子分类：
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | 压缩机系统 | CN98806972.5 | 1998-07-07 | CN1114762C | 2003-07-16 | 冈特·柯尔斯滕 |
| 本发明涉及一种压缩机系统，该系统包含由冷却水路(20)注入冷却的压缩机(12)和装在冷却水路(20)中用于确定冷却水导电率的测量器件(30)，该系统还包含用于提供非脱盐水和脱盐水的供水源(40)和控制装置(70)。当导电率超过上限时，控制装置(70)控制从供水源(40)给冷却水路(20)提供脱盐水。当导电率低于下限时，从供水源(40)给冷却水路(20)提供非脱盐水。这样控制了冷却水的pH值和盐的含量，从而减小了冷却水的腐蚀和其中的沉淀。 | ||||||
| 2 | 压缩机系统 | CN98806972.5 | 1998-07-07 | CN1262721A | 2000-08-09 | 冈特·柯尔斯滕 |
| 本发明涉及一种压缩机系统,该系统包含由冷却水路(20)注入冷却的压缩机(12)和装在冷却水路(20)中用于确定冷却水导电率的测量器件(30),该系统还包含用于提供非脱盐水和脱盐水的供水源(40)和控制装置(70)。当导电率超过上限时,控制装置(70)控制从供水源(40)给冷却水路(20)提供脱盐水。当导电率低于下限时,从供水源(40)给冷却水路(20)提供非脱盐水。这样控制了冷却水的pH值和盐的含量,从而减小了冷却水的腐蚀和其中的沉淀。 | ||||||
| 3 | Compressor assembly | US09462377 | 2000-01-07 | US06287084B1 | 2001-09-11 | Guenter Kirsten |
| A compressor system with a water-injection cooled compressor (12) in a cooling water circuit comprises a measuring device (30) in the cooling water circuit (20) to determine the conductivity of the cooling water, a water supply source (40) to supply non-desalinated water and desalinated water, and a controlling means (70). The controlling means (70) causes the introduction of desalinated water and of non-desalinated water. The controlling means (70) causes the introduction of desalinated water, when the conductivity exceeds an upper conductivity limit, and the introduction of non-desalinated water, when the conductivity falls below a lower conductivity limit, from the water supply source (40) into the cooling water circuit (20). Thereby, the pH-value and the salinity of the cooling water are controlled such that corrosion by and deposition in the cooling water are reduced. | ||||||
| 4 | Compressor system | JP50813899 | 1998-07-07 | JP2002508046A | 2002-03-12 | キルシュタン，ゲンテル |
| (57)【要約】 冷却水回路に水噴射冷却コンプレッサ（１２）を備えるコンプレッサシステムは、冷却水の伝導度を決定する冷却水回路（２０）内の測定装置（３０）と、未脱塩水及び脱塩水を供給する水供給源（４０）と、制御手段（７０）とを備える。 制御手段（７０）は脱塩水と未脱塩水の導入を引き起こす。 制御手段（７０）は、伝導度が上限伝導度を越えたとき脱塩水を導入せしめ、伝導度が下限伝導度を下回ったとき未脱塩水を水供給源（４０）から冷却水回路（２０）に導入せしめる。 それにより、冷却水のｐＨ値と塩分は、冷却水による腐食と冷却水内の沈殿物とが減少するように制御される。 | ||||||
| 5 | VERDICHTERANLAGE | EP98940166.6 | 1998-07-07 | EP0995037B1 | 2003-10-01 | KIRSTEN, Günter |
| The present invention relates to a compressor assembly that comprises a compressor (12) cooled by water injection into water-cooling circuit (20) as well as a measuring device (30) located in the water-cooling circuit (20) for determining the conductivity value of the cooling water. The assembly also comprises a water supply (40) for feeding non-desalinated water and desalinated water as well as a control device (70). When a limit value of upper conductivity is exceeded, the control device (70) triggers the inlet of desalinated water from the water supply (40) into the water-cooling circuit (20). When a limit value of lower conductivity is exceeded, non-desalinated water is fed from the water supply (40) into the water-cooling circuit (20). The pH and salt content of the cooling water can thus be controlled so as to reduce corrosion by the cooling water as well as the sedimentation therein. | ||||||
| 6 | VERDICHTERANLAGE | EP98940166.6 | 1998-07-07 | EP0995037A1 | 2000-04-26 | KIRSTEN, Günter |
| The present invention relates to a compressor assembly that comprises a compressor (12) cooled by water injection into water-cooling circuit (20) as well as a measuring device (30) located in the water-cooling circuit (20) for determining the conductivity value of the cooling water. The assembly also comprises a water supply (40) for feeding non-desalinated water and desalinated water as well as a control device (70). When a limit value of upper conductivity is exceeded, the control device (70) triggers the inlet of desalinated water from the water supply (40) into the water-cooling circuit (20). When a limit value of lower conductivity is exceeded, non-desalinated water is fed from the water supply (40) into the water-cooling circuit (20). The pH and salt content of the cooling water can thus be controlled so as to reduce corrosion by the cooling water as well as the sedimentation therein. | ||||||
| 7 | 컴프레서 어셈블리 | KR1020007000061 | 1998-07-07 | KR1020010021515A | 2001-03-15 | 키르스텐,귄터 |
| 본발명은, 냉각수의전도율을구하기위해냉각수회로(20)에위치하는측정장치(30) 뿐만아니라냉각수회로(20)에물을분사함으로써냉각되는컴프레서(12)를포함하는컴프레서어셈블리에관한것이다. 어셈블리는또 제어수단(70) 뿐만아니라, 탈염된물과탈염되지않은물을공급하기위한물공급원(40)도포함한다. 제어수단(70)은, 전도율이상한값을초과하면물공급원(40)으로부터냉각수회로(20)로의냉각수유입을촉발한다. 전도율이하한값을밑돌면물공급원(40)으로부터냉각수회로(20)로탈염되지않은물이공급된다. 따라서냉각수의 pH와염분량이제어될수 있어, 침전뿐만아니라냉각수에의한부식이방지된다. | ||||||
| 8 | 엔진용 과급기 | KR1020177020550 | 2015-12-28 | KR1020170102501A | 2017-09-11 | 그라이너,마티아스 |
| 엔진(102)을위한과급기(200)가개시된다. 과급기(200)는엔진(102)으로입구를따라서위치되며, 제1 회전가능부재(202) 및제2 회전가능부재(204)를가진다. 과급기(200)는대기와함께엔진(102)으로부터의배기가스를수용하는데적합하고, 세정재료(206)가제공된다. 세정재료(206)는과급기(200)에서제1 회전가능부재(202) 및제2 회전가능부재(204)가세정재료(206)를접촉하는방식으로제공된다. | ||||||
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