JPS5985710A - Method of kneading and preparing hydraulic substance kneadedmaterial - Google Patents

Abstract

(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

【発明の詳細な説明】 本発明は水硬性′肉質混線Ｉ吻の調整法に係り、能率的
に該混練物を混線調整すると共に品質的に：１．￥れた
７１も練物を調整することのできる方法を提供しようと
するものであるう セメント等の水硬性物質粉末を用い砂、砂利のような骨
材を添加街、紳して７１も紳・□吻を得ることは従来か
ら一般的に実Ｍ！ｉされでいるところであるが、斯かる
混練物を能率曲目一つ効果的に得ることは必ずしも容易
でない。′１￥に本績明者等は砂のような廁・２４月に
予め所定の水分を均一状態に耐着せしめたものにセメン
ト等の水硬性物質粉末を添加混合所しめることにより細
骨４４表面に造殺Ｗしλに）たものに残部（１も練水と
粗骨材を添加（１ス、紳゛４−ることを推奨中るもので
あって、このようにｒることにより該７’Ｉ５紳′吻の
分尺１＃ブリージングを皆；＋Ｊｊｑ化ないし充分に低
減し、流＋１（ＩＪ成］１ぞ性を良〃ｆにすると共に得
られる成形体の強匪を適切に向上し、１１シ較的少いセ
メント等の配合で所朋強ＩＪＬをもった判品を得しめる
メリットがあり、世ｒ（子な技術については種々の程宅
を市ねて来だところであるが、このような混線手法を有
効１つ能率的に得ることは′−！Ｓ施的に和尚の困◆ｌ
ｉ／ｉ性がある。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for adjusting hydraulic and fleshy cross-contamination, which efficiently adjusts the cross-contamination of the kneaded material and improves quality:1. 71 is also an attempt to provide a method by which the dough can be adjusted by using powdered hydraulic substances such as cement and adding aggregates such as sand and gravel. □Getting a proboscis has traditionally been a real M! However, it is not always easy to effectively obtain one efficiency curve from such a kneaded material. The inventors of this paper have made fine bones 44 by adding powder of a hydraulic substance such as cement to a sand-like material that has been preliminarily impregnated with a certain amount of moisture to a uniform state. It is recommended to add water and coarse aggregate to the remaining surface (1 step, 1 step, 4 steps) to the surface of the material (1), and by The 7'I5 proboscis's 1# breathing is completely reduced to +Jjq or sufficiently reduced, the flow +1 (IJ formation) 1 potential is made good, and the strength of the obtained molded product is appropriately increased. 11 It has the advantage of being able to obtain a product with a relatively strong IJL with a relatively small amount of cement, etc. However, it is difficult for the monk to efficiently obtain such a crosstalk method effectively.
There is an i/i nature.

叩ちｌ：記のような混練調整に１１、それぞれのスフ−
ツブに１目当の時間をかけて実ノイ１１７得ることは当
然であるが、それでは今日におけるｈ（産方式に必ずし
もマツチせず、又混線エネルギー的にも不利である。勿
１會混練ｉｉ１．′、ｌ整が均−伏１＞咳にイ（Ｉられ
ることは不ｉ工欠的であって、セメント等の凝塊が残っ
ているようなことで。」、析１’４　〕ｎｉｌ　ｉｔ３
　造殻技術の′Ｎｒ質を充分にイ１１イ市（、，７ｊ）
ないことになる。又／Ｉ４　、Ｉ’１１！　＋衾構ｔま
なろべく小型で・ちることが１！ＩＬ転効率上有利であ
ることｆｄ、当然であり、しかも一方において（ｄ該混
練操１１こ当って材料の曲数がないこと、（昆紳トルク
の少いこと１．ＩＡ料組成的にも異っプζ、１ｌｌｌｌ
骨旧に夕・１する１青り仕のための用１次混練と、その
１着のコンクリートとして仕トげる４２次１Ｊ′ｆ５４
’ｌ！　ｈが夫々に効率的に行い得ることなどのＷ謂が
あり、これらの諸要請を夫々満足すしぬることは当然に
困帷１′Ｆ：を１゛６う。Beating: 11 for kneading adjustment as described below, each sufu-
Of course, it is natural to spend a lot of time on the grains to obtain the actual noise 117, but this does not necessarily match today's h (production method) and is also disadvantageous in terms of crosstalk energy. ', l adjustment is evenly distributed 1 > cough (it is unworkable, and there is a coagulum of cement, etc.).'', analysis 1'4] nil it3
Enough Nr quality in shell-forming technology (,,7j)
There will be no. Also/I4, I'11! + School structure is as small as possible and easy to clean! It is natural that it is advantageous in terms of IL conversion efficiency, and on the other hand, (d) there is no number of turns of the material during the kneading operation 11, (low torque is 1. also in terms of IA material composition). Different ζ, 1llll
42nd stage 1J'f54 to be used as the 1st concrete for the 1st mixing for the 1st green finishing in the evening.
'l! There is a so-called W that each of h can be performed efficiently, and it is naturally difficult to satisfy each of these requirements.

