JP6326166B1 - Used sanitary equipment processing equipment - Google Patents

Abstract

Disposal of used sanitary goods that can be separated into a plurality of types of materials constituting a sanitary product, and the filth absorbed by the polymer can also be separated from the polymer and sorted for each of the types of materials. Providing equipment. A processing apparatus for used sanitary goods according to the present invention includes a used paper diaper as a used sanitary article and a decomposing water that decomposes the used paper diaper. And the used diaper 2 are mixed to separate the used paper diaper 2 into a plurality of types of materials, and the filth in the used paper diaper 2 is separated to dehydrate the plurality of types of materials, and in the separator 4 A discharge unit 5 that discharges wastewater containing filth together with the decomposed water, and a sorter 6 that can sort at least pulp and plastic constituting a paper diaper by charging the material separated by the separator 4 and drying it. It is characterized by having. [Selection] Figure 1

Description

  The present invention relates to a processing apparatus for used sanitary goods such as used paper diapers and used urine leak pads.

  In recent years, paper diapers are used as disposable diapers, which are sanitary products, in hospitals and nursing homes. This paper diaper is made up of a material such as an absorbent body made of pulp, a polymer absorbent body (polymer polymer) that retains moisture absorbed by the absorbent body, and a waterproof material (plastic) that wraps them. Yes. In addition, the urine leak pad is composed of a material such as an absorbent body made of pulp, a polymer absorbent body (polymer polymer) that retains moisture absorbed by the absorbent body, and a waterproof material (plastic) that wraps these. Yes. These used sanitary goods such as used paper diapers and urine leak pads are currently treated (disposed) as general waste.

  However, sanitary products such as used paper diapers and urine leak pads may be used as general waste, for example, if harmful substances are generated by incineration, or soil may be deteriorated by infectious substances if landfilled.

  Thus, from the viewpoint of hygiene and environment, Patent Documents 1, 2, and 3 propose processing apparatuses for used paper diapers that disassemble and process used paper diapers for each material. In the used paper diaper processing equipment proposed in the literatures 1, 2, and 3, the used paper diaper is mixed with the processing liquid in a rotating drum to decompose it into pulp, polymer polymer, and plastic materials. doing. Pulp, polymer polymers, and plastics decomposed from used paper diapers are each discarded as general waste.

Japanese Patent No. 3895081 Japanese Patent No. 3597492 Japanese Patent No. 3569260

  However, in the above-mentioned used paper diaper processing apparatus, the paper diaper is separated and disassembled into a water-soluble substance and an insoluble substance, or the polymer and pulp / plastic that absorbs urine and other filth (sewage) are separated and disassembled. The high-molecular polymer that has absorbed urine and other filth is not separated and disassembled. For this reason, if the separated and disassembled polymer is discarded as general waste and incinerated, harmful substances may be generated after incineration or infectious substances may be discharged from the filth absorbed by the polymer. .

  Further, in the above-mentioned used paper diaper processing apparatus, when separating and disassembling into pulp, polymer polymer and plastic, the waste, polymer polymer and pulp are scattered in the processing liquid while the plastic remains in the drum. By filtering the treatment liquid, the pulp and the polymer are left, and the treatment liquid containing waste is discharged to the sewage treatment facility side. For this reason, a lot of pulp may remain in the treated liquid after disinfection including filth, and the pulp may also adhere to the plastic remaining in the drum.

  Therefore, the present invention separates used sanitary goods such as used paper diapers into a plurality of types of materials constituting the sanitary goods, and also separates filth absorbed by the polymer polymer from the polymer polymer. It aims at providing the processing apparatus of the used sanitary goods which can sort for every material.

In one embodiment of the present invention for solving the above-described problem, a used sanitary product is separated into a plurality of types of materials constituting the sanitary product, and filth in the used sanitary product is separated, and the material is selected. An apparatus for treating used sanitary goods, in which used sanitary goods and decomposing water for decomposing sanitary goods are input, and the used disinfecting water and the used diaper are mixed to form the used sanitary goods. A separator that separates the waste in the used sanitary goods and separates the waste in the used sanitary goods, and discharges the wastewater containing the waste together with the decomposed water in the separator to the outside. And a sorting machine capable of sorting at least pulp and plastic constituting a sanitary product by drying the raw material separated and input by the separator, the separator having a casing A fixed and supported outer trunk separation tank, and a plurality of holes that are rotatably disposed in the outer trunk separation tank and communicated with the outer trunk separation tank are provided in the outer circumferential surface. Formed by an inner trunk separation tank, and a decomposition water supply port that is provided in the housing and supplies cracked water from the upper part of the used diaper charged into the inner trunk separation tank into the inner trunk separation tank, The discharge unit communicates with the outer trunk separation tank, and the sorter has a casing formed with an inlet on one front side and an outlet formed on the other side of the rear, and has a cylindrical shape on one end surface. An opening that communicates with the charging port is formed, and an opening that communicates with the take-out port is formed on the other end surface. an outer cylinder sorting tub fixed and supported to the housing, both end faces in the axial direction in a cylindrical shape A plurality of holes are placed in the interior is provided to the outer cylinder sorting tank and communicating with the outer peripheral surface is rotatably disposed in the outer cylinder sorting tank in the state where each of the openings has been communicated in the outer cylinder sorting tank The inner trunk sorting tank for drying the plurality of types of the separated and dehydrated materials, and the inner trunk sorting from the plurality of holes provided on the lower side of the outer trunk sorting tank provided on the lower side of the outer trunk sorting tank A take-out transport unit that transports the pulp discharged through the pulp discharge port after being discharged between the tank and the outer trunk sorting tank to the outside; A drying air inlet provided at a position biased to one side and supplied with drying air into the outer trunk sorting tank, and a position biased from the upper end to the other side in the circumferential direction on the upper side of the outer trunk sorting tank A dry air outlet for drying air to be discharged from the outer body sorting tank, and the outer body selection A dry air supply unit for supplying warm air from the dry air introduction port into a separate tank to heat the plurality of types of materials and to discharge air in the inner body sorting tank from the dry air discharge port; A plurality of types of materials fed into the inner body sorting tank are dried by supplying dry air from the drying air supply unit into the rotating inner body sorting tank, and a plurality of materials are discharged to the take-out and transport unit through the pulp discharge port. A used sanitary ware treatment apparatus (1) characterized in that one of the seeds of said material is discharged .

  One embodiment of the present invention is characterized in that the decomposed water contains at least water, lime, and a bactericidal agent.

