| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 161 | Safety valve and built-in pipe fitting part | JP29787189 | 1989-11-16 | JPH03157595A | 1991-07-05 | MOTOHARA YASUHISA |
| PURPOSE: To miniaturize it installably in the inner part of a joint by providing a valve body in contact with a valve seat installed in a fluid circuit and a seal member, closing an outlet of a fluid passage, both in the valve body, and exhausting a fluid at the side of high pressure by way of a fluid exhaust passage after the valve seat part is closed when the fluid circuit is interrupted. CONSTITUTION: A safety valve consists of a valve body and an O-ring 26 attached to the outer circumference. This valve body is composed of a stepped cylindrical guide part 51, a disklike contact part 52, a cylindrical sealant setting part 56, a cylindrical projecting part 58. A joint is constituted of a nipple 10 and a coupler 30, and the safety valve 50 opening or closing a flow passage is installed in the inner part. This valve 50 comes into contact with a valve seat 17 in a nipple body 11, closing the flow passage, and it is sealed by another O-ring 18, so that it is able to open or close a fluid exhaust passage by dint of a pressure differential between ports of this exhaust passage being produced at time of something trouble. COPYRIGHT: (C)1991,JPO&Japio | ||||||
| 162 | Unit-dosing nipple | US644951 | 1975-12-29 | US4078566A | 1978-03-14 | Joseph J. Urban, Jr. |
| A medicinal container with a general shape of a "nipple" or "pacifier" constructed in such a manner that a chamber is formed, said chamber serving as a reservoir for a liquid, oleaginous, semi-solid, or solid medicament or vacuum completely protected by the members of the device from the external environment and in which case, when said device contains a vacuum in said chamber said device must be constructed in a vacuum or subject to vacuum prior to completion of construction and said device containing said vacuum is then to be delivered to an intermediate, such as a pharmacist, for installation of a specific dose of a medicament into said chamber of said device, said installation being accomplished by use of a syringe with needle by inserting said needle through self-sealing injection-port present on said device, but, in any case, when said device is received by the end-user or consumer it contains a medicament, said medicament being isolated from the external environment from the time it is instilled into the device until the device is manipulated to expose two cavities or holes, one hole in the tip of the nipple allowing the medicament to be sucked into the mouth of an infant, child or animal user by the sucking action of the user and the second cavity or hole on the upper portion of the base, opposite the first hole, allowing air to enter the chamber to facilitate the flow of the medicament through the hole in the tip of the nipple as the user exerts sucking action on said nipple. | ||||||
| 163 | EGR밸브 장착구조 | KR2019960039178 | 1996-11-08 | KR2019980026315U | 1998-08-05 | 오부석 |
| 본고안은인테이크매니폴드에일체형으로형성되도록하여가스의리크(Leak)를방지하고, 제작비가절감되도록하는 EGR밸브장착구조에대한것으로서즉 인테이크매니폴드에서인렛홀과아웃렛홀에연통되도록하여형성시킨밸브홀과, 상기밸브홀내에삽입되어상기인렛홀과아웃렛홀간을선택적으로단속시키도록하는밸브로드와, 상기밸브홀 상부일측면을외부와연통시킨진공홀 단부로압입시켜결착시킨니플과, 상기밸브홀 상단부로나사체결시켜내부를밀폐되도록한 테이퍼플러그가결합되도록하는구성으로형성시켜인테이크매니폴드의주물제작시동시에형성되고, 단순히몇가지부품만삽입및체결시키므로서대단히간편한장착과원가가대폭적으로절감되도록하는영구적인사용이가능토록하는구조에대한것이다. | ||||||
| 164 | Nursing bottle containing water for milk preparation | JP31268296 | 1996-11-07 | JPH10137322A | 1998-05-26 | SHICHI HIROYUKI; YOSHIDA TAKAO |
| PROBLEM TO BE SOLVED: To suppress the excessive use of milk and nutritive agent, and provide a proper quantity of safe and sanitary milk preparing water by forming an artificial nipple mounting port on a body, and providing a disposal scale for precisely disposing an excess of milk preparing water. SOLUTION: A body is formed of a polypropylene blow-molded product, for example, which has a 250ml content and houses a milk preparing water 2 of the quantity in which the milk volume dissolved is subtracted from 200ml. The body 3 has a mounting port 4, and an artificial nipple 7 is mounted thereon through a ring cap 8. The milk preparing water 2 is a sterilized purified water of distilled water which is passed through a sterilizing filter and then charged through the mounting port 4 of the body 3. The mounting port 3 is sealed by a lid sealant 6 to watertightly house the milk preparing water 2 into the body 3. Such a milk preparing water 2 contains no protein or other allergens, is free from propagation of fungi or bacteria even by a long-term storage, and causes no problem in the application to an atopic patient. COPYRIGHT: (C)1998,JPO | ||||||
