TW200400858A - Agitating part for organic waste decomposing device and organic waste decomposing device - Google Patents

Abstract

An agitating part for an organic waste decomposing device comprises a spiral band body (31) supported on a peripheral surface of a rotating shaft (20), wherein the spiral band body (31) is divided into a plurality of parts through spaces (s) in longitudinal direction, and the spaces (s) are set so as to relieve a stress in the spiral band body (31). Further, the agitating part for the organic waste decomposing device comprises a hot air feeding device (72) which feeds hot air into a disposing tank (101). Thus, a reliability for durability can be increased, and microorganisms can be decomposed with a high efficiency.

Description

200400858 发明, Description of the invention: [Technical field to which the invention belongs] The present invention relates to a kind of organic waste used for the treatment of microorganisms of humans or domestic animals from the eight-cut 7 diuresis, food waste, etc. The stirring unit for the decomposing and processing device and the decomposing and processing device for organic waste are related ^ m ^ It is widely used in general residential, commercial and even emergency disasters. The organic waste decomposing and processing device is widely used. 4 and organic waste decomposition treatment device. [Previous technology] Recently, the organic wastes of 97% organic waste produced by 'Da Chi's continuous production of peaks have caused severe shortages such as the lack of premises for the king or an increase in illegal discards. problem. The bed of a special person 'due to the slowness of the sewer renovation, I went to the river without processing it and went directly to the river) Go knocked on the pi 4 in the dry mountainous area or in the sand, and was directly discarded without treatment Etc. 'become the main cause of environmental pollution.疋 A known technique is to mix and mix organic waste in a treatment tank, decompose it with microorganisms, and reuse it as fertilizer (for example, refer to Japanese Patent No. 3,160,859). J Ernu stirred and mixed the semi-solid evil organic waste to effectively perform microbial decomposition, and there are still many problems in implementation. For example, the organic waste will be biased to one side of the processing tank during the mixing and mixing: the pellets are agglomerated in the ground, and the stirring blades used for the mixing and mixing will be broken due to the reaction force of the organic waste in the block described in month J. [Too much water in the treatment tank makes it impossible to effectively break down microorganisms and the like. Excessive drying in the right treatment tank does not promote the decomposition of microorganisms, and it is also feared that the drying may cause a fire. 200400858 [Summary of the Invention] A stirring unit and organic waste decomposition treatment capable of efficiently performing microbial treatment. Therefore, the present invention aims to provide an organic waste decomposition treatment device. In order to achieve the foregoing object, the first invention of the present invention is characterized by including a spiral band body supported around the rotation axis, the spiral band body is divided into a plurality of gaps along the longitudinal direction through a gap, and the interval of the gap is set: It becomes possible to release the stress applied to the said spiral band body. Therefore, the gap is appropriately set in accordance with the material or size of the spiral band in such a manner that the stress occurring in the spiral band can be released when the organic waste and the microbial decomposition treatment medium are stirred. It is set to be substantially the same as the width dimension of the spiral band body. That is, {if the gap is too large 'will reduce the ability of the spiral band to carry the deposit, and if the gap is too small, it is impossible to release the generated in the spiral band. In addition, the second invention is characterized in that the size of the gap is set to be substantially the same as the width dimension of the spiral band body. In addition, the third invention is characterized in that the outer conveying blade is supported on the rotating shaft, and is used for conveying the organic waste and the microbial decomposition treatment medium in the direction of the axis of the rotating shaft; the inner conveying blade is disposed outside the _ The inner side of the impeller blade is used to convey the organic waste and the microbial decomposition treatment medium in the opposite direction to the conveying direction of the outer conveying blade; and the peripheral and directional agitating portion is arranged on the end side of the rotating shaft to convey the organic waste. The waste and microbial decomposition treatment medium are stirred in the peripheral direction; the outer conveyance 200400858 leaves the spiral belt with a delta gap to the middle 奂 Qiu Ang tw γ 沉 sinking axis of the pumping direction and the large center 4 is arranged in the 乂 boundary respectively. Both sides, „, ^ attack again and both sides of the spiral side

