JP2000167506A - Mat applicable to waste treatment site and formation of waste treatment site - Google Patents
Mat applicable to waste treatment site and formation of waste treatment siteInfo
- Publication number
- JP2000167506A JP2000167506A JP10368553A JP36855398A JP2000167506A JP 2000167506 A JP2000167506 A JP 2000167506A JP 10368553 A JP10368553 A JP 10368553A JP 36855398 A JP36855398 A JP 36855398A JP 2000167506 A JP2000167506 A JP 2000167506A
- Authority
- JP
- Japan
- Prior art keywords
- mat
- waste disposal
- waste
- disposal site
- treatment plant
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Processing Of Solid Wastes (AREA)
Abstract
Description
【０００１】[0001]
【発明の属する技術分野】本発明は、新規な構成を有す
る廃棄物処理場に好適なマットと、このマットを用いる
と共に、汚水、汚水ガス感知測定センサーが取付けられ
た廃棄物処理場の形成方法に関するものである。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mat suitable for a waste treatment plant having a novel structure, and a method for forming a waste treatment plant equipped with a wastewater / sewage gas sensing sensor using this mat. It is about.
【０００２】[0002]
【従来の技術】従来、この種のものにあっては、下記の
ようなものになっている。不織布または砂、細かい石を
用いた方式ものとなっている。2. Description of the Related Art Heretofore, this type is as follows. The system uses nonwoven fabric, sand, and fine stones.
【０００３】[0003]
【発明が解決しようとする課題】従来の技術で述べたも
のにあっては、下記のような問題点を有していた。 １．不織布の欠点は厚みがないので保護効果が薄く適当
でない。 ２．砂、細かい石では布設に不安定で、平均厚さにする
には作業上手間がかかる。 ３．廃棄物処理場が広い場合、問題点が多い。 ４．砂、細かい石を布設後、土砂が混合し効果の低下が
生ずる。The above-mentioned prior art has the following problems. 1. The disadvantage of the nonwoven fabric is that it has no thickness and therefore has a small protective effect and is not suitable. 2. Sand and fine stones are unstable in laying, and it takes time and effort to achieve the average thickness. 3. If the waste disposal site is large, there are many problems. 4. After laying sand and fine stones, the earth and sand mix and the effect is reduced.
【０００４】本発明は、従来の技術の有するこのような
問題点に鑑みなされたものであり、その目的とするとこ
ろは、次のようなことのできるものを提供しようとする
ものである。遮水シート保護とガス抜き装置を兼用する
と同時に、汚水、汚水ガス感知測定センサーを同時に設
置する。[0004] The present invention has been made in view of such problems of the prior art, and has as its object to provide the following. Simultaneous installation of sewage and sewage gas detection and measurement sensors will be performed simultaneously with the protection of the impermeable sheet and the degassing device.
【０００５】[0005]
【課題を解決するための手段】上記目的を達成するため
に、本発明は下記のようになるものである。第１発明の
ものは、下記の適数枚のマット本体１Ａと、これらマッ
ト本体１Ａを連結する連結パイプ１Ｂで構成されている
廃棄物処理場に好適なマットである。 Ａ．マット本体１Ａは、マット用カバー１Ａ１と充填物
１Ａ２と連結用筒状体１Ａ３から構成され、 ａ．マット用カバー１Ａ１は、合成樹脂を素材とする通
水、通気性を有する織布または不織布を素材とする平面
方形の上下布１Ａ１１、１Ａ１１の外周における上辺の
開口部を残し、底辺と左右辺に縫合１Ａ１２を施すと共
に、上下布１Ａ１１、１Ａ１１には左右辺と平行に施し
た適数本のキルティング１Ａ１３により扁平チューブ状
の収納部１Ａ１４、１Ａ１４．．．が併設され、 ｂ．充填物１Ａ２は、ゴムチップ、プラスチックのく
ず、木材のチップなどの粒状物で構成され、各収納部１
Ａ１４、１Ａ１４．．．に開口部より充填されていると
共に、当該各収納部は密閉されている。 ｃ．連結用筒状体１Ａ３は、マット用カバー１Ａ１の前
方辺に所定間隔をもって添設された前方の連結用筒状体
１Ａ３１と、マット用カバー１Ａ１の後方辺に添設され
た後方の連結用筒状体１Ａ３２と、マット用カバー１Ａ
１の左方辺に所定間隔をもって添設された左方の連結用
筒状体１Ａ３３と、マット用カバー１Ａ１の右方辺に所
定間隔をもって添設された右方の連結用筒状体１Ａ３４
から構成され、 Ｂ．連結パイプ１Ｂは、多少の弾性を有する合成樹脂を
素材とし、連結用筒状体１Ａ３内に貫入できる外径を有
し、かつ所定長さに構成されたパイプ１Ｂ１と、外周面
に穿設された吸水孔１Ｂ２から構成されていると共に、
この連結パイプ１Ｂ内には吸水孔１Ｂ２から流入した浸
出汚水及び発生ガスを感知する汚水、汚水ガス感知測定
センサーＳなどが内装されている。 Ｃ．前方に位置するマット本体１Ａの後方の連結用筒状
体１Ａ３２と、後方に位置するマット本体１Ａの前方の
連結用筒状体１Ａ３１とを前後方向に一直線状に並べ、
これら両連結用筒状体内に連結棒１Ｂを貫通させて連結
すると共に、左方に位置するマット本体１Ａの右方の連
結用筒状体１Ａ３４と、右方に位置するマット本体１Ａ
の左方の連結用筒状体１Ａ３３とを左右方向に一直線状
に並べ、これら両連結用筒状体内に連結棒１Ｂを貫通さ
せて連結する。Means for Solving the Problems In order to achieve the above object, the present invention is as follows. The first aspect of the present invention is a mat suitable for a waste disposal site, which is composed of an appropriate number of mat bodies 1A described below and a connecting pipe 1B connecting the mat bodies 1A. A. The mat body 1A includes a mat cover 1A1, a filler 1A2, and a connecting tubular body 1A3, a. The mat cover 1A1 is provided on the bottom and left and right sides of the upper and lower sides of the outer surfaces of the planar upper and lower cloths 1A11 and 1A11 made of a woven or nonwoven fabric having water permeability and air permeability made of synthetic resin. The sutures 1A12 are provided, and the upper and lower cloths 1A11, 1A11 are formed into a flat tube-shaped storage section 1A14, 1A14. . . And b. The filler 1A2 is made of a granular material such as rubber chips, plastic chips, wood chips, and the like.
A14, 1A14. . . Are filled from the opening, and the respective storage sections are sealed. c. The connecting tubular body 1A3 includes a front connecting tubular body 1A31 attached to the front side of the mat cover 1A1 at a predetermined interval, and a rear connecting tubular body attached to the rear side of the mat cover 1A1. 1A32 and mat cover 1A
1 and a left connecting tubular body 1A33 attached at a predetermined interval to the left side of the mat 1 and a right connecting tubular body 1A34 attached to the right side of the mat cover 1A1 at a predetermined interval.
B. The connecting pipe 1B is made of synthetic resin having some elasticity, has an outer diameter capable of penetrating into the connecting tubular body 1A3, and is formed with a pipe 1B1 having a predetermined length, and is provided on the outer peripheral surface. Water absorption hole 1B2 and
Inside the connecting pipe 1B, sewage for detecting leached sewage and generated gas flowing in from the water suction hole 1B2, a sewage gas detection measurement sensor S, and the like are provided. C. The connecting tubular body 1A32 at the rear of the mat body 1A located at the front and the connecting tubular body 1A31 at the front of the mat body 1A located at the rear are arranged in a straight line in the front-rear direction,
The connecting rod 1B is penetrated and connected to both of the connecting tubular bodies, and the right connecting tubular body 1A34 of the mat body 1A located on the left and the mat body 1A located on the right side.
And the connecting cylindrical body 1A33 on the left side are arranged in a straight line in the left-right direction, and the connecting rod 1B is penetrated and connected to both of the connecting cylindrical bodies.
【０００６】第２発明のものは、下記の各工程から構成
されている廃棄物処理場の形成方法である。 第１工程〜地面に底面２Ａ１と、この底面の前後に連設
された前後の壁面２Ａ２と左右に連設された左右の壁面
２Ａ３とから構成されている逆角錐台状の処理場用くぼ
み部２Ａを形成する。 第２工程〜処理場用くぼみ部２Ａにおける底面、前後の
壁面、左右の壁面の上面に、第１廃棄物処理場に好適な
マット１を敷設する。 第３工程〜第１廃棄物処理場に好適なマット１の上面
に、第２廃棄物処理場に好適なマット１を、当該第２廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第１廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第４工程〜第２廃棄物処理場に好適なマット１の上面に
遮水シート２Ｂを積層敷設したのち、各廃棄物処理場に
好適なマット、遮水シートの外周部は処理場用くぼみ部
の外方縁の上面に展張する。A second aspect of the present invention is a method for forming a waste disposal site comprising the following steps. 1st process-Inverted pyramid truncated trough-shaped recess for processing plant, which is composed of a bottom surface 2A1 on the ground, front and rear wall surfaces 2A2 connected to the front and rear of the bottom surface, and left and right wall surfaces 2A3 connected to the left and right. Form 2A. A mat 1 suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the second step to the treatment plant recess 2A. From the third step to the upper surface of the mat 1 suitable for the first waste disposal site, the mat 1 suitable for the second waste disposal site is placed on the upper surface of the mat 1 suitable for the second waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the first waste disposal site. After laminating and laying the water-impervious sheet 2B on the upper surface of the mat 1 suitable for the fourth step to the second waste disposal site, the mat suitable for each waste disposal site and the outer peripheral portion of the water-impervious sheet are recesses for the treatment site. On the upper surface of the outer rim.
【０００７】第２発明のものは、下記のように構成する
ことができる。 第１工程〜地面に底面２Ａ１と、この底面の前後に連設
された前後の壁面２Ａ２と左右に連設された左右の壁面
２Ａ３とから構成されている逆角錐台状の処理場用くぼ
み部２Ａを形成する。 第２工程〜処理場用くぼみ部２Ａにおける底面、前後の
壁面、左右の壁面の上面に、第１廃棄物処理場に好適な
マット１を敷設する。 第３工程〜第１廃棄物処理場に好適なマット１の上面
に、第２廃棄物処理場に好適なマット１を、当該第２廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第１廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第４工程〜第２廃棄物処理場に好適なマット１の上面に
遮水シート２Ｂを積層敷設する。 第５工程〜遮水シート２Ｂの上面に、第３廃棄物処理場
に好適なマット１を、当該第３廃棄物処理場に好適なマ
ット１の各収納部１Ａ１４の長手方向イが、第２廃棄物
処理場に好適なマット１の各収納部１Ａ１４の長手方向
イとは直交する状態で積層敷設したのち、各廃棄物処理
場に好適なマット、遮水シートの外周部は処理場用くぼ
み部の外方縁の上面に展張する。The second invention can be configured as follows. 1st process-Inverted pyramid truncated trough-shaped recess for processing plant, which is composed of a bottom surface 2A1 on the ground, front and rear wall surfaces 2A2 connected to the front and rear of the bottom surface, and left and right wall surfaces 2A3 connected to the left and right. Form 2A. A mat 1 suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the second step to the treatment plant recess 2A. From the third step to the upper surface of the mat 1 suitable for the first waste disposal site, the mat 1 suitable for the second waste disposal site is placed on the upper surface of the mat 1 suitable for the second waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the first waste disposal site. The water-blocking sheet 2B is laid on the upper surface of the mat 1 suitable for the fourth to second waste disposal sites. Fifth process-The mat 1 suitable for the third waste disposal site is placed on the upper surface of the water-impervious sheet 2B, and the longitudinal direction b of each storage portion 1A14 of the mat 1 suitable for the third waste disposal site is the second position. After being laid in a state orthogonal to the longitudinal direction A of each storage section 1A14 of the mat 1 suitable for the waste disposal site, the mat suitable for each waste disposal site, and the outer periphery of the water impermeable sheet are recesses for the treatment site. On the outer edge of the upper part.
