JPS59394A - Liquid honing apparatus - Google Patents
Liquid honing apparatusInfo
- Publication number
- JPS59394A JPS59394A JP57110082A JP11008282A JPS59394A JP S59394 A JPS59394 A JP S59394A JP 57110082 A JP57110082 A JP 57110082A JP 11008282 A JP11008282 A JP 11008282A JP S59394 A JPS59394 A JP S59394A
- Authority
- JP
- Japan
- Prior art keywords
- liquid
- abrasive
- honing
- tank
- supernatant
- 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.)
- Granted
Links
Abstract
Description
【発明の詳細な説明】
本発明は、ホーニング後の砥粒液の浄化回収を改善して
なる液体ホーニング装置に関するものである。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a liquid honing device that improves purification and recovery of abrasive liquid after honing.
従来、ホーニング作業には、ホーニング後の砥粒液を浄
化回収して再使用できるようにした種々の液体ホーニン
グ装置がある。Conventionally, for honing operations, there are various liquid honing devices that purify and recover the abrasive liquid after honing so that it can be reused.
すなわち、ホーニング後の砥粒液をいきなり分級サイク
ロンにより浄化回収するM置や、ホーニング後の砥粒液
を小さな透孔を有する隔壁によって、大きい砥粒を含ん
だ液と小さい砥粒を含んだ液とに分離した後、この小さ
い砥粒を含んだ液を分級サイクロンに送り、液を分離回
収する装置が使用されている。In other words, the abrasive solution after honing is immediately purified and recovered using a classification cyclone, and the abrasive solution after honing is separated into a solution containing large abrasive grains and a solution containing small abrasive grains using a partition wall with small holes. A device is used in which the liquid containing small abrasive particles is sent to a classification cyclone to separate and recover the liquid.
この前者の装置では、粗細粒の砥粒や研削さいの混在し
たホーニング後の砥粒液をいきなり分級サイクロン−こ
より分級するため、その分離が不充分となって、回収さ
れた液中に微細な砥粒尋が含まれ、これを除去するため
に濾過器を必要とし、との濾過器の目詰りを防止するた
めに、その掃除や交換が必要となり、浄化回収の効率が
悪いばかりでなく、作業の煩雑なものであった。この作
業の煩雑さを解消するために、浄化槽に前記のサイクロ
ンにより分級した液を溜め、それを放置して微細な砥粒
等を沈殿除去することも行なわれているが、この沈殿除
去のために、長時間当該液を静信しなければならず、そ
の為め作業効率の悪いものであった。In the former device, the abrasive liquid after honing, which contains coarse abrasive grains and grinding particles, is suddenly classified using a classification cyclone, resulting in insufficient separation and fine particles in the recovered liquid. Contains abrasive grains and requires a filter to remove them, which requires cleaning or replacement to prevent clogging of the filter, which not only causes poor purification and recovery efficiency. The work was complicated. In order to eliminate the complexity of this work, it is also possible to collect the liquid classified by the cyclone in a septic tank and leave it to precipitate and remove fine abrasive grains. In addition, the liquid had to be kept in the tank for a long time, resulting in poor work efficiency.
また後者の装置では、小さな透孔を有する隔壁によって
大きい砥粒を含んだ液と、小さい砥粒を含んだ液とを分
離した後、この後者の液を分級サイクロンに送って液を
浄化回収するため、この回収された液の浄化度は前装置
よりも向上するが軽量な微細砥粒や研削さいは、前装置
と同様沈殿除去する必要があり、そのため作業効率の悪
いものであり、また、油脂分等の分離除去が不充分なも
のであった。In the latter device, a liquid containing large abrasive particles and a liquid containing small abrasive particles are separated by a partition wall having small through holes, and then this latter liquid is sent to a classification cyclone to purify and recover the liquid. Therefore, the degree of purification of this recovered liquid is improved compared to the previous device, but lightweight fine abrasive grains and grinding particles need to be precipitated and removed as in the previous device, resulting in poor work efficiency. Separation and removal of fats and oils was insufficient.