In the opposite direction. H and borrow: The invention is characterized in that the main stirrer rod portion of the agitating portion in the peripheral direction, the preparation, and the rotation axis is substantially orthogonal; the main mixing rod is diagonally supported from the center of the rotation axis. And a plurality of scraping pieces that protrude toward the end of the rotation shaft of the main shaft rod portion. In addition, the '5th or 6th invention' is characterized in that 'the spiral belt system is formed with the rotation shaft body through a support portion around the rotation axis, and the support form of the support portion supporting the ^ belt body is Thickness side: The side is supported by a holding shape. The "7th, 8th, or 9th invention" uses the above-mentioned agitating portion for an organic waste decomposition and treatment device; characterized in that the "agitating portion for this organic waste decomposition and treatment device provided in a treatment tank" will be put into operation. The organic waste in the processing tank and the microbial decomposition processing medium stored in the processing tank are stirred and mixed. In addition, the tenth or eleventh invention is characterized in that the organic waste decomposition treatment device is provided with a temperature increasing mechanism for increasing the temperature of the organic waste and the microorganism decomposition treatment medium in the treatment tank. The twelfth or thirteenth invention is characterized in that the temperature increasing means includes a heater provided so as to be in contact with the processing tank. A fourteenth invention is characterized in that the temperature increasing mechanism includes a warm air feeding device for feeding warm air into the processing tank. In addition, the 15th invention is characterized in that the configuration of the warm air feeding device is 200,400,858, which is a method for disposing and disposing of wastes and microorganisms in a discharge part that emits warm air. There are two ejection holes. From the above, the ejection part is blown out in the ejector waste and the microbial decomposition treatment medium: In this treatment tank, there is another, the 16th or 17th invention, a sand mixing unit for a decomposition treatment device. : All of the organic waste biodegradation treatment medium's deactivation action and == organic waste and micro-stop time or-two, the deactivation action is started and stopped during the 1 ^ 邛 'knife' time. Also, in the eighteenth or nineteenth invention, in the litre decomposition processing device, the stars # and $; are connected when the contact of the organic waste pass is used when the decomposition processing device is used == the temperature increase is continued for a set period of time The mechanism is switched on, and the contact temperature mechanism is turned off after the set time within the set time. After the switch is turned off, the 20th invention uses μ μcrossing, The injury stored in the treatment tank: the organic waste in the tank and the organic waste test 'Φ 4 are quickly decomposed and mixed with the waste to decompose and treat the treatment device; A warm air feeding device for warm air, and a warm air feeding device for feeding warm air into a processing tank. The invention is described in the invention of the spray nozzle, and the invention is characterized in that the warm air feeding device is a device that dissolves the biological waste and microorganisms disposed in the processing tank than the processing medium. The discharge unit is provided with a plurality of 200,400,858 discharge holes in the discharge pipe. From these discharge holes, warm air is blown to the organic waste and microbial decomposition treatment medium in the treatment tank. The 22nd invention 'is characterized in that the processing tank is provided with a search and mixing section that stirs and mixes organic waste and microbial decomposition treatment medium, and the stirring section is used to stir and mix the organic waste and biodegradation treatment medium. The manner of stopping and iterating is controlled, and the warm air feeding device is activated at least during the mixing operation, and is stopped during all of the stopping time:-part of the time. / ,, π 1 From the above-mentioned organic waste, do not / knife decomposition processing device, you have a contact mechanism that is turned on whenever the decomposition processing device is used, and the temperature is continuously increased for a set period of time. The mechanism is powered up by a timer mechanism. The timer mechanism starts the U-phase timing every time the contact mechanism is turned on and continues to power on the temperature increasing mechanism in the timing order. When the mechanism is not turned on again, the power supply to the temperature increasing mechanism is cut off after the set time has elapsed. In addition, the above-mentioned warm air feeding device has no specific form, but it is best to force the warm air into the processing tank as a specific form: including a nickel-chromium heat-resistant alloy wire for air heating Heating consisting of: or a heat exchanger, forcing warm air to the processing tank, and piping that introduces warm air into the processing tank. -: 'The above-mentioned warm air feeding device should preferably dry the deposits such as two objects in the processing tank appropriately to effectively promote the inferior solution in the processing tank' as a specific example of this situation 'including The form of the control mechanism that maintains the temperature of the warm air with damage,

10 200400858 The form of the control mechanism that stops the repetition of the ejection and the predetermined time. The discharge unit is characterized in that a plurality of discharge holes are formed in the discharge pipe, and warm air is blown from the discharge holes toward the organic waste and the microbial decomposition treatment medium in the treatment tank. A twenty-fifth invention relates to a person who decomposes organic waste in a processing tank; the processing tank has an input portion for inputting organic waste, and the input portion includes: an opening on a top plate of the processing tank; Opening Deng 'is used to open and close the outside of the opening and the stretcher that can freely enter and exit the opening; the striker is supported so that it can enter and exit from the opening. Η When the organic waste enters, it will face upward and outward. Appears obliquely. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to the drawings. The figure shows an example of the organic waste decomposition and treatment device of the present invention

Microbial decomposition of organic waste.

The parasitic part is a porous material. For example, sawdust is used. In the preferred example, sawdust is used. The input amount can be treated by the stirring unit 1. # 1G 'is attached to the box-shaped housing 11 with an opening at the top. Inside, the crimping plate :: The opening above the bottom surface of the metal plate made of rotten metal is closed with an upper plate 12 (top plate). One or more of the upper 12 can be opened for micro Φ eight to + ma Ux 1}. Knife solution treatment; input of quality and organic waste or internal inspection, etc. ~ ^, W, the delivery unit 1 is configured to support the outer conveyance around the rotation shaft 20 ^ ^ 〇 The inner conveyance blade 40 and the peripheral direction mixing unit 50 are formed (FIG. 3). An external drive motor rotates while being driven, and is horizontally erected in the processing tank 10. The outer conveying leaf # 30 is a spiral belt 31 that is spirally rotated around the spinner by a gap of s and divided into a plurality of lengths through a gap s, and is fused to a plurality of support rods 32 (fixed through rotation) The front ends of the shafts 20) are arranged on the two sides with the substantially central portion in the axial direction of the rotation shaft 20 as the boundary, and the spiral directions of the spiral band η in the intermittent spiral shape are opposite to each other on both sides. . The size of the gap s is such that the stress caused when the organic waste and the microorganism decomposition treatment medium are transported in the axial direction can be released by the outer conveying blade 30, depending on the material or size of the outer conveying blade 30. The ground setting is preferably set to be substantially the same as the width dimension of the outer conveying blade 30. That is, "if the gap s is too large, the ability of the outer conveying blade 30 to reduce the organic waste and microbial decomposition processing medium in the axial direction will be reduced." If the gap s is too small, the outer conveying blade 30 cannot be conveyed. The resulting stress is released. 12 200400858 The inner conveying blade 40 is used to convey the organic waste and microbial decomposition treatment medium in the direction opposite to the conveying direction of the outer conveying blade 30, on the rotation axis side of each support rod 32 (supporting the outer conveying blade 30). , Oblique welding of rectangular plate members. The stirring in the peripheral direction (50) is reinforced by the main stirring rod portion 51 which is substantially perpendicular to the rotation axis and supports the main stirring rod portion 51 obliquely from the center of the rotation axis 20. However, the embers are still dandy. "褒 主 强 税 # Rod part 52, and the compound s protruding from the main stirring stick part 52 toward (二 = 理: 广 _)) Take four rounds on the periphery of the end side of the red rotating shaft 20. A * j mix The rod 4 51 is composed of a long metal plate with a rectangular cross section. The central part is inserted with a rotation axis 2G, and the rotation axis 20 is inserted in the rotation axis 20, and the organic waste and microbial decomposition treatment medium of β are along the 疋Stir in the peripheral direction of the rotating shaft 20. The mixing rod portion 52 is used to prevent deformation from the side surface of the processing tank 1G = biodegradation treatment. Oblique cross-shaped waste and microorganisms: Explain the main stirring rod part 51 to stir the organic together. The knife-knife solution treatment medium along the peripheral direction of the rotation axis 20 to Luo Tablet 53 # 华 品 e Stirring rod part 51, 'Metal plate 'A plurality of Λ scraped pieces 53 can be welded to the main Asian so that the W end is close to the processing tank. The inner side of the puppet. And the conveying force attached to the processing blade_30 is pushed toward the medium to be adhered: organic waste and microorganisms on the side are decomposed and stirred along the peripheral direction of the rotation axis 20. 13 200400858 7, the temperature increasing mechanism 70 is connected to the bottom plate of the processing tank 10] ... the heater 71 and the warm air sent to the processing tank 10 to send warm air A: Vera :: structure, by Organic waste and microbial decomposition treatment medium: Dividing two substances into an appropriate temperature and decomposing the processing energy contained in the organic waste I: Two can prevent microbial decomposition caused by excessive moisture