  One embodiment of the present invention is characterized in that the wastewater drained from the drainage section includes pulp of a material constituting sanitary goods and filth separated from the sanitary goods.

  According to the present invention, the used sanitary product is separated into a plurality of types of materials and the filth in the used sanitary product is separated by mixing the decomposed water put into the separator and the used sanitary product, The discharge part discharges wastewater containing waste water along with the decomposed water. Further, at least the pulp and the plastic are sorted by drying the material separated by the separator by the sorter.

  As a result, used sanitary goods can be separated into multiple types of materials that make up sanitary goods, and at the same time, filth absorbed in the polymer is also separated from the polymer, and multiple types of used sanitary goods are separated. Can be sorted by material.

The schematic block diagram which shows schematic structure of the processing apparatus of the used sanitary goods which concerns on embodiment of this invention. The front view which shows the separator of the processing apparatus of the used sanitary goods which concerns on embodiment of this invention. Sectional drawing which showed the separator of the processing apparatus of the used sanitary goods which concerns on embodiment of this invention, and cut | disconnected along the III-III line of FIG. The side view which shows the state which the separator of the processing apparatus of the used sanitary goods which concerns on embodiment of this invention inclined. The schematic block diagram which shows the outline of the pulp collection | recovery apparatus used for the processing apparatus of the used sanitary goods which concerns on embodiment of this invention. The cross-sectional block diagram which shows the rotary screen of a pulp collection | recovery apparatus. The front view which shows the sorter of the processing apparatus of the used sanitary goods which concerns on embodiment of this invention. Sectional drawing which showed the sorter of the processing apparatus of the used sanitary goods which concerns on embodiment of this invention, and cut | disconnected along the IIIV-IIIV line | wire of FIG. The side view which showed the sorter of the processing apparatus of the used sanitary goods which concerns on embodiment of this invention, and was seen from the arrow IX direction of FIG. The pulp extraction conveyor used for a sorter is shown, (a) is sectional drawing which shows a conveyor belt, (b) is sectional drawing which shows the structure of a pulp extraction conveyor.

  Embodiments of a used sanitary article processing apparatus (hereinafter referred to as “processing apparatus”) according to the present invention will be described below. The processing apparatus which concerns on this invention isolate | separates the multiple types of raw material which comprises sanitary goods, and the filth which is absorbed by used sanitary goods, and collect | recovers the isolate | separated material.

  The disposable diaper as a sanitary article processed in the present embodiment includes a surface material, a three-dimensional gather for preventing leakage, a water absorbing material, a waterproof material, and the like. As the surface material, a nonwoven fabric of polyester or polypropylene is used. Non-woven fabric and stretchable material are used for leak-proof three-dimensional gathers. The water-absorbing material is composed of a combination of water-absorbing paper, cotton-like pulp, polymer absorbent material and the like. As the waterproof material, a non-woven fabric made of synthetic fiber or the like is used as a waterproof sheet covering the outside of the paper diaper. In addition, adhesive tapes, fastening materials, and the like that stop paper diapers are used. In the present embodiment, the material means a polymer absorbent body of a paper diaper, a surface material, plastic used for three-dimensional gathers, pulp used for water-absorbing paper, etc., adhesive tape, rubber and others. .

Moreover, the decomposed water used in the treatment apparatus in the present embodiment is a mixture of lime as a decomposing agent, hypochlorous acid as a disinfectant, and water, and the type of used paper diaper to be treated, The amount of lime, hypochlorous acid, and water is set according to the amount of used paper diaper to be treated. Moreover, you may add a cleaning agent, a bleaching agent, etc. as needed. In addition, you may use what mixed lime and water as decomposition water, and supply hypochlorous acid as a disinfectant to a processing apparatus separately from the decomposition water which mixed lime and water. In this embodiment, a mixture of lime as a decomposing agent, water, and hypochlorous acid as a disinfectant is used as decomposing water.
Hereinafter, the processing apparatus of this Embodiment is demonstrated. In the present embodiment, an example of processing a used paper diaper as a sanitary product will be described.

[Overall configuration of processing apparatus and features of embodiments]
As shown in FIG. 1, the processing apparatus 1 of the present embodiment is charged with a used paper diaper 2 and decomposition water (see FIG. 2) 3 for decomposing the paper diaper 2. Separating the used paper diaper 2 into multiple types of materials by mixing the used paper diaper 2 and separating the filth (sewage) absorbed by the used paper diaper 2 and dehydrating the multiple types of material, and separation It is possible to sort out at least pulp and plastic constituting the used paper diaper 2 by discharging the waste water containing waste with the decomposed water 3 in the machine 4 to the outside, and by feeding the material separated by the separator 4 and drying it. And a proper sorter 6.

[Separator]
As shown in FIGS. 2 and 3, the separator 4 includes a housing 7, an outer trunk separation tank 8, an inner trunk separation tank 9, and a cracked water supply unit 10. The outer trunk separation tank 8 is fixed to the housing 7. The inner trunk separation tank 9 is rotatably disposed in the outer trunk separation tank 8. The cracked water supply unit 10 supplies the cracked water 3 to the used paper diaper 2 in the inner trunk separation tank 9.

  The housing 7 is formed in a box shape. On the front side 11 of the housing 7, a circular loading / unloading port 12 and a loading / unloading capture plate 13 are provided. From the input / outlet 12, the used paper diaper 2 is input into the inner cylinder separation tank 9, and the solid matter remaining in the inner cylinder separation tank 9 is discharged. The charging / discharging capture plate 13 captures the solids so as not to be scattered around the charging / unloading port 12 when discharging the solids remaining in the inner trunk separation tank 9.

  A circular loading / unloading door 14 is rotatably provided at the opening edge of the loading / unloading port 12. The loading / unloading door 14 closes the loading / unloading port 12 in a state where the loading / unloading door 14 is located on the front side 11 of the housing 7. In addition, the loading / unloading door 14 opens the loading / unloading port 12 in a state of being rotated approximately 180 degrees with respect to the front surface side 11 of the housing 7.

  A tilting device (not shown) is provided on the base 15 at the bottom of the housing 7. With this tilting device, the casing 7 is tilted by turning clockwise in FIG. 4 with the lower corner portion 16 on the front side 11 as a fulcrum, and is opposite in FIG. 4 with the lower corner portion 18 on the rear side 17 in the fulcrum. Tilt by turning clockwise.

