JPH0638007Y2 - Building waste treatment equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial field of application] The present invention relates to a waste treatment facility for a building.

[Prior Art] Conventionally, there is a dust chute as a waste treatment facility for buildings, but the dust chute has the following drawbacks.

It is good if the building is on the 7th or 8th floor, but if it gets higher, the speed of the falling dust will gradually increase, and the noise at the time of the fall will be serious. Therefore, the dust chute must have a soundproof structure. In addition, a buffer valve or the like must be provided on the way in order to drop the dropping speed once on the way.

Dust sewage adheres and solidifies on the inner surface of the dust chute, producing a bad odor and deteriorating the environment. In addition, it is not preferable from the viewpoint of hygiene such as the occurrence of pathogenic insects.

If the dust chute is clogged (futons, blankets,
It requires a great deal of effort to remove the sponge such as sponge that has strong elasticity and that expands in the chute after entering the chute.

Therefore, conventionally, a dam weighter as described in Japanese Patent Laid-Open No. 59-149201 has been considered as a building waste treatment facility instead of a dust chute.

The damweighter has a hoistway provided vertically through each floor of the building, a garbage dumper provided on the wall surface for each floor of the hoistway, a dust entrance and a dust discharge part, and ascends and descends in the hoistway. A garbage cage that can be freely installed and can be stopped at each floor by aligning the garbage entrance with the garbage disposal door, and a garbage storage device that is provided at the bottom of the hoistway and can temporarily store the garbage in the garbage cage. It is made up of
By pushing the garbage cage call switch installed near the garbage disposal door, the garbage cage is called to the floor where the garbage dumper is located, and when the garbage cage arrives on that floor, the garbage dumper opens the garbage disposal door and discards the garbage. The garbage can be dumped by throwing it into the garbage cage from the door and the garbage entrance of the garbage cage and closing the garbage disposal door again, and the garbage cage can be called as described above. When the inside of the garbage is full while collecting garbage while moving to each floor, it automatically descends along the hoistway and moves to the top of the storage device at the bottom of the hoistway, and the garbage discharge part of the garbage cage. The internal waste is discharged to the waste storage device.

With such a dam weighter, it is possible to solve problems such as noise at the time of dumping dust, foul odor, and clogging of dust, which are found in the dust chute.

[Problems to be solved by the invention] However, in the conventional waste treatment facility of the dam waiter type building, every time a waste dumper tries to dump waste, he / she must call the waste cage to the floor where the waste dumper is located. I had to wait between the call to the garbage cage and the arrival of the garbage cage.

Moreover, if the garbage dumpers are heavy on each floor, the waiting time will be longer.

Therefore, in view of the above situation, the present invention has an object to provide a waste treatment facility for a building that can eliminate waiting time.

[Means for Solving the Problem] The present invention is directed to a hoistway that is provided by vertically penetrating each floor of a building and has an opening to each floor, and a garbage throwing facility that is installed outside the hoistway of each floor and stores a garbage container. And a waste container collection cage that can be lifted up and down in the hoistway, can be stopped by aligning with the openings of each floor, and can store waste containers in two upper and lower stages, and chambers above and below the waste container collection cage Telescopic fork type transfer device to load and unload the garbage container placed in the garbage container collection cage,
A waste treatment system for buildings, which is provided at the bottom of the building and has a waste storage device that temporarily stores the waste in the waste container and a waste discharge device that discharges the waste in the waste container to the waste storage device. It depends on the equipment.

[Operation] On each floor, the waste dumper throws the waste into the waste container from the waste throwing facility on the spot.

Then, the garbage container collection cage is operated periodically at regular intervals or irregularly as needed to raise and lower the hoistway, and the garbage containers are transferred from the garbage throwing equipment on each floor using a transfer device in order. Go to collect.

The garbage container collection cage moves down the hoistway every time a garbage container is collected from the garbage throwing equipment on each floor,
Remove the waste container using the transfer device.

The waste container taken out of the waste container collection cage is discharged to the waste storage device by the waste discharge device, and is temporarily stored in the waste storage device.

