JP2005060003A - Collection device of garbage - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a device for efficiently collecting garbage generated at a kitchen or at home. <P>SOLUTION: This device is provided with a crushing device 10 for crushing garbage with a rotary blade, while pouring water, a garbage bag 70 into which the crushed garbage and drainage flow together, upper part connection male pipe 21 and upper part connection female pipe 23 for guiding the garbage after the crushing and drainage into the garbage bag 70, lower part connection female pipe 31 and lower part connection male pipe 34 for dehydrating only water from the garbage bag 70 and guiding the dehydrated water to a drainage reservoir 42, a drainage reservoir tank 40 having the drainage reservoir 42 for temporarily reserving the drainage, and a manual elevating device 50 for moving the drainage reservoir tank 40 in the vertical direction. The device efficiently takes out the garbage in a bag packing state having little bulkiness. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a collection device for garbage generated in a kitchen or home. More specifically, after the garbage generated at the kitchen or home is pulverized by a pulverizer, the wastewater containing the garbage is poured into the garbage bag inside the device, and without using the power of a power motor, gravity or human The present invention relates to a garbage collection device that dehydrates with the power of and removes the garbage after dehydration in a bag. The object of the present invention is to be able to dispose of garbage generated at a kitchen or home at a low cost, in a simple and clean manner, and to facilitate the collection work for recycling the garbage.

  Garbage generated at kitchens and households is generally collected in combustible waste in a plastic bag and temporarily stored, and then collected at a designated location on a designated date for each region. After being collected by a garbage collection vehicle of a public institution, it is incinerated at the facility, and the incineration residue is sent to a landfill to be landfilled. Recently, in some areas, after crushing with a household garbage crusher, it is either treated together with drainage in an underground filtration tank or inadvertently drained into sewers.

  In such a conventional garbage disposal method, problems such as easy generation of dioxins, a problem of insufficient space for final disposal, a problem of still high waste disposal costs, and the like have been pointed out. At the same time, from the viewpoints of environmental protection and oil depletion, the reduction of greenhouse gas emissions and the reduction of fossil fuel consumption has been advocated, and it has been proposed to recycle garbage as a resource. Under such circumstances, a technique for fermenting methane from organic waste such as garbage and using it as a power generation fuel has attracted attention. Unfortunately, however, the use of this technology in local governments has not progressed much. Moreover, the method of flowing garbage into the sewers while being crushed is not preferable because problems such as clogging of sewers and problems of increasing the treatment load of the sewers occur. Furthermore, the treatment method using underground filtration tanks in new apartments has many uncertainties in terms of the effects of housing sales and widespread use. The results are difficult to expect.

  As an apparatus for pulverizing garbage, Japanese Patent Laid-Open No. 2002-136960 is characterized in that the crushed garbage is directly flowed into sewage, and Japanese Patent Laid-Open No. 2001-96266 is characterized in that the crushed garbage is dehydrated and dried. No. 10, JP-A-10-296109, characterized in that pulverized raw garbage is treated with bacteria in inlan after dehydration, characterized in that the degree of compression of the garbage is adjusted according to the water content Japanese Patent Laid-Open No. 11-33789, Japanese Patent Laid-Open No. 11-33788, Japanese Patent Laid-Open No. 11-33787, solid-liquid separation and sludge removal, etc. Japanese Patent Application Laid-Open No. 10-156325 characterized in that this is performed by one apparatus, and Japanese Patent Application Laid-Open No. 2002-282824 characterized by removing solids such as oil. It has been.

JP 2002-282824 A JP 2002-136960 A JP 2001-96266 A Japanese Patent Laid-Open No. 10-296109 JP 2000-350979 A Japanese Patent Laid-Open No. 11-33789 Japanese Patent Laid-Open No. 11-33788 JP-A-11-33787 JP-A-10-156325 Japanese Patent No. 2952384

  Recently, some household garbage processing machines called bio-methods and hot-air drying methods have been put into practical use. These systems were devised in order to reduce the cost of transportation for local governments by first reducing the volume and weight of garbage generated at home and then collecting the garbage. In this method, the residue after processing garbage at home is sent to conventional incineration and landfill together with other combustible waste, and it is difficult to say that it is a progressive treatment method. The typical garbage disposal cost is also quite expensive.