| 165 | Horizontal well treating method | US12001955 | 2007-12-12 | US07980299B1 | 2011-07-19 | Matthew C. Manulik |
| Method of treating, especially, horizontally deviated wellbores where various treating solutions such as, acids, slurries, proppants, fracturing fluids, flushing fluids, or sealants are transferred into an annulus formed by a casing in the well and a working string. The working string has a seal member providing a sliding seal with the casing, a perforated nipple above the seal, and a check valve above the perforated nipple for preventing back flow through the working string to the surface. The working string has a seal element at the wellhead to avoid treating solutions leaking from the annulus out the wellhead. Treating solution of the desired make-up is pumped into the annulus, through the perforated nipple, down the working string, along the horizontal deviated wellbore, then into the strata or formation through a dispersing tool for the particular treating solution. The method provides a decrease in head loss, and if the working string uses a solid rod of lesser diameter than the remainder of the working string the head loss is further minimized. The apertures in the perforated nipple may be selected according to the requirements of the treating solution being pumped into the formation. | ||||||
| 166 | APPLIKATIONSDÜSE ZUM APPLIZIEREN EINES MEDIUMS AUF EINE OBERFLÄCHE, APPLIKATIONSANLAGE UND VERFAHREN ZUM APPLIZIEREN EINES MEDIUMS AUF EINE OBERFLÄCHE | PCT/EP2016/055900 | 2016-03-17 | WO2016165910A1 | 2016-10-20 | BUSSKAMP, Paul |
Die Erfindung betrifft eine Applikationsdüse (1) zum Applizieren eines Mediums (26), insbesondere eines zwei- oder mehrkomponentigen Klebstoffs, eines Lackes oder einer Vergussmasse, auf eine Oberfläche (25), wobei die Applikationsdüse (1) einen kanalförmigen Hohlraum (3) zum Leiten des Mediums (26) aufweist, wobei der kanalförmige Hohlraum (3) in mindestens einer Austrittsöffnung (6) der Applikationsdüse (1) mündet. Die Applikationsdüse (1) umfasst eine Elektrodenanordnung (7) mit mehreren Elektroden (8), wobei jede der Elektroden (8) an einer ihr zugeordneten Messposition (9) endet, wobei die Messpositionen (9) der Elektroden (8) ringförmig um eine Längsachse des kanalförmigen Hohlraums (3) angeordnet sind. Die Erfindung betrifft ferner eine Applikationsanlage (28) mit mindestens einer solchen Applikationsdüse (1) sowie ein Verfahren zum Applizieren eines Mediums (26) auf eine Oberfläche (25) mittels einer Applikationsdüse (1). |
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| 167 | A HAND-HELD APPLICATOR TO CLEAN TEATS OF A MILK-PRODUCING ANIMAL | PCT/US2014/071415 | 2014-12-19 | WO2015095663A1 | 2015-06-25 | DOLE, Kevin; BILSKIE, Larry |
The embodiments are directed to a hand-held applicator (126) for cleaning a teat of a milk-producing animal. The hand-held applicator comprises: a first housing having housing section (209) including a first end through which a disinfectant delivery line (140) extends or an electrical line (198) extends; and second housing (205) coupled to the housing section and having a sealed gear chamber (216) for supporting gears (186A, 186B and 186C) and bearings. The second housing comprises a first portion (213) and a second portion (215) configured to be removably affixed in abutting contact to the first portion. The second housing has an external delivery port (579) centered between a pair of side-by-side gears. The applicator comprises a switch (232) positioned on the underside of the housing section. The second portion may include a motor mount (680) for coupling a motor (238) in the housing section. |