[Embodiment] An embodiment of the present invention will be described below with reference to the drawings.

FIGS. 1 to 11 show an embodiment of the present invention, in which a hoistway 5 vertically extending through the basement floors 2, 1st floor 3 and other floors 4 of a building 1.
And an opening 6 for the first floor 3 and each of the other floors 4 is formed in the hoistway 5.

A hoisting device 7 is provided above the hoistway 5 on the roof of the building 1, and a box-like dust container collection cage 9 is locked at one end of the wire 8 wound around the hoisting device 7 and at the other end of the wire 8. The balance weight 10 is locked so that the hoisting device 7 can move the dust container collection cage 9 up and down.

In addition, the garbage container collection cage 9 is normally operated by a timer (not shown) at regular intervals.

As shown in FIG. 4, the inside of the waste container collection cage 9 is divided into upper and lower two chambers 12 and 13 by using a shelf plate 11, and each chamber 1
Openings 14 are formed on the surfaces of the hoistways 5 and 2 of the hoistway 5 on the side of the opening 6.

A limit switch (not shown) is attached to the hoistway 5 in the vicinity of the openings 6 on the first floor 3 and each floor 4, and the signal from the limit switch causes the garbage container collection cage 9 to move to the rooms 12, 13
The openings 14 of each of them are aligned with the openings 6 of the hoistway 5 so that they can be stopped.

Inside the chambers 12 and 13 of the garbage container collection cage 9, a transfer device 16 such as a three-stage telescopic fork is liftably supported via a cylinder 15 extending in the vertical direction.

Reference numeral 17 is a stopper for restricting the lowering position of the transfer device 16 provided in the chambers 12 and 13 of the waste container collection cage 9.

The transfer device 16 has a structure as shown in FIG.

That is, a fixed fork 18 supported by the cylinder 15 and extending from the hoistway 5 toward each floor 4, that is, in the front-rear direction 21.
The intermediate fork 19 and the tip fork 20 are combined so as to be able to extend and contract in the front-rear direction 21 as a whole, and the front and rear ends of the fixed fork 18 and the intermediate fork 19 respectively have sprockets 22 to 22.
25 is rotatably attached, one end of the roller chain 26 is fixed to the tip of the intermediate fork 19, and the roller chain 26 is sequentially wound around the rear end of the fixed fork 18 and the sprockets 22 and 23 at the tip, and then the roller chain 26 The other end of the intermediate fork 19
When the sprocket 23 is fixed to the rear end and the sprocket 23 is rotated, the intermediate fork 19 is moved in the front-rear direction 21 by the roller chain 26, and one end of the roller chain 27 is fixed to the rear end of the fixed fork 18 so that the roller chain 27 The intermediate fork 19
Roll it around the tip sprocket 25 and then
The other end of 27 is fixed to the rear end of the tip fork 20, and when the intermediate fork 19 moves forward (to the right in FIG. 5), the roller chain
Allow tip fork 20 to move forward through 27,
Further, one end of the roller chain 28 is fixed to the tip of the fixed fork 18, the roller chain 28 is wound around the sprocket 24 at the rear end of the intermediate fork 19, and then the other end of the roller chain 28 is fixed to the tip of the tip fork 20. When the intermediate fork 19 moves rearward (to the left in FIG. 5), the tip fork 20 moves rearward via the roller chain 28. Further, the motor 29 is fixed to the lower part of the fixed fork 18, and the motor 29
When a motor 29 is driven by looping a loop-shaped roller chain 31 between a sprocket 30 attached to the rotating shaft of the sprocket and a sprocket 23 (not shown) provided coaxially with the sprocket 23 at the tip of the fixed fork 18, the transfer device 16 moves back and forth. Stretch in direction 21.

At the openings 6 of the first floor 3 and each floor 4, a fire door 32 capable of opening and closing the openings 6 as shown in FIG. 4 is provided so as to be able to go up and down through a hoisting machine 33, a sheave 34, and a wire 35. Fire door on each floor 4
A dust throwing equipment 36 is arranged so as to cover 32.

