序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
61 Wiper for gauge rods US67561633 1933-06-13 US1951079A 1934-03-13 ZIHLMAN JOSEPH E
62 Gauge rod wiper US61907532 1932-06-24 US1922450A 1933-08-15 RAY O'BRIEN GEORGE
63 Oil-rod wiper US41057829 1929-11-29 US1767954A 1930-06-24 CARL ADAM
64 Wiper US14344826 1926-10-22 US1664316A 1928-03-27 FRED OWENS
65 이물질 제거가 용이한 감속기용 오일레벨 게이지 KR2019990023124 1999-10-26 KR200178029Y1 2000-04-15 김석주; 박영철
본 고안은 이물질 제거가 용이한 감속기용 오일레벨 게이지에 관한 것으로, 감속기 본체에서 돌출된 게이지니플과 나사 체결되는 게이지캡과 밀착되어 있는 클리너를 설치하여 기기 가동에 따라 발생된 오염물질이 게이지창을 오염시키면, 게이지캡을 한바퀴정도 회전시킨 후 원위치 시켜 클리너로 게이지창에 붙어 있는 오염물질을 제거하고 오일레벨을 육안으로 확인하도록 하였으므로, 기기 가동의 중단 없이 게이지캡을 회전시키는 간단한 조작으로 수시로 오일레벨을 확인할 수 있어 오일레벨 저하에 따른 기기의 마모나 손상을 방지하며, 오일레벨 검사시의 기기 중단이 방지되어 작업 효율을 향상시킬 수 있다.
66 오일 레벨 게이지 KR2019960064824 1996-12-31 KR2019980051646U 1998-10-07 강종인
본고안은오일레벨게이지(10)에관한것이다. 상기게이지는, 오일팬에고정되는게이지가이드(16)의길이방향일부에오일레벨게이지(10)를향하여압축가능한방식으로스펀지(18)가고정된다.
67 자동차의 오일 레벨 게이지 KR2019960047813 1996-12-11 KR2019980034858U 1998-09-15 윤성덕
본고안은자동차의오일레벨게이지에관한것으로, 자동차오일팬 내의엔진오일의상태나그 양을보다정확히인식하여사용의편의성을높일수 있는자동차의오일레벨게이지를제공하기위하여스틸와이어(12b)의하단부에서힌지(22)결합되어회동가눙한구조를갖는백색재질의체크막대(20)와, 관(14)의상부내측면에고정설치되는고무판(30)으로구성하여된 것으로상기체크막대(20)에의하여오일팬(10)내의오일의양과그 상태파악이용이하고, 휴지를사용하는일이없이상기고무판(30)에의하여체크막대(20)를닦아서사용할수 있으므로오일의낭비를줄일수 있는효과가있다.
68 오일게이지의 오일제거기 KR2019960047611 1996-12-11 KR2019980034661U 1998-09-15 김형주
본고안은자동차의엔진오일량을측정하는오일제거기에관한것으로오일게이지(4)에묻어있는오일을파이프(1)의선단에설치된오일제거기(2)에의해서제거하고오일게이지(4)는커버(3)로덮혀있어사용자의손은더러워지지않으므로종래와같이오일레벨을점검할때 휴지나기타에의해서손을더럽히지않고오일게이지에의해서오일량을쉽게체크할수 있어차량의상품성이높아지는효과를제공한다.
69 엔진오일검출기 KR2019960031476 1996-09-25 KR2019980018075U 1998-07-06 윤성덕
본고안은검침대에묻은오일을닦아주는오일닦이판을장착관내에설치하여손쉽게검침대의오일을제거한후 오일의상태를확인할수 있게한 엔진오일검출기에관한것으로, 이러한본 고안은엔진에있는오일의상태를점검하기위한오일검출기에있어서, 상기엔진과연락되는한편, 상부가개구된소정공간부를형성하고, 상기공간부내에내벽으로부터돌출한길이방향을따라평행한한쌍의오일닦이판을구비한장착관; 및상기장착관의개구된상부로부터삽입장착되어상기개구부를밀폐하는탄성의마개부와, 상기마개부로부터편심하향연설되어상기한쌍의오일닦이판에삽입또는격리될수 있도록상기장착관내에수납되는한편상기한쌍의오일닦이판에삽입되어그 표면부에묻은오일이제거되는검침부로이루어진검침대를포함하며, 이에의해본 고안은그 사용이청결하고, 오일을닦아내기위한휴지나헝겊등이불필요하다. 특히, 점검에따라오일의양이감소하지않으므로오일을보충하는등의불편을해소할수 있다.
70 Fluid reservoir assembly US13164197 2011-06-20 US08272140B2 2012-09-25 Fredric Goldstein; Robert Murray Barto, Jr.
A bottle assembly has a bottle for storing a fluid, such as a cosmetic fluid. An applicator for applying the fluid is configured to be insertable and removable from the bottle along a path. A sealing body, or assembly, which may include one or more seals, is configured to continue to seal the bottle when the cap is removed.