  Regarding a method for treating garbage generated in ordinary households, there is no known method for efficiently removing and collecting them at the home for the purpose of collectively reusing them. Therefore, if the garbage generated at the kitchen or home can be collected and reused at home without sacrificing too much effort, the local government can collect and recycle it. It is thought that effective garbage disposal becomes possible by combining with the garbage microorganism treatment method and the method of fermenting methane from garbage and using it as power generation fuel. The present invention allows household garbage to be reused by helping the collective collection of household garbage by local governments, etc., easily and hygienically taking out the garbage generated at the kitchen and home without taking too much time. The present invention provides a garbage collection device for the purpose of promotion. Based on the same idea, the present inventor has previously invented a kitchen waste disposal apparatus and has obtained a patent (Japanese Patent No. 2952384). The present invention is intended to further improve the usability of the kitchen garbage processing apparatus and to improve the efficiency of collecting the garbage.

  The gist of the present invention is that in garbage disposal generated at a kitchen or home, the garbage is pulverized by a pulverizer and poured into a dedicated bag as it is, and is dehydrated or sanitized by human power as necessary. It is a garbage collection device that can be efficiently taken out in a bagging state with less bulk after being compressed and dehydrated. That is, a garbage collection device that efficiently removes garbage in a less bulky bag-packed state, a pulverizer (10) that crushes the garbage with a rotary blade while flowing water, and the crushed garbage Garbage bag (70) into which wastewater and wastewater flow together, upper connection male pipe (21) and upper connection female pipe (23) for guiding the garbage and wastewater after pulverization into the garbage bag (70), garbage bag Drainage having a lower connecting female pipe (31) and a lower connecting male pipe (34) for dehydrating only water from (70) and leading the dehydrated water to a drainage reservoir (42), and a drainage reservoir (42) for temporarily storing drainage It is the garbage collection device provided with the manual raising / lowering device (50) which moves a tank (40) and a drainage tank (40) to an up-down direction. At this time, in order to dehydrate water from the garbage bag (70), a compression dehydration mechanism (60) can be provided.

  The compression / dehydration mechanism (60) has a pedal (80) connected to a cord (63, 64, 65) via a lever (81), and the cord is connected to a net (68) covered with a dedicated garbage bag (70). In this mechanism, when the pedal (80) is depressed, the net (68) is contracted through the cord, and the ground garbage in the garbage bag (70) is compressed and dehydrated by the contraction of the net (68).

  The garbage bag (70) has an inner bag made of a filter material (71) that allows water to pass through and an outer bag made of a material (72) that prevents water and air from passing around the bag entrance (73). The double bag is joined to the inner bag and the outer bag with a common bag inlet (73), the outer bag has its own bag outlet (74), and the bag inlet (73) has a hem. A trumpet-shaped inlet (75) having a widened hem, and a trumpet-shaped outlet (76) having a widened hem can be provided at the bag outlet (75).

  The upper connection female tube (23) is fixed to the upper connection female tube support plate (24), the lower connection female tube (31) is fixed to the lower connection female tube support plate (32), and the upper connection female tube support plate (24). ) Is fixed to the upper connection female tube support (26), and the lower connection female tube support plate (32) is fixed to the lower connection female tube support (36). The upper connection female tube support (26) and the lower connection female The tube support (36) can be moved in the left-right direction or the up-down direction around the vertical axis (200). The lower connecting female pipe support (36) can be moved up and down in conjunction with the upper connecting female pipe support (26) by lifting the drainage tank (40) upward by the manual lifting device (50). can do.

  In the present invention, garbage generated at a kitchen or home is pulverized with a rotary blade together with water, and the crushed garbage is poured into a garbage bag together with drainage, and then dehydrated or manually as necessary. The present invention provides a garbage collection device that is compressed and dehydrated, leaves only crushed garbage in a garbage bag, and allows the garbage to be taken out while being packed in the bag. By using the apparatus of the present invention, there is no social problem that household garbage that is inadvertently disposed of clogs the sewage pipe. And it becomes easy to deal with the problem that the waste disposal cost is not cheap forever.