The refuse throwing equipment 36 has a structure as shown in FIG. 4, FIG. 6, and FIG.

That is, a box-shaped dust-discharging equipment main body 37 is provided so as to cover the fire door 32 of each floor 4, and a semi-cylindrical axis extends in the left-right direction 38 at positions 382 in the left-right direction toward the front of the dust-discharging equipment main body 37. Forming a hollow projecting portion 39, 40 having a shaped portion, and forming a combustible dust input port 41 and a non-combustible dust input port 42 at positions diagonally above the cylindrical surface of each of the projecting portions 39, 40, 3
It has a diameter slightly smaller than 9,40 and has a dust inlet on the side cylindrical surface that is approximately the same size as the combustible dust input port 41 and the non-combustible dust input port 42.
A cylindrical quantitative waste container 44 having 43 is provided, and the quantitative waste container 44 is mounted inside the hollow portion of each of the protrusions 39, 40 so as to be rotatable by 180 degrees about the axis of the protrusions 39, 40. , The waste inlet 43 faces diagonally upward and matches the combustible waste input port 41 and the non-combustible waste input port 42, and from these opened, the waste inlet 43 faces diagonally downward and the cylindrical surface of the quantitative waste container 44 burns combustible waste. The charging port 41 and the non-combustible waste charging port 42 are closed so that they are closed.

In addition, 45 is a handle for rotating the fixed quantity waste container 44.

An inclined plate 46 is attached to the inside of the quantitative refuse container 44 so that the dust easily falls from the inside of the quantitative refuse container 44 when the dust inlet 43 is directed obliquely downward.

A box-like waste container as shown in FIG. 8 is located in front of the fire door 32 inside the waste throwing equipment 36 and below the fixed quantity waste container 44.
52 is provided, and the combustible waste input port 41 is provided in the waste container 52.
And two chambers 47, 48 on the left and right, corresponding to the incombustible waste input port 42
And a fork insertion opening 50 for inserting a fork 70 of a dust container holding frame 71, which will be described later, at the bottom of the dust container 52. A leg portion 51 extending to 21 is arranged in parallel between the leg portions 51 so that the tip fork 20 of the three-stage telescopic fork can enter.

A combustible waste input port (not shown) inside the waste input facility 36
41 and a non-burnable refuse input port 42 are equipped with a frequency meter to measure the number of times of opening and closing, or a level meter that detects the amount of dust in a waste container 52 (not shown) is installed, and the input frequency meter or the dust inside the waste container 52 from the level meter is attached. A signal indicating that the container has been filled enables the garbage container collection cage 9 to be operated irregularly.

Also, a transfer device for the chamber 12 above the garbage container collection cage 9.
Store an empty trash container 52 on top of 16.

Further, as shown in FIG. 6, display lamps 53 indicating whether or not dust can be thrown in, and a key hole 54 for locking the combustible dust inlet 41 and the incombustible dust inlet 42, etc. on the front of the dust throwing equipment 36. To provide.

The roller conveyor 55 is installed in the opening 6 formed on the first floor 3 of the building 1.
A rear end is provided, and a dust discharge device 56 for discharging dust from the dust container 52 is provided at the tip of the roller conveyor 55.

The dust discharging device 56 has a structure as shown in FIG.

That is, the guide rails 58 and 59 extending in the vertical direction are provided at the front and rear positions of the base 57 provided below the tip of the roller conveyor 55, respectively.
Is installed upright, on the upper end of the rear guide rail 58, the inclined portion 60 that is displaced forward as it goes upward, and the horizontal portion 61 that extends forward from the front guide rail 59 continuously to the upper end of the inclined portion 60.
Are sequentially formed.

A roller 62 that rolls along the guide rail 58 is provided on the rear guide rail 58, and a roller unit 63 that rolls along the guide rail 59 is also provided on the front guide rail 59. Horizontal link between the rollers 62
Connect at 64.