The second heater 71 is particularly effective for decomposing organic waste and microorganisms at a temperature suitable for the decomposition of microorganisms. In addition, the warm pack 矻 72 pack can effectively evaporate organic waste, which is suitable for the treatment of wing urine of livestock with high moisture content. …, Suitable for these heaters 7 丨 and the aforementioned warm air feeding device 72, depending on the temperature, humidity, and environment of the place where the decomposition processing device A is used, one or both of them may be omitted. Are omitted. A plurality of the heaters 71 are fixed below the bottom plate M of the processing tank 10, and the temperature in the processing # 10 is controlled to a temperature suitable for microbial decomposition (60 to 80 ° C) with a voltage.

The warm-air feeding device 72 is composed of a warm-air generating source 72a placed on the upper plate of the processing tank 10 and a discharge unit 72b connected to the Nissyou wind-generating source 72a in a detachable manner. Make up. The warm air generating source 7 2 a is provided with an electric heat source such as a chrome heat-resistant alloy wire and an electric fan, and forcibly sends warm air into the discharge portion 72 b. The discharge portion 72b is composed of a discharge tube 72bl (an elongated object fixed in a horizontal shape parallel to the rotation axis 20 in the processing tank 10) and an elbow-shaped curved tubular connecting portion 72b2 (the discharge tube 72b i The suction side is connected to the discharge part of the warm air generating source 14 200400858 72a). The front end face (right end face in Fig. 1) of the ejection s 72bi is closed, and a plurality of ejections c are arranged in two directions in parallel in the peripheral direction. These discharge holes are arranged so as to be able to be placed at various corners in the processing tank 10. Watch the knife solution " for the way to blow warm air

The ejection tube 72bl is used to make the openings of the multiple ejection holes 72c of the former M々Ga l I 刖 I :: flow 5 and so on, so that the opening area of all the ejection holes 欣 is two openings ^ / ZUl One half of the area (the area of the inner tube of Zhoubei T tube 72M). The mouth 72, the area of the outlet hole of the outlet tube, the sum of the area, which is larger than the half of the 2M circulation area of the outlet tube. When it is larger, it is exposed to the outlet hole that will be near the front end (side) of the outlet tube 72bl. The ejection force 72c of 72c is 28 to κ in the right area of FIG. 1. If the ejection force of the ejection tube 72M is larger than that of the ejection tube 72M, the output of each ejection hole 72c cannot be ensured. / zc is enough to spray the decomposition process, and Pei A has the control circuit (the control circuit controls the drive motor 6 (not visible)), the action and stop, and the warm shirt 卩 1 is repeatedly dialed ^ City. The loading device 72 is activated at least during the stirring operation of the stirring section 1 by the source 72a as far as the Japanese gate + human movement. At the same time in the stirring section! Stop, stop the air supply for the whole time or part of the time ... The motor 60 controls the stirring part, and the drive time is repeated). & Overwhelming forward and reverse (the towel is clamped and stopped according to the above-mentioned decomposition treatment device straight A, as shown in Figure 4, the treatment tank 15 200400858 10 organic waste and microbial decomposition treatment media, through the outside The conveying blades 30 A and the inner conveying blades 40 ′ are conveyed in opposite directions on the inside and outside of the diameter direction. At the same time, the central portion of the axis direction of 20 is taken as the boundary, and the two sides are conveyed in opposite directions. Achieve loop 0

At the time, the organic waste and microbial decomposition treatment medium were placed between the 30㈣ end of the outer conveying blade and the _ face of the treatment tank 1G through the peripheral direction agitating portion 50 ′ without sticking to the inside surface of the treatment tank 10 It can be smoothly transported to the inside of the diameter because it is blended along the peripheral direction. In addition, the transportation direction of the organic waste and microbial decomposition treatment medium is controlled by the drive motor 60 # at a certain time. The arrows shown in the figure are reversed. Next, as another example of the decomposition processing apparatus of the present invention, a configuration example of an assembled temple will be described.