そこで本発明者は、これら従来装置の欠点に鑑み、ホー
ニング後の砥粒液から清浄な液を回収することについて
種々検討した結果、上澄み回収装置を通過した液を液体
サイクロンに送って浄化することによって効率よく浄化
できることを見出し本発明をなすに至った。Therefore, in view of these drawbacks of conventional devices, the inventor of the present invention conducted various studies on recovering clean liquid from the abrasive liquid after honing, and found that the liquid that has passed through the supernatant recovery device is sent to a liquid cyclone for purification. The present inventors have discovered that purification can be carried out efficiently by the following methods, and have thus come up with the present invention.
すなわち、本発明の構成の要旨は、砥粒液を貯溜する砥
粒液槽と浄化した液を貯溜する浄化液槽との間に、浄化
装置としてオイルスキマー、スラッジコンベヤ及び上澄
み回収装置を有する温液処理装置と液体サイクロンとを
連結してなる液体ホーニング装置である。In other words, the gist of the configuration of the present invention is to provide a temperature control system having an oil skimmer, a sludge conveyor, and a supernatant recovery device as a purification device between an abrasive liquid tank that stores abrasive liquid and a purification liquid tank that stores purified liquid. This is a liquid honing device that connects a liquid processing device and a liquid cyclone.
本発明の構成を一実施例に基づいて説明すると、第1図
及び第2図に示すように、ホーニング後の製品を洗浄す
るための洗浄室8を横に連設してなるホーニング室lの
下方に、砥粒と液体とを混和した砥粒液を貯溜する砥粒
液槽2を設け、洗浄に使用した洗浄液及び砥粒液槽2の
温液を排送するための排送樋4を洗浄室8とホーニング
室1との洗浄室下方に設けるとともに、別体に設置した
温液処理装置5内の節l処理室6と連結する。To explain the structure of the present invention based on one embodiment, as shown in FIGS. 1 and 2, a honing chamber l is formed by horizontally connecting a cleaning chamber 8 for cleaning products after honing. An abrasive liquid tank 2 for storing an abrasive liquid containing a mixture of abrasive grains and a liquid is provided below, and a discharge gutter 4 is provided for discharging the cleaning liquid used for cleaning and the hot liquid from the abrasive liquid tank 2. It is provided below the cleaning chamber 8 and the honing chamber 1, and is connected to the joint treatment chamber 6 in the hot liquid treatment device 5 installed separately.
この砥粒液412には、その下方5こホーニング用ポン
プ84と連結してなる吸入管8Bを配設し、このポンプ
84に連結してなる吐出管85の一端をホーニングガン
86に連結するとともに、この吐出1・85の中−間に
排出管8≧を連結し、この排出管82の他端を砥粒液槽
2の上方に配設し、該砥粒液槽2の砥粒と液とを撹拌し
、前記ホーニングガン86に圧縮空気用配管87を連結
し、この圧縮空気により砥粒液を加速してホーニングを
行なう。This abrasive liquid 412 is provided with a suction pipe 8B connected to a honing pump 84 in its lower half, and one end of a discharge pipe 85 connected to this pump 84 is connected to a honing gun 86. , a discharge pipe 8≧ is connected between the discharge pipes 1 and 85, and the other end of this discharge pipe 82 is arranged above the abrasive grain liquid tank 2, and the abrasive grains in the abrasive grain liquid tank 2 and the liquid A compressed air pipe 87 is connected to the honing gun 86, and the abrasive liquid is accelerated by the compressed air to perform honing.