  When the used paper diaper 2 is put into the inner trunk separation tank 9 in the housing 7, the loading / unloading port 12 is opened, and the housing 7 has the lower corner 18 on the rear side 17 as a fulcrum. In the counterclockwise direction. In this state, the used paper diaper 2 is put into the inner trunk separation tank 9.

  Further, when discharging the solid matter remaining in the inner trunk separation tank 9 from the inner trunk separation tank 9 of the casing 7, the loading / unloading port 12 is opened and the casing 7 is moved to the lower part of the front side 11. The corner portion 16 is pivoted in the clockwise direction. In this state, the solid matter in the inner trunk separation tank 9 is discharged onto the input / removal capturing plate 13 and discharged onto a conveyor 68 described later.

  The used paper diapers 2 are collected from ordinary households, hospitals, nursing homes, and the like, and then weighed by a weighing conveyor 19 into a lump of a predetermined amount as shown in FIG. The used diaper 2 made into a lump is suspended by the loading machine 20 and moved to the front side 11 of the separator 4. The used paper diaper 2 moved by the feeder 20 to the front side 11 of the separator 4 is moved from the inlet / outlet 12 into the inside of the housing 7, that is, into the inner trunk separation tank 9 inside the outer trunk separation tank 8. It is thrown in.

  As shown in FIG. 3, the outer trunk separation tank 8 has a cylindrical shape and is fixed in a state where one end surface 21 side is in close contact with the inner surface of the front surface side 11 of the housing 7. One end face 21 is formed with an opening 22 communicating with the loading / unloading port 12 of the housing 7. The other end face 23 is closed. For this reason, in the state where the loading / unloading door 14 closes the loading / unloading port 12, the inside of the outer trunk separation tank 8 is sealed. An inner trunk separation tank 9 is rotatably disposed in the outer trunk separation tank 8.

  The inner trunk separation tank 9 has a cylindrical shape with an inner diameter smaller than the inner diameter of the outer trunk separation tank 8, and a small-diameter hole is formed in the entire outer peripheral surface (side surface) by punching or the like. In addition, four protrusions 9 a are provided at equal intervals in the circumferential direction on the inner wall of the inner trunk separation tank 9. These protrusions 9 a protrude in an acute angle toward the center of the inner trunk separation tank 9 and have a long shape along the axial direction of the inner trunk separation tank 9. One end surface 24 side of the inner trunk separation tank 9 is positioned on the front surface side 11 of the housing 7, and the other end surface 25 is positioned on the rear surface side 17 of the housing 7. On one end face 24 side, an opening 26 communicating with the loading / unloading port 12 of the housing 7 is formed. From the other end face 25 side, the rotation drive shaft 27 protrudes toward the rear face side 17 of the housing 7.

  The rotational drive shaft 27 extends through the other end surface 23 of the outer shell separation tank 8 to the rear surface side 17 side of the housing 7. A rotational driving force is transmitted to the rotational drive shaft 27 from a drive motor (not shown), and the inner trunk separation tank 9 is rotationally driven. A used paper diaper 2 is put into the rotating inner trunk separation tank 9 and decomposed water is supplied by the decomposed water supply unit 10.

  As shown in FIGS. 1 and 2, the cracked water supply unit 10 includes a cracking agent tank 28, a detergent tank 29, a cracked water supply port 30, a supply pump 31, and pipe lines 32 and 33. Yes. The decomposition agent tank 28 stores decomposition water 3 in which a decomposition agent, water, and a disinfectant mixed in a predetermined ratio are mixed. In addition, you may use what mixed lime and water as decomposition water, and supply hypochlorous acid as a disinfectant to a processing apparatus separately from the decomposition water which mixed lime and water. In this case, the disinfectant (hypochlorous acid) may be sent into the inner trunk separation tank 9 through another pipe line similar to the detergent. Detergent is stored in the detergent tank 29. As shown in FIGS. 2 and 3, the cracked water supply port 30 is provided at a position on the upper side from the center of the loading / unloading door 14.

  For this reason, the decomposed water 3 in which the decomposing agent, water, and disinfectant are mixed is supplied into the inner cylinder separating tank 9 from the upper side from the center position of the inner cylinder separating tank 9. The supply pump 31 sends the decomposition water mixed with the decomposition agent, water, and the disinfectant to the decomposition water supply port 30 that supplies the decomposition water. The pipe line 32 sends the decomposition agent from the decomposition agent tank 28 to the decomposition water supply port 30. The pipe line 33 sends the detergent from the detergent tank 29 to the inside of the inner trunk separation tank 9.

  As shown in FIG. 3, the decomposed water sent to the decomposed water supply port 30 is poured from the upper side into the used paper diaper 2 charged in the inner trunk separation tank 9. When the decomposed water pours into the used paper diaper in the inner trunk separation tank 9 from above, the used paper diaper 2 is evenly spread with the decomposed water. Poured into used disposable diaper 2.

  And when the inner body separation tank 9 is rotationally driven in a state where the decomposed water is poured onto the used paper diaper 2 from the upper part by the Niagara method, the used paper diaper 2 is constituted by the supplied decomposed water. The seed material and the filth (sewage) absorbed by the used paper diaper 2 are separated. In this case, since the used paper diaper 2 is stirred by the projection 9a in the inner trunk separation tank 9, the used paper diaper 2 on the lower side is also moved to the upper side, and the decomposed water is poured from the upper side. Accordingly, the decomposed water is uniformly immersed (penetrated) in the used paper diaper 2, and the used paper diaper 2 is separated. Solids that do not dissolve in the decomposed water (pulp and plastic that did not dissolve) remain in the inner trunk separation tank 9, and pulp and filth (sewage) dissolved in the decomposed water are discharged to the discharge unit 5.

[Discharge part]
As shown in FIGS. 2 and 3, the discharge unit 5 includes a drain receiving tank 34 from which the decomposed water in the outer trunk separation tank 8 is discharged, a drain pit 35 for filtering and temporarily storing the drainage, and a drain receiving tank. 34 and the drainage pit 35 are connected to each other, and a drainage pipe 36 that allows the drainage to flow into the drainage pit 35. The drainage receiving tank 34 is disposed on the lower side of the outer trunk separation tank 8 and is fixed to the housing 7. A recovery pipe 37 projects from the drainage receiving tank 34. The recovery pipe 37 extends to the inside of the outer trunk separation tank 8. The collection pipe 37 communicates the drain receiving tank 34 and the outer trunk separation tank 8.

