JPH1052568A - Gathering and carrying device for small waste - Google Patents

Abstract

PROBLEM TO BE SOLVED: To efficiently gather small waste individually discharged by respective users in the case that the plural users utilize a table where individual table-top spaces are continued or intermittently continued in a horizontal direction. SOLUTION: A hollow cylindrical carrying duct 11 is provided on the lower part of the table 3 and plural gathering disks 16 are coaxially connected to an endless wire 17 circulated inside the carrying duct 11 with prescribed intervals. Thus, the small waste dropped from a feeding port 9 pierced on the table 3 is carried to a prescribed gathering position by the respective gathering disks 16 moved by the pulling drive of the endless wire 17.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a small-waste collection / transportation device installed in a game facility, a restaurant, and the like. Collecting and discharging small waste efficiently and hygienically when the user discharges small waste individually, or when small waste is transported via a transport table or transport conveyor in the food processing process The present invention relates to an apparatus for collecting and transporting small waste.

[0002]

2. Description of the Related Art Conventionally, in a game facility such as a pachinko or a game center, or a dining facility such as a drive-in or a coffee shop, a long table commonly used by a plurality of users, a so-called counter table, has been widely used. This counter table is provided with a dust box for small waste such as an ashtray and a waste bin for each user.

[0003] However, in the counter table used by a plurality of customers as described above, every time the customers are replaced, the ashtray containing the butts and paper waste and the waste container must be replaced anew, and especially many people use the counter table. During times of busy customer service, when sitting at the counter table, the ashtray and waste bin used by the previous customer often remain as it is, making the next impression of unpleasant and poor service In addition to giving it to customers, the disadvantage is that the original labor for the facility must be allocated to the exchange of ashtrays and waste bins, resulting in the loss of profits for both the customer and the facility. Had.

On the other hand, in kitchens and canning factories of eating and drinking establishments, meat, which is discharged in large quantities in the processing steps,
Disposal of vegetables and other small food waste is recognized as an important task in promoting food hygiene and reducing the burden on humans. A collection tank is provided for the food, and the small food waste discharged at the processing site is put into the collection tank via a conveyor, and the collection tank is replaced when the waste is full in the collection tank. It is supposed to do.

[0005] However, when small food waste is put into the collection tank provided indoors as described above, it tends to emit an unpleasant odor due to the mixture of liquid juice oozing from various foods and the progress of spoilage, and the food processing indoors. Not only does this adversely affect the work environment, but also because the workers involved in food processing themselves regularly exchange the collection tanks, it is easy to induce contamination of processed foods, and this is a concern for food hygiene. From the viewpoint of the above.

[0006]

SUMMARY OF THE INVENTION The present invention has been devised in view of the above-mentioned situation to solve the conventional disadvantages, and has as its object to provide a table used by a plurality of customers. The above small waste can be collected efficiently without the need to replace the ashtray and the waste bin, and it can always maintain a clean and comfortable table condition, improving the service for customers and improving the ashtray, In addition to reducing the burden on the facilities required for the work of replacing waste containers, kitchens and canning factories at eating and drinking facilities can use a large amount of small food waste discharged during the processing process in a sanitary manner. It is an object of the present invention to provide a small-waste collection / transportation device that can efficiently dispose of waste while maintaining a safe working environment.

[0007]

According to a first aspect of the present invention, a hollow cylindrical transfer duct is provided at a lower portion of a table in which individual desk spaces are continuous or intermittent in a horizontal direction. Along with the endless wire flowing in the transport duct, a plurality of collecting disks are coaxially connected at a predetermined interval, and small wastes from the upper surface of the table to the inside of the transport duct are connected. Input ports are drilled in each individual space, and each collection disk that moves in the transport duct by pulling the endless wire draws small waste discharged from the input port into the transport duct in a predetermined manner. It is configured to be transported to the position,

As a second technical means, a driving wheel body having rotating blades arranged radially is horizontally mounted at the opening position at both ends or one opening position of the transfer duct, and the driving wheel body has entered the rotation region. The rotating blades are brought into contact with the rear surface of the collecting disk to push out the collecting disk in the rotational direction, and the subsequent collecting disk is connected and moved via the endless wire pulled by the pushing operation. Features and