この砥粒液槽2と第一処理室6に向って傾斜した排送樋
4により連結された温液処理装置5は、横長の長方形状
の本体を横方向に設けた潜り堰9と隔壁10とに区分け
し、左方から第1処理室6、第2処理室7及び貯液槽8
を形成してなるもので、第1処理室6は、前記排送樋4
からの液を受は入れ、油脂等の浮遊物を回収除去するた
めのオイルスキマー11を配設してなるもので、第二処
理室7は、潜り堰9によって隔てられてi11処理室に
隣接して設けられ、潜り堰9の下部開口12より流入す
る液から再使用可能な砥粒を沈殿させて回収し、かつ、
溜った液の上澄み液を隔壁10を隔てて隣接する貯液槽
8に排送する働きを有するもので、この第2処理室7の
下部にスラッジコンベヤ18を配設して沈殿した砥粒を
砥粒液槽2に還元し、−万、上部に配設した上澄み回収
!M14により、上澄み液を回収するものである。The hot liquid processing device 5, which is connected to the abrasive grain liquid tank 2 by a discharge gutter 4 inclined toward the first processing chamber 6, has a submerged weir 9 and a partition wall 10, each having a horizontally long rectangular main body. From the left, the first processing chamber 6, second processing chamber 7, and liquid storage tank 8.
The first processing chamber 6 is formed by the discharge gutter 4.
The second processing chamber 7 is separated by a submerged weir 9 and is adjacent to the i11 processing chamber. The reusable abrasive grains are precipitated and collected from the liquid flowing through the lower opening 12 of the submerged weir 9, and
It has the function of discharging the accumulated supernatant liquid to the adjacent liquid storage tank 8 across the partition wall 10. A sludge conveyor 18 is disposed at the bottom of this second processing chamber 7 to remove the precipitated abrasive particles. Restore the abrasive liquid to the abrasive liquid tank 2 and collect the supernatant disposed at the top! The supernatant liquid is collected using M14.
この上澄み回収装置114は、第8図に示すよう4こ、
横断面コ字状の長尺の樋状体16を同じ方向に一定間隔
に多数本並列して、その開放端の一端はL字形の支持金
具16に一連に固定して閉塞すると共に、他端は扁平な
漏斗状回収ケース17の中広な前壁18に開設して開口
19・・・・・・に一致させて固定してブロック化し、
各機状体15.15・・・・・・・・・内に溜った溢水
を、回収ケース17に回収する。This supernatant recovery device 114 has four parts, as shown in FIG.
A large number of elongated gutter-like bodies 16 having a U-shaped cross section are arranged in parallel at regular intervals in the same direction, one end of which is closed by being fixed to the L-shaped support fitting 16 in series, and the other end is closed. is opened in the wide front wall 18 of the flat funnel-shaped collection case 17 and fixed in line with the opening 19 to form a block.
The overflowing water accumulated in each of the mechanical bodies 15, 15, . . . is collected into the collection case 17.
t&樋状体15は114図に示す如く、底壁40の両側
から圭直に立上った両側壁41,41の上縁を、大々内
向きの尖鋭エツジ縁42.42が第2処理室7の汚水水
面48より僅かに下位に位置するように配置し、汚水中
に含まれた展埃尋の微粒物をエツジ縁42の堰作用で、
矢印で示す如く、両側1741.41に沿って下方へ追
いやるように回遊させる一方、微粒物を台筐ない汚水の
5上澄みを、エツジ縁42.42から樋状体15内に溢
れ込ませて回収する様に装備する。この谷樋状体15.
15・・・・・・に溜った上澄み液を回収ケース17に
回収し、さらにこの液を隣室の貯液槽8に流入させるた
めに連通パイプ88で回収ケース17と貯液槽8とを連
結している。As shown in Fig. 114, the T & gutter-like body 15 has the upper edges of both side walls 41, 41 rising vertically from both sides of the bottom wall 40, and sharp edge edges 42, 42 facing inward with a second process. It is arranged so that it is located slightly below the sewage water level 48 of the chamber 7, and the fine particulate matter contained in the sewage is removed by the weir action of the edge edge 42.
As shown by the arrows, the sewage is circulated downward along both sides 1741.41, while the supernatant of the sewage without fine particles is allowed to overflow from the edge edge 42.42 into the gutter-like body 15 and collected. Equip as you like. This valley gutter-like body 15.
The collection case 17 and the liquid storage tank 8 are connected by a communication pipe 88 in order to collect the supernatant liquid accumulated in the storage tank 15 into the collection case 17 and to flow this liquid into the liquid storage tank 8 in the next room. are doing.