This assembled toilet 80 is attached to an indoor floor portion 82 that can be accessed through a door 81 on the front side, and a disintegrating treatment device B is provided in a penetrating manner. The knife solution processing device B is provided with a toilet 83 in the above-mentioned decomposition processing device A so as to communicate with the inside of the processing tank 10. The urinal M is a messenger 85, etc., and is installed in the middle of the ventilation pipe 85. A heater 71 that is in contact with a forced-ventilation device f 87 ′ such as an axial fan and a processing tank 10 is provided with a heater 71 in contact therewith as a temperature increasing mechanism. In addition, other configurations of the decomposition processing apparatus B are substantially the same as those of the above-mentioned decomposition processing apparatus A ', and their description is omitted to avoid repetition. 16

ZUUH-UUOJO is centered, and stupid on the wall—k > ^ ^ ^ „耆 耆 X X is a contact mechanism 86 that is turned on when the disassembly processing device B is used, with the same eyes ^ J f Inside the control panel and the right 呻 mechanism. The contact mechanism 86 is in the control panel. At "50 o'clock", when the knife processing device B is used, the button switch pressed by the user. The above-mentioned timer mechanism is taken by Ji Jin. . + Lightning correction ... +. When the control mechanism composed of a beneficial circuit or a sequencer is turned on, when the contact mechanism 86 is turned on, it will start to set the time gate πν and continue to disassemble the disassembly process during timing. m 'When the aforementioned contact mechanism 86 is not turned on, the power supply to the aforementioned heater 71 will be cut off after riding through the center. Specifically, when the contact mechanism 86 n. The motor 60 rotates the rotation axis of the disassembling processing device B by 1 to 10, and at the same time starts the timing of the aforementioned day-to-day mechanism and the dials, +, and a, and also heats the description. State 71. In the case where the contact mechanism 86 is turned on again, the aforementioned timer mechanism: re: starts counting from "less" and continues to energize the heater η. "Not even once in ten o'clock" When the contact machine is turned on, the cut-off age will be reached after the set time has passed, and θ will turn off the power to the escape heater 71. Also, it will be pulled after the set time. When the mechanism 86 is turned on, the timing of the timer mechanism will start again from 0 seconds, and the heating will be restarted at the same time. Energizing 71 'and the operation repeated., Collapsible toilet §〇 basis and, by the decomposition processor B