  In addition, since the garbage bag can be attached and detached with a simple operation, the shape of the bag is convenient for production, and the biodegradable plastic can be used as a material for the bag. From the viewpoint of recovery of organic waste as an alternative fuel for fossil fuels by using it as an auxiliary device in the previous process of recovering garbage from plants and households to a recycling facility such as a biomass fermentation facility Can contribute. Furthermore, the device is easy to handle and maintain, and does not require power other than the crushing device, is a device that is low in operating and maintenance costs and has few failures, greatly reducing the cost of garbage disposal. It can contribute.

  Furthermore, existing kitchen disposers often pulverize food waste and flow it directly into the sewer or the like together with water, which is not preferable from the viewpoint of preventing water pollution and protecting the environment. The garbage collection device according to the present invention, the garbage crushed by a conventional kitchen disposer, is poured into a dedicated garbage bag together with the kitchen effluent, filtered by a filter in the bag, By leaving only the garbage in the bag and making it easier to collect the bag filled with raw garbage as it is, it is intended to facilitate the reuse of resources and to help protect the environment.

  The garbage collection apparatus according to the present invention includes a pulverizer 10 for crushing garbage with a rotary blade while flowing water, a garbage bag 70 into which crushed garbage and wastewater flow together, The upper connecting male pipe 21 and the female pipe 23 for guiding the crushed garbage and drainage into the garbage bag 70 and the pulverized garbage and drainage collected in the garbage bag 70 are naturally dehydrated, and the dewatered water is discharged into the drainage reservoir 42. This is a garbage collection device comprising a lower connecting female pipe 31 and a male pipe 34, a drainage reservoir 40 having a drainage reservoir 42 for temporarily storing drainage, and a manual lifting device 50 for moving the drainage tank vertically. The apparatus can also include a compression dewatering mechanism 60 for dewatering.

  An existing apparatus is known as the crushing apparatus 10. For example, it is said to be a kitchen disposer. In this method, raw garbage is cut and pulverized with a rotary blade while flowing water. Some examples are used in some foreign countries and Japan.

  As the garbage bag 70 used in the garbage collection device, a double bag comprising an inner bag made of a filter material 71 that allows water to pass through and an outer bag made of a material 72 that does not allow water and air to pass through can be used. . The garbage bag 70 has a common bag inlet 73 for the inner bag and the outer bag, and the outer bag can have a unique bag outlet 74. The crushed garbage is collected in the inner bag of the filter material 71, and the waste water that does not contain the crushed garbage that has passed through the inner bag passes from the bag outlet 74 of the outer bag through the lower connecting female pipe 31 and the male pipe 34, The structure flows to the drainage reservoir 42 below. In the inner bag made of the filter material 71, only the outer bag made of the water-impervious material 72 and the peripheral portion of the bag inlet 73 are joined, and the bag inlet 73 is provided with a trumpet-shaped inlet 75 having an expanded hem, Further, the bag outlet 74 may be provided with a trumpet-shaped outlet 76 having a similar hem. These are for facilitating the bag setting.

  The garbage bag 70 can have the structure shown in FIG. In this case, a thick ring or the like of the same material may be inserted into the joining portion of the material 72 impervious to water and air and the trumpet-like inlet 75 and outlet 76 to stand the inlet and outlet trumpet.

  The connecting male pipe 21 is located at the outlet of the connecting pipe 15 extending from the apparatus outlet 12 of the crushing apparatus 10 and is fixed to the upper connecting male pipe support plate 22, and the height from the floor 1 is set to the apparatus ceiling 5. Can be set to any height. The lower connection female tube support 36 is supported at the height of the reference point 2 when it is at the lowest point. By lifting the drainage tank 40 upward by the manual lifting device 50, the height from the floor surface 1 is increased. It fluctuates. The movement of the upper connecting female tube support 26 and the movement of the lower connecting female tube support 36 are linked in both the vertical direction and the horizontal direction, and the axis serving as a reference at that time is the vertical axis 200. The vertical axis 200 is also a common axis when determining one shared central line in the vertical direction of the upper connecting portion 20 and the lower connecting portion 30.