[0009] As a third technical means, a pair of drive mechanisms formed by winding an endless chain in parallel on both sides of the moving area of the collecting disk reaching the opening positions of both ends of the transfer duct or one of the opening positions. A plurality of abutting rods facing the moving area of the collecting disk are respectively protruded at opposing positions of the endless chains, and when the respective driving mechanisms are synchronously driven, the collecting disk is The collecting disc is extruded in the advancing direction via a contact rod abutting on the rear surface, and the subsequent collecting disc is pulled in the transport duct by moving an endless wire linked to the pushing operation. ,

As a fourth technical means, the transport duct is provided with an auxiliary duct portion for sucking, through a suction hole, a odor and a smoke contained in the small waste dropped from the inlet. Characterized by

As a fifth technical means, the transport duct is provided with a deodorizing duct portion for supplying ozone into the transport duct through a discharge hole,

As a sixth technical means, the transfer start end of the transfer duct is installed indoors, and the transfer end is extended to the waste collection position installed outdoors and provided on the transfer start end. Characterized by a disposer interposed at the input of waste

According to a seventh aspect of the present invention, there is provided a scraping body positioned above the disposer and for guiding a waste downward.

As an eighth technical means, the transfer duct is formed in an inclined shape having a difference in height between the openings at both ends thereof, and the driving wheel or the driving mechanism is horizontally mounted on the lower opening side. A drive wheel or a drive mechanism is vertically mounted on the upper opening side of the transfer duct so that waste input from the lower opening side is discharged from the higher opening side. It is characterized by having comprised in.

[0015]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The configuration of the present invention will be described in detail with reference to a first embodiment of a pachinko game facility shown in the drawings. In FIG. 1 and FIG. 2, reference numerals 1, 1,... Denote pachinko gaming tables. The pachinko gaming tables 1, 1,. Each of the pachinko gaming tables 1, 1,... Has a flat counter table 3, 3 in which individual desk spaces are horizontally continuous. A drive mechanism 6 which constitutes a collecting and conveying device 5 described later is provided in the pillars 4a and 4b located at both ends of the strips 2a and 2b. 7, 7,... Are chairs on which passengers sit in front of the counter tables 3, 3.

Are ashtrays provided on the counter tables 3, 3 for each of the pachinko gaming tables 1, 1,..., As shown in FIG. 3 (a) and FIG. To
Each of the butts a, a,... Drilled in the counter tables 3, 3 is fitted into the inlet 9 of the butts, and a trap hole 8 formed in the bottom 8a thereof.
are dropped from the bottom of the bottom 8a, and a rotating plate 10 is provided on the lower surface of the bottom 8a to open and close the pit 8b in an openable and closable manner through an elastic machine (not shown). When the butts a, a,... Staying in the bottom 8a reach a predetermined amount, the rotating plate 10 is moved down by its weight when the urging butt a, a,.

On the lower surfaces of the counter tables 3, 3, a hollow cylindrical transfer duct 11 having an upper part opened at a position where the input port 9 is formed is provided along the longitudinal direction. An auxiliary duct portion 13 for sucking air in the transport duct 11 and a deodorizing duct portion 15 for supplying ozone into the transport duct 11 through a discharge hole 14 are integrally formed on a side surface of the transport duct 11. The ducts 13 and 15 are connected to a suction pump and an ozone generator (not shown).

.. Shown in FIG. 3 (b) are collecting discs coaxially loosely fitted at predetermined intervals to endless wires 17 flowing through the conveying duct 11, and the collecting discs Are formed in a bowl shape having an outer diameter along the inner diameter of the transfer duct 11, and reinforcing bushes 18a, 18b fixed to the front and rear surfaces thereof are separated from the front and rear of the collecting disk 16. 19 fixed to endless wire 17
The collecting disk 16 is allowed to freely move in the axial direction within a range where the collecting disk 16 can be accommodated.