The organic waste and microbial decomposition treatment media of M β I in the treatment tank at each corner of the treatment tank are evenly distributed to the ground, which can achieve efficient microbial decomposition treatment. And 'the indoor air flows in the order of the toilet seat 83 and the urinal 84, inside the decomposition processing device B', the ventilation pipe 85 and the forced ventilation device_, outdoor, and " > · 17 200400858. You will feel the smell. In addition, since the heater is controlled by the timer mechanism, the treatment tank can be prevented. 2. The internal decomposition efficiency of microorganisms due to excessive ^ 'can also prevent fire. In the example shown in the illustration, 'shows the example where the contact mechanism is installed on the wall' = in the room 80, but the limit switch can be operated for the opening and closing of the lid 83 or the door 81 of the seat 83. The outer two heaters 71 can control the number of energizations according to needs. The control device, for example, when the number of times that the contact mechanism δ6 is turned on exceeds a certain value ::: the number of energization of the device increases, and when the number of times is less In other words, the number of energized heating elements 71 is reduced. As another preferred example of the timer mechanism described above, it is a control circuit composed of = or: a sequencer and the like. During the set time, if the contact mechanism 86 is not turned on in the set time, the power to the drive motor 60 and the heater will be cut off after the set time has elapsed. An example can be 7 days. According to this form: 'If the disassembly treatment device is not used for a long time (for example, 7 days),' the power to the drive motor 60 and the heater 7m is automatically cut off. :: 彳 to prevent organic waste Materials and microorganisms Occurrence of fire or excessive waste of power, and, when required, can be immediately restarted to start the drive motor 60 and the heater 71 of the heating. In addition, according to the above-mentioned form, the spiral band body 31 is fused to each front end of a plurality of support rods 32 (supporting portions) penetrated and fixed on the rotation axis, but in order to firmly support the spiral band body M to the support rods 32 (supporting portions) , Or as shown in Figure 18, 18,858,858, and 6. Degree corresponding to the "-" the front end is formed thick and ma with the spiral band body 31, by insert welding or nuts (not significantly dry to the H towel, the spiral band body 3i is fixed to the state μ (he. 4 not shown in the figure) The helical band 31 is supported in a trough 4a 32a 'from both sides of the bean-thickness production direction in a pinch-like manner. Next, the decomposition processing device C of another example of the present invention will be described. C series large-scale equipment capable of processing a large amount of organic waste (hereinafter referred to as "wing urine") is prepared on the top of the treatment tank: to put the wings urine into the input section 102 of the treatment tank 101, the treatment tank ⑻ Equipped with a stirring part I 〇3 that stirs the feces and sawdust together. And 'Processing # 1G1' is equipped with a heating device (not shown in the figure) that heats the mineral toilet urine when the feces are decomposed and heated by the heating device. The microorganisms related to the decomposition of feces and urine are activated. For the mixing unit 103, for example, a device having a structure substantially the same as that of the mixing unit 1 of the decomposition processing device A can be used. In addition, the upper surface 101A of the processing tank 101 is provided with an exhaust port. m. The side of the armrest 12 is provided for driving the mixing section 1 〇3's drive unit 丨 3, Lifting unit 114, which can be raised and lowered to the upper surface of the processing tank 101, and the surroundings of the input unit 102 on the two sides of the processing tank 101 and the exhaust port lu are reserved as working passages. 115. The input unit 102 includes an opening 104 which is opened on the upper surface 10a of the processing tank 10i, a cover 5 for opening and closing the opening 104, and a stretcher which can freely enter and exit the opening 104. (Shutter) 1 06. The opening 104 is formed so that the width in the left-right direction is at least larger than that of the used bucket 19 '明 UU858 子 (not shown in the figure). The direction of the direction of the input of feces and urine) 5 Φ ui * & main ^ flat rectangular shape with a narrower width than the front and back of the bucket used. 、 The outer cover 105 has a size of um σiQ4 all covered, and is open. The front end of the mouth portion 104 is supported by a shaft in a king-shaped U-inch so as to be able to rotate in the front-rear direction, and is maintained in a state inclined forward and outward (toward the upper left in the figure). With this outer I 1G5 Even if the man's urine is thrown forward M, the cover-Ice Bing ^^ 3 Urine is introduced into the opening part 104. "The plate 106 is supported by the shaft at the rear end of the opening part 104 so that it can rotate back and forth and can move in and out of the opening part smoothly.-The storage state of the shutter 106 At this time, it is parallel to the opening 104, so that the baffle surface 161 faces downward, and when the urine is put in (appears), it appears obliquely upward and outward toward the rear (input side). In the input state of feces, the range of feces flowing in from above is equal to the front and rear width of the opening and the front and rear width of the spring board, which will not allow the feces to spill on the front side of the baffle. In the lower position, "the stretcher plate 106 is divided into three pieces in the left-right direction, and each of them can come in and out freely." By contacting the edges of the left and right baffle plates 106, dropping of feces and urine can be prevented. In addition, the number of divided blocks of the baffle 106 is not limited to the three examples, and may be more than three or less than three, or may be used as a whole without dividing. The reference numeral 162 is a support rod for supporting the baffle 106 to maintain its tilted state when the baffle 1 06 is put in the urine. According to the disassembly processing device C configured as described above, as shown in FIG. 8 and FIG. 9 (the input part on the right side of the figure), during the disintegration treatment of the feces, the baffle 106 is stored in the opening 4 104. The outer cover 105 which covers the opening section 104 is hidden together with the opening section 104. In addition, when the wing urine is inserted, as shown in FIG. 7 and FIG. 9 (the left side of the drawing. I), the outer cover 105 is opened, and the baffle 106 on the inclined surface above the side in the direction of the insertion is opened. It appears directly above the processing layer 101 on the top surface of the processing layer 101 (located on the input side of the opening 104). In other words, the width of the front and back of the feces flowing from above, and the width of the back of the ridge 4 and the width of the front and back of the baffle 1 in plan view substantially increase the width of the opening 104. Therefore, during the decomposing treatment of feces and urine, the baffle 10 is stored in the openings and decomposed by the feces, and the defective stretcher board will not be exposed, which can control the odor of "X" or suppress the appearance of uncleanness. The heat of the water vapour generated at that time can prevent freezing of the urine. In addition, when the feces are introduced, the feces and urine can be surely introduced into the treatment tank 101 without widening the front-back width of the opening 104. Therefore, the size of the opening 104 can be kept to a minimum, or the surrounding environment can be well maintained and the cleaning work can be reduced without V-page expansion. The decomposition processing device A described earlier can also be changed to the openable and closable slave entrance 13 to the input unit 02 in the decomposition processing device C described above. 