【０００８】第３発明のものは、下記の各工程から構成
されている廃棄物処理場の形成方法である。 第１工程〜地面に底面３Ａ１と、この底面の前後に連設
された前後の壁面３Ａ２と左右に連設された左右の壁面
３Ａ３とから構成されている逆角錐台状の処理場用くぼ
み部３Ａを形成する。 第２工程〜処理場用くぼみ部３Ａにおける底面、前後の
壁面、左右の壁面の上面に、第１廃棄物処理場に好適な
マット１を敷設する。 第３工程〜第１廃棄物処理場に好適なマット１の上面
に、第２廃棄物処理場に好適なマット１を、当該第２廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第１廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第４工程〜第２廃棄物処理場に好適なマット１の上面に
遮水シート３Ｂを積層敷設する。 第５工程〜遮水シート３Ｂの上面に第３廃棄物処理場に
好適なマット１を、当該第３廃棄物処理場に好適なマッ
ト１の各収納部１Ａ１４の長手方向イが、第２廃棄物処
理場に好適なマット１の各収納部１Ａ１４の長手方向イ
とは直交する状態で積層敷設したのち、各廃棄物処理場
に好適なマット、遮水シートの外周部は処理場用くぼみ
部の外方縁の上面に展張して廃棄物処理場の下方部分３
２を得る。 第６工程〜廃棄物処理場の下方部分３２内に処理を所望
する廃棄物３３を投入する。この場合、投入する際、投
入された廃棄物３３は略角錐台状になるよう形成する。 第７工程〜廃棄物３３の上面に第４廃棄物処理場に好適
なマット１を敷設する。 第８工程〜第４廃棄物処理場に好適なマット１の上面
に、第５廃棄物処理場に好適なマット１を、当該第５廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第４廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第９工程〜第５廃棄物処理場に好適なマット１の上面に
遮水シート３Ｃを積層敷設したのち、遮水シート３Ｃの
上面に第６廃棄物処理場に好適なマット１を積層敷設
し、各廃棄物処理場に好適なマット、遮水シートの外周
部は処理場用くぼみ部の外方縁の上面に展張する。 第１０工程〜遮水シート３Ｃの上面に遮水シートの保護
用として盛土３Ｄをする。A third aspect of the present invention is a method for forming a waste disposal site comprising the following steps. 1st process-Inverted truncated pyramid-shaped recess for a processing plant, which is composed of a bottom surface 3A1 on the ground, front and rear wall surfaces 3A2 connected to the front and rear of the bottom surface, and left and right wall surfaces 3A3 connected to the left and right. Form 3A. A mat 1 suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the second step to the treatment plant recess 3A. From the third step to the upper surface of the mat 1 suitable for the first waste disposal site, the mat 1 suitable for the second waste disposal site is placed on the upper surface of the mat 1 suitable for the second waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the first waste disposal site. The water-blocking sheet 3B is laid on the upper surface of the mat 1 suitable for the fourth to second waste disposal sites. Fifth step-The mat 1 suitable for the third waste disposal site is placed on the upper surface of the water-impervious sheet 3B, and the longitudinal direction a of each storage portion 1A14 of the mat 1 suitable for the third waste disposal site is the second disposal position. After being laid in a state perpendicular to the longitudinal direction A of each storage section 1A14 of the mat 1 suitable for the waste disposal site, the mat suitable for each waste disposal site, and the outer peripheral portion of the water impermeable sheet are recessed portions for the disposal site. 3 on the lower part of the waste disposal site
Get 2. Sixth step-The waste 33 to be treated is put into the lower part 32 of the waste treatment plant. In this case, when thrown, the thrown waste 33 is formed to have a substantially truncated pyramid shape. Seventh step-A mat 1 suitable for the fourth waste disposal site is laid on the upper surface of the waste 33. The mat 1 suitable for the fifth waste disposal site is placed on the upper surface of the mat 1 suitable for the eighth to fourth waste disposal sites, and each of the storage portions 1A14 of the mat 1 suitable for the fifth waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the fourth waste disposal site. After laying and laying the impermeable sheet 3C on the upper surface of the mat 1 suitable for the ninth to fifth waste disposal sites, the laying of the mat 1 suitable for the sixth waste disposal site is performed on the upper surface of the impermeable sheet 3C. The outer periphery of the mat and the water-impervious sheet suitable for each waste treatment plant is extended on the upper surface of the outer edge of the recess for the treatment plant. Tenth step-The embankment 3D is provided on the upper surface of the waterproof sheet 3C for protecting the waterproof sheet.
【０００９】第３発明のものは、下記のように構成する
ことができる。 第１工程〜地面に底面３Ａ１と、この底面の前後に連設
された前後の壁面３Ａ２と左右に連設された左右の壁面
３Ａ３とから構成されている逆角錐台状の処理場用くぼ
み部３Ａを形成する。 第２工程〜処理場用くぼみ部３Ａにおける底面、前後の
壁面、左右の壁面の上面に、第１廃棄物処理場に好適な
マット１を敷設する。 第３工程〜第１廃棄物処理場に好適なマット１の上面
に、第２廃棄物処理場に好適なマット１を、当該第２廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第１廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第４工程〜上方に位置して敷設された廃棄物処理場に好
適なマット１の上面に遮水シート３Ｂを積層敷設する。 第５工程〜遮水シート３Ｂの上面に第３廃棄物処理場に
好適なマット１を、当該第３廃棄物処理場に好適なマッ
ト１の各収納部１Ａ１４の長手方向イが、第２廃棄物処
理場に好適なマット１の各収納部１Ａ１４の長手方向イ
とは直交する状態で積層敷設する。このようにして廃棄
物処理場の下方部分３２Ａを得る。 第６工程〜廃棄物処理場の下方部分３２Ａ内に処理を所
望する廃棄物３３を投入する。投入する際、投入された
廃棄物３３は略角錐台状になるよう形成する。 第７工程〜廃棄物３３の上面に第４廃棄物処理場に好適
なマット１を敷設する。 第８工程〜第４廃棄物処理場に好適なマット１の上面
に、第５廃棄物処理場に好適なマット１を、当該第５廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第４廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第９工程〜第５廃棄物処理場に好適なマット１の上面に
遮水シート３Ｃを積層敷設する。 第１０工程〜遮水シート３Ｃの上面に、第６廃棄物処理
場に好適なマット１を、当該第６廃棄物処理場に好適な
マット１の各収納部１Ａ１４の長手方向イが、第５廃棄
物処理場に好適なマット１の各収納部１Ａ１４の長手方
向イとは直交する状態で積層敷設したのち、各廃棄物処
理場に好適なマット、遮水シートの外周部は処理場用く
ぼみ部の外方縁の上面に展張する。 第１１工程〜遮水シート３Ｃの上面に遮水シートの保護
用として盛土３Ｄをする。The third invention can be configured as follows. 1st process-Inverted truncated pyramid-shaped recess for a processing plant, which is composed of a bottom surface 3A1 on the ground, front and rear wall surfaces 3A2 connected to the front and rear of the bottom surface, and left and right wall surfaces 3A3 connected to the left and right. Form 3A. A mat 1 suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the second step to the treatment plant recess 3A. From the third step to the upper surface of the mat 1 suitable for the first waste disposal site, the mat 1 suitable for the second waste disposal site is placed on the upper surface of the mat 1 suitable for the second waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the first waste disposal site. Fourth step-The water-impervious sheet 3B is laid on the upper surface of the mat 1 suitable for the waste disposal site laid above. Fifth step-The mat 1 suitable for the third waste disposal site is placed on the upper surface of the water-impervious sheet 3B, and the longitudinal direction a of each storage portion 1A14 of the mat 1 suitable for the third waste disposal site is the second disposal position. Lamination is laid in a state orthogonal to the longitudinal direction A of each storage section 1A14 of the mat 1 suitable for the material processing plant. In this way, the lower part 32A of the waste disposal site is obtained. Sixth step-The waste 33 to be treated is put into the lower part 32A of the waste treatment plant. At the time of charging, the charged waste 33 is formed in a substantially truncated pyramid shape. Seventh step-A mat 1 suitable for the fourth waste disposal site is laid on the upper surface of the waste 33. The mat 1 suitable for the fifth waste disposal site is placed on the upper surface of the mat 1 suitable for the eighth to fourth waste disposal sites, and each of the storage portions 1A14 of the mat 1 suitable for the fifth waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the fourth waste disposal site. Ninth step to the fifth waste treatment plant A water-impervious sheet 3C is laid on the upper surface of the mat 1 suitable for the waste treatment plant. Tenth step-The mat 1 suitable for the sixth waste disposal site is placed on the upper surface of the water-impervious sheet 3C, and the longitudinal direction b of each storage portion 1A14 of the mat 1 suitable for the sixth waste disposal site is the fifth. After being laid in a state orthogonal to the longitudinal direction A of each storage section 1A14 of the mat 1 suitable for the waste disposal site, the mat suitable for each waste disposal site, and the outer periphery of the water impermeable sheet are recesses for the treatment site. On the outer edge of the upper part. Eleventh Step-Embankment 3D is provided on the upper surface of the impermeable sheet 3C for protection of the impermeable sheet.
【００１０】第３発明のものは、下記のように構成する
ことができる。廃棄物処理場の形成に際して、廃棄物の
上面に第４廃棄物処理場に好適なマット１、第５廃棄物
処理場に好適なマット１、遮水シート３Ｃ、第６廃棄物
処理場に好適なマット１を順次積層してゆく際、遮水シ
ート３Ｃ、第６廃棄物処理場に好適なマット１の一部と
遮水シート３Ｃの一部に開設された孔４Ａ、３Ｃ１と、
これら孔４Ａ、３Ｃ１に貫通植設された縦パイプ４Ｂに
より、遮水シートの下面部と外気を連通するよう構成さ
れている空気抜きパイプ４が設けられている。The third aspect of the invention can be configured as follows. When forming a waste disposal site, a mat 1 suitable for the fourth waste disposal site, a mat 1 suitable for the fifth waste disposal site, a waterproof sheet 3C, and a suitable for the sixth waste disposal site on the upper surface of the waste. When successively laminating the mats 1, the impermeable sheet 3C, a part of the mat 1 suitable for the sixth waste disposal site and the holes 4A, 3C1 opened in a part of the impermeable sheet 3C,
A vertical pipe 4B penetrated and implanted in these holes 4A and 3C1 provides an air vent pipe 4 configured to communicate the lower surface of the water-impermeable sheet with the outside air.