On the other hand, the pillars 4a, 4a of the strips 2a, 2b
As shown in FIGS. 5 and 6, the rotating blades 2 are located inside the conveying ducts 11 and 11 at both ends thereof.
Drive wheels 21, 21 in which 0, 20...
Are horizontally mounted on the shaft, and the drive wheels 21, 21
Are driven synchronously in the same direction via a drive motor (not shown) to pull the endless wire 17 in tension. In addition, among the above-mentioned stripes 2a and 2b,
The pachinko gaming tables 1, 1,... Are arranged on one side only, and accordingly, the counter table 3 has the same configuration as the sima 2b except that the counter table 3 is also arranged on only one side. ing.

That is, the driving wheel bodies 21, 21...
As shown in FIGS. 6 and 7, the rotating blades 20 having a substantially elliptical shape in plan view are integrally formed while holding the forwardly inclined posture at upper and lower separated opposing positions sandwiching the guide groove 22 of the endless wire 17. In addition, the collecting disk 16 is pushed out by bringing the front edge of the rotating blade 20 in the rotation direction into contact with the rear surface of the collecting disk 16 that has entered the rotation range of the drive wheel 21. When the collecting disk 16 is pushed out, the reinforcing bush 18a at the front of the collecting disk 16 comes into contact with the stopper 19a of the endless wire 17, whereby the endless wire 17 is pulled and the subsequent collecting disk 16, 16 are circulated through the respective stoppers 19b, and the collecting and conveying device 5 including the conveying ducts 11, 11 is provided.
Is composed.

Reference numeral 23 denotes a support shaft on which the driving wheel body 21 is mounted. Reference numerals 24 and 24 shown in FIGS. 5 and 8 denote collection cans provided with a collection hopper 24a having an open upper portion. The collecting cans 24, 24 are disposed below the respective opening positions on the outlet side of the respective conveying ducts 11, 11, and each collecting disc 16,
.. Are collected for the purpose of collecting the butts a, a. And
The suction pipe 25 that penetrates through the inner wall of the collection can 24 and protrudes laterally is connected to a suction pump (not shown) together with the auxiliary duct portion 13 that sucks air in the transport duct 11. It is designed to remove odors.

Since the present invention is configured as described above,
A collection motor 5 is driven by rotating a drive motor (not shown).
Are started to rotate, the driving wheels 21, 21... Start rotating in the same direction, and the rear surfaces of the collecting disks 16, 16. When the leading edge of each rotary blade 20 abuts, the endless wire 17 is pulled, and the subsequent collecting disks 16 in the transport ducts 11 circulate in the same direction. .

While the collecting disks 16, 16,... Are circulating in the transport ducts 11, 11, the pachinko gaming tables 1, 1,. Butts a, a ... each ashtray 8,
When thrown into the ashtray 8, the bottom 8a of the ashtray 8, 8 ...
Drop into the conveying duct 11 from the trap hole 8b, and the butts a, a... Are transferred by the collecting discs 16, 16.
While being gradually gathered in the insides of the transfer ducts 11 and 11, they are collected in the collection can 24 at each outlet of the transfer ducts 11 and 11, and thereafter,
Each of the collecting disks 16, 16... Newly enters the other conveying duct 11 side, and the collecting operation of the butts a, a.

Therefore, each of the counter tables 3, 3
The ashtrays 8, 8... Respectively can always maintain a clean state in which butts a, a... Do not need to be replaced without troublesome ashtray replacement, cleaning, and the like. Even when the as-saved cigarettes are placed in the ashtrays 8, 8,..., The cigarette smoke is sucked from the trap holes 8b of the ashtrays 8, 8,. It does not disturb customers who are in the vicinity of the smoker. In addition, since ozone is discharged from the deodorizing duct section 15 to the transport duct 11, butts a, a... Generated in the transport duct 11 and near the ashtray 8.
The peculiar odor and the odor contained in the smoke are reduced, and a comfortable and clean pachinko parlor atmosphere can be created.

In the above-described embodiment, as shown in FIG. 5, a configuration in which all of the driving wheels 21, 21,... Are driven synchronously is disclosed and described.
That is, the number of driving wheels to which a rotational driving force is applied may be changed in accordance with the size of the number of collecting disks 16 connected to the endless wire 17 and the length of the transport duct 11. It is needless to say that design changes such as rotating one or two of the four drive wheels 21 and making the other drive wheels idle can be made appropriately. .