Another roller 65 rolling along the guide rail 58 is provided at a position above the roller 62 of the rear guide rail 58,
A rear link 66 is provided between the rollers 62 and 65 so that the rear link 6
6 is pivotably supported on the horizontal link 64.

One end of a front link 67 is swingably attached to an end of the horizontal link 64 on the roller unit 63 side, and one end of a connecting link 68 is swingably attached to an upper end of the rear link 66 on the roller 65 side. And the other end of the front link 67 and the other end of the connecting link 68 with respect to each other so that when the horizontal link 64 is in the lowered position, the two pivot points are located rearward of the rear guide rail 58. It is pivotally attached, and horizontal link 64, rear link 66,
The front link 67 and the connecting link 68 constitute a deformable 8-shaped link body.

Frame-shaped waste container holding that can be externally fitted to the side of the waste container 52 from the front, and has a fork 70 at the bottom that can be inserted into the fork insertion port 50 of the waste container 52 from the front to lock the waste container 52 A frame 71 is provided, and the dust container holding frame 71 is fixed to the connecting link 68 while holding the angle θ.

A drive sprocket 72 and a driven sprocket 73 are arranged near the upper and lower ends of the front guide rail 59, respectively, and a loop-shaped chain 74 is wound between the drive sprocket 72 and the driven sprocket 73, and an attachment 75 is attached to the chain 74. The roller unit 63 is connected by using the above, and the drive sprocket 72 is driven to drive the chain 74, the attachment 75, the roller unit 63, the horizontal link 64, and the rear link 6.
6, the front link 67, the connecting link 68 are integrated into the guide rail 5
The trash container 52 is moved up and down along 8,59 so that the trash container 52 can be moved up and down for each trash container holding frame 71 fixed to the connecting link 68.

Garbage container in the basement 2 of building 1 with the above-mentioned waste discharging device 56
Waste storage device that temporarily stores the waste discharged from 52
One 76 is provided for combustible waste and another for non-combustible waste.

The refuse storage device 76 has a structure as shown in FIG.

That is, the base 78 is provided on the basement floor 2 via the pillars 77,
A substantially cylindrical waste storage tank 81 having openings 79, 80 at front and rear ends is arranged on the base 78 toward the front-rear direction 21, and the waste storage tank 81 is provided.
A guide ring gear 82 that extends in the circumferential direction is attached to the opening 79 on the rear end side, guide rails 83 that extend in the circumferential direction are attached to the outer peripheral portions near the front and rear ends of the dust storage tank 81, respectively, and the guide rails 83 are attached to the rear portion of the upper surface of the base 78. A drive gear (not shown) that meshes with the guide ring gear 82 is provided, and a pair of guide rollers 84 (second
(See the drawing) is provided to rotatably support the waste storage tank 81 on the base 78 by using a drive gear and a guide roller 84.

Waste container holding frame in the waste discharging device 56
71 Around the ascending position and the opening on the rear end side of each waste storage tank 81
Two garbage hoppers 85 that extend substantially vertically through the first and third floors are provided between and, and a screw conveyor 94 for horizontally conveying the garbage is provided in the middle of the garbage hoppers 85 as needed. To do.

A limit switch (not shown) is attached to the inside of each dust hopper 85, and the dust storage tank 81 is rotated when the amount of dust inside the dust hopper 85 exceeds a certain level by a signal from the limit switch.

A spiral blade 86 is attached to the inner surface of the waste storage tank 81.

Further, a frame 87 is provided upright on the front end side of the waste storage tank 81 so as to surround the front end side opening 80, and an opening / closing door 89 for opening / closing the opening 80 via the cylinder 88 (see FIG. 1) is provided on the frame 87. Install.

A belt conveyor that transfers the waste discharged from the opening 80 to the waste collection vehicle 90 below the opening 80 on the tip side of the waste storage device 76.
91 is provided.

Next, the operation will be described. The waste dumpers on each floor 4 carry their waste to the waste dumping equipment 36 placed on each floor 4,
After confirming whether or not it is possible to dispose of the waste by the indicator lamps 53 of the waste throwing equipment 36, the combustible waste throwing port 41 and the incombustible waste throwing port 42 are unlocked by using the keys given to each person.