21 200400858 ★ Because of the above § child-like structure, according to the first invention of the present invention, the snail :: body divider gap is divided into a plurality of along the long direction, and through this gap, the snail can be discarded and the microbial decomposition treatment medium is When transporting in the pumping direction, the stress generated by the two belts is released. Therefore, it is possible to provide an organic waste decomposition and treatment device that can ensure the effective function of the spiral ribbon, efficiently and effectively separate microorganisms, and has high durability and reliability. According to the second invention, Band Two: The best setting is to maintain high teaching and efficient secondary solution processing, and to ease the stress on the spiral band. According to the third invention, the organic wastes and micro-births in the insect treatment tank are transported in the opposite direction from the inside to the outside, and they are moved in the direction of the approximate center of the square shaft. … Q 央 # is the father world and moves towards the opposite side on its two sides ... in a loop. At this time, the organic waste and microorganisms are decomposed and treated by the mixing section in the peripheral direction, especially because Λ, 丄, and quality are stirred in the circumferential direction. Therefore, no pellet-like agglomerates are formed, and they can be directed toward. Therefore, it is possible to prevent the internal reaction of the hardened organic = internal and external circulation smoothly, the reaction of the medium + the decomposition of organic waste and microorganisms, or deformation. , # Pieces and the inner conveying blades are broken, so it can be used to mix organic waste and micro-biotics, which can provide higher efficiency " Pei Wang Ti Jin is able to provide more durable and more reliable, [刀 解 处理 'and can unit. The mechanical waste is decomposed and shaken for mixing, and according to the "fourth invention," because the peripheral direction receiving portion is composed of a solid structure of 22 200400858, it can not only prevent the deformation and damage of the stirring portion in the peripheral direction, but also by multiple Falling tablets can more reliably prevent organic waste and micro-organisms from being removed. Μ shellfish adhere to the inner side of the treatment tank, prevent organic waste and microbial decomposition from forming into pellet-like agglomerations in the treatment medium, and can be performed with higher efficiency. Microbial decomposition treatment. In addition, according to the 5th or 6th invention, since the support part supports the spiral band body # ㈣Support (the thickness direction of the self-employed band body is supported in a two-dimensional manner), it is significantly larger than the one-sided support. Improved support intensity. That is, without using a mechanism for thickening the thickness of the spiral band body and the support portion, the support strength can be increased, and the increase in cost can be suppressed. Therefore, it is possible to perform microbial decomposition treatment with high efficiency, suppress the increase in cost, and have high resistance to the movement resistance of organic waste. According to the seventh, eighth, or ninth aspect of the present invention, it is possible to provide an organic waste decomposition treatment device capable of efficiently performing microbial decomposition treatment and having high durability and reliability while ensuring effective stirring of the spiral belt. In addition, according to the tenth or eleventh invention, it is possible to prevent the organic waste and the microbial decomposition treatment medium at an appropriate temperature required for microbial decomposition by a temperature increasing mechanism, and to evaporate the water contained in the organic waste, thereby preventing the Decreased microbial decomposition and processing capacity due to excessive moisture. Therefore, the microbial decomposition process can be performed more efficiently. Further, the heating heater according to the twelfth or thirteenth is effective for performing a microbial decomposition treatment for increasing the temperature in the processing tank. It is clear that it can be contacted with the treatment tank. Therefore, it is possible to advance more efficiently, and according to the 14th or 20th invention, it is possible to efficiently steam by warm air 23 200400858 The moisture contained in the organic waste is emitted. Therefore, the microbiodegradation process can be performed more efficiently. In addition, according to the invention of claim 15 or 21, the moisture contained in the organic waste can be evaporated more effectively, and the degradation of the microbial decomposition treatment ability due to excessive moisture can be reliably prevented. Therefore, the microbial decomposition process can be performed more efficiently. In addition, according to the invention of No. 16, Π or 22, since the warming air is blown to the organic waste and the microbial decomposition treatment medium while the stirring operation is continued, the organic waste and the microbial decomposition treatment can be more effectively and in a short time. Drying the medium can not only perform the microbial decomposition treatment with higher efficiency? Also, because the blowing of warm air is stopped during the stop time of the stirring part, it can also prevent the degradation of the microbial decomposition treatment capacity caused by overheating in the treatment tank. Save energy consumption of warm air into the device. Furthermore, according to the inventions of the 18th, 19th, 23rd or 24th, the microbial decomposition treatment can be performed with higher efficiency, and the decomposition treatment clothes will automatically cut off the power to the heating mechanism when it is not used for a certain period of time. It can prevent the degradation of microbial decomposition and processing capacity caused by excessive drying in the inner tank, and can save energy consumption or prevent fire. In addition, according to the twenty-fifth invention, since the three baffles are stored in the opening when the #machine waste is decomposed and treated, the seeding plates contaminated by organic waste will not be exposed ^ Therefore, the occurrence of malodors or the appearance of uncleanness can be suppressed. Sense, the same as: 'The heat of water vapor generated during the decomposition process can prevent feces and urine: East knot. In addition, when 'organic waste is put in, there is no need to widen the width of the opening 24 2UU4U0858 P, and the organic waste can be put into the processing tank. ^ In this way, the expansion of the opening can be minimized, or even no staff can be expanded. # The organic waste can be put into operation efficiently, and the microbial decomposition treatment can be performed efficiently, and the surrounding environment can be well maintained. Dude 'while lightening the cleanup operation. [Brief description of the drawings] (I) Schematic section Fig. 1 is a cross-sectional view showing an example of the organic waste decomposing and treating device of the present invention. Figure 2 is a sectional view taken along the line (II)-(II) in Figure 1. Fig. 3 is a perspective view showing an example of a kneading section for decomposing and treating organic waste according to the present invention. Figure 4 is a cross-sectional view showing the transport direction of organic waste and microbial decomposition in the processing tank, and the internal structure is omitted. Fig. 5 is a cross-sectional view showing an example of the assembled toilet using another example of the organic waste decomposition and treatment apparatus of the present invention. Fig. 6 is a cross-sectional view showing a structure in which a spiral band body is supported by a support rod (support portion). Fig. 7 shows another example of the organic waste decomposition and treatment apparatus of the present invention: a cross-sectional view showing a state where an opening portion is opened. Fig. 8 is a top view showing another example of the organic waste decomposition and treatment apparatus of the present invention, showing a state in which a baffle is housed and an opening is closed by an outer cover. Fig. 9 is a plan view showing another example of the organic waste decomposition and treatment apparatus of the present invention. (II) Symbols for components A, B, C Organic waste decomposition and treatment device 1 Stirring section 10 Treatment tank 11 Housing 12 Upper plate 13 Input section 14 Bottom plate 20 Rotating shaft 30 Outside conveying blade 31 Spiral belt 32 Support rod 32a Slot s Clearance 40 Inner conveying blade 50 Peripheral stirring part 5 1 Main stirring rod part 52 Reinforcing stirring rod part 53 Scraper 60 Driving motor 70 Temperature increasing mechanism 71 Heater 72 Heating air feeding device