この貯&檜8には、貯油したl伐を圧送するためのポン
プ21と連結した導管20が配設され、このポンプ21
には導管22を介して液体ザイクロン28に連結する。This storage & cypress 8 is provided with a conduit 20 connected to a pump 21 for pumping the stored lumber.
is connected via conduit 22 to liquid Zykron 28 .
この液体サイクロン28は、ポンプ21により圧送され
た液がサイクロン28円で回転し、その遠心力により使
用不能な微細砥粒や研削さいは、その外壁に沿って沈下
し排出譬24より楓外盛こ排出し、回転した液の中心部
に巣まったfil記溢液処理装置5で分離除去できなか
った軽量な異物、油脂分等をその上部の尋’ft25よ
り再度書1処理室6に回送し、これら研削さいや油脂分
等を分離され浄化された液を導管26により浄化液1曹
27に送り込む。In this liquid cyclone 28, the liquid pumped by the pump 21 rotates in the cyclone 28 circle, and due to the centrifugal force of the liquid, unusable fine abrasive grains and grinding particles sink along the outer wall and are discharged from the cyclone 24. Light foreign matters, oils and fats, etc. that were not separated and removed by the filter overflow processing device 5 that were trapped in the center of the rotated liquid are sent to the processing chamber 6 again from the upper floor 25. Then, the purified liquid from which the grinding particles, oils and fats, etc. have been separated, is sent to the purified liquid 27 through the conduit 26.
このようにして浄化された液は浄化液槽27に貯溜され
、この浄化液槽27に連結されたポンプ28により、導
管29を通じて洗浄ノズル80に圧送され、ホーニング
後の製品を洗浄するとともに、砥粒液槽2への液供給を
兼ねて、ホーニング室lに設けられた点検窓洗浄ノズル
81へも圧送される。The liquid purified in this way is stored in a purification liquid tank 27, and is sent under pressure to a cleaning nozzle 80 through a conduit 29 by a pump 28 connected to this purification liquid tank 27, where it cleans the product after honing and also sharpens the product. The liquid is also supplied under pressure to the inspection window cleaning nozzle 81 provided in the honing chamber l, serving as a liquid supply to the particle liquid tank 2.
なお、第1処理室6に配設するオイルスキマー11や、
第2処理室7に配設するスラッジコンベヤ18は、市販
のものが使用できる。Note that the oil skimmer 11 disposed in the first processing chamber 6,
A commercially available sludge conveyor 18 disposed in the second processing chamber 7 can be used.
次に本発明の装置におけるホーニング後の砥粒液の浄化
回収工程について説明すると、ホーニング後の砥粒液は
砥粒液槽2に一旦流入し、そして溢れて排送樋4に流入
し、一方ホーニング後の製品を洗浄した後の洗浄液もこ
の排送樋4に流入し、ホーニング室1の窓を洗浄した液
とがこの排送樋4によって、これらの液が温液処理装置
IIIδ内の第1処理室6に排送される。Next, to explain the purification and recovery process of the abrasive liquid after honing in the apparatus of the present invention, the abrasive liquid after honing once flows into the abrasive liquid tank 2, then overflows and flows into the discharge gutter 4. The cleaning liquid after washing the products after honing also flows into this discharge gutter 4, and the liquid used to clean the windows of the honing chamber 1 is transferred by this discharge gutter 4 to the No. 1 in the hot liquid processing device IIIδ. 1 is discharged to the processing chamber 6.
この排送された液は、第1処理室60オイルスキマー1
1によって油脂分等の浮遊物が除去された後、潜り11
i9の下部開口12より第2処理室7に流入する。This discharged liquid is transferred to the first processing chamber 60 oil skimmer 1
After removing floating substances such as oil and fat in step 1, dive into step 11.
It flows into the second processing chamber 7 through the lower opening 12 of i9.