本発明は上記したような実情に、１］鵡み倹Ｍを取ねて
１川ゼされたものでちって、Ｉ）ｆＴｎ己し７χような
造粒のだめの１次混線とその尚の２次で１に紳とを各別
のミキサーで行い、１−かもＱｌ記１次混練を公転する
アートに自転［ると共に分散効果を有する攪拌ロー　タ
を対設し、しかも前記′ｒ−ムに混合室壁面ににＺＪ　
１〜１４１＋４り操作１゛る回転片を配設したｉ、ｌｕ
　４１！磯１．１．Ｉｔで行い、この１次混練後に別の
／Ｆ１．紗１幾構に］ｔして２次混線することを提案す
るものである。斯かる本発明について説明すると、本発
明台等け１）１工記したような１次混練をなすための１
１４　＋ｌ・ｔｉｔ。’＋　ｌ’Ｍ訃よびｉ咳１次〆１
盾紳磯ＣＩ４と２次（＋ｙ、紳限（１゛摩との用汗ゎＩ
Ｖ門係について倹８・ｔシたメパ、１次（１１，イ・口
（ｒｃつぃｆ　ＩＪ：中、純な回りし醪、　１１！にょ
ろものＬ　Ｄも公転と１−１１匠’ｒ　、ｌ１１１合わ
す、公転するアート、にメ１１．神バ壁而（−ｆ討し耐
着した？＋Ａａｐｐ　＋ｈを１；４’ｌ’　ル外１”Ｉ
Ｉ　Ｉｉ”＋、　ｉｌ’　ｊｊ　ト（（ｉ。The present invention is based on the above-mentioned actual circumstances, 1) The first crosstalk of the granulation waste such as 1) fTn itself and 7χ, and its 2) Next, step 1 and mixing are performed using separate mixers, and in step 1, a stirring rotor that rotates on its axis and has a dispersion effect is installed opposite to the revolving art, and in addition to the ZJ on the wall of the mixing chamber
i, lu equipped with rotating pieces for 1 to 141+4 operations
41! Iso 1.1. After this first kneading, another /F1. This is a proposal to create secondary cross-talk by using several layers of gauze. To explain the present invention, the present invention machine etc. 1) Step 1 for performing the primary kneading as described above.
14 +l・tit. '＋l'M death and i cough 1st 〆1
Shield Shiniso CI4 and secondary (+y, Genlimited (1゛ma) and sweat I
About the V gatekeeper, 8-t-shita Mepa, 1st (11, I-mouth (rctif IJ: middle, pure rotating moromi, 11! Nyoromono LD also revolves and 1-11 craftsman) r, l111 combined, revolving art, Nime 11. God wall (-f defeated? + Aapp + h to 1; 4'l' outside 1"I
I Ii"+, il' jj ((i.