All of the four drive wheels 21 are idler wheels, and both sides of the movement area of the collecting disk 16 reaching the opening positions of both ends of the conveying ducts 11 or one of the opening positions (reference numerals in FIG. 5). As shown in FIG. 9, a pair of drive mechanisms 27, 27 formed by winding endless chains 26, 26 in parallel with sprockets 26 a, 26 b, respectively, are spaced apart from each other. A plurality of contact rods 28, 28,... Facing the movement area of the drive motor 2
9 and the contact rods 28, 2 via the reduction gear portion 29a.
The pushing operation of 8 may be configured to pull the subsequent collecting disc 16 connected to the endless wire 17.

Next, a second embodiment shown in FIGS. 10 to 13 will be described. In the figure, reference numeral 30 denotes a canning manufacturing plant, and indoor and outdoor 30 sandwiching an outer wall 31 of the manufacturing plant 30.
a, 30b, a collecting and conveying device 32 is buried therein, and conveys and discharges meat, vegetables, and other small food wastes a to a movable collecting tank 33 provided on the outdoor 30b side. Has become.

The collecting and transporting device 32 radially arranges the rotating blades 20, 20,... Below the floor located on the transporting end side of the transporting conveyor 34 for the small food waste a provided on the indoor 30a side. One of the driving wheel bodies 21a is horizontally mounted on a shaft, and the conveying duct 11 'formed into an inclined shape with a height difference between the opening portions 11'a and 11'b at both ends is connected to the driving wheel body. 12 and 13, on the upper surface on the side of the lower opening 11'a, as shown in FIG. 12 and FIG. A disposer 36 which supports the bodies 35, 35 in an upper position facing each other and faces a pair of helical blades 36 a, 36 a in the helical grooves 36 b, 36 b to face each other is provided at a transport end of the transport conveyor 34. Input port 34 that covers side from above
a small food waste a is cut into pieces by the disposer 36 and then dropped into the transport duct 11 ′.

Reference numeral 37 denotes a drive mechanism comprising a drive gear group 37a, a driven gear 37b for driving the helical blade 36a to rotate, an intermediate gear 37c, and an interlocking gear 37d for driving the scraper 35 to rotate, 38 a drive motor, and 39 a lower part thereof. The ozone generator 39 is activated when the drive motor 38 is rotationally driven, and the supply pipe 39a
The deodorizing action of the ozone flowing into the transport duct 11 'through the hopper removes the off-flavor generated from the transported small food waste a.

On the other hand, the upper opening 11'b of the transfer duct 11 'extends through the outer wall 31 of the manufacturing plant 30 to the outdoor 30b side, and in front of the opening 11'b. The other driving wheel body 21b is vertically mounted on a shaft, and a plurality of collecting disks 1 are provided at predetermined intervals as in the above-described embodiment.
The endless wire 17 formed by loosely fitting 6, 16,...
Conveyance duct 11 'and feed duct 4 arranged crossing it
In addition to forming a transport path 41 of the food waste a by circulating through the ducts of the collection wheel 0, the rotation drive shaft 42 of the drive wheel 21b is rotationally driven by the transport drive device 43, and
The small food waste a is conveyed to the collection tank 33 by the collecting discs 16 circulating between the driving wheel body 21a and the driving wheel body 21b by the pulling operation of the endless wire 17 via 6, 16,. It has a configuration. In addition, 44 is an accommodation space in which the collection tank 33 is placed, and 45 is a pipe line for discharging the liquid juice of the food small waste a from the lower opening 11 ′ a side and each bottom of the collection tank 33.

Since the second embodiment is configured as described above, meat, vegetables, and other small food wastes a discharged in a processing step (not shown) of the manufacturing plant 30 first pass through the conveyor 34. It is transported to the input port 34a. The small food waste a dropped from the end of the conveyor 34 is guided by the scrapers 35, 35 to the lower disposer 36 to be shredded, and then falls into the conveyor duct 11 '. , Collecting discs 16, 16 which enter the conveying duct 11 'from the lower opening 11'a side.
, And are sequentially conveyed toward the higher opening 11 ′ b side. Next, the small food waste a that has reached the opening 11'b is sequentially discharged to the outside from the opening 11'b by the pressing of the collecting disks 16, 16,. The waste a is gradually deposited. After that, when the accumulation amount of the food small waste a in the collection tank 33 reaches a predetermined amount, the collection tank 33 is replaced with an empty collection tank 33, and the full collection tank 33 is replaced with a predetermined food waste. It will be transferred to a processing facility.