【００１１】第１発明ないし第３発明のものは、下記の
ように構成することができる。廃棄物処理場の形成に際
して、必要に応じて廃棄物処理場に好適なマットにおけ
る連結パイプ１Ｂ内には、吸水孔１Ｂ２から流入した浸
出汚水及び発生ガスを感知する汚水、汚水ガス感知測定
センサーＳが内装されている。The first to third inventions can be configured as follows. When forming the waste treatment plant, the connecting pipe 1B of the mat suitable for the waste treatment plant is provided with a sewage and sewage gas sensor S for detecting leached sewage flowing from the water absorption hole 1B2 and generated gas, if necessary. Is decorated.
【００１２】[0012]
【発明の実施の形態】発明の実施の形態を実施例に基づ
き図面を参照して説明する。１は第１発明としての廃棄
物処理場に好適なマットである。そこで、廃棄物処理場
に好適なマット１は、適数枚のマット本体１Ａと、これ
らマット本体１Ａを連結する連結パイプ１Ｂで構成され
ている。 Ａ．マット本体１Ａは、マット用カバー１Ａ１と充填物
１Ａ２と連結用筒状体１Ａ３から構成されている。 ａ．マット用カバー１Ａ１は、平面方形の上下布１Ａ１
１、１Ａ１１の外周における上辺の開口部を残し、底辺
と左右辺に縫合１Ａ１２を施すと共に、上下布１Ａ１
１、１Ａ１１には左右辺と平行に施した適数本のキルテ
ィング１Ａ１３により扁平チューブ状の収納部１Ａ１
４、１Ａ１４．．．が併設されている。 ｂ．充填物１Ａ２は、ゴムチップ、プラスチックのく
ず、木材のチップなどの粒状物で構成され、各収納部１
Ａ１４、１Ａ１４．．．に開口部より充填されていると
共に、当該各収納部は密閉されている。 ｃ．連結用筒状体１Ａ３は、マット用カバー１Ａ１の前
方辺に所定間隔をもって添設された前方の連結用筒状体
１Ａ３１と、マット用カバー１Ａ１の後方辺に添設され
た後方の連結用筒状体１Ａ３２と、マット用カバー１Ａ
１の左方辺に所定間隔をもって添設された左方の連結用
筒状体１Ａ３３と、マット用カバー１Ａ１の右方辺に所
定間隔をもって添設された右方の連結用筒状体１Ａ３４
から構成されている。この場合、前方の連結用筒状体１
Ａ３１と後方の連結用筒状体１Ａ３２とは、当該マット
用カバー１Ａ１を前後方向に連結する場合、互いに重複
しないように位置するよう構成され、また、左方の連結
用筒状体１Ａ３３と右方の連結用筒状体１Ａ３４とは、
当該マット用カバー１Ａ１を左右方向に連結する場合、
互いに重複しないように位置するよう構成されている。 ｄ．上下布１Ａ１、１Ａ１の素材は合成樹脂を素材とす
る通水、通気性を有する織布または不織布である。DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described based on embodiments with reference to the drawings. Reference numeral 1 denotes a mat suitable for a waste disposal plant as the first invention. Therefore, a mat 1 suitable for a waste disposal site is composed of an appropriate number of mat bodies 1A and connecting pipes 1B connecting these mat bodies 1A. A. The mat body 1A includes a mat cover 1A1, a filler 1A2, and a connecting tubular body 1A3. a. The mat cover 1A1 is a flat rectangular upper and lower cloth 1A1.
1 and 1A11, leaving sutures 1A12 on the bottom and left and right sides of the outer periphery of the upper and lower cloths 1A1
1, 1A11 is a flat tube-shaped storage section 1A1 formed by an appropriate number of quiltings 1A13 provided in parallel with the left and right sides.
4, 1A14. . . Is attached. b. The filler 1A2 is made of a granular material such as rubber chips, plastic chips, wood chips, and the like.
A14, 1A14. . . Are filled from the opening, and the respective storage sections are sealed. c. The connecting tubular body 1A3 includes a front connecting tubular body 1A31 attached to the front side of the mat cover 1A1 at a predetermined interval, and a rear connecting tubular body attached to the rear side of the mat cover 1A1. 1A32 and mat cover 1A
1 and a left connecting tubular body 1A33 attached at a predetermined interval to the left side of the mat 1 and a right connecting tubular body 1A34 attached to the right side of the mat cover 1A1 at a predetermined interval.
It is composed of In this case, the front connecting tubular body 1
When connecting the mat cover 1A1 in the front-back direction, the A31 and the rear connecting tubular body 1A32 are configured so as not to overlap with each other, and the left connecting tubular body 1A33 and the right are connected to each other. The other connecting tubular body 1A34 is
When connecting the mat cover 1A1 in the left-right direction,
It is configured to be located so as not to overlap with each other. d. The material of the upper and lower cloths 1A1, 1A1 is a woven or non-woven cloth having water permeability and air permeability made of synthetic resin.
【００１３】Ｂ．連結パイプ１Ｂは、連結用筒状体１Ａ
３内に貫入できる外径を有し、かつ所定長さに構成され
たパイプ１Ｂ１と、外周面に穿設された吸水孔１Ｂ２か
ら構成されている。 ａ．この連結パイプ１Ｂの素材は、多少の弾性を有する
合成樹脂である。 ｂ．連結パイプ１Ｂ内には吸水孔１Ｂ２から流入した浸
出汚水及び発生ガスを感知する汚水、汚水ガス感知測定
センサーＳが内装されている。 ｃ．連結パイプ１Ｂは、シートが破損した場合、パイプ
内に圧送パイプを挿入して、地上より地下に位置する破
損箇所に水セメントを注入固化させ修理することができ
る。B. The connecting pipe 1B is a connecting tubular body 1A.
3 has a pipe 1B1 having an outside diameter capable of penetrating into the inside 3 and having a predetermined length, and a water absorption hole 1B2 formed in the outer peripheral surface. a. The material of the connecting pipe 1B is a synthetic resin having some elasticity. b. Inside the connecting pipe 1B, a sewage and sewage gas sensor S for detecting leached sewage and generated gas flowing from the water suction hole 1B2 are provided. c. When the sheet is damaged, the connecting pipe 1B can be repaired by inserting a pressure feed pipe into the pipe and injecting and solidifying water cement into a damaged portion located below the ground and below the ground.
【００１４】Ｃ．この場合の連結状態は、下記の通りで
ある。マット本体１Ａ、１Ａ．．．を前後左右に１２枚
を連結する場合で説明する。（図４、５、６参照） ａ．前方に位置するマット本体１Ａの後方の連結用筒状
体１Ａ３２と、後方に位置するマット本体１Ａの前方の
連結用筒状体１Ａ３１とを前後方向に一直線状に並べ、
これら両連結用筒状体内に連結棒１Ｂを貫通させて連結
する。 ｂ．左方に位置するマット本体１Ａの右方の連結用筒状
体１Ａ３４と、右方に位置するマット本体１Ａの左方の
連結用筒状体１Ａ３３とを左右方向に一直線状に並べ、
これら両連結用筒状体内に連結棒１Ｂを貫通させて連結
する。 ｃ．このように 縦横の連結パイプ１Ｂによって連結さ
れたマット本体１Ａ、１Ａ．．．により所望する面積の
廃棄物処理場に好適なマット１を得ることになる。図
中、矢印イは各収納部１Ａ１４の長手方向を示すが、図
４は各収納部の長手方向イが前後方向と平行な場合、図
５は各収納部の長手方向イが左右方向と平行な場合を示
している。C. The connection state in this case is as follows. The mat body 1A, 1A. . . Will be described in the case of connecting 12 sheets in front, back, left and right. (See FIGS. 4, 5, and 6) a. The connecting tubular body 1A32 at the rear of the mat body 1A located at the front and the connecting tubular body 1A31 at the front of the mat body 1A located at the rear are arranged in a straight line in the front-rear direction,
The connecting rod 1B is penetrated and connected to both of the connecting cylinders. b. The right connecting tubular body 1A34 of the mat body 1A located on the left and the left connecting tubular body 1A33 of the mat body 1A located on the right are arranged in a straight line in the left-right direction,
The connecting rod 1B is penetrated and connected to both of the connecting cylinders. c. The mat bodies 1A, 1A,... Connected by the vertical and horizontal connecting pipes 1B in this manner. . . Thus, a mat 1 suitable for a waste disposal site having a desired area can be obtained. In the drawing, the arrow A indicates the longitudinal direction of each storage section 1A14, but FIG. 4 shows a case where the longitudinal direction A of each storage section is parallel to the front-rear direction, and FIG. This is the case.
【００１５】２は第２発明としての廃棄物処理場に好適
なマットを用いた廃棄物処理場の形成方法で得た廃棄物
処理場である。（図７、８参照）下記の各工程から構成
されている。 第１工程〜在来工法で地面に逆角錐台状の処理場用くぼ
み部２Ａを形成する。すなわち、底面２Ａ１と、この底
面の前後に連設された前後の壁面２Ａ２と左右に連設さ
れた左右の壁面２Ａ３とから構成されている。 第２工程〜処理場用くぼみ部２Ａにおける底面、前後の
壁面、左右の壁面の上面に、第１廃棄物処理場に好適な
マット１を敷設する。 第３工程〜第１廃棄物処理場に好適なマット１の上面
に、第２廃棄物処理場に好適なマット１を、当該第２廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第１廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第４工程〜第２廃棄物処理場に好適なマット１の上面に
遮水シート２Ｂを積層敷設する。この場合、各廃棄物処
理場に好適なマット、遮水シートの外周部は処理場用く
ぼみ部の外方縁の上面に展張する。Reference numeral 2 denotes a waste treatment plant obtained by the method for forming a waste treatment plant using a mat suitable for a waste treatment plant according to the second invention. (See FIGS. 7 and 8) It is composed of the following steps. 1st process-Inverted pyramidal trough-shaped recess 2A is formed on the ground by a conventional method. That is, it is composed of a bottom surface 2A1, front and rear wall surfaces 2A2 connected to the front and rear of the bottom surface, and left and right wall surfaces 2A3 connected to the left and right. A mat 1 suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the second step to the treatment plant recess 2A. From the third step to the upper surface of the mat 1 suitable for the first waste disposal site, the mat 1 suitable for the second waste disposal site is placed on the upper surface of the mat 1 suitable for the second waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the first waste disposal site. The water-blocking sheet 2B is laid on the upper surface of the mat 1 suitable for the fourth to second waste disposal sites. In this case, the outer periphery of the mat and the water-impervious sheet suitable for each waste treatment plant is extended on the upper surface of the outer edge of the recess for the treatment plant.
