount of garbage stored in the garbage input equipment (6) is approximately equivalent to the amount of garbage generated on each floor in a day.

However, it should not be limited to this.

The waste input equipment (6) is equipped with the internal door (6b) or the opening/closing door (a counter (not shown) that adds up the number of times the LD is opened and closed, and a level sensor (not shown) that adds up the level of the dumped waste. ) may be provided.

Next, regarding the garbage transfer cage (2), see Figure 4 (■~(n
Explain according to the following. The garbage transfer cage (2) is framed by a frame (2a) that is U-shaped in plan view and rectangular in side view. Furthermore, guide rollers (B), (B), etc. are attached to the top, bottom, right, left, and right sides of the garbage transfer cage (2), respectively, and the guide rails (Fig. (not shown) is configured so that it can be transferred. The garbage transfer cage (2) is formed in a U-shape when viewed from above, but its open surface faces one direction of each floor, and the inside of the garbage input equipment (6) is It is formed to be wider than the length in the direction, and in the front-back direction, it is formed to be approximately twice the length in the front-back direction of the garbage input facility (6).

Therefore, the garbage input equipment (6) can be installed by entering into the garbage transfer cage, and the garbage input equipment 4i (6) can be attached to the connecting device QO by moving in the front and back direction and attached to the wall surface (1).
a), or by moving the waste input equipment (6) rearward within the waste transfer cage (2), the waste transfer cage (2) stores and attaches the waste input equipment (6). It is constructed so that it can move up and down within the hoistway (+).

Thus, the frame (2a) (2a), (2a), (2a), the same position between the left and right of the garbage transfer cage (2), (2a) (2a), the screw axis), It is an erection. Further, a detachable device (4) (on the screw shaft) is attached to each screw shaft.
4), (4) and (4) are screwed together, and the attachment/detachment device (4) is configured to be able to move forward or backward at the same time based on forward and reverse rotation of the screw shaft.

Therefore, the screw shafts are connected to the motor +ao't) and (2 motors Q) respectively attached to the frame (2a) via gear boxes (2), (4), (to) (to). ing.

Further, the attachment/detachment device (1) is formed in a case shape that is approximately U-shaped when viewed from the side, and a butterfly piece (26b) that engages with the screw shaft is fixed to the inner center of the vertical piece (26a). Butterfly piece (28
b) so that the attachment/detachment device (4) can be moved back and forth. In addition, motors (to), (to), and (to) are attached to the inner surface of each attachment/detachment device (1), respectively, and a hole (26C) provided in the top plate (26C) of the attachment/detachment device (4) is attached.
A shaft (26e) configured to freely extend and retract from the upper surface from d) is connected to the motor (to) via its threaded portion (26F), worm (2[ig), etc. Therefore, the shaft (26e) is formed so as to be freely retractable from the upper surface of the hole (26d) of the top plate (26c) based on forward and reverse rotation of the motor.

Furthermore, as shown in FIG.
Connected by [phase]. In addition, in the same figure, the frames (2a) (2
1) Roller (to) for closing the lower open door (6c) between
is constructed, the lower opening door (6c) is opened as described above, and when attempting to close it, when the garbage input equipment (6) retreats inside the garbage transfer cage (2),
The lower surface of the lower opening door (6c) rides on the upper surface of the roller @ and becomes horizontal, blocking the lower surface of the garbage input equipment (6), and the stopper piece (15d) closes the lower opening door (6C). ) will support the bottom surface of the

Furthermore, in order to fit the shaft (26e) of the attachment/detachment device (4) and store/attach the garbage input equipment (6) to the garbage transfer cage (2), the screw shaft (26e) on the attachment/detachment device (4) is rotated in the normal direction. Plate G1I) (3+), <
31) (31) are respectively provided to protrude laterally so that they can respectively come into contact with the top plate (26c) of the attachment/detachment device (4), and holes (31a) are provided in the plate G1). )(3
1a), (31a) and (31a) to open the top plate (
26C), and the shaft <266) is fitted into the holes (26d) and (31a), respectively, to attach the garbage input equipment (6) to the attachment/detachment device (2). It is configured to be fixed. Of course, the inserted shaft (2B0) comes out of the hole (31a) of the plate G1 by the reverse rotation of the motor, thereby releasing both the attached states.

Further, the control panel (5) has a built-in timer (not shown) for raising and lowering the garbage transfer cage (2) at a certain time to transfer the garbage stored in the garbage input equipment (6). There is. However, as mentioned above, when a predetermined amount of garbage is stored in the garbage input equipment (6), or when the opening/closing operation of the opening/closing door 00, etc. reaches a predetermined number of times, the operation by the timer is prioritized. It is allowed to be carried out.