練室中央部の内１１１１１．１”ｉ’／　、１゛１ミ片
とをＩＩＶ、Ｉ＝Ｊけ、しかも該公転′ｒ−ムに取ｐＪ
１ｒｉられて白・１恢する曜１１〕ロータで１蔑１（Ｐ
４−ることメバ１１−中七ン１白１１１べ１１・１１山
１１力の／ｊλい条件ドで有効な１γロ′Ｐ７１も練４
ツノ果’、ｒ　＋’＋し、める所１″−１、である仁と
を確認し、ｌ１１ｒに前ｒａ＋’：　、Ｉｅｌ、、　４
’ｌ’ロータのぞす（Ｋ　Ｉｌｉ’、ｌを対称的に配設
したものが好ヰしい結果を得しめる所以であることを知
った。この間の・１１１１￥について説明するとこのｌ
１ｌｊのｌ’！’Ｊ　４’Ｐ　ｉＪ４イ゛１！に用いら
れる磯（ｈとしては従来１頃る多様なものが開５ｉ発表
されていることは一般的に知られている肖りであるが、
１４ｉＪ記したようなセメント等の水（１ｉＪｊ性物°
冴粉体を用いた混線物の混合調整に当っては該水硬性物
質粉体ない［７細・目１１」が混練♀壁面において附析
Ａｉｊ結するｊｌ；Ｉｉ向が大であり、これを適切に１
蚤取って撹拌することが必要であり、しかも隆取り１１
′ｌ拌とに１、別にロータによる１゛伏拌操作を加えて
用庁−た攪拌作用をｊｊ乏−ることか比較的少い、Ｑｌ
ｇ　１ｊＩｉＪ力で好ましいｉツ、拌混合を慴しめる所
以であって、上記］７たように公転アームに設けられた
攪拌片Ｉｔｊ、　ｉＲ＋紳物の全般に対−する攪拌１′
１母４］をな４と共に前記したような掻取゛り作用をな
ずものであり、−ノｊ自転するロータはこのような全般
的なｌｉ？　’１１’　、掻取り条件下において部分的
ＶＣ攪拌作用を与えつつ公転によって撹拌（Ｎ′Ｌ疏を
移動することとなり、それらの１す拌作用が組合されて
好ましい攪拌結果を１１）シめる。ｌ〜かも前記したよ
うな攪拌Ｈないし自転ロータ６Ｊ、１１；軸的小型なも
ので、しいからそｉｔらが（Ｆモ練室内の混線物中にち
って回転さ７１．−Ｒｆξめのｐｉ＜動力は比較的小さ
いものでよい。11111.1''i'/, 1゛1mm piece in the center of the training room is taken as IIV, I=J, and pJ is taken in the revolution 'r-m.
1ri and white, 1 match you 11] rotor 1 contempt 1 (P
4-Kotomeba 11-Chu7in 1 White 111 Be 11.
The horn fruit', r +'+, and the kernel which is 1"-1, are confirmed, and the front ra+' to l11r: , Iel,, 4
'l' rotor looks (K Ili', I learned that symmetrical arrangement of l is the reason why good results can be obtained.To explain about 1111 yen during this time, this l
l' of 1lj! 'J4'P iJ4i゛1! It is generally known that various types of iso (h) used in
Water such as cement as described in 14iJ (1iJj property °
When adjusting the mixture of mixed materials using solid powder, it is important to note that the hydraulic substance powder [7 fine/11] is attached to the kneading ♀ wall surface, and the direction of Ii is large. properly 1
It is necessary to remove fleas and stir, and moreover, it is necessary to remove fleas and stir.
In addition to the stirring, there is also a separate stirring operation using a rotor, so that the stirring action required is relatively small.
This is why we recommend stirring and mixing with a force of 1jIiJ, and as mentioned in [7] above, the stirring pieces provided on the revolving arm, stirring 1' for the entire body
1 mother 4] and 4 are natural, and the rotor rotating on its own axis has such a general li? '11' Under scraping conditions, stirring by revolution while giving a partial VC stirring action (the N'L canal is moved, and these 1st stirring actions are combined to reduce the desired stirring result 11) . The stirring H or the rotating rotor 6J, 11 as described above is small in its axis, so it is rotated inside the mixed material in the mixing chamber (F). <The power may be relatively small.