  The upper connection female tube 23 is fixed to the upper connection female tube support plate 24, and the lower connection female tube 31 is fixed to the lower connection female tube support plate 32. The upper connection female tube support plate 24 and the lower connection female tube support plate 32 are preferably fixed to the support base 26 and the support base 36, respectively. In this case, it may be fixed from the beginning, or may be fixed each time through a vertical or horizontal cut provided in the upper connection female tube support base 26 and the lower connection female tube support base 36 in advance. . The upper connection female tube support plate 24, the lower connection female tube support plate 32, and the lower connection female tube support base 36 are located between the reference point 2 and the reference point 3 in FIG. While maintaining the height, a structure that can move in conjunction in the left-right direction or the up-down direction can be used. When these are rotated in the left-right direction, and at the maximum position 91 when they are rotated to the maximum, they can be fixed with metal fittings or the like so as not to move left and right. At that time, the center lines of the upper connecting male tube 21, the female connecting tube 23, the lower connecting female tube 31, and the male tube 34 are preferably structured such that they are aligned vertically.

  As described above, the lower connection female pipe support plate 32 is fixed to the lower connection female pipe support base 36. The lower connection female pipe support base 36 is a place on which the garbage bag 70 is placed. Is provided with a compression / dehydration mechanism 60 for compressing and dewatering the garbage bag 70 filled with pulverized garbage. Further, in order to improve the flow of drainage accumulated in the garbage bag 70, the center portion of the lower connection female tube support base 36 has a lower structure than the surroundings.

  The structure of the compression / dehydration mechanism 60 is shown in FIGS. In FIG. 5, the rope 64 and the rope 65 are fixed at the fulcrum 61, but move at the fulcrum 62, and their ends are connected to the rope 63. In a normal state, these cords are pulled outward by the spring 66 and the spring 67 as viewed from the center point 69, and are stretched so as to draw a circumference slightly larger than the circumference of the garbage bag 70. In this case, a plurality of these springs can be used so that the cord draws a shape close to a circle. A net 68 having a slight slack is stretched between the rope 64 and the rope 65, and a garbage bag 70 filled with pulverized garbage is wrapped from the outside during compression dehydration. When the crushed garbage is collected in the garbage bag 70, when the pedal 80 is depressed, the force is transmitted to the lever 81, is transmitted to the cable 64 and the cable 65 via the cable 63, and the net 68 is used. A compressive force can be generated at a point on a straight line connecting the fulcrum 61 and the fulcrum 62. By this operation, the pulverized garbage packed in the garbage bag 70 is compressed and dehydrated.

  6 and 7 show an example in which this mechanism is installed in an open cylinder container. As the non-cylinder cylindrical container, a container having a height that can be installed between the upper connecting female tube support 26 and the lower connecting female tube support 36 can be used. In this case, the lower connection female pipe 31 and the lower connection support plate 32 may be directly fixed to the bottom of the non-cylinder cylindrical container, and these may be installed on the lower connection female pipe support base 36 together with the container. Further, in order to improve workability, the upper connection female tube support 26 to which the upper connection female tube 23 and the female tube support plate 24 are fixed is folded upward at a position 92 at the front. Also good. 6 (a) and 7 (a) are views of the uncovered cylindrical container as viewed from above, and FIGS. 7 (b) and 7 (b) are views of the bottom of the uncovered cylindrical container as viewed from the back surface. is there. In this case, the net 68 is not shown in the figure of the topless cylindrical container as viewed from above, but the net 68 is stretched between the upper cord 64 and the lower cord 65 in the vertical direction. FIG. 6 shows a normal state in which no tension is applied to the cord 63. In this case, since the tension is not applied to the spring 66 (or 67) on the bottom back surface, the spring does not extend. FIG. 7 shows a state in which the rope 63 is tensioned. Accordingly, since the tension is also applied to the spring 66 (or 67) on the bottom rear surface, the spring shows an extended state. A knot ring 93 or a slip-through ring 94 is attached to the end of the spring that becomes the junction between the cord and the spring. The knot 93 serves to extend the spring 66 (or 67) in accordance with the length of the cord 64 or 65 being pulled, and the slip-through ring 94 is a part of the length of the cords 64 and 65 when the cords 64 and 65 are pulled. Saga plays the role of slipping through the ring. Therefore, it is desirable to use the slip-through wheel 94 at the joint point close to the fulcrum 62. Although FIG. 6 and FIG. 7 show the spring 66 and the spring 67, functionally, either the spring 66 or the spring 67 may be used.