Since one embodiment of the present invention has the above-described configuration, first, a timer built into the control panel (5) causes the garbage transfer cage (2) to move up and down correctly for each floor at the set time. The inside of the garbage input equipment (6) is attached to the garbage transfer cage (2), and the garbage transfer cage (2) is attached to the garbage transfer cage (2).
) descends and dumps the waste into the waste storage device (7) at the bottom. Furthermore, despite the time set by the above timer, if the value measured by the level sensor installed in the garbage input equipment (6>) reaches a predetermined amount or more, or if the number of times the opening/closing door Q+ is opened and closed is determined by the counter. If the number of times exceeds the predetermined number of measurements, the above-mentioned processing operation is performed with priority given to the relevant floor.

It tightens it.

Therefore, the operating procedure of this device will be explained according to FIGS. 5 to 1O. First, as shown in Fig. 10, the garbage dumper looks at the loading indicator light ((support)) on the front of the garbage dumping equipment (6) and opens the opening/closing door 00 if the garbage dumping is possible. Garbage can be thrown into the dumping equipment (6) and stored there.The garbage dumper closes the opening/closing door (I +) after dumping the garbage (or automatically closes the door). Furthermore, the procedure for attaching the garbage input equipment (6) to the garbage transfer cage (2) will be explained according to FIGS. 5(a) to (e). First, The garbage transfer cage (2) is called to a predetermined floor by a signal from the control panel (5).
When it arrives at the designated floor, the motor (A) rotates in the normal direction, causing the screw shaft () to rotate, and the attachment/detachment device (4) meshed with the screw shaft () to be moved to the garbage disposal equipment (6) side. . Since the plate 01) protrudes from the upper surface of the position where the attaching/detaching device (4) is stopped, the shaft (26e) is raised by the motor (to) provided in the attaching/detaching device (4). -(3+) hole (313), and the garbage input equipment (6) is attached and fixed to the attachment/detachment device (4). After that, if the garbage transfer cage (2) is slightly raised, the garbage input equipment (6) is inserted through the notch (21b) of the shaft (21a) fixed to the wall (la).
By reversing the connection piece (the O stopper @ detaches from the screw shaft), the garbage input equipment (6) can be attached to and fixed to the attachment/detachment device (4) of the Confucian garbage transfer cage. (2) Move the inside to the rear.

Next, as shown in FIG. 6, the waste transfer cage (2) is lowered to the waste disposal position in the hoistway (1). Next, as shown in FIGS. 7 and 10, the attachment/detachment device (4) fixing the waste input equipment (6) is moved forward, and the waste input equipment (6) is moved forward. At this time, the front end surface (N) of the arm (+5c) comes into contact with the keiko (10) provided on the wall (Ia) of the hoistway (1) and rotates to the garbage input facility (6). The stopper (15d) supporting the bottom of the lower opening door (6c) of 6) rotates and escapes from its supported state.The lower opening door (6c) is then opened and the garbage input equipment (6) is opened. ) The waste distributed at the bottom is dumped into the device (8).

The empty waste input equipment (6) then retreats inside the waste transfer cage (2) as shown in FIG.

At this time, the lower opening door (6C) is closed by the closing roller (2
), and the stopper (+5d)
also returns to its original position and supports the lower opening door (6C).

Next, as shown in Figure 9 (ω), the waste transfer cage (2) rises to the corresponding floor where the waste input equipment (6) was fixed.At this time, the waste transfer cage (2) is fixed inside the waste transfer cage (2). Since the garbage input equipment (6) that is currently installed has been moved to the rear, the respective garbage input equipment (6) that is fixed on each floor has been moved to the rear.
(6) There will be no collision with... (The same applies to the above-mentioned descent.) Thus, when the garbage transfer cage (2) reaches the corresponding floor, the garbage input facility (6) is moved as shown in FIG.
) is advanced, and the connector (2) is fixed to the wall (Ia).
1), the stopper @ of the waste input equipment (6) is fitted and fixed, and the attachment/detachment device (4) is removed from the waste input equipment (6) as shown in FIG. 9(C). In this way, the attachment/detachment device (4) is moved backward as shown in FIG. 9(a), and waits at a predetermined position in the lower part of the hoistway (1) until the next call signal is received.

Note that this invention can be modified in various ways without departing from the spirit of the invention, and it goes without saying that this invention extends to such modifications.