上記のような端面のためのｉ１％　１次ｉ、Ｒ紳に公ｌ
し、粗骨材をも添加して行う小２次ｉｆｆ、練ｄ畳１も
棟を吻の晴がそれなりに犬（４とプｒろと共に添加され
た粗刊材などにより？昆Ｘ束′向の竹園が犬となり攪拌
／１１．紳時の抵抗も犬、１−なるから別の混（を開構
によることが好ましい。時にこの第２次混４を虫ニオイ
テ＆、ｊ　４１次ｒｆ４　Ａｒ１４　ｉ／Ｃｂ　ｋ　ｌ
ル如％　６１１’　］！うな剋骨材六面へのセメント粉
の均一なＩｌ１着造殻造粒う珀度の高い混紳処理全必非
とぜず、弔１欠混練によってそＩｔらの門１糸が完成さ
４した１検のものに対する（１も線中ψｆ１；て、ヤ）
るからぞ！１が行われる混練機＋１ｊｔＫ門してＣ」：
匪来フ５・ら一般的に用いられている各種γ［ｆ＋　４
・）！ｆ；隻（１９を適宜に採用し得る。又何れにして
もこのｆ（５２次訃、ｆ申を４１次’／ｊ’ｖ　ｅｌｊ
とは別の磯（１りで実施することにより各ｌｐ神１・■
作が合理的に遂行され、合理的にＦ］的の混神′吻を得
ることがでへる。i1% for the end face as above
In addition, in the small secondary IF, which is performed by adding coarse aggregate, the ridges of the ridges of the tatami 1 also have a certain level of clearness (due to the coarse materials added together with 4 and Puro?KonX bundle' The bamboo garden on the other side becomes a dog and stirs / 11. Genji's resistance is also a dog, so it is preferable to use another mix (open structure). i/Cb k l
611']! The cement powder is uniformly applied to the six sides of the aggregate, the shells are granulated, and the mixture process with a high degree of porosity is completed. (1 is also in the line ψf1; te, ya)
Because it is! 1 is performed on the kneading machine + 1jtK and C':
Various commonly used γ[f+ 4
・)! f; ship (19 can be adopted as appropriate. Also, in any case, this f (52nd death, f death, 41st death'/j'v elj
A different rock (each lp God 1・■ by carrying out in 1)
If the work is carried out rationally, it is possible to rationally obtain F]'s mixed god's proboscis.

このような本発明についてり！に仔、ＹＩｌ＋を説明す
ると、前４１〕シたような１次混線と２次混線と全一、
１疼に実＋＋ｉＩｉする機構の１つは；’ｒ＜　ｉ図に
おいて画面的に示す１屯りで、上部の１次混練室１でｆ
ｌｌ−・：！さｔしたものが、そのホッパー１１）から
−・１【用下音１（に１．之けられた２次（ＩＬ紳メ２
に１１鮫稍されＣ２次？昆絆されるものであり、１次混
練室１　〕’ｆ’　ｌｒｌ＞的Ｉ　Ｉｆ！？　Ｉｔ２１
９４係ｔマ別Ｋ　合７．　ｌ”ａ　Ｋ　＃、−イテ示さ
れている。即ち混練室１には公転する７゛−ム１１が１
）（とりすられ１．核゛アーノ・１１の両１ン；ン４に
’ｔ　ｌ」１１１１ｊ　−ｔ−Ｚ’ｊ　Ｎ−タ１２が取
付＆ｉら１１．てい、ろが、父仁のよ’＞　７−ｒ　７
−　ム１１　／’−）中１１’７回中％　中ｉ１１１３
１１ｉ１１にＩｔ、、Ｌ’　ｒａｔ：、紳′吻を外側）
５向に送り出しつつ度絆する内側公転１．″え拌）１１
４が対設され、史にその外側部に〃」、適当な１反付ｒ
ｉｓ材１６に」：つて７ＪＬ伯ｌミ室１の叫壁面を頃１
４＋７りながら攪拌作Ｉｌｌする外側公転（シ！拌ハ１
５が対設されている。前記ロータ１２には自転攪拌片１
２＾がｈψけらレテいることＱよ１・２１示の・…りで
／ｆ）るが、該ロータ１２は前述したような内外側の各
公転４！′ｚ拌片１４．１５に７１も紳Ｉ蚤出さｉＬる
混練物に対１７て公転によりその（べ拌位囮をｉｎ’ｉ
次に移動しながら自転攪拌作用を与乏−ることは明かで
ある。About this invention! To explain YIl+, there are primary crosstalk, secondary crosstalk, and total crosstalk as shown in [41] above.
One of the mechanisms that is used to realize this is ;'r < i.
ll-・:! The thing that was removed is from the hopper 11) - 1 [use lower sound 1 (1.
Is it 11 years old and C2? If! ? It21
94 Section T Ma Separate K 7. l"a K #, -ite is shown. That is, in the kneading chamber 1, there is a 7mm 11 that revolves.
) (Abducted 1. Nuclear Arno 11 both 1 and 4 't l' 1111j -t-Z'j N-ta 12 is installed &i et al. 11. '＞7-r 7
- 11/'-) 11' 7 times % Medium i1113
11i11 It, L' rat:, Gen's proboscis outward)
Inner revolution that connects while sending out in 5 directions 1. ``Estir) 11
4 is placed opposite, and on the outer side of the history 〃'', an appropriate 1 is attached.
is material 16": 7 JL Hakulmi room 1's shouting wall surface 1
4+7 Stirring operation Ill outer revolution (Shi! Stirring Ha 1
5 is provided oppositely. The rotor 12 has a rotating stirring piece 1.
It is shown in Q1.21 that 2^ is hψ. 'Z The stirring piece 14.15 also rotates against the kneaded material 71 and 15 (the stirring piece is in'i
Next, it is clear that the rotating stirring effect is exerted or depleted while moving.