【００１６】２１は第２発明の他の実施例の廃棄物処理
場に好適なマットを用いた廃棄物処理場の形成方法で得
た廃棄物処理場である。（図９、１０参照） 下記の各工程から構成されている。 第１工程〜在来工法で地面に逆角錐台状の処理場用くぼ
み部２Ａを形成する。すなわち、底面２Ａ１と、この底
面の前後に連設された前後の壁面２Ａ２と左右に連設さ
れた左右の壁面２Ａ３とから構成されている。 第２工程〜処理場用くぼみ部２Ａにおける底面、前後の
壁面、左右の壁面の上面に、第１廃棄物処理場に好適な
マット１を敷設する。この場合、連結パイプ内には吸水
孔から流入した浸出汚水及び発生ガスを感知する汚水、
汚水ガス感知測定センサーＳを内装することができる。 第３工程〜第１廃棄物処理場に好適なマット１の上面
に、第２廃棄物処理場に好適なマット１を、当該第２廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第１廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第４工程〜第２廃棄物処理場に好適なマット１の上面に
遮水シート２Ｂを積層敷設する。 第５工程〜遮水シート２Ｂの上面に、第３廃棄物処理場
に好適なマット１を、当該第３廃棄物処理場に好適なマ
ット１の各収納部１Ａ１４の長手方向イが、第２廃棄物
処理場に好適なマット１の各収納部１Ａ１４の長手方向
イとは直交する状態で積層敷設する。この場合、各廃棄
物処理場に好適なマット、遮水シートの外周部は処理場
用くぼみ部の外方縁の上面に展張する。なお、遮水シー
トは遮ガスの用途を兼ねる。すなわち、地上への有機ガ
スの拡散の防止をすると同時に、所定箇所で無害化処理
または有効利用をするためのものである。Reference numeral 21 denotes a waste disposal site obtained by a method for forming a waste disposal site using a mat suitable for a waste disposal site according to another embodiment of the second invention. (Refer to FIGS. 9 and 10.) It is composed of the following steps. 1st process-Inverted pyramidal trough-shaped recess 2A is formed on the ground by a conventional method. That is, it is composed of a bottom surface 2A1, front and rear wall surfaces 2A2 connected to the front and rear of the bottom surface, and left and right wall surfaces 2A3 connected to the left and right. A mat 1 suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the second step to the treatment plant recess 2A. In this case, the connecting pipe contains leached sewage and sewage that senses generated gas flowing in from the water absorption hole,
A sewage gas sensing measurement sensor S can be installed. From the third step to the upper surface of the mat 1 suitable for the first waste disposal site, the mat 1 suitable for the second waste disposal site is placed on the upper surface of the mat 1 suitable for the second waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the first waste disposal site. The water-blocking sheet 2B is laid on the upper surface of the mat 1 suitable for the fourth to second waste disposal sites. Fifth process-The mat 1 suitable for the third waste disposal site is placed on the upper surface of the water-impervious sheet 2B, and the longitudinal direction b of each storage portion 1A14 of the mat 1 suitable for the third waste disposal site is the second position. The mats 1 suitable for a waste disposal site are laid in layers so as to be orthogonal to the longitudinal direction A of each storage section 1A14. In this case, the outer periphery of the mat and the water-impervious sheet suitable for each waste treatment plant is extended on the upper surface of the outer edge of the recess for the treatment plant. The impermeable sheet also serves as a gas barrier. That is, at the same time as preventing the diffusion of the organic gas to the ground, the detoxification treatment or effective use is performed at a predetermined location.
【００１７】３は第３発明としての廃棄物処理場に好適
なマットを用いた廃棄物処理場の形成方法で得た廃棄物
処理場である。（図１５、１６、１７参照）下記の各工
程から構成されている。 第１工程〜在来工法で地面に逆角錐台状の処理場用くぼ
み部３Ａを形成する。すなわち、底面３Ａ１と、この底
面の前後に連設された前後の壁面３Ａ２と左右に連設さ
れた左右の壁面３Ａ３とから構成されている。 第２工程〜処理場用くぼみ部３Ａにおける底面、前後の
壁面、左右の壁面の上面に、第１廃棄物処理場に好適な
マット１を敷設する。この場合、連結パイプ内には吸水
孔から流入した浸出汚水及び発生ガスを感知する汚水、
汚水ガス感知測定センサーＳを内装することができる。 第３工程〜第１廃棄物処理場に好適なマット１の上面
に、第２廃棄物処理場に好適なマット１を、当該第２廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第１廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第４工程〜第２廃棄物処理場に好適なマット１の上面に
遮水シート３Ｂを積層敷設する。Reference numeral 3 denotes a waste disposal site obtained by the method of forming a waste disposal site using a mat suitable for a waste disposal site according to the third invention. (See FIGS. 15, 16, and 17) It comprises the following steps. 1st process-Inverted pyramid-shaped trough recess 3A is formed in the ground by the conventional method. That is, it is composed of a bottom surface 3A1, front and rear wall surfaces 3A2 connected to the front and rear of the bottom surface, and left and right wall surfaces 3A3 connected to the left and right. A mat 1 suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the second step to the treatment plant recess 3A. In this case, the connecting pipe contains leached sewage and sewage that senses generated gas flowing in from the water absorption hole,
A sewage gas sensing measurement sensor S can be installed. From the third step to the upper surface of the mat 1 suitable for the first waste disposal site, the mat 1 suitable for the second waste disposal site is placed on the upper surface of the mat 1 suitable for the second waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the first waste disposal site. The water-blocking sheet 3B is laid on the upper surface of the mat 1 suitable for the fourth to second waste disposal sites.
【００１８】第５工程〜遮水シート３Ｂの上面に第３廃
棄物処理場に好適なマット１を、当該第３廃棄物処理場
に好適なマット１の各収納部１Ａ１４の長手方向イが、
第２廃棄物処理場に好適なマット１の各収納部１Ａ１４
の長手方向イとは直交する状態で積層敷設する。この場
合、各廃棄物処理場に好適なマット、遮水シートの外周
部は処理場用くぼみ部の外方縁の上面に展張する。この
ようにして廃棄物処理場の下方部分３２を得る。 第６工程〜廃棄物処理場の下方部分３２内に処理を所望
する廃棄物３３を投入する。投入する際、投入された廃
棄物３３は略角錐台状になるよう形成する。 第７工程〜廃棄物３３の上面に第４廃棄物処理場に好適
なマット１を敷設する。 第８工程〜第４廃棄物処理場に好適なマット１の上面
に、第５廃棄物処理場に好適なマット１を、当該第５廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第４廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第９工程〜第５廃棄物処理場に好適なマット１の上面に
遮水シート３Ｃを積層敷設し、遮水シート３Ｃの上面に
第６廃棄物処理場に好適なマット１を積層敷設する。こ
の場合、各廃棄物処理場に好適なマット、遮水シートの
外周部は処理場用くぼみ部の外方縁の上面に展張する。 第１０工程〜遮水シート３Ｃの上面に遮水シートの保護
用として盛土３Ｄをする。Fifth Step: The mat 1 suitable for the third waste disposal site is placed on the upper surface of the water shielding sheet 3B, and the longitudinal direction b of each storage portion 1A14 of the mat 1 suitable for the third waste disposal site is
Each storage section 1A14 of the mat 1 suitable for the second waste disposal site
Is laid in a state orthogonal to the longitudinal direction a. In this case, the outer periphery of the mat and the water-impervious sheet suitable for each waste treatment plant is extended on the upper surface of the outer edge of the recess for the treatment plant. In this way, the lower part 32 of the waste disposal site is obtained. Sixth step-The waste 33 to be treated is put into the lower part 32 of the waste treatment plant. At the time of charging, the charged waste 33 is formed in a substantially truncated pyramid shape. Seventh step-A mat 1 suitable for the fourth waste disposal site is laid on the upper surface of the waste 33. The mat 1 suitable for the fifth waste disposal site is placed on the upper surface of the mat 1 suitable for the eighth to fourth waste disposal sites, and each of the storage portions 1A14 of the mat 1 suitable for the fifth waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the fourth waste disposal site. The water-impervious sheet 3C is laid on the upper surface of the mat 1 suitable for the ninth to fifth waste disposal sites, and the mat 1 suitable for the sixth waste-processing site is laid on the upper surface of the waterproof sheet 3C. In this case, the outer periphery of the mat and the water-impervious sheet suitable for each waste treatment plant is extended on the upper surface of the outer edge of the recess for the treatment plant. Tenth step-The embankment 3D is provided on the upper surface of the waterproof sheet 3C for protecting the waterproof sheet.
【００１９】３１は第３発明の他の実施例の廃棄物処理
場に好適なマットを用いた廃棄物処理場の形成方法で得
た廃棄物処理場である。（図１８、１９、２０参照）下
記の各工程から構成されている。 第１工程〜在来工法で地面に逆角錐台状の処理場用くぼ
み部３Ａを形成する。すなわち、底面３Ａ１と、この底
面の前後に連設された前後の壁面３Ａ２と左右に連設さ
れた左右の壁面３Ａ３とから構成されている。 第２工程〜処理場用くぼみ部３Ａにおける底面、前後の
壁面、左右の壁面の上面に、第１廃棄物処理場に好適な
マット１を敷設する。この場合、連結パイプ内には吸水
孔から流入した浸出汚水及び発生ガスを感知する汚水、
汚水ガス感知測定センサーＳが内装することができる。 第３工程〜第１廃棄物処理場に好適なマット１の上面
に、第２廃棄物処理場に好適なマット１を、当該第２廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第１廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第４工程〜上方に位置して敷設された廃棄物処理場に好
適なマット１の上面に遮水シート３Ｂを積層敷設する。Reference numeral 31 denotes a waste disposal site obtained by a method for forming a waste disposal site using a mat suitable for a waste disposal site according to another embodiment of the third invention. (See FIGS. 18, 19, and 20) It is composed of the following steps. 1st process-Inverted pyramid-shaped trough recess 3A is formed in the ground by the conventional method. That is, it is composed of a bottom surface 3A1, front and rear wall surfaces 3A2 connected to the front and rear of the bottom surface, and left and right wall surfaces 3A3 connected to the left and right. A mat 1 suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the second step to the treatment plant recess 3A. In this case, the connecting pipe contains leached sewage and sewage that senses generated gas flowing in from the water absorption hole,
A sewage gas sensing measurement sensor S can be installed. From the third step to the upper surface of the mat 1 suitable for the first waste disposal site, the mat 1 suitable for the second waste disposal site is placed on the upper surface of the mat 1 suitable for the second waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the first waste disposal site. Fourth step-The water-impervious sheet 3B is laid on the upper surface of the mat 1 suitable for the waste disposal site laid above.