Therefore, with respect to the treatment of the food small waste a, the odor which is exuded from various miscellaneous foods mixed and spoiled due to spoilage is not generated in the indoor 30a of the manufacturing plant 30, and the indoor working environment is improved. And the prevention of contamination of processed foods, and the small food waste a can be efficiently transported to the collection tank 33 outside 30b.

FIGS. 14 to 17 show a third embodiment in which the configuration of the collecting and conveying apparatus shown in the first embodiment is applied to a kitchen of a restaurant.
A cutting board 48 for processing and cooking food ingredients, and a gas stove 49 for heating and cooking the processed food ingredients are arranged on the table surface 46a, respectively. In front of the table surface 46a, an inlet 5 into which small food wastes a such as cut off food material and unnecessary foods discharged after heating and cooking are poured.
Are opened at predetermined intervals.

In a floor surface 51 located immediately below each of the input ports 50, 50,..., A hollow cylindrical transfer duct 11 having an open upper portion is provided in a longitudinal direction along the arrangement position of the input ports 50, 50,. The small food waste a input from the input port 50 is dropped into the transport duct 11 through the disposer 52 and the drop duct 53, and the air containing the unpleasant odor in the transport duct 11 is discharged. Auxiliary duct section 13 for sucking in from suction port 12 and deodorizing duct section 15 for supplying ozone into transport duct 11 through discharge port 14
Are integrally formed on the side surface of the transfer duct 11,
The ducts 13 and 15 are connected to a suction pump (not shown) and an ozone generator.

As shown in FIGS. 16 and 17,
A driving wheel 21a having rotating blades 20, 20... Arranged radially is axially supported on one of the openings 11a, 11b of the transport duct 11 on one side of the opening 11a. The other opening 11b extends through the outer wall 31 to the outside 30. A driving wheel 21b having the same configuration as the driving wheel 21a is disposed in front of the opening 11b. In the same manner as described above, the endless wire 17 formed by coaxially loosely fitting a plurality of collecting disks 16, 16... At predetermined intervals is connected to the transport duct 11 and the feed ducts 40 juxtaposed therewith. A transport route 41 for the small food waste a is formed so as to be circulated in the inside. Then, the rotation drive shaft 42 of the drive wheel body 21b is rotationally driven by the transport drive device 43, and the drive wheel body 21a and the drive wheel body 21b are driven by the pulling operation of the endless wire 17 through the collecting disks 16, 16,. Are conveyed to the collection tank 33 by the collection disks 16, 16. 54 is a small food waste a discharged to the outside through the other opening 11b.
Is a hopper that guides the hopper to the collection tank 33.

Since the third embodiment is configured as described above, meat, vegetables, and other small food waste a discharged from the kitchen 47 are dropped from the table surface 46a of the cooking table 46 to the input port 50. , Disposer 5 provided below
After the food small waste a is shredded in 2, the release duct 5
3 is discharged into the transport duct 11. Next, the small food wastes a conveyed to the other opening 11b by the pressing operation of the collecting disks 16, 16,... Circulating in the conveying duct 11 are successively discharged to the outside and are discharged via the hopper 54. Small food waste a is gradually deposited in the collection tank 33.

When the accumulation amount of the small food waste a in the collecting tank 33 reaches a predetermined amount, the collecting tank 33 is replaced with an empty collecting tank 33, and the full collecting tank 33 becomes a predetermined collecting tank 33. It will be sent to a food waste disposal facility. Therefore, regarding the treatment of the food small waste a discharged in the kitchen 47, the mixture of various miscellaneous foods, the unpleasant odor generated by the progress of putrefaction, or the unsanitary state due to the sap oozing from the food small waste a is wiped out, Food processing and cooking operations can be performed in a clean working environment in the kitchen 47.