なお場合シこ１つではアーム１１に１１１１０１文而４
魚Ｊ１ｖりを主体とした掻ＪＩＶ、片１１をｊｒｊｊけ
ることがυ酢る。In addition, in case of one penis, arm 11 is 111101 Bunji 4
It is υ vinegar to cut JRJJ, which is mainly based on fish J1V, and piece 11.

上記した小１図のものに１やける２イク（混練室２Ｆ１
：イｉＬ平から知ら１１で（ハる７Ｌ平２甲由ミ・ｖ１
ノーであって、水平２軸２１，２１に設けられた冑１、
拌手段によって混練１ろものでＡ’）　Ｚｌが、本発明
に訃いではこの２次混線については適宜の捜イ１〜を採
用１７１１もことＱ、１前ＡＩ２した通りである、１Ｊ
１０．このＬうな債Ｙ１へ線機ｆｉ’７のに１１含わぜ
Ｉｔ１係については別に鞠ル：□＋１・′ζ１に示され
ている通りであって、砂の、１つな、＋Ｉｌ＋　４’ｔ
　１４貯１ｆ’ｉ　３、−１＝　メ７　＋−＋ｒｒ漕４
督よび１次水５に閂ｌ２．て−１ぐ々５；二片１１（１
、給１渦４１乍８を介して前日ｊ’、　Ｉ、　Ｎような
１次晶練綱１が］・’ｅ−＊ｒ’ｒさｔし、該１次（１
も練室１に対しＣ水平２１Ｑｌｌミキリ・−２を連結し
、該ミキサー２には別に設けらｆｌ、た砂利のような粗
号材貯槽６および２欠本Ｔが夫々定時供給機構８ａ、８
ａを介して装入され混練されるように成っているのがＭ
ｆｌｆ記第１同第１図であるが、本発明のものｆｒｅｔ
別に第３図に示すような多様な、（，１１合わせ関係を
以て実１イロシ得る。蓋し第３（ヴ１における２３シ１
．タービンミキーリ゛−であって、このものに前記水平
２軸ミキサー２と同様に装入して混練することができ、
又２４は一般的に９、（１られているコンクリートミキ
サーであり、２５１！、ｉトラックミキ丈−１２６は第
２図忙示したものと同嘩な構成をもった公転自転ミキサ
ーであるが、これらのものに対しても摘Ｉ″ｉ混＋１１
剤タンク３０からの混和剤を添加して同様に装入（−７
で２次混線することができ、得られる混練物１０につい
ては何れの場曾においても略同（千である。1 burnt 2 pieces for the small 1 figure mentioned above (kneading room 2F1
:IiL Hei to Know 11 (Haru 7L Hei 2 Ko Yumi v1
No, the helmet 1 provided on two horizontal axes 21, 21,
When kneading by a stirring means, A') Zl is not applicable to the present invention, and for this secondary crosstalk, appropriate search 1~ is adopted.
10. This L eel bond Y1 includes line machine fi'7 and 11. Regarding It1 section, it is as shown in □+1・'ζ1, and it is one of sand, +Il+4' t
14 storage 1f'i 3, -1 = me7 +-+rr row 4
Control and primary water 5 and bolt l2. te-1gugu 5; two pieces 11 (1
, the primary crystalline wire 1 such as j', I, N is passed through the supply 1 vortices 41 to 8, and the primary (1
A C horizontal 21Qll mixer-2 is connected to the kneading chamber 1, and the mixer 2 is separately provided with a rough material storage tank 6 such as gravel, and a regular supply mechanism 8a, 8, respectively.
M is charged and kneaded through a.
Fig. 1 shows the fret of the present invention.
Separately, as shown in FIG.
．． A turbine mixer, which can be charged and kneaded in the same manner as the horizontal twin-shaft mixer 2,
Also, 24 is a concrete mixer that is generally designated as 9, (1), and 251!, i-track Miki-126 is a revolving-rotating mixer with the same configuration as the one shown in Figure 2. Also for these things, I''i +11
Add the admixture from the agent tank 30 and charge in the same manner (-7
The kneaded material 10 obtained is approximately the same (1,000) in all cases.