  The lower connection male pipe 34 is installed at the drainage tank inlet 41 and is fixed to the lower connection male pipe support plate 35. The support plate 35 can be fixed to the drainage reservoir 40. The drainage tank 40 has a drainage tank 42 into which drainage that has passed through the lower connecting male pipe 34 flows, and a drainage tank outlet 43 that discharges the drainage tank 40 to the outside, and has a structure that moves up and down around the vertical axis 200. Can be used.

  The manual elevating device 50 is fixed to the floor surface 1 and can have a structure for raising and lowering the drainage tank 40 in the vertical direction. When the upper connection female pipe support 26 and the lower connection female pipe support 36 are fixed to the back position 91 and the drainage tank 40 is lifted upward using the manual lifting device 50, first, the lower connection male pipe 34 is used. The female tube 31 is connected. When further lifted, the upper connecting female pipe 23 and the male pipe 21 are then connected.

  When the ground garbage collected in the garbage bag 70 is compressed and dehydrated as necessary, the bedal 80 can be stepped down. When this compression dewatering operation is performed, a trumpet-shaped inlet 75 attached to the bag inlet 73 of the garbage bag 70 is set in the upper connection female pipe 23, and a trumpet-shaped outlet 76 attached to the bag outlet 74 is also provided. This is when the lower connecting female pipe 31 is set. Furthermore, at this time, the upper connection male tube 21 and the female tube 23 and the lower connection female tube 31 and the same male tube 34 are also connected. Accordingly, in this case, the waste water that comes out after compressing the crushed garbage is structured to flow into the drainage reservoir 42 by natural force.

  Embodiments of the present invention will be described. FIG. 1 shows a garbage collection apparatus of the present invention. The apparatus includes a crusher 10 that crushes raw garbage together with water with a rotary blade, a garbage bag 70 in which the crushed garbage flows together with the waste water and is naturally dehydrated or compressed and dehydrated, and pulverized raw food as necessary. It has a bed 80 used when compressing and dewatering garbage in the garbage bag 70, a compression and dehydration mechanism 60, a drainage reservoir 42 for temporarily storing drainage, and a plurality of pipes for connecting the pulverized garbage and wastewater flow. It is a garbage collection device.

  The pulverizer 10 is generally called a disposer, and is composed of an inlet 11 for water and garbage, an outlet 12, a rotary blade 14, and a motor 13 for rotating the inlet. The connection male pipe 21 is connected. A U-shaped tube can be suitably used for the connecting tube 15.

  The garbage bag 70 shown in FIG. 2 can be a double bag using a filter material 71 that allows water to pass through the inner bag and a material 72 that prevents water and air from passing through the outer bag. Specifically, the pulverized garbage and wastewater that flowed from the bag inlet 73 has a structure in which only the pulverized garbage is collected in the inner bag, and the wastewater can pass through the filter material 71 and be discharged out of the bag outlet 74. Is preferred. The filter material 71 may be used by stacking several filters with different meshes in order to increase drainage efficiency and prevent clogging of the filter meshes. In this case, the outermost inner bag of the filter material 71 is not in close contact with the outer bag of the material 72 that does not allow water and air to pass between the inner bag and the outer bag in order to improve the flow of water. You may make the device which a clearance gap produces. A trumpet-shaped inlet 75 and outlet 76 can be provided at the bag inlet 73 and the bag outlet 74, respectively, so that the garbage bag 70 can be easily set. When setting the garbage bag 70, first, the upper connection female tube support base 26 and the lower connection female tube support table 36 are rotated in the horizontal direction and fixed at a position 92 in front, so that the wrapper of the garbage bag 70 is attached. As shown in FIG. 4, the trumpet-shaped inlet 75 passes through the upper connecting female tube 23, and the trumpet-shaped outlet 76 communicates with the lower connecting female tube. It is good to draw out as it is through 31, and to fold up so that the surface of each connection female pipe may be covered, and to hold down a return part with annular magnet 25 and the same magnet 33, respectively. This state is a state in which the garbage bag 70 is set.