Then, the waste dumper selects one or both of the combustible waste input port 41 and the incombustible waste input port 42 according to the waste to be thrown away, and rotates the handle 45 downward.

Then, as shown in FIG. 11, the refuse inlet 43 of the fixed-quantity refuse container 44 is rotationally displaced obliquely upward and coincides with the combustible waste input port 41 or the non-combustible waste input port 42, and the combustible waste input port 41 or the non-burnable waste. Since the input port 42 is opened, the combustible waste or incombustible waste is put into the quantitative waste container 44 from the opened combustible waste input port 41 or the incombustible waste input port 42, and the handle 45 is rotated upward to open the combustible waste input port. 41 or the incombustible waste input port 42 is closed.

Then, the waste inlet 43 of the fixed quantity waste container 44 is rotationally displaced downward, so that the waste inside the fixed quantity waste container 44 is placed along the inclined plate 46 from the waste entrance 43 into the waste container 52 placed below the fixed quantity waste container 44. Fall to.

At this time, the amount and size of dust that can be thrown in by a single operation are regulated by the volume of the fixed-quantity waste container 44, so that a large-sized waste that cannot be treated by the waste treatment facility of the present application. It is possible to prevent dust from being thrown in and to prevent clogging of dust.

Further, since the inclined plate 46 is provided in the fixed quantity waste container 44, the waste put in the fixed quantity waste container 44 is the fixed quantity waste container.
The problem of being stuck inside 44 and not falling is prevented.

If there is leftover dust left in one operation, repeat the above operation until there is no leftover dust.

In this way, after the waste is thrown in, the waste dumper uses his own key to put in the combustible waste inlet 41 and the incombustible waste inlet 42.
Lock and leave.

By making it possible to lock the combustible waste input port 41 and the non-combustible waste input port 42 in this manner, it is possible to prohibit a person who does not have a key from using the waste processing equipment.

As described above, the waste dumper can immediately dump the waste on the spot without waiting in front of the waste throwing equipment 36.

On the other hand, the garbage container collecting cage 9 collects the garbage containers 52 on each floor 4 at regular intervals (for example, once a day) by a timer (not shown). Or when the garbage container 52 on each floor 4 is full, the garbage container is full
By the signal from the loading counter or level meter provided for 52, the garbage container 52 which is automatically full,
It collects irregularly and prioritizes regular operation.

Therefore, the capacity of the waste container 52 is determined by the amount to be dumped at each floor 4 during the regular operation interval of the waste container collection cage 9.

The waste container collection cage 9 sequentially collects the waste containers 52 on each floor 4 in the following procedure.

That is, as shown by the solid line in FIG. 1, the waste container collection cage 9 in which the empty waste container 52 is housed in the upper chamber 12 is
Align the opening 14 of the lower chamber 13 with any of the openings 6 of each floor 4 and stop.

Then, when the fire door 32 is pulled up through the hoisting machine 33 and the wire 35 to open the opening 6 of the hoistway 5, the transfer device 16 in the lower chamber 13 is extended in the front-rear direction 21 and transferred. The tip fork 20 of the device 16 is inserted between the legs 51 of the waste container 52 on each floor 4, each transfer device 16 is slightly lifted by the cylinder 15 and the transfer device 16 is lifted with the waste container 52. Contracted again, so that each floor containing garbage 4
The waste container 52 is collected in the chamber 13 below the waste container collection cage 9.

After collecting the garbage container 52 on each floor 4 into the lower chamber 13, the garbage container collection cage 9 is slightly lowered to align the opening 6 of the hoistway 5 with the opening 14 of the upper chamber 12, and the reverse of the above. Empty trash container housed in upper chamber 12 in steps
Leave 52 on each floor 4.

In this way, by placing the empty garbage container 52 on each floor at the spot where the garbage container 52 on each floor 4 is collected, it is possible to almost eliminate the time when the garbage cannot be thrown into each floor 4.