これらの混練ｌ＞！　ｔｊｋによって具体的にヤリられ
た漏計１！′吻の代表例について説！（１１すると　ｆ
ｆ涌ポルトランドセメント ：　：３．　０　１　、吸水率：３．１２％、化石：　
２．　６　０のものを表面水率５％程１１Ｌ．とじたも
の）および大井用産出の川砂利（　Ｆ’　Ｍ　：　（ｉ
．　５　５、吸水率：　０．　７　４％、化石：　２．
　（ｉ　４　）　％：用い、（ｑ）水平２ＩＩＩｌｌＩ
ミキナーで従来法に従い金１（料を同時に装入混練した
もの■強制）ｉｊｌＪパンタ・イブミキサーで前記（亀
）と同じに全２１″４Ａ゛１を１時に添加して混練しプ
こもの、（の本・ｉｉ”；　ｌｊｌＪ　＆こ１・Ｃい一
ｔ≧転自転によるミキサー１でツ（１１目１４に１次水
を壓Ｊ．ＩＩＩ　して１５秒間ｌＩＬ合してからセメ７
トを１１１１ぐ一Ｃ５（）秒間４Ｖｔ　、ｔ’ｉ！混合
する，潰）没１次＋Ｉ？．神をなｊ７、（入い゛でこｔ
Ｌを水ＩＶ−２中山ミキリー２に４やけるイＩｔ　ｔｔ
　Ｉ゛１に添加し゛ｒ１５秒１１１１混自（、、でから
２（］ζノ１（４・添加して５０秒間混練しをも・、σ
）、（Ｊ）上ｉｊ１７　（ｃ）と回しに公転自転ミキサ
ーによる潰后：ン１次晶神銹に・ｉｉＱ　Ｉｌｌ型パン
タイプミキミキサーｌ　７ｉ＋１，（（！’）と回じに
２次ン昆ｉ中したものの５ハ［、＋’ｉ　（／Ｃついて
、〕゛リリージングよび（゛４令７［１強（ｇｌ、２　
８　１：４強ＩＩ′！ニ全それぞＩＬ　１ｌｌｌｌ定し
た結果を“％約して示ｔと１１４図の涌りである。即ち
本発明による（め■のものは■（６）のものに比１〜ブ
リージング率がイ）８係以下と相当に低下していると共
に１．Ｅ線強度１ｆｉ何れも向上し、しかもそのバラツ
ギ範（ブ旧１大幅に縮４ｊ、　シている。These kneading l＞! Leakage 1 that was specifically fucked by TJK! ``A theory about typical examples of proboscis! (11 then f
f-waku portland cement: :3. 0 1, water absorption rate: 3.12%, fossil:
2. 60 with a surface water content of about 5% to 11L. ) and river gravel produced for Oi (F' M: (i
．． 5 5. Water absorption rate: 0. 7 4%, fossil: 2.
(i 4 ) %: used, (q) horizontal 2IIIllI
Add 21"4A"1 at 1:00 in the same way as above (Kame) and knead it in a mixer using a mixer using the conventional method. (Book of ii); ljlJ ＆C1 t ≧ Mixer 1 with rotation
4Vt for 1111 seconds, t'i! Mix, crush) first order + I? ．． God, please come in.
L to water IV-2 Nakayama Mikili 2 to 4 burnt it tt
Add to I゛1 and knead for 1111 seconds for 15 seconds.
), (J) upper ij 17 (c) and the rotation with the revolving rotary mixer: N primary crystallization, iiQ Ill type bread type mixer l 7i + 1, ((!') and the rotation with the secondary n 5 ha [, +'i (with /C,] ``releasing'' and (゛ 4th order 7 [1 strength (gl, 2
8 1:4 strong II'! Figure 114 shows the results obtained by determining the IL 1llll for each of the two in terms of %.That is, the breathing rate of the invention (method) according to the present invention is 1 to 1 compared to that of (6). ) has significantly decreased to less than 8, and both 1.E line strength 1fi has improved, and the variation range (old 1) has significantly decreased.