  The recovery pipe 37 adheres to waste water in the outer shell separation tank 8, that is, waste (sewage such as urine) decomposed from the used paper diaper 2 by the supplied decomposed water and contained in the polymer. The decomposed water mixed with filth and pulp that has been discharged is discharged into the drain receiving tank 34. The decomposed water containing the pulp drained into the drain receiving tank 34 is stored in the drain pit 35 through the drain pipe 36. The decomposed water stored in the drain pit 35 contains a large amount of pulp, and the pulp is separated and recovered by the pulp recovery device 38 from the decomposed water.

  As shown in FIG. 5, the pulp recovery device 38 includes a primary pit 39, a primary rotary screen 40a, a primary screw dewatering machine 42a, a drained pulp washing tank 41, a secondary rotary screen 40b, and a secondary screw dewatering machine. 42b. The primary pit 39 is fed by the pump 43 from the drain pit 35 with decomposed water in which pulp and filth (sewage) discharged from the inner trunk separation tank 9 are dissolved. By passing the drain pit 35 and the primary pit 39, large members mixed in the decomposed water are separated. The decomposed water from which the large members mixed through the drainage pit 35 and the primary pit 39 are separated is sent to the primary rotary screen 40a by the pump 44.

  As shown in FIG. 6, the primary rotary screen 40 a includes a rotary shaft 46, a motor 47 that rotationally drives the rotary shaft 46, and a screen drum 48 that rotates when the rotary shaft 46 is written. And is roughly structured. Since the secondary rotary screen 40b has the same configuration as the primary rotary screen 40a, description thereof is omitted.

  Decomposed water in which pulp and filth (sewage) are dissolved is introduced from the primary pit 39 into the screen drum 48 through the supply port 49. The primary rotary screen 40a separates the solid matter (pulp) in the decomposed water from the water of the decomposed water, and the water separated from the decomposed water is collected at the bottom of the housing 45 and collected. The pulp separated from the cracked water is sent to the primary screw dehydrator 42a. The pulp sent to the primary screw dehydrator 42 a is dehydrated and then sent to the drained pulp washing tank 41. In the drained pulp washing tank 41, the pulp is mixed with the washing liquid (water) and washed, and sent to the secondary rotary screen 40b by the pump 51. The washed pulp sent to the secondary rotary screen 40b is separated into solids (pulp) and washing liquid (water). The solid (pulp) separated from the cleaning liquid (water) is sent to the secondary screw dehydrator 42b, and the cleaning liquid (water) separated from the solid (pulp) is the same as the decomposed water recovered by the primary rotary screen 40a. To be recovered. The solid matter (water) containing moisture sent to the secondary screw dehydrator 42 b is dehydrated and collected in the collection tank 50.

  Moreover, when the cracked water containing pulp is discharged from the outer trunk separation tank 8 to the discharge section 5, the inner trunk separation tank 9 has a water-containing plastic (decomposed polymer polymer as solid matter). And a pulp as a solid that did not dissolve in the cracked water remains.

  In the state where the inner trunk separation tank 9 is rotating, the used paper diaper is decomposed into pulp, plastic, filth decomposed from the polymer, etc. by supplying the decomposition water into the inner trunk separation tank 9. What is dissolved in the cracked water is discharged to the outside by the discharge unit 5, and solid matter that does not dissolve in the cracked water remains in the inner trunk separation tank 9. What is dissolved in the decomposed water is filth (sewage) from the pulp and polymer polymer, and these are discharged from the discharge section 5. In this case, since the pulp dissolved in the cracked water is discharged from the inner trunk separation tank 9 by the discharge section 5, the contents in the inner trunk separation tank 9 (pulp and plastic that did not dissolve in the cracked water) Capacity is low.

  After the supply of the decomposed water into the inner trunk separation tank 9 is stopped, the inner trunk separation tank 9 is rotated to dehydrate water remaining in the solid pulp and plastic. The decomposed water taken out from the pulp and plastic by this dehydration is discharged by the discharge unit 5. The solid matter after dehydration, that is, the pulp and plastic that are solid matter that has not been dissolved in the decomposed water remains in the inner cylinder separation tank 9. The solid matter in which these plastics and pulp are mixed is sent to the sorter 6 by the conveyor 68 from the charging / unloading port 12.

[Sorting machine]
As shown in FIGS. 7, 8, and 9, the sorter 6 includes a casing 53, an outer trunk sorting tank 54, an inner trunk sorting tank 55, a take-out conveyance unit 56, and a dry air supply unit 57. Has been. The outer trunk sorting tank 54 is fixed and supported in the housing 53. The inner trunk sorting tank 55 is rotatably disposed in the outer trunk sorting tank 54. The take-out conveyance unit 56 is provided in the lower part of the outer trunk sorting tank 54, and the sorted pulp is taken out and conveyed. The dry air supply unit 57 is disposed in the upper part of the housing 53 and supplies dry air into the outer trunk sorting tank 54.

  The casing 53 is formed in a box shape and is installed on the base 58. The base 58 is formed with a mounting table 59 and four leg portions 60 provided at the four corners of the mounting table 59. The mounting table 59 is provided with a tilting device 61 that rotates the casing 53 counterclockwise in FIG. The tilting device 61 is formed by an air cylinder 63 disposed at the lower part of the one surface side 62 of the casing 53 and a rotation support portion 65 disposed at the lower part of the other surface side 64 of the casing 53.

  A rectangular inlet 66 is formed on the one surface side 62 of the housing 53. The slot 66 can be opened and closed by a slot door 67 that is provided in the housing 53 and slides in the vertical direction. In addition, one end 68 a of a conveyor 68 spanned between the input / output port 12 of the separator 4 is connected to the input port 66.

  Then, the solid matter of pulp and plastic separated and dehydrated by the separator 4 is conveyed by the conveyor 68 from the inlet / outlet 12 of the separator 4 and from the inlet 66 of the separator 6 to the inside of the separator 6. It is thrown into. As a result, dehydrated pulp and plastic solids are put into the inner trunk sorting tank 55 provided in the sorter 6.

  A circular outlet 69 is formed on the other surface side 64 of the housing 53. The outlet 69 can be opened and closed by an outlet door 70 rotatably supported on the upper portion of the housing 53. In addition, extraction side walls 71 and 71 are provided on the left and right opening edges of the outlet 69. Then, the plastic sorted by the sorter 6 is taken out from the outlet 69.