この1g2処理室7に液入した液中の再使用可能な砥粒
は、該室7で沈殿し、スラッジコンベヤ18によって掻
出され、砥粒液槽2に還元され再使用される。一方、該
室7に溜った液の上澄み液は、上澄み回収装置14の樋
状体15.15・・・・・・に流入し、漏斗状回収ケー
ス17及び連通パイプ88を通過して該室7の隣に設け
た貯液槽8に流入し、貯溜される。The reusable abrasive grains in the liquid poured into the 1g2 processing chamber 7 are precipitated in the chamber 7, scraped out by the sludge conveyor 18, returned to the abrasive grain liquid tank 2, and reused. On the other hand, the supernatant liquid accumulated in the chamber 7 flows into the gutter-like bodies 15, 15, . The liquid flows into a storage tank 8 provided next to the liquid storage tank 7 and is stored therein.
この貯液槽8に貯溜された液は、ポンプ21によって導
管20に吸入され、さらに導管22より液体サイクロン
28に圧送される。The liquid stored in the liquid storage tank 8 is sucked into a conduit 20 by a pump 21, and is further pressure-fed to a hydrocyclone 28 through a conduit 22.
この液体サイクロン2Bに圧送された液は、その圧力に
より該サイクロン28内を回転し、その遠心力により使
用不能な微細砥粒や研削さいがその外壁に沿って沈下し
、排出wg4より機外に排出され、回転した液の中心部
に集った軽量異物、油脂分等の浮遊物をその上部の導管
25より再度第1処理室6に回送されて、浄化され、こ
の浄化された液が導管26より浄化1&槽27に送り込
まれ、貯溜される。The liquid pumped into the liquid cyclone 2B rotates in the cyclone 28 due to its pressure, and due to the centrifugal force, unusable fine abrasive grains and grinding particles sink along the outer wall and are discharged outside the machine from the discharge wg4. Floating objects such as light foreign matter and oil and fat that have collected in the center of the discharged and rotated liquid are sent back to the first processing chamber 6 through the conduit 25 above and purified, and this purified liquid is passed through the conduit. From 26, it is sent to purification 1 & tank 27 and stored there.
この浄化液槽27盛こ貯溜された液は、ポンプ28によ
り導管29を通じて洗浄ノズル80及び点検窓洗浄ノズ
ル81にそれぞれ圧送される。The liquid stored in the purification liquid tank 27 is pumped by a pump 28 through a conduit 29 to a cleaning nozzle 80 and an inspection window cleaning nozzle 81, respectively.
洗浄ノズル80に圧送された液は、該ノズル80より噴
射されホーニング後の製品を洗浄した後、排送樋4に流
入し、再び前記のように浄化回収され、点検窓洗浄ノズ
ル81に圧送された液は、ホーニング室に設けられた点
検窓を洗浄後、砥粒液槽2へ流入し、砥粒液と撹拌され
ホーニング用の砥粒液として使用され、この砥粒液ta
2から溢れたホーニング後の砥粒液が排送樋4に流入し
、再び前記のように浄化回収される。The liquid pumped to the cleaning nozzle 80 is sprayed from the nozzle 80 to clean the product after honing, flows into the discharge gutter 4, is purified and collected again as described above, and is pumped to the inspection window cleaning nozzle 81. After cleaning the inspection window provided in the honing chamber, the liquid flows into the abrasive liquid tank 2, where it is stirred with the abrasive liquid and used as an abrasive liquid for honing.
The abrasive liquid overflowing from the honing pipe 2 flows into the discharge trough 4 and is purified and recovered again as described above.