[0038]

In short, the present invention provides an endless wire having a hollow cylindrical transfer duct along a lower portion of a table where individual desk spaces are continuous or intermittent in a horizontal direction, and which flows through the transfer duct. In addition, a plurality of collecting discs are connected coaxially at a predetermined interval, and a small waste input port from the upper surface of the table to the inside of the transport duct is formed in each individual space, Each collection disk moving in the transport duct by the pulling drive of the endless wire is configured to transport the small waste dropped into the transport duct from the input port to the predetermined collection position, so that multiple users Small ashes on the table to be used, ashtray,
Efficient collection can be performed without the need for cumbersome replacement work, and the table can be maintained in a clean and comfortable state with no residue of butts and paper debris. It is possible to achieve both reduction of the burden on the facility side required for the work of replacing the container. A drive wheel body in which the rotating blades are arranged radially is suspended horizontally at the opening positions at both ends or at one of the opening positions of the transport duct, and the rotating blades abut on the rear surface of the collecting disk that has entered the rotation region. Then, the collecting disc is extruded in the rotation direction, and the subsequent collecting disc is connected and moved via an endless wire pulled by the pushing operation. On both sides of the movement area of the collecting disk reaching the position, a pair of drive mechanisms each formed by winding an endless chain in a parallel manner are separately provided, and a plurality of contact rods facing the movement area of the collecting disk are provided. ,
When the respective drive mechanisms are synchronously driven, the collecting discs are pushed out in the advancing direction via a contacting rod that comes into contact with the rear surface of the collecting disc, and the pushing operation is performed. The subsequent collecting disk is pulled in the transport duct by the movement of the endless wire connected to the endless wire, so that the driving configuration of the endless wire necessary for the pulling drive of the collecting disk is configured to drive the collecting disk itself. This can be easily achieved by a rotational drive of the wheel body without requiring a complicated structure. The transport duct is provided with an auxiliary duct portion for inhaling the odor and the smoke contained in the small waste dropped from the input port through the suction hole, and the transport duct is provided through the discharge hole. Since a deodorizing duct section that supplies ozone into the transport duct is also provided,
The collection disc can absorb odors and tobacco smoke contained in tobacco and other wastes that cannot be collected, and can purify the air to create a clean and comfortable environment. The transfer start end of the transfer duct is installed indoors, the transfer end is extended to a waste collection position installed outdoors, and a disposer is interposed at a waste input port provided at the transfer start end. Therefore, it is possible to eliminate the adverse effects of sanitation and pollution of the working environment caused by the small waste without the need for indoor small waste disposal work, and to reduce small and large small waste appropriately. It is possible to convey quickly and efficiently while maintaining uniformity. Equipped with a raking body positioned above the disposer to guide the raking of the waste downward, small wastes of various shapes without causing problems such as catching and overflowing of small waste Can be smoothly transferred to the transfer device side. The transfer duct is formed in an inclined shape having a difference in height between the openings at both ends thereof, and the drive wheel or the drive mechanism described above is horizontally mounted on the lower opening side, and the transfer duct is A drive wheel or a drive mechanism is vertically mounted on the upper opening side, and waste input from the lower opening side is discharged from the higher opening side. Even in a work environment having a height difference that cannot be achieved with rollers or the like, a transport path for small waste can be easily constructed, and it is possible to flexibly cope with a wide range of work contents that meet the demands of consumers. Etc., which are very useful and novel effects.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a pachinko gaming table and a counter table installed in a pachinko parlor.

FIG. 2 is a front perspective view of the pachinko gaming table.

FIG. 3A is a cross-sectional view of a main part of a transport duct provided at a lower portion of a counter table. (B) is a side view of the collecting disk connected to the endless wire.

FIG. 4 is an essential part cross-sectional view showing the operation of an ashtray on a continuous counter table and a collecting disk moving in a transport duct via an endless wire.

FIG. 5 is a main part plan view showing a configuration of a collecting disk and a driving wheel body connected to an endless wire.

FIG. 6A is an overall plan view of a driving wheel body. (B)
FIG.

FIG. 7 is an operation explanatory view of a main part showing an operation state of a moving collecting disk and a driving wheel body.

FIG. 8 is a perspective view of a collecting can.