  The outer trunk sorting tank 54 has a cylindrical shape, with one end surface 72 side in close contact with the inner surface of the one surface side 62 of the housing 53 and the other end surface 73 side in close contact with the inner surface of the other surface side 64 of the housing 53. It is fixed to the housing 53. Further, an input side opening 74 communicating with the input port 66 of the housing 53 is formed on one end surface 72, and an extraction side opening communicating with the outlet 69 of the housing 53 is formed on the other end surface 73. A portion 75 is formed.

  As shown in FIG. 7, dry air is supplied to the outer peripheral side surface 76 of the outer trunk sorting tank 54 at a position on the upper side of the outer trunk sorting tank 54 that is biased from the upper end to one side in the circumferential direction. A dry air inlet 77 is formed. Further, a drying air discharge port 78 through which the drying air is discharged to the outside is formed on the outer peripheral side surface 76 at a position that is on the upper side of the outer trunk sorting tank 54 and is deviated from the upper end to the other side in the circumferential direction. . The drying air introduction port 77 communicates with a drying air introduction path 105 of a drying air supply unit 57 described later, and the drying air discharge port 78 communicates with a drying air discharge path 106 of a drying air supply unit 57 described later.

  Then, the drying air introduced from the drying air introduction port 77 is sent into the inner trunk sorting tank 55, and after the pulp and plastic are dried in the inner trunk sorting tank 55, the drying wind is discharged from the drying wind discharge port 78 to the outside. To be discharged. A pulp discharge port 79 is formed in the lower part of the outer peripheral side surface 76 of the outer trunk sorting tank 54 over the entire area in the axial direction of the outer trunk sorting tank 54 and has a width dimension that is approximately half the diameter of the outer trunk sorting tank 54. Has been. From the pulp discharge port 79, the pulp discharged to the outside from the outer peripheral hole of the inner trunk sorting tank 55 is discharged to the take-out conveyance unit 56 described later.

  The inner trunk sorting tank 55 has a cylindrical shape slightly smaller in diameter than the outer trunk sorting tank 54, and both end surfaces in the axial direction are opened and communicated with the openings 74 and 75 of the outer trunk sorting tank 54. In addition, a plurality of through holes formed by punching or the like are entirely formed on the side surface in the circumferential direction. Further, six projections (crosspieces) 86 are provided on the inner peripheral wall at equal intervals in the inner trunk sorting tank 55.

  The inner trunk sorting tank 55 is rotatably supported in the outer trunk sorting tank 54 by four drive rollers 87. The driving roller 87 is supported by the housing 53, and a part of the outer periphery penetrates the outer periphery of the outer trunk sorting tank 54. The outer periphery of the driving roller 87 penetrating the outer periphery of the outer trunk sorting tank 54 is in contact with the outer circumference of the inner trunk sorting tank 55 in the outer trunk sorting tank 54. A rotational driving force from a driving motor (not shown) is transmitted to these driving rollers 87 via a belt or the like. The inner trunk sorting tank 55 rotates in one direction in the outer trunk sorting tank 54 by the rotational driving force transmitted to the drive roller 87. In the rotating inner body sorting tank 55, drying air is introduced from the drying air supply unit 57, and the pulp and plastics containing moisture are dried.

  The dry air supply unit 57 includes a heater 103, a fan 104, a dry air introduction path 105, and a dry air discharge path 106. The heater 103 includes a heater box 107 and a heater main body 108 disposed in the heater box 107. The heater 103 is placed on the top plate 53 a of the housing 53. The heater box 107 is opened on both upper and lower opposing surfaces. One opening is opened outward, and the other opening communicates with the drying air introduction path 105. The heater body 108 is formed of a plurality of heat exchange pipes (not shown). This pipe is supplied with hot steam. The outside air is heated by the outside air passing around the pipe. The outside air introduced from one opening is heated by the heater body 108 to generate dry air, and this dry air is sent into the dry air introduction path 105 from the other opening.

  The fan 104 includes a blower box 109 and a blower fan main body 110 disposed in the blower box 109. The fan 104 is placed next to the heater 103 on the top plate 53 a of the housing 53. The blower box 109 is provided with an opening communicating with the dry air discharge path 106 and an opening communicating with the duct 111. The fan 104 sucks out the dry air in the outer body sorting tank 54 through the dry air discharge path 106 and blows it into the duct 111.

  The duct 111 is connected to a pulp recovery device 112 having a bag filter. The fan 104 discharges (sucks out) the drying air from the inside of the outer body sorting tank 54, so that the outside air is introduced into the heater 103, and the drying air heated by the heater body 108 is supplied into the outer body sorting tank 54. . Thereby, moisture evaporates from the pulp and plastic in the rotating inner body sorting tank 55, and the pulp and plastic are dried and sorted. Further, the dry air sucked out from the outer trunk sorting tank 54 by the fan 104 is sent to the pulp recovery device 112 through the duct 111, and the pulp contained in the dry air is recovered by the bag filter.

  When the pulp and plastic are dried, the pulp and plastic are separated and sorted. Of the selected pulp and plastic, the pulp is taken out to the outside by the take-out conveyance unit 56.

  The take-out conveyance unit 56 is provided in a lower portion of the outer trunk sorting tank 54 and stores a pulp receiving tank 80 in which pulp of a plurality of types of materials is stored, a door 82 that opens and closes a bottom 81 of the pulp receiving tank, and a pulp A pulp take-out conveyor 85 is disposed on the lower side of the receiving tank 80 and conveys the pulp dropped from the pulp receiving tank 80 when the door 82 is opened to the outside.

  A double door 82 that can open the bottom 81 is formed at the bottom 81 of the pulp receiving tank 80. The door 82 is pivoted to a pair of lid plates 83 and 83 that are rotatably supported by opposing opening edges of the bottom portion 81, and a position at which the lid plates 83 and 83 close the bottom portion 81 and a position at which the door 82 opens. And an air cylinder 84 to be moved. The air cylinder 84 is swingably supported at the lower portion of the mounting table 59, and the front ends of the drive shafts 84a and 84a are connected to the cover plates 83 and 83, respectively.

  In the double door 82, the cover plates 83 and 83 close the bottom 81 while the drive shafts 84a and 84a are pulled into the cylinder. In a state where the bottom 82 is closed by the door 82, the pulp selected in the inner trunk sorting tank 55 passes through the hole on the outer periphery of the inner trunk sorting tank 55 and is discharged into the outer trunk sorting tank 54, and the pulp receiving tank 80. It is accumulated (stored) inside. In addition, when the drive shafts 84a and 84a protrude from the cylinder and the cover plates 83 and 83 are rotated away from each other to open the bottom 81, the pulp in the pulp receiving tank 80 that is accumulated (stored) is stored. Falls on a pulp take-out conveyor 85 to be described later.