このように本発明に係る液体ホーニング装置は、オイル
スキマー11及び上澄み回収装flll14を配してな
る温液処理M[5と液体サイクロン2Bを連結して設け
、ホーニング後の砥粒液から、軽い油脂分や浮遊物はオ
イルスキマー11によっでり除去され再使用可能な砥粒
は、第2処理室で分離されスラッジコンベヤ18によっ
て砥粒H4912に回収され、再使用不能な微細砥粒゛
や研削さいは液体サイクロン28により分離除去される
ため、従来の装置に比して、清浄な液が分離回収できる
ので浄化の精度がよくなる。又、分離回収工程において
ほとんどメンテナンスを不用として、自動的に液の浄化
回収がなし得る効率のよい俊れた液体ホーニング装置を
提供することができる。As described above, the liquid honing device according to the present invention connects the hot liquid treatment M[5, which is provided with the oil skimmer 11 and the supernatant recovery device 14, and the liquid cyclone 2B, and extracts light from the abrasive liquid after honing. Oil and fat and floating matter are removed by the oil skimmer 11, and the reusable abrasive grains are separated in the second processing chamber and collected into abrasive grains H4912 by the sludge conveyor 18, and are turned into fine abrasive grains that cannot be reused. Since the grinding particles are separated and removed by the liquid cyclone 28, clean liquid can be separated and recovered, and the accuracy of purification is improved compared to conventional devices. Further, it is possible to provide an efficient and sophisticated liquid honing device that can automatically purify and recover liquid with almost no maintenance required in the separation and recovery process.
第1図は本発明に係る液体ホーニング装置の正面図、第
2図は同配置図、第8図は本発明に使用する上澄み回収
装置の斜視図、第4図は汚水水面とエツジ縁との関係を
示す断1III図である。
2・・・砥粒液槽、 6・・・温液処理装衝、1
1・・・オイルスキマー、1B・・・スラッジコンベヤ
、14・・・上澄み回収装置、2B・・・液体サイクロ
ン、27・・・浄化液槽、 89・・・排m機。
特許1h願人 ナニワブラスト工業株式会社第2図
2ケ
第3図
4
第4図
z
手続補正書(自発)
昭和四年7月26 日
1、事件の表示
昭和b7年 特許順 第1Hoo9λ 号2、発明の名
称
ミ権1本本−一ン’7”%@
3、補正をする者
454件との関係 特許出願人
丁二゛7プン入トニ1株式會針
4、代理人 〒540
5、補正の対象
%+1瞳oV*ソ
補 正 書
/、ll14細1Jk第1頁第y行乃至第77行の特許
請求の範−記の通りに補正する。
記
[砥粒液を貯溜するための砥粒液槽と、浄化液を貯溜す
る浄化液槽と、砥粒液をホーニングガンに送るポンプと
、浄化液を洗浄ノズルに送るポンプを備えた液体ホーニ
ング装置において、油脂分等の浮遊物を回収除去するた
めのオイルスキマー11、再侵用可能な砥粒を砥粒液槽
2に還元するためのスラッジコンベヤー13、浮遊物若
しくは汚水の上澄みを回収するための上澄み回収装M1
4をそれぞしてなる温液処理装置i15を砥粒液槽2に
連前記回収した上澄H食&、更に液体サイクロン力で微
細砥粒や研削さい痔を機外に排出し、軽短な異物油脂分
は温液処理装置5に還元し、浄化協′i−逸化液槽27
に分離回収することを特徴とする一ニング装置。」
給2頁第12行に「第1処理室6に回送さ浄化され、こ
の浄化」とあるを、[第1処連室6に回送され、一方す
イクロン詣で浄化」と補正する。Fig. 1 is a front view of the liquid honing device according to the present invention, Fig. 2 is the same layout, Fig. 8 is a perspective view of the supernatant recovery device used in the present invention, and Fig. 4 is a diagram showing the relationship between the waste water surface and the edge edge. FIG. 13 is a cross-section diagram showing the relationship. 2... Abrasive liquid tank, 6... Hot liquid processing equipment, 1
1... Oil skimmer, 1B... Sludge conveyor, 14... Supernatant recovery device, 2B... Liquid cyclone, 27... Purifying liquid tank, 89... Exhaust machine. Patent 1h Applicant Naniwa Blast Kogyo Co., Ltd. Figure 2 ke Figure 3 4 Figure 4 z Procedural amendment (voluntary) July 26, 1939 1, Case indication Showa b 7 Patent order No. 1 Hoo9λ No. 2, Title of the invention: 1 book - 1 '7''% @ 3. Relationship with the person making the amendment: 454 cases: Patent applicant: 1 share, 1 share: 4, Agent: 540 5, Amendment: Target % + 1 pupil oV A liquid honing device that is equipped with a liquid tank, a purifying liquid tank that stores the purifying liquid, a pump that sends the abrasive liquid to the honing gun, and a pump that sends the purifying liquid to the cleaning nozzle collects and removes floating substances such as oil and fat. a sludge conveyor 13 for returning reusable abrasive grains to the abrasive liquid tank 2; and a supernatant recovery device M1 for collecting suspended matter or the supernatant of sewage.