  When the garbage bag 70 is set, the upper connection female tube support 26 and the lower connection female tube support 36 are rotated and fixed at the back position 91.

  Next, the drainage tank 40 is first lifted upward using the manual lifting device 50. Then, the lower connection male pipe 34 and the female pipe 31 are joined. When the upper connection female pipe support base 36 and the upper connection female pipe support base 26 are lifted together, the upper connection female pipe 23 and the male pipe 21 are joined together. FIG. 3 shows a state when the upper connection male tube 21 and the upper connection female tube are joined. (However, the trumpet-shaped entrance 75 of the garbage bag 70 is omitted for easy viewing). Now you are ready. That is, at this time, the upper connecting female tube support is moved from the first reference point 3 to the reference point 4. That is, when the upper connecting female tube support 26 reaches the reference point 4, the upper connecting female tube 23 is joined to the male tube 21, and the garbage collection apparatus is ready for use.

  In this state, when the pulverized garbage and drainage are made to flow from the upper side using the pulverizer 10, the pulverized garbage is collected in the inner bag of the filter material 71 of the garbage bag 70, and the drainage flows. It flows from the drainage tank outlet 43 to the outer water distribution pipe via the drainage reservoir 42. The garbage bag 70 can be set to a volume capable of accommodating a necessary amount of crushed garbage according to the situation.

  When the ground garbage in the garbage bag 70 is compressed and dehydrated depending on the situation, the pedal 80 can be depressed downward to compress and dehydrate. In this case, the pedal 80 pulls the lever 81 downward, the force is transmitted to the cord 63 of the compression / dehydration mechanism 60, and the compression / dehydration mechanism 60 works.

  When the garbage bag 70 is filled with crushed garbage, it is taken out in the following procedure. First, the handle of the manual lifting device 50 is lowered. Then, the upper connection male tube 21 and the same female tube 23 are detached, and the lower connection female tube 31 and the same male tube 34 are also detached. Next, the fixing bracket at the back position 91 that has fixed the upper connection female pipe support base 26 and the lower connection female pipe support base 36 together is removed and turned to the front position 92 where it is fixed. Since the annular magnet 25 and the magnet 33 can be easily removed, the trumpet-shaped inlet 75 and the outlet 76 may be tied with a string or the like and then pulled out in the direction in which the garbage bag 70 is located. If it does so, the garbage bag 70 can be taken down from the lower connection female pipe | tube support stand 36 in the sealed state, and can be sent to garbage collection | recovery, such as a local government. Instead, a new garbage bag 70 is set.

  The present invention is a pulverizer for crushing raw garbage generated in a kitchen, home, etc. with a rotating blade together with water, and pouring the pulverized raw garbage into a garbage bag together with drainage to dehydrate it naturally or as necessary. The present invention provides a garbage collection device that is compressed and dehydrated, leaves only crushed garbage in a garbage bag, and can be taken out while being packed in the bag. In the apparatus of the present invention, the shape of the bag is convenient for production, and furthermore, since the biodegradable plastic can be used as a material for the bag, the apparatus of the present invention is disposed of from the kitchen or home. By using it as an auxiliary device for the previous process of collecting it in a recycling facility such as a biogas fermentation facility, contribution to society can be expected from the viewpoint of recovery of organic waste as an alternative fuel for fossil fuel. In addition, the apparatus of the present invention is easy to handle and maintain, does not require power other than the pulverizer, has low operating costs and low maintenance costs, and has few breakdowns. It can greatly contribute to.

It is a figure which shows an example of the whole garbage collection apparatus. It is a figure which shows the characteristic of a garbage bag. It is a figure which shows the connection condition of a connection male pipe and a female pipe. It is a figure which shows how to stop the trumpet-shaped mouth of a garbage bag. It is a figure which shows a compression dehydration mechanism. It is a figure which shows the example of a lidless cylindrical container. It is a figure which shows the example of a lidless cylindrical container.