FIG. 9A is a front view of a pair of drive mechanisms provided on both sides of a movement area of the collection disk. (B) is a left side view of the same.

FIG. 10 is a partially omitted side sectional view of a transfer device installed in a canning manufacturing plant.

FIG. 11 is a partially omitted plan view of the same.

FIG. 12 is an overall perspective view of a disposer.

FIG. 13 is a plan view of a main part of the disposer.

FIG. 14A is an overall perspective view of a cooking table installed in a kitchen. (B) is a side sectional view of the same cooking table.

FIG. 15 is a side sectional view of a main part showing a connection state of a disposer and a drop duct from an input port to a transport duct.

FIG. 16 is a cross-sectional side view of a main part of a collection and transfer device installed between a kitchen and the outside.

FIG. 17 is a plan view of a main part of the above.

[Explanation of symbols]

 3 Table 9 Input Port 11 Conveying Duct 11 'Conveying Duct 16 Collecting Disk 17 Endless Wire 20 Rotating Blade 21 Drive Wheel 21a Drive Wheel 21b Drive Wheel 26 Endless Chain 27 Drive Mechanism 28 Contact Rod 12 Suction Hole 13 Auxiliary Duct Unit 14 Discharge hole 15 Deodorizing duct unit 17 Endless chain 30a Indoor 30b Outdoor 34a Input port 35 Scraping body 36 Disposer 50 Input port 52 Disposer

Claims (8)

[Claims] 1. A hollow cylindrical transport duct is provided below a table in which individual desk spaces are continuous or intermittent in a horizontal direction, and a plurality of collecting disks are provided on an endless wire flowing through the transport duct. At the same time, they are connected coaxially with a predetermined interval, and the small waste input port from the upper surface of the table to the inside of the transport duct is formed in each individual space, and the transport duct is driven by the endless wire pulling drive. A small waste collecting and transporting device configured to transport the small waste dropped from the input port into the transport duct to a predetermined collecting position by each of the collecting disks moving in the inside. 2. A drive wheel body in which rotating blades are radially arranged at the opening positions at both ends or at one opening position of the transfer duct, and a driving wheel body is horizontally mounted on a shaft. 2. The collecting disk is pushed in the direction of rotation by contacting the rotating blades, and a subsequent collecting disk is connected and moved via an endless wire pulled by the pushing operation. A collection and transport device for the small waste described in the above. 3. A pair of drive mechanisms formed by winding an endless chain in parallel on both sides of a moving area of the collecting disk reaching both ends of the transfer duct or one of the openings, and a pair of drive mechanisms are separately provided. A plurality of contact rods facing the moving area of the collecting disk are respectively protruded at positions facing each endless chain, and when each drive mechanism is driven to rotate synchronously, the contact rod contacts the rear surface of the collecting disk. 2. The collecting disc according to claim 1, wherein the collecting disc is extruded in the traveling direction via a rod, and a subsequent collecting disc is pulled in the transport duct by movement of an endless wire linked to the pushing operation. Small waste collection and transport equipment. 4. An auxiliary duct portion for sucking, through a suction hole, a odor and a smoke contained in the small waste dropped from an input port, is provided in the transport duct. 4. The small waste collection and transport device according to 1, 2, or 3. 5. The small-sized air-supply unit according to claim 1, wherein the transfer duct is provided with a deodorizing duct for supplying ozone into the transfer duct through a discharge hole. Waste collection and transport equipment. 6. A transfer start end of the transfer duct is installed indoors, a transfer end of the transfer duct is extended to a waste collection position installed outdoors, and a waste inlet provided on the transfer start end is provided. 6. The small-waste collection and transport device according to claim 1, wherein a disposer is interposed in the device. 7. The collection of small waste according to claim 1, further comprising a scraper positioned above the disposer to guide the waste downward. Transport device. 8. The transfer duct is formed in an inclined shape having a height difference between both end openings, and the drive wheel or the drive mechanism is horizontally mounted on a lower opening side. A drive wheel or a drive mechanism is vertically mounted on the upper opening side of the transfer duct so that waste introduced from the lower opening side is discharged from the higher opening side. The small-waste collection and transport device according to any one of claims 1 to 3 or 5 to 7, wherein