71 Fluid reservoir assembly US12949171 2010-11-18 US07979999B2 2011-07-19 Fredric Goldstein; Robert Murray Barto, Jr.
A bottle assembly has a bottle for storing a fluid, such as a cosmetic fluid. An applicator for applying the fluid is configured to be insertable and removable from the bottle along a path. A sealing body is configured to seal the bottle. The sealing body has a channel width movable between a first width and a second width. The first width is large enough to accommodate the applicator and the second width is smaller than the first width. The channel is resiliently biased toward the second width.
72 Instant reading oil dipstick US12288399 2008-10-21 US20100095547A1 2010-04-22 John Anderson Armistead
The present instant reading oil dipstick automatically extracts a representative column of oil from the crankcase oil reservoir. Such is done inside of a translucent fluoroplastic tube. A machined brass slide valve, with sealing O-rings, fits inside of the metal dipstick tubing leading into the engine crankcase. When the dipstick is withdrawn for checking oil level, the slide valve automatically closes over an air vent in the plastic tubing, thus preventing the oil that is inside the bottom of the tubing from running out. The oil level can be ascertained, easily—even in low light levels—without having to wipe off the oil from the outside of the dipstick, and without having to reinsert the dipstick one or more times.
73 FLUID RESERVOIR WIPER ASSEMBLY US12509547 2009-07-27 US20090285618A1 2009-11-19 Fredric Goldstein; Robert Murray Barto, JR.
A bottle assembly has a bottle for storing a fluid, such as a cosmetic fluid. An applicator for applying the fluid is configured to be insertable and removable from the bottle along a path. A sealing body is configured to seal the bottle. The sealing body has a channel width movable between a first width and a second width. The first width is large enough to accommodate the applicator and the second width is smaller than the first width. The channel is resiliently biased toward the second width.
74 Dip stick US11553644 2006-10-27 US07360319B1 2008-04-22 Fredric Goldstein; Robert Murray Barto, Jr.
A dip stick assembly has a dip stick and a housing that receives the dip stick. A wiper is selectively engageable with the dip stick. The wiper has an engaged position and a disengaged position. In the engaged position, the wiper is in contact with the dip stick. In the disengaged position, the wiper is out of contact with the dip stick. The wiper is resiliently biased into the engaged position with dip stick. A block maintains the wiper in the disengaged position when in a blocking position and permits the wiper to be in the engaged position when in the unblocking position.
75 Cleaning device for oil dipsticks US11179571 2005-07-13 US20070011901A1 2007-01-18 Min-Lan Kou
A cleaning device for oil dipsticks includes two parts pivotably connected with each other and each part includes clamping portion at a first end thereof and a handle at a second end thereof. A cleaning member is connected to the two handles. The user pivots the two handles toward each other to wipe the oil on the oil dipstick by the cleaning member and the device can conveniently clamps to any part in the engine room when not in use.
76 Wiping device US10705425 2003-11-10 US20050097767A1 2005-05-12 Lloyd Brasch; Jeremy Brasch
This invention is a cleaning device that is used in its preferred embodiment to wipe fluid from a dipstick. The invention comprises an opposing pair of matching features that are mounted to the interior of a rigid, folding enclosure. When fastened around a dipstick, the matching features in the preferred embodiment wipe the dipstick free of fluid.
77 Fuel squeegee US09835973 2001-04-17 US06584639B1 2003-07-01 Larry L. Snyder
The dipstick fuel squeegee of the present invention includes an elongated, rigid but lightweight base with foot pegs on either end and is long enough to span the opening of most large tanks. The base has a midsection into which first a wiper member and then a securing member are releaseably attached. There are openings in the midsection, the wiper member, and the securing member which are vertically aligned. The openings of the midsection and the securing member are approximately equal in size while the opening in the wiper element is smaller. The wiper element is made of a flexible, resilient material and substantially centered over the opening in the seat. During use, a dipstick is inserted through the three openings of the squeegee, the user secures the squeegee by standing on the foot pegs, and the wiper member dislodges any liquid adhering to the dipstick as the user raises it through the squeegee.
78 Oil dip stick wiper US09289630 1999-04-12 US06327737B1 2001-12-11 Kevin D. Dunnebacke
A dip-stick cleaner attachable to a dip-stick handle having an oil absorbent pad which is used to remove oil from a dip-stick. The apparatus also includes a clip having a first end and a second end with the first end of said clip including a latch having a handle which activates the latch between an open position and a closed position. The second end of the clip is adapted to rotatably connect the pad to said clip and the combination with the clip function as a handle for the removal of the dip-stick. Moreover, the clip is releasable from the dip-stick handle to allow the pad to be used to clean the dip-stick.
79 Dipstick device with intergral wiping system US949175 1997-10-10 US6029509A 2000-02-29 Christopher Frank Singarella; Steven Anthony Reed
A dipstick device with an integral wiper system is provided which comprises a wiping button which automatically resets the mechanism after actuating switch (i.e., a button) is pressed down to release a spring loaded dipstick tube guide which in turn moves in an upward direction to expose the dipstick to an elastomeric wiping assembly which wipes the dipstick as the dipstick is withdrawn from the dipstick tube guide.
80 Oil dipstick guide US609821 1990-11-06 US5042167A 1991-08-27 Paul A. Link
An oil dipstick guide which is a funnel-shaped guide mounted about the dipstick tube of a typical combustion engine. The guide has a circular lip on which an oil dipstick can be balanced when inserting the tip of the dipstick into the oil dipstick tube.
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