【００２０】第５工程〜遮水シート３Ｂの上面に第３廃
棄物処理場に好適なマット１を、当該第３廃棄物処理場
に好適なマット１の各収納部１Ａ１４の長手方向イが、
第２廃棄物処理場に好適なマット１の各収納部１Ａ１４
の長手方向イとは直交する状態で積層敷設する。この場
合、各廃棄物処理場に好適なマット、遮水シートの外周
部は処理場用くぼみ部の外方縁の上面に展張する。この
ようにして廃棄物処理場の下方部分３２Ａを得る。 第６工程〜廃棄物処理場の下方部分３２Ａ内に処理を所
望する廃棄物３３を投入する。投入する際、投入された
廃棄物３３は略角錐台状になるよう形成する。 第７工程〜廃棄物３３の上面に第４廃棄物処理場に好適
なマット１を敷設する。 第８工程〜第４廃棄物処理場に好適なマット１の上面
に、第５廃棄物処理場に好適なマット１を、当該第５廃
棄物処理場に好適なマット１の各収納部１Ａ１４の長手
方向イが、第４廃棄物処理場に好適なマット１の各収納
部１Ａ１４の長手方向イとは直交する状態で積層敷設す
る。 第９工程〜第５廃棄物処理場に好適なマット１の上面に
遮水シート３Ｃを積層敷設する。 第１０工程〜遮水シート３Ｃの上面に、第６廃棄物処理
場に好適なマット１を、当該第６廃棄物処理場に好適な
マット１の各収納部１Ａ１４の長手方向イが、第５廃棄
物処理場に好適なマット１の各収納部１Ａ１４の長手方
向イとは直交する状態で積層敷設する。この場合、各廃
棄物処理場に好適なマット、遮水シートの外周部は処理
場用くぼみ部の外方縁の上面に展張する。 第１１工程〜遮水シート３Ｃの上面に遮水シートの保護
用として盛土３Ｄをする。なお、遮水シートは遮ガスの
用途を兼ねる。すなわち、地上への有機ガスの拡散の防
止をすると同時に、所定箇所で無害化処理または有効利
用をするためのものである。Fifth step: The mat 1 suitable for the third waste disposal site is placed on the upper surface of the water-shielding sheet 3B, and the longitudinal direction b of each storage portion 1A14 of the mat 1 suitable for the third waste disposal site is
Each storage section 1A14 of the mat 1 suitable for the second waste disposal site
Is laid in a state orthogonal to the longitudinal direction a. In this case, the outer periphery of the mat and the water-impervious sheet suitable for each waste treatment plant is extended on the upper surface of the outer edge of the recess for the treatment plant. In this way, the lower part 32A of the waste disposal site is obtained. Sixth step-The waste 33 to be treated is put into the lower part 32A of the waste treatment plant. At the time of charging, the charged waste 33 is formed in a substantially truncated pyramid shape. Seventh step-A mat 1 suitable for the fourth waste disposal site is laid on the upper surface of the waste 33. The mat 1 suitable for the fifth waste disposal site is placed on the upper surface of the mat 1 suitable for the eighth to fourth waste disposal sites, and each of the storage portions 1A14 of the mat 1 suitable for the fifth waste disposal site. Lamination is laid such that the longitudinal direction a is orthogonal to the longitudinal direction a of each storage section 1A14 of the mat 1 suitable for the fourth waste disposal site. Ninth step to the fifth waste treatment plant A water-impervious sheet 3C is laid on the upper surface of the mat 1 suitable for the waste treatment plant. Tenth step-The mat 1 suitable for the sixth waste disposal site is placed on the upper surface of the water-impervious sheet 3C, and the longitudinal direction b of each storage portion 1A14 of the mat 1 suitable for the sixth waste disposal site is the fifth. The mats 1 suitable for a waste disposal site are laid in layers so as to be orthogonal to the longitudinal direction A of each storage section 1A14. In this case, the outer periphery of the mat and the water-impervious sheet suitable for each waste treatment plant is extended on the upper surface of the outer edge of the recess for the treatment plant. Eleventh Step-Embankment 3D is provided on the upper surface of the impermeable sheet 3C for protection of the impermeable sheet. The impermeable sheet also serves as a gas barrier. That is, at the same time as preventing the diffusion of the organic gas to the ground, the detoxification treatment or effective use is performed at a predetermined location.
【００２１】図１１、１２、１３、１４を参照して、廃
棄物処理場２１の場合を例に説明する。この廃棄物処理
場２１の形成に際しては、上述のように処理場用くぼみ
部２Ａに、第１廃棄物処理場に好適なマット１、第２廃
棄物処理場に好適なマット１、第３廃棄物処理場に好適
なマット１を順次平面十文字状に積層して行くが、処理
場用くぼみ部２Ａにおける四隅部分が露出しまう可能性
がある。このような場合、四隅部分に当該四隅部分を覆
う寸法に構成した廃棄物処理場に好適なマット１１を所
定層（廃棄物処理場２１の場合、図１１に示すように２
層）積層敷設することになる。このような処理は、図示
は省略するが、廃棄物処理場２、３、３１の場合にも必
要に応じて行われることは当然である。Referring to FIGS. 11, 12, 13, and 14, the case of the waste disposal site 21 will be described as an example. When forming the waste disposal site 21, as described above, the mat 1 suitable for the first waste disposal site, the mat 1 suitable for the second waste disposal site, and the third disposal The mats 1 suitable for the treatment plant are sequentially laminated in a cross-shaped pattern, but there is a possibility that the four corners of the recess 2A for the treatment plant are exposed. In such a case, a mat 11 suitable for a waste disposal site, which is configured to cover the four corners at the four corners, is provided on a predetermined layer (in the case of the waste disposal site 21, as shown in FIG.
Layers) to be laid. Although not shown, such a process is naturally performed as needed also in the case of the waste disposal sites 2, 3, and 31.
【００２２】図１７、２０、２１を参照して、空気抜き
パイプ４ついて廃棄物処理場３１の場合を例に説明す
る。この廃棄物処理場３１の形成に際しては、上述のよ
うに廃棄物３３の上面に第４廃棄物処理場に好適なマッ
ト１、第５廃棄物処理場に好適なマット１、遮水シート
３Ｃ、第６廃棄物処理場に好適なマット１を順次積層し
てゆくが、遮水シート３Ｃ、第６廃棄物処理場に好適な
マット１の一部と遮水シート３Ｃの一部に開設された孔
４Ａ、３Ｃ１と、これら孔４Ａ、３Ｃ１に貫通植設され
た縦パイプ４Ｂにより、遮水シートの下面部と外気を連
通するよう構成されている。なお、縦パイプ４Ｂの周壁
下方部分に下から、外方に向け延出した第１の挟持板４
Ｂ１、第２の挟持板４Ｂ２、第３の挟持板４Ｂ３を設
け、第１の挟持板と第２の挟持板で遮水シートを挟持
し、第２の挟持板と第３の挟持板で上記マット１を挟持
するよう構成されている。このような処理は、図示は省
略するが、廃棄物処理場３の場合にも同様に行われるこ
とは当然である。Referring to FIGS. 17, 20, and 21, the air vent pipe 4 will be described by way of an example at the waste disposal site 31. At the time of forming the waste treatment plant 31, as described above, the mat 1 suitable for the fourth waste treatment plant, the mat 1 suitable for the fifth waste treatment plant, the water-blocking sheet 3C, The mats 1 suitable for the sixth waste disposal site are sequentially laminated, and are installed on the waterproof sheet 3C, a part of the mat 1 suitable for the sixth waste disposal site, and a part of the waterproof sheet 3C. The holes 4A and 3C1 and the vertical pipe 4B penetrating and penetrating the holes 4A and 3C1 are configured to communicate the lower surface of the water-impermeable sheet and the outside air. The first holding plate 4 extending outward from the lower part of the peripheral wall of the vertical pipe 4B from below.
B1, a second holding plate 4B2, and a third holding plate 4B3 are provided. The first holding plate and the second holding plate hold the impermeable sheet, and the second holding plate and the third holding plate serve as It is configured to hold the mat 1. Although not shown, such processing is naturally performed in the case of the waste disposal site 3 as well.
【００２３】[0023]
【発明の効果】本発明は、上述の通り構成されているの
で次に記載する効果を奏する。 １．従来のパイプガス抜き方式では、線状のみの排出作
用であるが、本発明のものは廃棄物処理場に好適なマッ
トで排気ガスを平面の状態で集め排出することができ
る。従来のパイプ状での集ガス方式では、直線状とな
り、集ガス面が一定線方向のみで、ガス発生部全面より
の集ガスが不可能である。この点、本発明では面状態で
集ガスができる長所がある。 ２．地下面の陥落の際、廃棄物処理場に好適なマットは
織物にキルティングを施した構成であるから、落下面と
平等に変化し、廃棄物処理場に無理を与えず、損耗を防
止することができる。 ３．廃棄物処理場に好適なマットは、粒状物が袋状の収
納部に一定量充填するため、上からの土圧力による沈
降、既存土との混入はないと共に、突起物による破損を
防ぐことができる。 ４．廃棄物処理場に好適なマットで全表面を覆うので、
下部よりの発生ガスを収集し、所定のところで排出また
は、ガス有効利用を図ることができる。廃棄物処理場の
下からのガス発生により、当該廃棄物処理場の下面が風
船状となることを防止のため、下部全面に通気性をもた
せ、このガスをどの部分よりも地上へ誘導排出すること
ができる。 ５．マット本体は酸アルカリに強い。Since the present invention is configured as described above, the following effects can be obtained. 1. In the conventional pipe degassing method, only a linear discharge operation is performed, but in the case of the present invention, exhaust gas can be collected and discharged in a flat state using a mat suitable for a waste disposal site. In the conventional pipe-type gas collecting method, the gas collecting section is linear, and the gas collecting surface is only in a fixed linear direction, and gas collecting from the entire gas generating section is impossible. In this regard, the present invention has an advantage that gas can be collected in a planar state. 2. When the underground surface falls, the mat suitable for the waste disposal site is quilted to the woven fabric, so it changes evenly with the falling surface, preventing the waste disposal site from being overwhelmed and preventing wear. Can be. 3. Mats suitable for waste disposal sites are filled with a fixed amount of granular material in a bag-shaped storage unit, so there is no sedimentation due to earth pressure from above, mixing with existing soil, and prevention of damage due to protrusions. it can. 4. Since the entire surface is covered with a mat suitable for a waste disposal site,
The generated gas is collected from the lower part, and can be discharged at a predetermined location or the gas can be effectively used. In order to prevent the lower surface of the waste treatment plant from becoming balloon-like due to the generation of gas from under the waste treatment plant, the entire lower part has ventilation, and this gas is guided to the ground more than any other part. be able to. 5. The mat body is resistant to acid and alkali.