The waste container collection cage 9 that collects the waste container 52 containing waste on each floor 4 then descends to the first floor 3 and opens the opening 14 of the lower chamber 13 into the first floor 3 as shown by the phantom line in FIG.
Align with the opening 6 of the cylinder and stop.
Each floor 4 collected in lower chamber 13 using 15 and transfer device 16
Roller conveyor with garbage container 52 on the first floor 3
55 Place on top.

Thereafter, the waste container collection cage 9 is slightly lowered to align the opening 14 of the upper chamber 12 with the opening 6 of the first floor 3, and waits until the waste container 52 is returned by the roller conveyor 55.

When the trash container 52 is returned by the roller conveyor 55, the trash container collection cage 9 loads the trash container 52 into the upper chamber 12.

After that, the garbage container collection cage 9 carries out the above operation for all floors while changing floors.

On the first floor 3, when the garbage container 52 containing the garbage of each floor 4 is placed on the roller conveyor 55 from the garbage container collection cage 9, the roller conveyor 55 conveys the garbage container 52 to the garbage discharging device 56.

In the dust discharging device 56, the dust container 52 first conveyed by the roller conveyor 55 is fitted into the dust container holding frame 71 whose side is stopped at the lower position of the dust discharging device 56, and at this time, the dust container 52 The fork 70 of the dust container holding frame 71 is inserted into the fork insertion opening 50 formed in the leg portion 51 of the 52, so that the dust container 52 is locked to the dust container holding frame 71.

In this way the garbage container 52 and the garbage container holding frame 71
When it is held by, the drive sprocket 72 is driven, and the chain 74 moves in the up-and-down direction, and the attachment 75, the roller unit 63, and the horizontal link 64, the rear link 66, the front link 67, and the connecting link 68 are formed into an 8-shaped shape. The link body integrally rises and raises the dust container 52 via the dust container holding frame 71 fixed to the connecting link 68.

When the dust container 52 rises and reaches the vicinity of the upper ends of the guide rails 58 and 59, the rear link 66 tilts forward because the roller 65 at the upper end is guided by the inclined portion 60 of the rear guide rail 58. When the rear link 66 tilts forward, the 8-shaped link body is deformed, and the rear link 67 and the connecting link 68 that form the 8-shaped link body tilt forward, and the connecting link 68 has an angle θ. The trash container holding frame 71 that is held and fixed also tilts forward to vertically flip the trash container 52 held by the trash container holding frame 71.

In this way, when the waste container 52 is turned upside down, the combustible waste and the non-combustible waste in the waste container 52 are separated into combustible waste and non-combustible waste, respectively, and are discharged to the corresponding hoppers 85.

The waste discharge device 56, which is the reverse of the waste container 52,
The drive sprocket 72 is rotationally driven in the opposite direction, and the dust container 52 is lowered onto the roller conveyor 55 by the procedure reverse to the above. Then, the empty waste container 52 lowered on the roller conveyor 55 is conveyed to the waste container collection cage 9 waiting on the first floor and third part of the hoistway 5, and is stored in the chamber 12 above the waste container collection cage 9. It

The waste discharged to the waste hopper 85 falls in the waste hopper 85 to the basement 2 or the screw conveyor 94.
Is transported to basement 2. And repeat the above,
When a certain amount of waste discharged from the waste container 52 is stored in the waste hopper 85, the drive gear (not shown) is driven to rotate the waste storage tank 81, and the waste in the waste hopper 85 is moved to the inner circumference of the waste storage tank 81. Waste tank by spiral blade 86 formed on the surface
I'm pulling in 81. Thus, the waste is sent forward in the waste storage tank 81, compressed, and temporarily stored in the waste storage tank 81.

When all the waste in the waste hopper 85 is drawn into the waste storage tank 81, the waste storage tank 81 stops rotating.

After that, in the waste storage tank 81 that temporarily stores the waste, when the waste collection truck 90 periodically circulates, the opening / closing door 89 in front of the waste storage tank 81 is opened using the cylinder 88 to remove the waste. The storage tank 81 is rotated to push out the internal waste onto the belt conveyor 91 by the spiral blade 86, and the belt conveyor 91 is driven to load the waste into the waste collection vehicle 90 and carry the waste to the waste collection vehicle 90. .