な′１′、−１−記したような本発明による鴇舎におい
て、１次混練が細骨材と水、七メン）ｆ／こよって行噌
］れ、Ｉ’ｌｌ砂利のような粗骨材なしで行われるもの
でホ）るかもそのミキサーは比１咬的小型のもので１＜
、又γ昆紳−１勿の性状からし７てもぞ−の混紳暇拌時
の４１（抗が小でちることが明ヅｌｉ　ｆあ１）、これ
を同じミキサーで全、ｔｌ　Ｋ″：）を成人して行つ従
；続法に比す−れげ、ン１人練のた１Ｖ）の・：・ＩＪ
　’ｊＪ叱を（１］当に縮ｌ戊し得ることは明かで１）
ろ。In the tokusha according to the present invention as described in '1', -1-, the primary kneading is performed with fine aggregate and water, and coarse aggregates such as gravel are mixed. The mixer may be comparatively small and 1<
, Also, 41 (it is clear that the resistance is small) when mixing γ-Kunshin-1, mustard, 7, and so on, all in the same mixer, tl K ``:) is practiced as an adult; compared to the continuation method - Rege, N one person training 1V) of...:・IJ
It is clear that it is possible to reduce (1) the scolding of 'jJ.
reactor.

１ｘ−Ｊ、ヒ嗜、　ＩＩ　ｌ、７’Ｕ　、１：うな本猜
明にしろと＾ｌ、、ｊ　（ｙｆり・ス）ｔつな１ｊｌ１
１・汁（４の周１酊に水１便斗′□吻″ｔ（粉・に顛、
しり造設された（ｒｆ５練物を適切１つ能率的に混練ｉ
１？４整暁−シめ、又比較的少い１リ力条件で該／ｌＬ
疎物を有２刊にｉｆｆしめろものであって、ニー゛ｎ的
にその効果の大きい発明であるう1x-J, Hi-Ki, II l, 7'U, 1: Let's make Unamoto Somei ^l,,j (yfri・su)ttsuna1jl1
1. Juice (1 cup of water for 1 intoxication of 4) (powder and broth,
(RF5 kneading material is efficiently kneaded)
1-4 adjustment, and the corresponding /lL with relatively few 1 repower conditions.
It is an invention that has a great effect on the general public, since it is possible to put away rare materials into two editions.

【図面の簡単な説明】[Brief explanation of the drawing]