【００２４】６．通水性、通気性に優れている。一定厚
さにより底が通気通水路となるため、上からの土圧が生
じても通水性、通気性を確保することができる。本発明
は、廃プラスチック（ゴム、タイヤ含む）などの粒状物
を利用し、通気、通水性を確保するため、粒状物をキル
ティングによる筒状の収納部に詰込み平板状に構成され
ている。 ７．遮水シートの下部に廃棄物処理場に好適なマットを
設置することにより、突起物によるシートの破損防止と
なる。 ８．廃プラスチックなどの粒状物をキルティングによる
筒状の収納部に詰込む用構成されているから、廃棄物処
理場の腐敗なく、長期にわたり型状を保持することがで
きる。 ９．周りの土質により多段状態の施設にすることによ
り、通気と通水の双方で効率を図ることができる。 １０．収納部内の充填物が土砂より軽く、安価で公害物
となる物質をリサイクル品として活用を図ることができ
る。 １１．粒状物をキルティングで構成された扁平なチュー
ブ袋の収納部に詰込むため、一定の厚さを確保すること
ができると共に、広い面積でも平均圧となる。 １２．この他の効果は下記の通りである。 Ａ．ゴムタイヤ及び廃プラの最終処理、粒状破砕し地中
内でリサイクル利用するなど廃棄物の再利用ができ、か
つ長期にわたって腐敗することがない。 Ｂ．安価で軽量、作業性に富み、工費安となる。 Ｃ．形状に合わせて作成して設置することが可能であ
る。 Ｄ．大小自由に作ることができる。 Ｅ．公害防止施設に多く活用できる。6. Excellent water permeability and air permeability. Since the bottom becomes a ventilation water passage with a constant thickness, water permeability and air permeability can be ensured even when earth pressure is generated from above. The present invention utilizes a granular material such as waste plastic (including rubber and tires), and in order to ensure ventilation and water permeability, the granular material is packed in a tubular storage section by quilting and configured in a flat plate shape. 7. By installing a mat suitable for the waste disposal site below the water-impervious sheet, it is possible to prevent the sheet from being damaged by protrusions. 8. Since it is configured to pack granular material such as waste plastic into a cylindrical storage portion by quilting, the shape can be maintained for a long time without decay of a waste treatment plant. 9. By setting the facility in a multi-stage state depending on the surrounding soil, efficiency can be improved in both ventilation and water flow. 10. The filling material in the storage section is lighter than earth and sand, and the inexpensive and polluting substances can be used as recycled products. 11. Since the granular material is packed in the storage portion of the flat tube bag formed by quilting, a certain thickness can be secured, and the average pressure is obtained even in a wide area. 12. Other effects are as follows. A. Waste rubber can be reused, such as final treatment of rubber tires and waste plastic, granular crushing and recycling underground, and there is no decay for a long time. B. Inexpensive, lightweight, rich in workability, and low in construction costs. C. It can be created and installed according to the shape. D. Big and small can be made freely. E. FIG. Many can be used for pollution prevention facilities.
【図１】第１発明の略図的斜視図である。FIG. 1 is a schematic perspective view of a first invention.
【図２】Ａ−Ａ線における要部拡大断面図である。FIG. 2 is an enlarged sectional view of a main part taken along line AA.
【図３】廃棄物処理場に好適なマットの連結状態の平面
図である。FIG. 3 is a plan view showing a mat connected to a waste disposal site in a connected state.
【図４】廃棄物処理場に好適なマットの連結状態の平面
図である。FIG. 4 is a plan view of a mat connected to a waste disposal site in a connected state.
【図５】同上の要部拡大正面図である。FIG. 5 is an enlarged front view of a main part of the above.
【図６】第１廃棄物処理場に好適なマットと第２廃棄物
処理場に好適なマットの関係を示す斜視図である。FIG. 6 is a perspective view showing a relationship between a mat suitable for a first waste disposal site and a mat suitable for a second waste disposal site.
【図７】第２発明の略図的分解斜視図である。FIG. 7 is a schematic exploded perspective view of the second invention.
【図８】第２発明で得た廃棄物処理場の縦断面図であ
る。FIG. 8 is a longitudinal sectional view of a waste disposal site obtained by the second invention.
【図９】第２発明の他の実施例の略図的分解斜視図であ
る。FIG. 9 is a schematic exploded perspective view of another embodiment of the second invention.
【図１０】第２発明の他の実施例で得た廃棄物処理場の
縦断面図である。FIG. 10 is a longitudinal sectional view of a waste disposal site obtained in another embodiment of the second invention.
【図１１】処理場用くぼみ部における四隅部分の処理を
説明する１部を切欠いた斜視図である。FIG. 11 is a partially cutaway perspective view for explaining the processing of the four corners in the recess for the treatment plant.
【図１２】処理場用くぼみ部における四隅部分の処理を
説明する要部拡大横断面図である。FIG. 12 is an enlarged cross-sectional view of a main part for explaining processing at four corners in a hollow part for a processing plant.
【図１３】処理場用くぼみ部における四隅部分の処理を
説明する要部拡大縦断面図である。FIG. 13 is an enlarged vertical cross-sectional view of a main part for describing processing of four corners in the hollow part for a processing plant.
【図１４】第２発明の他の実施例で得た廃棄物処理場に
おける要部拡大縦断面図である。FIG. 14 is an enlarged vertical sectional view of a main part in a waste disposal site obtained in another embodiment of the second invention.
【図１５】第３発明の略図的分解斜視図である。FIG. 15 is a schematic exploded perspective view of the third invention.
【図１６】第３発明の略図的分解斜視図である。FIG. 16 is a schematic exploded perspective view of the third invention.
【図１７】第３発明で得た廃棄物処理場の縦断面図であ
る。FIG. 17 is a longitudinal sectional view of a waste disposal site obtained by the third invention.
【図１８】第３発明の他の実施例の略図的分解斜視図で
ある。FIG. 18 is a schematic exploded perspective view of another embodiment of the third invention.
【図１９】第３発明の他の実施例の略図的分解斜視図で
ある。FIG. 19 is a schematic exploded perspective view of another embodiment of the third invention.
【図２０】第３発明の他の実施例で得た廃棄物処理場の
縦断面図である。FIG. 20 is a longitudinal sectional view of a waste disposal site obtained in another embodiment of the third invention.
【図２１】第３発明の他の実施例で得た廃棄物処理場に
おける要部拡大縦断面図である。FIG. 21 is an enlarged vertical sectional view of a main part of a waste disposal site obtained in another embodiment of the third invention.
【図２２】第３発明の他の実施例で得た廃棄物処理場に
おける要部拡大縦断面図である。FIG. 22 is an enlarged vertical sectional view of a main part of a waste disposal site obtained in another embodiment of the third invention.
１ 廃棄物処理場に好適なマット １Ａ マット本体 １Ｂ 連結パイプ ２ 廃棄物処理場 ２１ 廃棄物処理場 ３ 廃棄物処理場 ３１ 廃棄物処理場 DESCRIPTION OF SYMBOLS 1 Mat suitable for waste treatment plant 1A Mat body 1B Connecting pipe 2 Waste treatment plant 21 Waste treatment plant 3 Waste treatment plant 31 Waste treatment plant
Claims (7)
これらマット本体（１Ａ）を連結する連結パイプ（１
Ｂ）で構成されていることを特徴とする廃棄物処理場に
好適なマット。 Ａ．マット本体（１Ａ）は、マット用カバー（１Ａ１）
と充填物（１Ａ２）と連結用筒状体（１Ａ３）から構成
され、 ａ．マット用カバー（１Ａ１）は、合成樹脂を素材とす
る通水、通気性を有する織布または不織布を素材とする
平面方形の上下布（１Ａ１１、１Ａ１１）の外周におけ
る上辺の開口部を残し、底辺と左右辺に縫合（１Ａ１
２）を施すと共に、上下布（１Ａ１１、１Ａ１１）には
左右辺と平行に施した適数本のキルティング（１Ａ１
３）により扁平チューブ状の収納部（１Ａ１４、１Ａ１
４．．．）が併設され、 ｂ．充填物（１Ａ２）は、ゴムチップ、プラスチックの
くず、木材のチップなどの粒状物で構成され、各収納部
（１Ａ１４、１Ａ１４．．．）に開口部より充填されて
いると共に、当該各収納部は密閉され、 ｃ．連結用筒状体（１Ａ３）は、マット用カバー（１Ａ
１）の前方辺に所定間隔をもって添設された前方の連結
用筒状体（１Ａ３１）と、マット用カバー（１Ａ１）の
後方辺に添設された後方の連結用筒状体（１Ａ３２）
と、マット用カバー（１Ａ１）の左方辺に所定間隔をも
って添設された左方の連結用筒状体（１Ａ３３）と、マ
ット用カバー（１Ａ１）の右方辺に所定間隔をもって添
設された右方の連結用筒状体（１Ａ３４）から構成さ
れ、 Ｂ．連結パイプ（１Ｂ）は、多少の弾性を有する合成樹
脂を素材とし、連結用筒状体（１Ａ３）内に貫入できる
外径を有し、かつ所定長さに構成されたパイプ（１Ｂ
１）と、外周面に穿設された吸水孔（１Ｂ２）から構成
されていると共に、この連結パイプ（１Ｂ）内には吸水
孔（１Ｂ２）から流入した浸出汚水及び発生ガスを感知
する汚水、汚水ガス感知測定センサー（Ｓ）などが内装
され、 Ｃ．前方に位置するマット本体（１Ａ）の後方の連結用
筒状体（１Ａ３２）と、後方に位置するマット本体（１
Ａ）の前方の連結用筒状体（１Ａ３１）とを前後方向に
一直線状に並べ、これら両連結用筒状体内に連結棒（１
Ｂ）を貫通させて連結すると共に、左方に位置するマッ
ト本体（１Ａ）の右方の連結用筒状体（１Ａ３４）と、
右方に位置するマット本体（１Ａ）の左方の連結用筒状
体（１Ａ３３）とを左右方向に一直線状に並べ、これら
両連結用筒状体内に連結棒（１Ｂ）を貫通させて連結す
る。1. The following suitable number of mat bodies (1A):
Connecting pipe (1) connecting these mat bodies (1A)
A mat suitable for a waste disposal plant, which is constituted by B). A. Mat body (1A) is mat cover (1A1)
And a filler (1A2) and a connecting tubular body (1A3), a. The mat cover (1A1) has an opening on the upper side of the outer periphery of the flat rectangular upper and lower cloths (1A11, 1A11) made of a woven or nonwoven fabric having water permeability and air permeability made of a synthetic resin, and has a bottom side. And suturing on the left and right sides (1A1
2) and an appropriate number of quiltings (1A1) applied to the upper and lower cloths (1A11, 1A11) in parallel with the left and right sides.
3), the flat tube-shaped storage section (1A14, 1A1)
4. . . ) Is installed, b. The filler (1A2) is composed of a granular material such as a rubber chip, a piece of plastic, a chip of wood, or the like, and is filled into each of the storage portions (1A14, 1A14...) From the opening, and each of the storage portions is Sealed, c. The connecting tubular body (1A3) is provided with a mat cover (1A).