  As shown in FIGS. 10A and 10B, the pulp take-out conveyor 85 includes a frame 88, a drive roll 89 and a driven roll 90, a drive motor 94, a conveyor belt 92, and diffusion prevention pieces 93 and 93. It consists of The rotational driving force of the driving motor 94 is transmitted to the driving roll 89, and the rotational driving force transmitted to the driving roll 89 is transmitted to the driven roll 90 via the conveyor belt 92. The rotation of the drive roll 89 causes the conveyor belt 92 to move in one direction, and the pulp on the conveyor belt 92 is conveyed.

  The frame 88 is formed by a long bottom wall 95 and a pair of guide side walls 96, 96 rising in the same direction from both side portions of the bottom wall 95. The drive roll 89 is formed by a main body 97 disposed between the guide side walls 96 and 96, and rotating shafts 97 a and 97 a that protrude from both end surfaces of the main body 97 and are rotatably supported by the guide side walls 96 and 96. ing. One rotary shaft 97a is connected to the drive motor 94, and the rotational drive force of the drive motor 94 is transmitted. The drive motor 94 is disposed outside one guide side wall 96.

  The driven roll 90 is formed by a main body 98 disposed between the guide side walls 96, 96, and rotating shafts 98 a and 98 a that protrude from both end surfaces of the main body 98 and are rotatably supported by the frame 88. A conveyor belt 92 is wound around the drive roll 89 and the driven roll 90. Then, the driven roll 90 rotates when the rotational driving force of the drive roll 89 is transmitted via the conveyor belt 92.

  The main body 97 of the drive roll 89 is provided with a groove 99 having a reduced diameter at an intermediate position in the axial direction. On the other hand, on the back surface side of the conveyor belt 92 wound around the outer periphery of the main body 97 of the drive roll 89, a protrusion 100 to be inserted into the groove 99 of the main body 97 is formed in the intermediate portion in the width direction (between the guide side walls). Has been.

  The conveyor belt 92 is formed by a belt central portion 101 wound around a drive roll 89 and inclined portions 102 and 102 provided integrally on both sides of the belt central portion 101. The protrusion 100 is provided on the back side of the belt center portion 101 along the entire conveyance direction (direction in which the conveyor belt 92 moves). The protrusion 100 is fitted in the groove 99 of the drive roll 89, so that the conveyor belt 92 does not move between the guide side walls 96, 96 in the axial direction of the drive roll 89, and the conveyor belt 92 meanders. There is nothing.

  The inclined portions 102 and 102 are formed so as to be inclined upward from the intermediate position between the groove 99 and both end surfaces of the drive roll 89 toward the guide side walls 96 and 96, respectively. The side end portions 102a and 102a of the inclined portions 102 and 102 are in contact with the guide side walls 96 and 96, respectively. Diffusion prevention pieces 93 and 93 are provided on the upper portions of the side end portions 102a and 102a, respectively.

  The diffusion preventing pieces 93, 93 have one end fixed to the inner surfaces 96 a, 96 a of the guide side walls 96, 96 and the other end abutting on the inclined portions 102, 102 of the conveyor belt 92. In this state, contact portions between the side end portions 102 a and 102 a of the conveyor belt 92 and the guide side walls 96 and 96 are covered with the diffusion preventing pieces 93 and 93. Thereby, the pulp which is dried by the drying air supplied by the drying air supply unit 57 and selected as plastic is not scattered on the back surface side of the conveyor belt 92, and the pulp does not enter the back surface side of the conveyor belt 92. .

Next, the processing procedure of the used paper diaper 2 by the processing apparatus 1 will be described.
As shown in FIG. 1, the used paper diaper 2 that has been weighed to a predetermined weight and made into one lump is carried to the front side 11 of the separator 4 by the charging machine 20.

  The separator 4 is tilted by turning the inlet / outlet door 14 counterclockwise in FIG. 4 around the lower corner 18 with the inlet / outlet 12 opened. In this state, the used paper diaper 2 that is weighed to a predetermined weight and made into one lump is fed into the inner trunk separation tank 9 from the loading / unloading port 12 of the separator 4 in this state. After the used paper diaper 2 is put into the inner trunk separation tank 9, the separator 4 is returned from the inclined state to the original position.

  Next, the inner trunk separation tank 9 is rotated at a predetermined rotational speed. In a state where the inner trunk separation tank 9 is rotated at a predetermined rotation speed, the supply water is supplied from the decomposition water supply port 30 into the inner trunk separation tank 9 by the supply pump 31. At the same time, the detergent is supplied into the inner trunk separation tank 9.

  When decomposition water is supplied into the inner body separation tank 9 while rotating the inner body separation tank 9, the used paper diaper 2 is swirled by the protrusion 9a, and the used paper diaper 2 on the lower side is also moved to the upper side. The decomposition water pours from the water and soaks the decomposition water. Thereby, pulp and plastic are separated from the used paper diaper 2. At the same time, the polymer polymer is decomposed by water and lime in the decomposed water, and filth (sewage) such as urine absorbed in the polymer polymer becomes moisture and comes out in the inner trunk separation tank 9.

  Therefore, the used paper diaper 2 is separated into pulp, urine and other filth (water), plastic, etc. dissolved in the decomposed water. While rotating the inner trunk separation tank 9 at a predetermined number of revolutions, a predetermined amount of decomposed water and detergent are introduced into the inner trunk separation tank 9, and after rotating the inner trunk separation tank 9 for a predetermined time, pulp, urine, etc. The decomposed water containing filth (moisture) is discharged from the discharge unit 5 to the outside. In the inner shell separation tank 9, pulp, plastic, and other materials that have not been dissolved in the decomposed water remain.

  The inner trunk separation tank 9 is rotated for a predetermined time in a state where a predetermined amount of cracked water is supplied into the inner trunk separation tank 9, and then the decomposed water is discharged from the discharge section 5, and the inner trunk separation tank 9 is kept for a certain period of time. Rotate. Thereby, the pulp and plastic which were not melt | dissolved in the decomposition water in the inner trunk separation tank 9 are dehydrated. The dehydrated water (decomposed water and sewage such as urine from the polymer) is discharged to the discharge unit 5. The decomposed water discharged to the discharge section 5 is stored in the drain pit 35 through the drain pipe 36, and the pulp is collected by the pulp collecting device 38.