Explanation of symbols

1 Floor
2 reference points
3 reference points
4 reference points
5 Equipment ceiling 10 Crusher 20 Upper connection part 30 Lower connection part 40 Drainage tank
50 Manual lifting device 60 Compression dehydration mechanism
70 garbage bag
80 Bedal 11 Crusher Inlet 12 Crusher Exit 13 Crusher Motor 14 Crusher Crusher Blade 15 Connection Pipe 21 Upper Connection Male Pipe 22 Upper Connection Male Pipe Support Plate 23 Upper Connection Female Pipe 24 Upper Connection Female Pipe Support Plate 25 Annular Magnet 26 Upper connection female pipe support 31 Lower connection female pipe 32 Lower connection female pipe support plate 33 Annular magnet 34 Lower connection male pipe 35 Lower connection male pipe support plate 36 Lower connection female pipe support base 41 Drainage tank inlet 42 Drainage tank 43 Drainage tank 43 Exit 61 fulcrum 62 fulcrum 63 cable 64 cable 65 cable 66 spring 67 spring 68 net 69 center point 71 filter material 72 water and air-impervious material 73 bag inlet 74 bag outlet 75 trumpet-shaped inlet 76 trumpet-shaped outlet 81 lever 91 Back position 92 Front position 93 Knotted ring 94 Skipped ring 100 Vertical axis 2 0 vertical axis

Claims (6)

  A garbage collection device that efficiently removes garbage in a bag with a small amount of bulk, a pulverizer (10) for crushing the garbage with a rotating blade while flowing water, The garbage bag (70) flowing together, the upper connection male pipe (21) and the upper connection female pipe (23) for guiding the crushed garbage and drainage into the garbage bag (70), the garbage bag ( 70) A drainage tank (31) having a lower connection female pipe (31) and a lower connection male pipe (34) for dehydrating water from the water to the drainage reservoir (42), and a drainage reservoir (42) for temporarily storing drainage. 40) and a garbage collection device comprising a manual lifting device (50) for moving the drainage reservoir (40) in the vertical direction.   The garbage collection device according to claim 1, further comprising a compression dehydration mechanism (60) for dewatering water from the garbage bag (70).   In the compression / dehydration mechanism (60), the pedal (80) is connected to the cord (63, 64, 65) via the lever (81), and the cord (63, 64, 65) is connected to the garbage bag (70). The garbage bag is formed by connecting the net (68) to the net (68), and when the pedal (80) is depressed, the cord (63, 64, 65) is pulled to contract the net (68). The garbage collection device according to claim 2, wherein the mechanism is a mechanism for compressing and dewatering the pulverized garbage in (70).   The garbage bag (70) has an inner bag made of a filter material (71) that allows water to pass through and an outer bag made of a material (72) that does not allow water and air to pass around the bag inlet (73). A double bag that is joined and has a common bag inlet (73) for the inner bag and the outer bag, and the outer bag has its own bag outlet (74), and the bag inlet (73) has a hem 4. A trumpet-shaped inlet (75) having a widened opening is provided, and a trumpet-shaped outlet (76) having a widened skirt is provided at the bag outlet (75). Garbage collection device according to crab.   The upper connection female pipe (23) is fixed to the upper connection female pipe support plate (24), and the lower connection female pipe (31) is fixed to the lower connection female pipe support plate (32), and the upper connection female pipe support is provided. The plate (24) is fixed to the upper connection female tube support (26), and the lower connection female tube support plate (32) is fixed to the lower connection female tube support (36), and the upper connection female tube support (26). 5) and the lower connecting female tube support (36) are movable in the left-right direction or the up-down direction around the longitudinal axis (200). The garbage collection device according to any one of the above. The lower connection female pipe support (36) moves up and down in conjunction with the upper connection female pipe support (26) by lifting the drainage tank (40) upward by the manual lifting device (50). The garbage collection device according to any one of claims 1 to 5, wherein the garbage collection device is possible.

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