The front connecting tubular body (1A31) attached to the front side of (1) at a predetermined interval, and the rear connecting tubular body (1A32) attached to the rear side of the mat cover (1A1).
A left connecting tubular body (1A33) attached to the left side of the mat cover (1A1) at a predetermined interval; and a left connecting tubular body (1A33) attached to the right side of the mat cover (1A1) at a predetermined interval. B. The right-hand connecting tubular body (1A34). The connecting pipe (1B) is made of a synthetic resin having some elasticity, has an outer diameter capable of penetrating into the connecting tubular body (1A3), and has a predetermined length.
1) and a water absorption hole (1B2) drilled in the outer peripheral surface, and the connecting pipe (1B) has sewage that senses leached sewage and generated gas flowing from the water absorption hole (1B2). B. Sewage gas detection measurement sensor (S) is installed. A connecting tubular body (1A32) behind the mat body (1A) located in front and a mat body (1A) located in the back.
A) and the connecting tubular body (1A31) in front of them are arranged in a straight line in the front-rear direction.
B) and a connecting tubular body (1A34) on the right side of the mat body (1A) located on the left while being connected therewith;
The left connecting tubular body (1A33) of the mat body (1A) located on the right side is arranged in a straight line in the left-right direction, and the connecting rod (1B) is penetrated into these two connecting tubular bodies and connected. I do.
特徴とする廃棄物処理場の形成方法。 第１工程〜地面に底面（２Ａ１）と、この底面の前後に
連設された前後の壁面（２Ａ２）と左右に連設された左
右の壁面（２Ａ３）とから構成されている逆角錐台状の
処理場用くぼみ部（２Ａ）を形成する。 第２工程〜処理場用くぼみ部（２Ａ）における底面、前
後の壁面、左右の壁面の上面に、第１廃棄物処理場に好
適なマット（１）を敷設する。 第３工程〜第１廃棄物処理場に好適なマット（１）の上
面に、第２廃棄物処理場に好適なマット（１）を、当該
第２廃棄物処理場に好適なマット（１）の各収納部（１
Ａ１４）の長手方向（イ）が、第１廃棄物処理場に好適
なマット（１）の各収納部（１Ａ１４）の長手方向
（イ）とは直交する状態で積層敷設する。 第４工程〜第２廃棄物処理場に好適なマット（１）の上
面に遮水シート（２Ｂ）を積層敷設したのち、各廃棄物
処理場に好適なマット、遮水シートの外周部は処理場用
くぼみ部の外方縁の上面に展張する。2. A method for forming a waste treatment plant, comprising the following steps. 1st process-Inverted truncated pyramid composed of a bottom surface (2A1) on the ground, front and rear wall surfaces (2A2) continuously provided before and after this bottom surface, and left and right wall surfaces (2A3) provided right and left. (2A) is formed. A mat (1) suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the recesses (2A) for the second step to the treatment plant. A mat (1) suitable for the second waste treatment plant and a mat (1) suitable for the second waste treatment plant on the upper surface of the mat (1) suitable for the third process to the first waste treatment plant. Each storage section (1
Lamination is laid such that the longitudinal direction (A) of A14) is orthogonal to the longitudinal direction (A) of each storage section (1A14) of the mat (1) suitable for the first waste disposal site. After laying a water-impervious sheet (2B) on the upper surface of the mat (1) suitable for the fourth to second waste disposal sites, the mat suitable for each waste disposal site and the outer periphery of the water-impervious sheet are treated. It is spread on the upper surface of the outer edge of the recess.
特徴とする廃棄物処理場の形成方法。 第１工程〜地面に底面（２Ａ１）と、この底面の前後に
連設された前後の壁面（２Ａ２）と左右に連設された左
右の壁面（２Ａ３）とから構成されている逆角錐台状の
処理場用くぼみ部（２Ａ）を形成する。 第２工程〜処理場用くぼみ部（２Ａ）における底面、前
後の壁面、左右の壁面の上面に、第１廃棄物処理場に好
適なマット（１）を敷設する。 第３工程〜第１廃棄物処理場に好適なマット（１）の上
面に、第２廃棄物処理場に好適なマット（１）を、当該
第２廃棄物処理場に好適なマット（１）の各収納部（１
Ａ１４）の長手方向（イ）が、第１廃棄物処理場に好適
なマット（１）の各収納部（１Ａ１４）の長手方向
（イ）とは直交する状態で積層敷設する。 第４工程〜第２廃棄物処理場に好適なマット（１）の上
面に遮水シート（２Ｂ）を積層敷設する。 第５工程〜遮水シート（２Ｂ）の上面に、第３廃棄物処
理場に好適なマット（１）を、当該第３廃棄物処理場に
好適なマット（１）の各収納部（１Ａ１４）の長手方向
（イ）、第２廃棄物処理場に好適なマット（１）の各収
納部（１Ａ１４）の長手方向（イ）とは直交する状態で
積層敷設したのち、各廃棄物処理場に好適なマット、遮
水シートの外周部は処理場用くぼみ部の外方縁の上面に
展張する。3. A method for forming a waste treatment plant comprising the following steps. 1st process-Inverted truncated pyramid composed of a bottom surface (2A1) on the ground, front and rear wall surfaces (2A2) continuously provided before and after this bottom surface, and left and right wall surfaces (2A3) provided right and left. (2A) is formed. A mat (1) suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the recesses (2A) for the second step to the treatment plant. A mat (1) suitable for the second waste treatment plant and a mat (1) suitable for the second waste treatment plant on the upper surface of the mat (1) suitable for the third process to the first waste treatment plant. Each storage section (1
Lamination is laid such that the longitudinal direction (A) of A14) is orthogonal to the longitudinal direction (A) of each storage section (1A14) of the mat (1) suitable for the first waste disposal site. The water-impervious sheet (2B) is laid on the upper surface of the mat (1) suitable for the fourth to second waste disposal sites. Fifth step-A mat (1) suitable for the third waste disposal site is provided on the upper surface of the impermeable sheet (2B), and each storage section (1A14) of the mat (1) suitable for the third waste disposal site is provided. Of the mat (1) suitable for the second waste disposal site, and in a state orthogonal to the longitudinal direction (a) of each storage section (1A14) of the mat (1). The outer periphery of a suitable mat or impermeable sheet extends over the upper surface of the outer edge of the treatment plant recess.
特徴とする廃棄物処理場の形成方法。 第１工程〜地面に底面（３Ａ１）と、この底面の前後に
連設された前後の壁面（３Ａ２）と左右に連設された左
右の壁面（３Ａ３）とから構成されている逆角錐台状の
処理場用くぼみ部（３Ａ）を形成する。 第２工程〜処理場用くぼみ部（３Ａ）における底面、前
後の壁面、左右の壁面の上面に、第１廃棄物処理場に好
適なマット（１）を敷設する。 第３工程〜第１廃棄物処理場に好適なマット（１）の上
面に、第２廃棄物処理場に好適なマット（１）を、当該
第２廃棄物処理場に好適なマット（１）の各収納部（１
Ａ１４）の長手方向（イ）が、第１廃棄物処理場に好適
なマット（１）の各収納部（１Ａ１４）の長手方向
（イ）とは直交する状態で積層敷設する。 第４工程〜第２廃棄物処理場に好適なマット（１）の上
面に遮水シート（３Ｂ）を積層敷設する。 第５工程〜遮水シート（３Ｂ）の上面に第３廃棄物処理
場に好適なマット（１）を、当該第３廃棄物処理場に好
適なマット（１）の各収納部（１Ａ１４）の長手方向
（イ）が、第２廃棄物処理場に好適なマット（１）の各
収納部（１Ａ１４）の長手方向（イ）とは直交する状態
で積層敷設したのち、各廃棄物処理場に好適なマット、
遮水シートの外周部は処理場用くぼみ部の外方縁の上面
に展張して廃棄物処理場の下方部分（３２）を得る。 第６工程〜廃棄物処理場の下方部分（３２）内に処理を
所望する廃棄物（３３）を投入する。この場合、投入す
る際、投入された廃棄物（３３）は略角錐台状になるよ
う形成する。 第７工程〜廃棄物（３３）の上面に第４廃棄物処理場に
好適なマット（１）を敷設する。 第８工程〜第４廃棄物処理場に好適なマット（１）の上
面に、第５廃棄物処理場に好適なマット（１）を、当該
第５廃棄物処理場に好適なマット（１）の各収納部（１
Ａ１４）の長手方向（イ）が、第４廃棄物処理場に好適
なマット（１）の各収納部（１Ａ１４）の長手方向
（イ）とは直交する状態で積層敷設する。 第９工程〜第５廃棄物処理場に好適なマット（１）の上
面に遮水シート（３Ｃ）を積層敷設したのち、遮水シー
ト（３Ｃ）の上面に第６廃棄物処理場に好適なマット
（１）を積層敷設し、各廃棄物処理場に好適なマット、
遮水シートの外周部は処理場用くぼみ部の外方縁の上面
に展張する。 第１０工程〜遮水シート（３Ｃ）の上面に遮水シートの
保護用として盛土（３Ｄ）をする。4. A method for forming a waste disposal plant, comprising the following steps. 1st process-Inverted truncated pyramid composed of a bottom surface (3A1) on the ground, front and rear wall surfaces (3A2) continuously provided before and after this bottom surface, and left and right wall surfaces (3A3) provided left and right. (3A) is formed. A mat (1) suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the recesses (3A) for the second step to the treatment plant. A mat (1) suitable for the second waste treatment plant and a mat (1) suitable for the second waste treatment plant on the upper surface of the mat (1) suitable for the third process to the first waste treatment plant. Each storage section (1
Lamination is laid such that the longitudinal direction (A) of A14) is orthogonal to the longitudinal direction (A) of each storage section (1A14) of the mat (1) suitable for the first waste disposal site. The water-impervious sheet (3B) is laid on the upper surface of the mat (1) suitable for the fourth to second waste disposal sites. Fifth step-A mat (1) suitable for the third waste disposal site is provided on the upper surface of the water-impervious sheet (3B), and a mat (1A14) of each mat (1) suitable for the third waste disposal site is provided. After laying in a state where the longitudinal direction (a) is orthogonal to the longitudinal direction (a) of each storage section (1A14) of the mat (1) suitable for the second waste disposal site, Suitable mat,
The outer perimeter of the seepage control sheet is extended on the upper surface of the outer edge of the treatment plant recess to obtain the lower part (32) of the waste treatment plant. Step 6-The waste (33) to be treated is put into the lower part (32) of the waste treatment plant. In this case, when thrown, the thrown waste (33) is formed so as to have a substantially truncated pyramid shape. Seventh step-A mat (1) suitable for the fourth waste disposal site is laid on the upper surface of the waste (33). The mat (1) suitable for the fifth waste treatment plant is placed on the upper surface of the mat (1) suitable for the eighth to fourth waste treatment plants, and the mat (1) suitable for the fifth waste treatment plant. Each storage section (1
Lamination is performed with the longitudinal direction (A) of A14) orthogonal to the longitudinal direction (A) of each storage section (1A14) of the mat (1) suitable for the fourth waste disposal site. After laying and laying the impermeable sheet (3C) on the upper surface of the mat (1) suitable for the ninth to fifth waste disposal sites, it is suitable for the sixth waste treatment site on the upper surface of the impermeable sheet (3C). Mats (1) are laid in layers, suitable for each waste disposal site,
The outer periphery of the impermeable sheet is extended on the upper surface of the outer edge of the recess for the treatment plant. Tenth step-Embankment (3D) is performed on the upper surface of the impermeable sheet (3C) to protect the impermeable sheet.