26 200400858 72a Heating source 72b Ejection part 72bl Ejection tube 72b2 Connection tube 72c Ejection hole 80 Assembly toilet 81 Door 82 Floor part 83 84 Urinal 85 Vent pipe 86 Contact mechanism 87 Forced ventilating device 101 Treatment tank 101A Treatment Upper surface of the tank 102 Input section 103 Stirring section 104 Opening section 105 Cover 106 Baffle 111 Exhaust port 112 Armrest 113 Drive section 114 Lifting section

27 200400858 115 Working path 161 Surface of the bezel 162 Support rod

28

Claims (1)

200400858 Scope of patent application: 1. An agitating unit for an organic waste decomposition and treatment device, characterized in that it includes a spiral belt body supported around a rotating shaft, and the spiral belt body is divided into a plurality of lengths through a gap in the longitudinal direction. The interval of the gap is set to release the stress applied to the spiral belt body. 2. For example, the stirring portion of the organic waste decomposition processing device of the scope of patent application, wherein the size of the gap is set to be equal to The width of the spiral band is approximately the same. 3. If the organic waste decomposing and processing device for the organic waste decomposing and treating device is applied to the search and mixing section 'where' is on the rotating shaft, it supports: The outer conveying blade is used to rotate the organic waste and microbial decomposing and treating medium toward Conveying in the axial direction of the axis; 1 "... Zinzhong / 1 Π1, convey with the spleen clamp == microbial decomposition treatment medium in the opposite direction to the conveying direction of the outer conveying blade; and the agitating portion in the peripheral direction is arranged on the rotating shaft The organic waste and microbial decomposition place on one side are used to transport the apple to the outside: == Stirring in the peripheral direction; The helical band with a roughly ... gap in the axial direction of the shaft rotates and the spiral directions on the two sides are in opposite directions. It is composed of two sides. 4. If the useful granting unit of item 3 of the patent application 'is used, among which, the peripheral direction imparting unit passes f: the knife solution processing device is orthogonal to the main search and mixing rod unit. : The rotation and the rotation axis are greatly oblique and reinforced to support the rods ;: The central direction of the two rotation shafts is that the main stirring rod portion protrudes toward the end of the rotation shaft 29 200400858 to the falling piece. 5 . As the third application of the patent application scope, the spiral, organic waste decomposition and treatment device is formed with the rotating shaft body, 形态 around the vehicle through the form of the support, the spiral belt body The supporting part is supported by two sides in the thickness direction of the supporting part. 6 · If the scope of the patent application is No. 9 or the search and mixing part for the device, the organic waste decomposition process i # Αβ ^ ^ ', ΤΤ system through the support around the rotation axis. P is integrated with the rotation axis to form a transparent and supportive body. * ^ ^ The support of the support part of the red apple body W'% is the spiral band body Self-thickness. F / Supported on both sides in the direction of holding. 7. For example, the 4th member of the patent application scope of the organic waste decomposition treatment device: series 'wherein, the spiral belt system passes through the support around the rotation axis' the rotation axis -The body is formed, and the supporting form of the supporting part that supports the spiral band body is to support the spiral band body in a pinch shape from both sides in the thickness direction. An organic waste decomposing and treating device, which is constituted by using a mixing section for an organic waste decomposing and treating device in any one of claims 1, 2, 4, and 5; The agitating unit for the organic waste decomposition and treatment device is provided to mix and mix the organic waste input into the treatment tank and the microbial decomposition treatment medium stored in the treatment tank. 9. An organic waste decomposing and treating device, which is constituted by using an agitating part for an organic waste decomposing and treating device in the scope of patent application No. 3; characterized in that the organic waste decomposing and treating device provided in a treatment tank is used. Using a stirring section, the organic waste put into the processing tank is mixed with the microbial decomposition processing medium stored in the processing tank at 30 200400858 there. 10. An organic waste decomposing and treating device, which is constituted by using an agitating portion for an organic waste decomposing and treating device of the scope of application for patent No. 0 or 7, characterized in that the organic waste is provided in a treatment tank. The mixing unit for the disintegration processing-treatment device stirs and mixes the organic waste put into the processing tank and the microbial decomposition processing medium stored in the processing tank. 11. For example, the organic waste decomposing and treating device in the scope of claim 8 of the patent application includes a temperature increasing mechanism for decomposing the organic waste and microbial decomposing treatment medium in the treatment tank. Appeal 12. If the organic waste decomposition and treatment device of item 10 of the scope of patent application is applied, ′ is provided with a temperature increasing mechanism for increasing the temperature of the organic waste and the microorganism A decomposition treatment medium in the treatment tank. 13. In the organic waste decomposition and treatment device of item n of the scope of the patent application, wherein the temperature increasing mechanism is provided with a heater provided in contact with the treatment tank.口 14. If the organic waste decomposing and treating device according to item 12 of the scope of the patent application, the heating mechanism is provided with a heater that is in contact with the treatment tank. π s 15. If any of the items n, 12, 13, and 14 of the scope of the patent application for an organic waste decomposition and treatment device, Li Zhong, the 捭,. ,, and the edge / dish agency has the counter king ¥ trough The warm air feeding device that feeds warm air inside. 16: The organic waste decomposition and treatment device for the scope of application for patent No. 15 and the 'this warm air sending device' is to spit out warm air: Organic waste and microbial decomposition treatment media in the treatment tank 31 200400858 side: The discharge section is provided with a plurality of discharge holes on the σ soil outlet pipe, and the organic waste and microbial decomposition treatment medium in the 4 treatment tank are blown with warm air from the discharge holes. 