  In addition, after discharging | emitting decomposition water from the discharge part 5, a predetermined amount of washing | cleaning water is injected | thrown-in to the inner trunk separation tank 9, the inner trunk separation tank 9 is rotated for a predetermined time, and the washing water in the inner trunk separation tank 9 is made after that. May be discharged to the discharge unit 5. That is, the used paper diaper 2 is separated into pulp and plastic, the polymer is decomposed with decomposition water, and then the pulp, plastic, and decomposed polymer in the inner trunk separation tank 9 are washed with washing water, that is, rinsed. May be. Even in this case, since the washing water used for rinsing contains pulp, it can be discharged to the discharge section 5 and recovered by the pulp recovery device 38.

  After the inner trunk separation tank 9 is rotated and dehydration is performed for a predetermined time, the separator 4 is rotated around the lower corner portion 16 with the inlet / outlet 12 of the separator 4 being opened. When the separator 4 is rotated around the lower corner portion 16, a mixture of dehydrated pulp and plastic in the inner trunk separation tank 9 is taken out on the conveyor 68. A mixture of pulp and plastic taken out on the conveyor 68 is transported and fed into the inner trunk sorting tank 55 from the slot 66 of the sorter 6.

  After the pulp and plastic are put into the inner trunk sorting tank 55, the inlet 66 is closed by the inlet door 67. In this state, the inner cylinder sorting tank 55 is rotated at a predetermined rotational speed, and high-temperature steam is introduced into the heater main body 108 of the heater 103 to drive the fan 104. The outside air is heated by the heater 103 into the outer trunk sorting tank 54 and is introduced into the inner trunk sorting tank 55 through a hole on the outer peripheral surface of the inner trunk sorting tank 55 as a dry wind. Is done. As a result, the pulp and plastic slightly containing water after dehydration in the inner trunk sorting tank 55 are dried.

  The pulp dried in the inner trunk sorting tank 55 passes through a hole provided on the outer periphery of the inner trunk sorting tank 55, enters the outer trunk sorting tank 54, and is accumulated and stored in the pulp receiving tank 80. At the same time, the dry air sucked out by the fan 104 is sent to the pulp collecting device 112 through the duct 111 and is captured by the bag filter. As a result, the dried plastic remains in the inner trunk sorting tank 55.

  Then, the pulp accumulated (stored) in the pulp receiving tank 80 is discharged to the pulp take-out conveyor 85 and collected by opening the double door 82 and opening the bottom 81. Further, the pulp sucked out by the fan 104 from the inner body sorting tank 55 together with the drying air is collected by the pulp collecting device 112. Further, the dried plastic remaining in the inner cylinder sorting tank 55 is taken out from the take-out port 69.

  When taking out the dried plastic remaining in the inner trunk sorting tank 55 from the outlet 69, the casing 53 is tilted by the tilting device 61 and taken out from the inner trunk sorting tank 55.

  As described above, according to the present embodiment, the used paper diaper 2 is mixed with a plurality of kinds of materials (pulp, plastic, etc.) by mixing the decomposed water introduced by the separator 4 and the used paper diaper 2. ). At the same time, filth (sewage such as urine) in the used paper diaper 2 is separated and discharged together with the decomposed water by the discharge unit 5. In addition, the pulp and plastic separated by the separator 4 are dried by the sorter 6 to sort at least the pulp and plastic.

  As a result, used paper diapers can be separated into multiple types of materials (pulp, plastic, etc.) that make up paper diapers, and wastes absorbed by the polymer are also separated from the polymer and used. The paper diaper 2 can be sorted into at least pulp and plastic.

  Moreover, in the said embodiment, the pulp which is separated from the used paper diaper 2 by the separator 4 and recovered by the pulp recovery device 38, and the pulp which is selected by the separator 6 and accumulated in the pulp receiving tank 80 and recovered. The pulp contained in the dry air and recovered by the pulp recovery device 112 is recovered from the used paper diaper 2. Thereby, pulp can be efficiently recovered from the used paper diaper 2.

  Moreover, in the said embodiment, the finally dried plastic can be collect | recovered. Thereby, the collected plastic can be reused.

  In the above embodiment, when the decomposed water is immersed (penetrated) in the used paper diaper 2 in the inner trunk separation tank 9, it is poured (sprayed) from the upper part of the used paper diaper 2 in the inner trunk separation tank 9. Therefore, it becomes possible to shorten the separation time and the decomposition time of the used paper diaper in the inner trunk separation tank 9 as the used water diaper 2 soaks into the decomposed water quickly.

  That is, in the state where the cracked water is supplied into the inner trunk separation tank 9 in advance, the decomposed water is stored in the lower side of the inner trunk separation tank 9, so that the used paper diaper 2 is placed in the inner trunk separation tank 9 in this state. When thrown in, the used paper diaper put in by the decomposed water stored on the lower side of the inner trunk separation tank 9 is in a floating state. Thus, when the inner trunk separation tank 9 is rotated with the used paper diaper 2 floating in the decomposed water, there is a used paper diaper that is not soaked in the decomposed water, and it takes time to separate and disassemble the used paper diaper. Take it.

  On the other hand, the decomposition water quickly permeates into the used paper diaper 2 by being poured from the upper part of the used paper diaper in the inner body separation tank 9, that is, by the Niagara method, and separated and decomposed. Is promoted. In addition, since the used paper diaper 2 in the inner body separation tank 9 is swirled by the protrusion 9a, the used paper diaper 2 on the lower side also moves to the upper side, and the decomposed water pours from the upper side, so that the used paper diaper The whole of 2 quickly penetrates the decomposed water.

  Further, in the above embodiment, urine and other filth (sewage) that has come out in the inner trunk separation tank 9 due to decomposition of the polymer in the inner trunk separation tank 9 by lime in the decomposed water is used together with the decomposed water. Since the used paper diaper 2 is separated, there is no need to add a wasteful amount of decomposed water. In addition, since the filth (sewage) in the polymer contributes to the separation of the used paper diaper 2, it is not necessary to add an excessive amount of the decomposed water, and the discharged water is discharged together with the pulp dissolved in the decomposed water. Since it can be discharged in a short time even when it is discharged, the working time for separation and decomposition in the inner trunk separation tank 9 can be greatly shortened.