特徴とする廃棄物処理場の形成方法。 第１工程〜地面に底面（３Ａ１）と、この底面の前後に
連設された前後の壁面（３Ａ２）と左右に連設された左
右の壁面（３Ａ３）とから構成されている逆角錐台状の
処理場用くぼみ部（３Ａ）を形成する。 第２工程〜処理場用くぼみ部（３Ａ）における底面、前
後の壁面、左右の壁面の上面に、第１廃棄物処理場に好
適なマット（１）を敷設する。 第３工程〜第１廃棄物処理場に好適なマット（１）の上
面に、第２廃棄物処理場に好適なマット（１）を、当該
第２廃棄物処理場に好適なマット（１）の各収納部（１
Ａ１４）の長手方向（イ）が、第１廃棄物処理場に好適
なマット（１）の各収納部（１Ａ１４）の長手方向
（イ）とは直交する状態で積層敷設する。 第４工程〜上方に位置して敷設された廃棄物処理場に好
適なマット（１）の上面に遮水シート（３Ｂ）を積層敷
設する。 第５工程〜遮水シート（３Ｂ）の上面に第３廃棄物処理
場に好適なマット（１）を、当該第３廃棄物処理場に好
適なマット（１）の各収納部（１Ａ１４）の長手方向
（イ）が、第２廃棄物処理場に好適なマット（１）の各
収納部（１Ａ１４）の長手方向（イ）とは直交する状態
で積層敷設して廃棄物処理場の下方部分（３２Ａ）を得
る。 第６工程〜廃棄物処理場の下方部分（３２Ａ）内に処理
を所望する廃棄物（３３）を投入する。 第７工程〜廃棄物（３３）の上面に第４廃棄物処理場に
好適なマット（１）を敷設する。 第８工程〜第４廃棄物処理場に好適なマット（１）の上
面に、第５廃棄物処理場に好適なマット（１）を、当該
第５廃棄物処理場に好適なマット（１）の各収納部（１
Ａ１４）の長手方向（イ）が、第４廃棄物処理場に好適
なマット（１）の各収納部（１Ａ１４）の長手方向
（イ）とは直交する状態で積層敷設する。 第９工程〜第５廃棄物処理場に好適なマット（１）の上
面に遮水シート（３Ｃ）を積層敷設する。 第１０工程〜遮水シート（３Ｃ）の上面に、第６廃棄物
処理場に好適なマット（１）を、当該第６廃棄物処理場
に好適なマット（１）の各収納部（１Ａ１４）の長手方
向（イ）が、第５廃棄物処理場に好適なマット（１）の
各収納部（１Ａ１４）の長手方向（イ）とは直交する状
態で積層敷設したのち、各廃棄物処理場に好適なマッ
ト、遮水シートの外周部は処理場用くぼみ部の外方縁の
上面に展張する。 第１１工程〜遮水シート（３Ｃ）の上面に遮水シートの
保護用として盛土（３Ｄ）をする。5. A method for forming a waste treatment plant comprising the following steps. 1st process-Inverted truncated pyramid composed of a bottom surface (3A1) on the ground, front and rear wall surfaces (3A2) continuously provided before and after this bottom surface, and left and right wall surfaces (3A3) provided left and right. (3A) is formed. A mat (1) suitable for the first waste treatment plant is laid on the bottom surface, the front and rear wall surfaces, and the upper surface of the left and right wall surfaces in the recesses (3A) for the second step to the treatment plant. A mat (1) suitable for the second waste treatment plant and a mat (1) suitable for the second waste treatment plant on the upper surface of the mat (1) suitable for the third process to the first waste treatment plant. Each storage section (1
Lamination is laid such that the longitudinal direction (A) of A14) is orthogonal to the longitudinal direction (A) of each storage section (1A14) of the mat (1) suitable for the first waste disposal site. Fourth step-A water-impervious sheet (3B) is laid on the upper surface of a mat (1) suitable for a waste disposal site laid above. Fifth step-A mat (1) suitable for the third waste disposal site is provided on the upper surface of the water-impervious sheet (3B), and a mat (1A14) of each mat (1) suitable for the third waste disposal site is provided. The lower part of the waste disposal plant is laid in a state where the longitudinal direction (a) is perpendicular to the longitudinal direction (a) of each storage portion (1A14) of the mat (1) suitable for the second waste disposal plant. (32A) is obtained. Step 6-The waste (33) desired to be treated is put into the lower part (32A) of the waste treatment plant. Seventh step-A mat (1) suitable for the fourth waste disposal site is laid on the upper surface of the waste (33). The mat (1) suitable for the fifth waste treatment plant is placed on the upper surface of the mat (1) suitable for the eighth to fourth waste treatment plants, and the mat (1) suitable for the fifth waste treatment plant. Each storage section (1
Lamination is performed with the longitudinal direction (A) of A14) orthogonal to the longitudinal direction (A) of each storage section (1A14) of the mat (1) suitable for the fourth waste disposal site. The ninth step to the fifth waste disposal plant are laminated with a water-impervious sheet (3C) on the upper surface of the mat (1) suitable for the waste treatment plant. Tenth step-A mat (1) suitable for the sixth waste disposal site is placed on the upper surface of the impermeable sheet (3C), and each storage section (1A14) of the mat (1) suitable for the sixth waste disposal site Of the mats (1) suitable for the fifth waste disposal site, the longitudinal direction (a) of the mats (1) is perpendicular to the longitudinal direction (a) of each storage section (1A14). The outer periphery of the mat and the water-impervious sheet is preferably spread on the upper surface of the outer edge of the recess for the treatment plant. Eleventh step-Embankment (3D) is performed on the upper surface of the impermeable sheet (3C) to protect the impermeable sheet.
上面に第４廃棄物処理場に好適なマット（１）、第５廃
棄物処理場に好適なマット（１）、遮水シート（３
Ｃ）、第６廃棄物処理場に好適なマット（１）を順次積
層してゆく際、遮水シート（３Ｃ）、第６廃棄物処理場
に好適なマット（１）の一部と遮水シート（３Ｃ）の一
部に開設された孔（４Ａ、３Ｃ１）と、これら孔（４
Ａ、３Ｃ１）に貫通植設された縦パイプ（４Ｂ）によ
り、遮水シートの下面部と外気を連通するよう構成され
ている空気抜きパイプ（４）を設けた請求項４あるいは
請求項５記載の廃棄物処理場の形成方法。6. A mat (1) suitable for the fourth waste disposal site, a mat (1) suitable for the fifth waste disposal site, and a water-impervious sheet (6) on the upper surface of the waste when forming the waste disposal site. 3
C) When the mat (1) suitable for the sixth waste disposal site is sequentially laminated, the water impermeable sheet (3C), a part of the mat (1) suitable for the sixth waste disposal site, and water impermeable. The holes (4A, 3C1) opened in a part of the sheet (3C) and these holes (4C
The air vent pipe (4) configured to communicate outside air with the lower surface of the impermeable sheet by a vertical pipe (4B) penetrated and implanted in (A, 3C1). How to form a waste disposal site.
じて廃棄物処理場に好適なマットにおける連結パイプ
（１Ｂ）内には、吸水孔（１Ｂ２）から流入した浸出汚
水及び発生ガスを感知する汚水、汚水ガス感知測定セン
サー（Ｓ）が内装されている請求項３ないしは請求項６
のいずれかに記載の廃棄物処理場の形成方法。7. When forming a waste disposal site, if necessary, leachable sewage and generated gas flowing from a water absorption hole (1B2) are detected in a connecting pipe (1B) of a mat suitable for the waste disposal site. The wastewater or wastewater gas sensing and measuring sensor (S) is installed inside the vehicle.
The method for forming a waste disposal site according to any one of the above.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10368553A JP2000167506A (en) | 1998-12-08 | 1998-12-08 | Mat applicable to waste treatment site and formation of waste treatment site |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP10368553A JP2000167506A (en) | 1998-12-08 | 1998-12-08 | Mat applicable to waste treatment site and formation of waste treatment site |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JP2000167506A true JP2000167506A (en) | 2000-06-20 |
Family
ID=18492126
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP10368553A Pending JP2000167506A (en) | 1998-12-08 | 1998-12-08 | Mat applicable to waste treatment site and formation of waste treatment site |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JP2000167506A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002326069A (en) * | 2001-05-07 | 2002-11-12 | Nisshoku Corp | Protection structure and protection buffer body construction method for water barrier normal plane in final disposal plant |
| US8205393B1 (en) * | 2009-07-14 | 2012-06-26 | Con-Wal Inc. | Coupler for landfill tarp |
| US8777516B2 (en) | 2011-06-16 | 2014-07-15 | Jmw Welding & Manufacturing, Inc. | Tarp and ballast system |
| JP2016140860A (en) * | 2015-02-05 | 2016-08-08 | 有限会社アイコス | Laying structure of heavy metal-adsorbing mat |
| US11491520B1 (en) | 2021-05-17 | 2022-11-08 | Con-Wal, Inc. | Coupler for landfill tarp weight system |
| US11827489B1 (en) | 2020-04-08 | 2023-11-28 | Con-Wal, Inc. | Interchangeable tarp deployment system |
-
1998
- 1998-12-08 JP JP10368553A patent/JP2000167506A/en active Pending
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2002326069A (en) * | 2001-05-07 | 2002-11-12 | Nisshoku Corp | Protection structure and protection buffer body construction method for water barrier normal plane in final disposal plant |
| US8205393B1 (en) * | 2009-07-14 | 2012-06-26 | Con-Wal Inc. | Coupler for landfill tarp |
| US8375643B1 (en) * | 2009-07-14 | 2013-02-19 | Con-Wal, Inc. | Coupler for landfill tarp |
| US8777516B2 (en) | 2011-06-16 | 2014-07-15 | Jmw Welding & Manufacturing, Inc. | Tarp and ballast system |
| US9168572B2 (en) | 2011-06-16 | 2015-10-27 | Jmw Welding & Manufacturing, Inc. | Tarp and ballast system |
| JP2016140860A (en) * | 2015-02-05 | 2016-08-08 | 有限会社アイコス | Laying structure of heavy metal-adsorbing mat |
| US11827489B1 (en) | 2020-04-08 | 2023-11-28 | Con-Wal, Inc. | Interchangeable tarp deployment system |
| US11491520B1 (en) | 2021-05-17 | 2022-11-08 | Con-Wal, Inc. | Coupler for landfill tarp weight system |
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