[Effects of the Invention] As described in detail in the above embodiment, the garbage dumper does not need to use a push button to call the garbage transfer cage to dump garbage, and can dump garbage into the garbage disposal facility at any time. can.

Therefore, there is no need to wait for garbage dumping until the garbage transfer cage arrives, and furthermore, since the garbage input equipment has sufficient storage capacity, even if there are multiple garbage dumpers, the waiting time can be significantly reduced. (wait time may be zero in some cases), and all garbage discharge operations are performed automatically.
The waste disposal can be carried out extremely effectively, providing greater convenience to the dumper.

[Brief explanation of drawings]

The figures show one embodiment of the present invention, and FIG. Figure 2 (ω is a front view of the opening/closing door, Figure (B) is a longitudinal plan view of the same, Figure 3 (Figure (B) is a plan view of the garbage input equipment, Figure (B) is a front view of the same, Figure (0) is the front view of the opening/closing door, and (a) are the same side view, the same figure (0 is a longitudinal sectional front view of the stopper device of the lower opening door, the same figure (n is the same cross-sectional plan view, the same figure (
2) is a rear view of the connector part, FIG. 4(h) is a longitudinal side view of the same, FIG.
is a plan view of the same framework when the frame is omitted, and the same figure (C
) is a front view of the waste transfer cage, (a) is a side view of the same, (0 is a side view of the attaching/detaching device, (n is a front view of the same,
Figures 5 (a) (G) (C) (B) (e) and Figures 6, 7, 8, and 9 (a) ■ (C) (B) (O indicates garbage input, respectively. FIG. 5 is a state diagram showing the relationship between the equipment and the garbage transfer cage, and FIG. Figure (C) is a vertical side view showing the state in which the garbage input equipment is fixed to the attaching/detaching device; Figure (A) is a vertical side view showing the state in which the garbage transfer cage is slightly raised; Figure (e) is a vertical side view showing the garbage input equipment slid backwards into the garbage transfer cage, Figure 6 is a vertical side view showing the garbage transfer cage in its lowered state, and Figure 7 is the garbage transfer cage. Figure 8 is a vertical side view showing the garbage transfer cage being raised, and Figure 9 (a) is the garbage transfer cage equipped with empty garbage disposal equipment reaching the designated floor. A vertical side view showing the reached state; Figure (G) is a vertical side view showing the state in which the garbage input equipment has been slid and fixed to the wall; Figure (C) is a vertical side view showing the state in which the attachment/detachment device is released. , FIG. 10 is a vertical side view showing the state in which the attaching/detaching device has been slid backwards, FIG. It is a longitudinal side view showing the dumping state of garbage. (1)...Hoistway (2)...
Garbage transfer cage (3)... Lifting device (5
)... Control panel (6)... Garbage input equipment (6c)... 0 bottom opening doors... Stopper device QO... Connecting tool )・・・・・・Attachment and detachment device

Claims (1)

[Scope of Claims] A garbage transfer cage housed in a hoistway provided through each floor of a high-rise building so as to be movable up and down, a drive means for raising and lowering the garbage transfer cage, and a control unit for operating the drive means. In the garbage discharging device for a high-rise building, a garbage input device having a sufficient garbage storage capacity is removably fixed to a connector provided on the wall of the hoistway on each floor of the high-rise building, and An attachment/detachment device for the garbage input equipment is disposed inside the garbage transfer cage so as to be movable back and forth, and a stopper device is provided to support the lower surface of a lower opening door provided at the bottom of the garbage input equipment so as to be openable and closable. , means for causing the attachment/detachment device to advance and attach the garbage input equipment of the applicable floor when the garbage transfer cage arrives at the relevant floor in response to a call signal from the control unit; and a means for attaching the garbage input equipment to the applicable floor; means for retracting the attaching/detaching device to lower the waste transfer cage; means for advancing the waste input equipment in the lowered waste transfer cage to open the lower opening door; and closing the opened lower opening door. Meanwhile, the empty garbage input equipment is moved backward again to allow the garbage transfer cage to reach the corresponding floor, and the garbage input equipment is moved forward and the advanced garbage input equipment is connected to the connector on the corresponding floor. At the same time as the garbage transfer cage is attached, the attachment/detachment device provided on the garbage transfer cage is detached from the garbage input equipment, the garbage transfer cage is lowered, and the control means is configured to wait at a predetermined position until a call signal is received. Features: Garbage discharge equipment in high-rise buildings.