Incidentally, the waste treatment facility of the building of the present invention is not limited to the above-mentioned embodiment, but it can be applied to the case of mixing and collecting combustible waste and non-combustible waste, and does not depart from the gist of the present invention. It goes without saying that various changes can be made within the range.

[Advantages of the Invention] As described above, the building waste treatment facility of the present invention can exert various excellent effects as described below.

By installing a garbage container on each floor, garbage dumpers can immediately dump garbage without waiting.

Since a garbage container is used, there is no spill of garbage during collection and it is hygienic.

Garbage container collection cage, garbage container up and down 2
By making it possible to store tiers, it is possible to replace the trash container full of trash on each floor with an empty trash container on the spot, and eliminate the waiting time associated with collecting trash from the trash container.

Since the transfer device for loading and unloading the waste container into the waste container collection cage is arranged in each room above and below the waste container collection cage as a compact telescopic fork type, the loading and unloading operation is easy and the transfer device is installed on each floor. Compared with the case where it is provided, the facility cost can be reduced significantly.

[Brief description of drawings]

1 is a side sectional view showing the overall construction of an embodiment of the present invention, FIG. 2 is a view taken along the line II-II in FIG. 1, and FIG. 3 is a line I in FIG.
II-III arrow view, FIG. 4 is an enlarged view of the waste container collection cage of FIG. 1, FIG. 5 is a principle view of the transfer device of FIG. 4, and FIG.
Fig. 7 is an external view of the waste throwing device, Fig. 7 is a side sectional view of the fixed amount waste container portion of Fig. 6, Fig. 8 is a perspective view of the waste container, Fig. 9 is a side view of the waste discharging device, and 10 FIG. 11 is a side sectional view of the waste storage device, and FIG. 11 is an operation diagram of FIG. In the figure, 1 is a building, 2 is a basement floor, 3 is the first floor, 4 is each floor, 5 is a hoistway, 6 is an opening, 9 is a garbage container collection cage, 16 is a transfer device, 36 is a waste input facility, and 52 is garbage. A container, 56 is a waste discharge device, and 76 is a waste storage device.

 ─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Ariyuki Furuta 5-6-25-205 Maehara Higashi, Funabashi City, Chiba Prefecture (72) Inventor Shigekuni Hara 3-17-65 Kitanaka, Tokorozawa City, Saitama Prefecture (72) Device Toshiaki Arai 2-6-26 Tonomachi, Kawasaki-ku, Kawasaki-shi, Kanagawa Prefecture (72) Akira Kawase 1-19-10 Mori, Koto-ku, Tokyo Ishikawajima Harima Heavy Industries, Ltd. Koto Office (72) Inventor Hiroshi Iwasaki Tokyo 1-19-10 Mouri, Koto-ku Ishikawajima Harima Heavy Industries Co., Ltd. Koto office (72) Inventor Isamu Sawamura 1-19-10 Mouri, Koto-ku, Ishikawajima Harima Heavy Industries Co., Ltd. Koto office (56) References Sho 63-74801 (JP, A) JP 52-82867 (JP, A) JP 3-158302 (JP, A)

Claims (1)

[Scope of utility model registration request] Claims: 1. A hoistway that extends vertically through each floor of a building and has an opening for each floor, a garbage throwing facility that is installed outside the hoistway on each floor and stores a garbage container, and hoist in the hoistway. A garbage container collection cage that can be freely installed, can be stopped by aligning with the openings on each floor, and can store garbage containers in two levels, and a garbage container that is placed in each chamber above and below the garbage container collection cage. Telescopic fork type transfer device that loads and unloads in container collection cage, waste storage device that is installed at the bottom of the building to temporarily store the waste in the waste container, and discharges the waste in the waste container to the waste storage device Waste treatment equipment for buildings, which is equipped with a waste discharge device.