図面は本発明の技術的内容を示すもので才）つて、第１
１閾を土木発明Ｊｊ法Ｓ：実施する装竹の１例について
の側面図、第２図（Ｉよ−その１次混紳１良ＩＦ？につ
いての平面図、第３図Ｑよ本発明にＪ。 る１次混練機構と２次γＩ？、紳４浅構の川合わぜ間係
を示した説明図、第４図Ｑよ従来一般法と１次造粒混紳
と２次混練を夫々の混練機（１ｑのイ１１げわせで実姉
した。局舎のプリージング率及び相合強度に１）いての
測′ポ結−毛を示（７た図表である。 然（７てこれらの１次１面に棧いで、１１」、１次混ｔ
・４！（２隻１’ｉ？、　　２は２次混紳イ幾（１り、
３は一′Ｉｌ＋・１ｔ（４貯漕、４　ｌｌ−ｔ、セメン
ト貯槽、５６」、１次水及び？１４　困を削、６け粗骨
材貯槽、Ｉ　ｋｌ、２次水及び７１もｔｌｌ剤、８゜８
Ｑは定ｆｉｔ、　ＩＦ：給機１１り、１０Ｉ」、混か■
物、１１ｖ↓アーム、１２は自転するロータ、１４は内
１則公転攪Ｉ牢片、１５＆よ外１１１１公転Ｉ゛・）冒
′１ミ片、２．ｌｄタービンミキリ゛−１２１Ｔｌニー
１ンクリートミヤリ゛−１２５１ｉｔ）ラックミキサー
を示すものでちる。 時、印　出１頭　人　　伊　東端　１！Ｉ；発　明　者
　伊東端部 回　　　　　北側−也 回　　　　　山本東弘 同　　　　　　　　　　　　　　会　１）鞘　−同　　
　　　　　　　　　　　　黒　羽　健　嗣同　　　　　
　　　　　　　　　　中　　吋　　　　トイε代理人　
弁理士　　　白　川　−− 皐　／　凹 ：卑　　２　凶 ／The drawings are intended to illustrate the technical content of the present invention.
1 Threshold Civil Engineering Invention Jj Method S: Side view of one example of bamboo decoration to be carried out, Fig. 2 (I - Plan view of the first mixed IF?, Fig. 3 Q) J. An explanatory diagram showing the primary kneading mechanism and secondary γI?, the river joining interval of the 4-shallow structure, and Figure 4 Q shows the conventional general method, primary granulation mixing, and secondary kneading, respectively. The mixture of the mixture (1Q was a real sister. The prisoning rate and the opposite strength of the station building 1) the measurement of 1) ′ Po -po (7) (7) (7) On the first side, 11'', 1st mixed t
・4! (2 boats 1'i?, 2 is a secondary mixed breed Iku (1ri,
3 is 1'Il+・1t (4 storage tanks, 4 ll-t, cement storage tank, 56", primary water and ?14 t, 6 coarse aggregate storage tank, I kl, secondary water and 71 tll) Agent, 8゜8
Q is a fixed fit, IF: Feeder 11, 10I, mixed.
object, 11v↓ arm, 12 is a rotor that rotates, 14 is an inner one-law revolution stirring I piece, 15 & outside 1111 revolution I゛・) Exploration 1 piece, 2. This refers to a rack mixer. Time, mark, 1 head, person, east end, 1! I; Inventor: Ito end section, north side, Yamamoto Higashihiro Dokai 1) Scabbard - same
Ken Tsugudo Kuroba
Medium 吋 Toy ε agent
Patent Attorney Shirakawa --- Satsuki / Concave: Bei 2 Kei /

Claims (1)

【特許請求の範囲】[Claims] 砂のような細骨材に予め所定の水分を均一状態に耐着せ
しめたものにセメント等の水硬性′物質を添加１１４合
せしめることによりＩ削骨材表面に造殻せしめる１次混
練を行い、この１次混練物に残部の混練水と粗骨材を添
加して２次（昆＾憤し、目的の混Ａ床′吻を１！）るに
当って、前記１次？１も練を混練室内の公転アームに公
転内４（ｊｌ　４’＋？拌片と公転外側攪拌片を取付け
る共に自転ロータを配役した混線機＋１ダで行うと共に
前記２次混練を別の任意の形式による混紳礪４１々で行
うことを特徴とする水硬性物′Ｃ■混練物の１１７．神
調整法っA hydraulic substance such as cement is added to fine aggregate such as sand, which has been uniformly impregnated with a certain amount of moisture, and then mixed to form a shell on the surface of the aggregate. , When adding the remaining kneading water and coarse aggregate to this primary kneaded material and performing the secondary mixing (resulting in the desired mixed A bed's length), the above-mentioned primary kneading material was added. 1. Kneading is carried out using a mixing machine +1 which has a revolving inner stirring piece and a revolving outer stirring piece attached to the revolving arm in the kneading chamber, and also has an autorotating rotor, and the secondary kneading is carried out using another arbitrary 117. Kneaded materials 117. Divine adjustment method