A hot liquid processing device i15 consisting of each of 4 is connected to the abrasive grain liquid tank 2, and the recovered supernatant H food & fine abrasive grains and ground hemorrhoids are discharged from the machine by liquid cyclone force, and light and short. Foreign matter oils and fats are returned to the hot liquid treatment device 5 and transferred to the wastewater treatment tank 27.
A unining device that separates and recovers the ” In the 12th line of page 2, the phrase “is sent to the first processing chamber 6 and purified,” is corrected to “is sent to the first processing chamber 6, and purified in the Suikron visit.”
Claims (1)
浄化液槽と、砥粒液をホーニングガンに送るポンプと、
浄化液を洗浄ノズルに送るポンプを備えた液体ホーニン
グ装置において、油脂分等の浮遊物を回収除去するため
のオイルスキマー11゜再使用可能な砥粒を砥粒液槽2
に還元するための:X 5 ツシコンベヤ1B、浮遊物
若しくは汚水の上澄みを回収するための上澄み回収装M
14をそれぞれ配設してなる温液処理装置5を砥粒液槽
2に連結し、前記回収した上澄み液を、更に液体サイク
ロン2Bで微細砥粒や研削さい郷を機外に排出し、軽嵐
な異物油脂分は溢液処理装fif5に還元し、浄化液を
浄化液槽27に分離回収することを特徴とする液体ホー
ニング装置。An abrasive liquid tank for storing abrasive liquid, a purification liquid tank for storing purification liquid, and a pump for sending abrasive liquid to a honing gun.
In a liquid honing device equipped with a pump that sends purification liquid to a cleaning nozzle, an oil skimmer 11 is used to collect and remove floating substances such as oil and fat, and an abrasive liquid tank 2 is used to store reusable abrasive grains.
:X 5 Tushi conveyor 1B, supernatant recovery device M for recovering supernatant of suspended matter or sewage
14 is connected to the abrasive liquid tank 2, and the collected supernatant liquid is further discharged from the machine by a liquid cyclone 2B to remove fine abrasive particles and grinding particles. This liquid honing device is characterized in that a stormy foreign substance oil and fat is reduced to an overflow treatment device fif5, and a purified liquid is separated and recovered in a purified liquid tank 27.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP57110082A JPS59394A (en) | 1982-06-26 | 1982-06-26 | Liquid honing apparatus |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP57110082A JPS59394A (en) | 1982-06-26 | 1982-06-26 | Liquid honing apparatus |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS59394A true JPS59394A (en) | 1984-01-05 |
JPH0258061B2 JPH0258061B2 (en) | 1990-12-06 |
Family
ID=14526570
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP57110082A Granted JPS59394A (en) | 1982-06-26 | 1982-06-26 | Liquid honing apparatus |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS59394A (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2006224292A (en) * | 2005-01-19 | 2006-08-31 | Grandex Co Ltd | Deburring method and device |
Families Citing this family (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP6384001B1 (en) * | 2017-05-25 | 2018-09-05 | 株式会社三井E&Sマシナリー | Abrasive recovery system in ultrasonic processing equipment |
-
1982
- 1982-06-26 JP JP57110082A patent/JPS59394A/en active Granted
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2006224292A (en) * | 2005-01-19 | 2006-08-31 | Grandex Co Ltd | Deburring method and device |
Also Published As
Publication number | Publication date |
---|---|
JPH0258061B2 (en) | 1990-12-06 |
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