  That is, a certain amount of decomposed water is put into the inner trunk separation tank 9, and sewage such as urine from the polymer polymer by decomposing the used paper diaper with this decomposed water also contributes to the separation of the used paper diaper 2. Therefore, the amount of the decomposed water put into the inner trunk separation tank 9 can be reduced, and even when discharged to the discharge unit 5, it can be discharged in a short time. Thereby, it becomes possible to shorten the working time for separation and disassembly.

  Further, according to the above embodiment, the pulp take-out conveyor 85 for taking out the recovered pulp from the sorter 6 to the pulp receiving tank 80 is provided with the inclined portions 102 and 102 on both sides of the conveyor belt 92, thereby reducing the powder. The body-like pulp can be collected on the center side in the width direction of the conveyor belt 92.

  Moreover, according to the said embodiment, by providing the diffusion prevention pieces 93 and 93 in the guide side walls 96 and 96 of the pulp extraction conveyor 85, powdery pulp is prevented from scattering to the back surface side of the conveyor belt 92. can do.

  Further, in the pulp take-out conveyor 85 of the above-described embodiment, a groove 99 is provided in the intermediate portion in the axial direction of the drive roll, and the protrusion 100 provided in the intermediate portion in the width direction of the conveyor belt 92 is fitted into this groove 99. Thus, meandering of the conveyor belt 92 can be prevented.

  In the above embodiment, the detergent is supplied into the inner trunk separation tank 9 through a pipe line different from the decomposed water. However, the detergent may be supplied into the inner trunk separation tank 9 together with the decomposed water. In this case, the detergent cleans the pulp and plastic by rotating the inner trunk separation tank 9 together with urine and other filth (sewage) that is generated by decomposition of the polymer by lime in the decomposed water. And since it is finally collected by the discharge part 5 together with the decomposed water, it is not necessary to supply it from the upper part of the used paper diaper together with the decomposed water, and it is added to urine and other filth (sewage) immediately before being discharged from the discharge part 5. It ’s fine.

  Moreover, although the said embodiment demonstrated the example which processes a used paper diaper as a sanitary article, if the said processing apparatus 1 is a sanitary article which absorbs water | moisture content by polymer polymers, such as a urine leak pad and a sanitary napkin, it is. Pulp, plastic and filth (sewage) can be separated, decomposed and recovered.

  Although the embodiments of the present invention have been disclosed as described above, it is obvious that those skilled in the art can make changes without departing from the scope of the present invention. All such modifications and equivalents are intended to be included in the following claims.

  The processing apparatus for used sanitary goods according to the present invention is used for processing sanitary goods such as sanitary napkins, urine leak pads, etc. that absorb filth such as urine with a polymer, in addition to used paper diapers. Also available.

1 Processing equipment for used sanitary products (processing equipment)
2 Used paper diapers 3 Decomposed water 4 Separator 5 Discharge unit 6 Sorter

Claims (3)

The used sanitary ware (2) is separated into a plurality of types of materials constituting the sanitary ware, the filth in the used sanitary ware (2) is separated, and the material is sorted out. 1)
Used sanitary ware (2) and decomposed water (3) for decomposing sanitary ware (2) are added, and the used decomposed water (3) and the used diaper (2) are mixed and used. A separator (4) for separating the used sanitary ware (2) into a plurality of types of materials and separating filth in the used sanitary products and dehydrating the plurality of types of materials;
A discharge part (5) for discharging waste water containing the filth together with the decomposed water in the separator (4);
A sorter (6) capable of sorting at least pulp and plastic constituting a sanitary article by drying the material separated and input by the separator (4);
With
The separator (4) includes an outer trunk separation tank (8) fixed and supported by a casing (7), and is rotatably disposed in the outer trunk separation tank (8). An inner trunk separation tank (9) in which a plurality of holes communicating with the tank (8) are provided and used sanitary ware (2) is placed therein, and the inner trunk separation tank ( 9) a cracked water supply port (26) for supplying cracked water (3) from the upper part of the used diaper charged into the inner trunk separation tank (9), and the discharge part (5) , Communicated with the outer shell separation tank (8),
The sorter (6) includes a housing (53) in which an inlet (66) is formed on the front surface (62) and an outlet (69) is formed on the rear surface (64).
An opening (74) communicating with the inlet (66) is formed on one end surface (72) in a cylindrical shape, and an opening (75) communicating with the outlet (69) is formed on the other end surface (73). An outer trunk sorting tank (54) provided with a pulp discharge port (79) through which pulp is discharged out of the plurality of types of materials dried on the lower side and fixed and supported by the casing (53);
It is cylindrical and has both end faces in the axial direction communicating with the openings (74, 75) of the outer trunk sorting tank (54), respectively, and rotatably arranged in the outer trunk sorting tank (54). A plurality of holes communicating with the outer trunk sorting tank (54) on the surface, an inner trunk sorting tank (55) for drying a plurality of types of the material that has been thrown into the interior and separated and dehydrated ;
The inner trunk sorting tank (55) and the outer trunk sorting tank (54) are provided on the lower side of the outer trunk sorting tank (54) and from the plurality of holes on the lower side of the inner trunk sorting tank (55). A take-out conveying section (56) for conveying the pulp discharged through the pulp discharge port (79) to the outside after being discharged during
A drying air inlet (77) provided on the upper side of the outer body sorting tank (54) and deviated from the upper end toward one side in the circumferential direction, and supplying drying air into the outer body sorting tank (54). )When,
A dry air discharge port (78) provided on the upper side of the outer trunk sorting tank (54) and deviated from the upper end to the other side in the circumferential direction, through which dry wind is discharged from the outer trunk sorting tank (54). )When,
Hot air is supplied from the dry air inlet (77) into the outer trunk sorting tank (54) to heat the plurality of types of materials, and the air in the inner trunk sorting tank (55) is exhausted from the dry wind. A drying air supply unit (57) for discharging from the outlet,
By supplying dry air from the dry air supply section (57) into the rotating inner body sorting tank (55), a plurality of kinds of materials put into the inner body sorting tank (55) are dried, and the pulp One of the plurality of types of the material is discharged to the take-out and transport unit (56) through the discharge port . The processing apparatus (1) for used sanitary goods according to claim 1, wherein the decomposed water contains at least water, lime, and a disinfectant . The used waste water according to claim 1 or 2 , wherein the waste water drained from the drainage part includes pulp of a material constituting the sanitary product and filth separated from the sanitary product . Sanitary ware processing equipment (1).

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