17. The organic waste decomposition and treatment device according to item 15 of the scope of patent application, wherein the agitating part of the organic waste decomposition and treatment device is controlled to enable the mixing and mixing of the organic waste and the microbial decomposition and treatment medium. The action and the stop action are repeated, and the warm air blower is set to start at least in the mixing action, and it is in a stopped state during all or part of the stop time. 18. For example, the organic waste decomposition and treatment device with a scope of 16 patent applications, its towels, and the organic waste decomposition and treatment device with a stirring unit are used to make the mixing and mixing of organic waste and microbial decomposition and treatment media search and stop action repeated The way of proceeding is controlled by 'the warm air is fed into the loading and stirring action' and is stopped during all or part of the stop time. 19. If the organic waste decomposition treatment device H in any one of the scope of patent applications 11, 12, 13, 14 has a contact mechanism that is turned on every t when the decomposition treatment device is used, and within a set time A timer mechanism that continuously energizes the warming mechanism; the timer H mechanism is to start the timing of the set time whenever the contact mechanism is switched on, and to continuously energize the warming mechanism during the timing, and When the contact mechanism is not turned on again within the set time, the power supply to the temperature increasing mechanism is cut off after the set time has passed. 20. For example, the organic waste decomposing and treating device No. 16 of the scope of application for a patent 32 200400858, which includes a contact mechanism which is turned on whenever the decomposing and treating device is used, and continuously increases the increase in the set time. A timer mechanism that is energized by a temperature mechanism. The timer mechanism starts the counting of a set time each time the contact mechanism is switched on and continuously powers on the temperature increasing mechanism during the timing, and the contact is within the set time. When the mechanism is not turned on again, the power supply to the temperature increasing mechanism is cut off after the set time has passed. 21. The organic waste decomposition treatment device according to item 17 of the scope of patent application, which includes a contact mechanism that is turned on whenever the decomposition treatment device is used, and a means for continuously energizing the temperature increasing mechanism for a set period of time. Timer mechanism, which starts counting the set time each time the contact mechanism is turned on and continuously powers on the temperature increasing mechanism during the timing, and the contact mechanism is not connected again within the set time. If it is on, the energization of the temperature increasing mechanism is cut off after the set time has passed. 22. The organic waste decomposition and treatment device according to item 18 of the scope of application for a patent, wherein the timer mechanism having the contact temperature mechanism which is turned on every time the decomposition treatment device is turned on is turned on and the temperature setting mechanism is turned on. , And in this case, after this setting The timer mechanism continues to increase the mechanism within a set time. The timer mechanism does not turn on the contact mechanism within π every day after the time of the contact is fixed and the timer is continued during the timing of the increase. After the situation, cut off the power to the heating mechanism. The organic waste decomposing and treating device of item 5 of the declared patent scope 'wherein' has a contact mechanism which is turned on whenever the decomposing and treating device is used, and a device for continuously energizing the temperature increasing mechanism within the "Guangdian room". Timer mechanism, the timer mechanism is set to 33 ZUU4UU8 ^ 8 for a fixed time every time the contact mechanism is turned on ^ ^ ± T When the contact mechanism is not connected again, the power to the ^ r ^, ro ,, t ^ increasing mechanism is cut off after a while. It is powered on, and there are 2 and 4 kinds of organic waste decomposition and treatment devices within this set time, which are used to decompose and treat the wastes put into the treatment tank and the microorganisms stored in the treatment tank. It is characterized by being equipped with a warm air feeding device for feeding a steep wind into the processing tank. ^ = _ If the organic waste decomposition treatment item No. 24 of the scope of patent application is installed, the opening of the soil from the sf outlet of the warm air into the device is relative to the organic waste and microbial decomposition place in the treatment tank. On the upper side, the discharge section is provided with a plurality of discharge holes in the discharge pipe ^ this = the outlet hole blows warm air to the organic waste and microbial decomposition treatment medium in the treatment tank. / 6. If the scope of the patent application is 帛 24 $ 2 and the organic waste decomposition unit is installed, the sludge processing tank is provided with a stirrup which mixes organic waste and microbial decomposition treatment medium f. The stirring action and stopping of the mixed organic waste and microbial decomposition treatment medium are controlled in such a manner that the warm air is sent into the falling action and is started, and stopped during all or one of the stopping times. . 27. For example, the organic waste decomposition and treatment device 'scarf' of the scope of application for patent No. 24 or 25 is provided with a contact mechanism which is turned on whenever the decomposition treatment device is used, and continuously increases the increase in the set time. A timer mechanism that is energized by a temperature mechanism. The timer mechanism starts 34 200400858 every time the contact mechanism is turned on, and the heating mechanism is continuously energized during the timing, and within the set time When the contact mechanism is not turned on again, the power supply to the temperature increasing mechanism is cut off after the set time has passed. 28 · The organic waste decomposition and treatment device of item 26 in the patent scope of Shenshen, among which, has a contact mechanism that is turned on whenever the decomposition and treatment device is used, and the heating mechanism is continuously energized for a set period of time. The timer mechanism 11 of the Xuan Zang day guard mechanism starts to set the time between =% every time the contact mechanism is switched on, and continuously powers on the temperature increasing mechanism during the timing, and If the contact mechanism inside the Dingsi gate is not turned on again, the power supply to the heating mechanism will be cut off after the set time. • An organic waste decomposing and treating device, which is a device for microbial decomposition in a treatment tank; it is characterized in that the upper management tank of the processing tank has two parts: a waste input section, and the input section is provided with: The "openable part" is used to open and close the cover of the opening, so as to freely: a baffle in the mouth; the baffle is supported so that it can be opened in the opening D, and when the organic waste is put in, it will appear inclined toward the side. Towards the outside of the entrance of the test technique. Pick up, diagrams ... as on page 35