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| 168 | Hose connecting structure and hose joint | JP2118290 | 1990-01-31 | JPH03229092A | 1991-10-11 | MIYAMOTO KENJI |
| PURPOSE: To obviate a leak of fluid without using any sealant by forming a nipple ring groove, consisting of a nipple and a sleeve, into a trapezoidal groove form, which becomes expanded inward, and pressing a hose bitten into the trapezoidal groove to a groove wall, under pressure, by dint of caulking reaction of the sleeve. CONSTITUTION: In a hose joint, whose groove 1a at the tip side, among ring grooves 1a-1d on the outer circumference of a nipple 1, is flaring and formed into an inverse trapezoidal groove form in section, and the rest, 1b-1d, formed into trapezoidal groove form in inward expanding section, a hose 3 with elasticty is inserted into the nipple 1, a sleeve 2 is bitten into these ring grooves 1a-1b after caulking this sleeve 2, thus the hose 3 is connected. In these ring grooves, the section being expanded inward is formed into a trapezoidal form, and it comes to press an inner circumference of the bitten hose to a groove wall by dint of caulking reaction. In consequence, airtightness is improvable without using any sealant. COPYRIGHT: (C)1991,JPO&Japio | ||||||
| 169 | 用完棄容器 | TW081207022 | 1991-01-03 | TW195287U | 1992-11-21 | 星野孝寬 |
| 本創作乃有關將醬油等之低粘性液體調味料或液體狀之洗劑或液狀化粧品等加以封裝並密封，而擬將前述內裝物加以排出時，則將容器以手掌或手指加以押壓以加壓，由此使形成有內裝物排出口之側之封口（sell）被剝離裂開，以使排出內裝物之用完棄容器者。本創作之目的乃在開發：由施加壓力使封口部剝離裂開以便流出內裝物之開口部，可容易形成之容器；以及從被剝離裂開之開口部，受壓力之內裝物不致急激噴出之容器者。本創作之特徵乃在由施加於容器之壓力使封口部局部被剝離裂開，以便抽出內裝物之形式之容器中；將封口部被剝離裂開所形成之作為開口部之封口部，以略呈吊鐘形狀乃至山形狀之細微封口線（seal line）來形成，同時在此封口線之頂部形成乳頭狀之剝離用突起者。並且，在剝離裂開之開口部與於容器之封口部事先形成之開口部之間，形成有具有使流出之內裝物流速減速緩和之流速抵抗機能之腔室者。 | ||||||
| 170 | УСТРОЙСТВО С НАПОЛНИТЕЛЕМ ДЛЯ УКУПОРИВАНИЯ БУТЫЛКИ И ОБРАБОТКИ НАХОДЯЩЕГО В НЕЙ ЖИДКОГО ПРОДУКТА | PCT/RU2012/000245 | 2012-04-03 | WO2012141612A2 | 2012-10-18 | ЖЕРДЕВ, Павел Дмитриевич |
Изобретение относится к пищевой промышленности. Обработка жидкого продукта, в том числе и водки, осуществляется путем пропускания его через смесь сорбирующих компонентов или других наполнителей. Обработке подвергается каждая порция продукта, выливаемая из бутылки в емкость для пития в период времени, предшествующий потреблению непосредственно самим потребителем. Обработка ведется путем протока жидкого продукта из емкости с оптимальной скоростью через сорбенты, в том числе активированные углеродные волокна. При использовании минеральных вкусовых и (или) других добавок можно получать новый продукт отличный от находящегося в бутылке. Устройство с наполнителем для укупоривания бутылки и обработки находящего в ней жидкого продукта содержит крышку (1), соединенную резьбовым соединением с фиксируемым на горлышке бутылки корпусом (2), наполнитель и воздухопроводящий узел. Устройство снабжено клапаном (10), имеющим сообщающиеся между собой углубление для наполнителя, боковые и центральное отверстия, соединенным с клапаном и корпусом дозатором (9), имеющим разъемное соединение с крышкой, и ниппелем (48), имеющим воздухопроводящие каналы, боковые отверстия и пробку, выполненную с возможностью перекрытия центрального отверстия клапана, при этом корпус выполнен с внутренним цилиндрическим выступом с отверстием для насаживания ниппеля и наклонными направляющими с ограничителями, взаимодействующими соответственно с косыми вырезами и ограничителями дозатора, а воздухопроводящий узел образован кольцевым зазором между горлышком бутылки и внутренней поверхностью юбки корпуса, воздухопроводящими каналами ниппеля, ограниченными поперечной стенкой корпуса, зазором между внутренней поверхностыо ниппеля и внешней поверхностью внутреннего выступа корпуса и отверстиями в боковой стенке ниппеля. |
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| 171 | Kompressenkappe für Zahnstümpfe und Verfahren zum Trocknen eines Zahnstumpfes | EP06002710.9 | 2006-02-09 | EP1695672A1 | 2006-08-30 | Mannschedel, Werner; Müller, Barbara |
Die vorliegende Erfindung betrifft eine Kompressenkappe (1) für Zahnstümpfe (5) und ein Verfahren zum Trocknen eines Zahnstumpfes (5). Die Kompressenkappe (1) für Zahnstümpfe (5) besitzt einen Hohlraum (7) zur Aufnahme einer einen Zahnstumpf (5) umgebenden saugfähigen Schaumstoffmasse (8). Der Hohlraum (7) hat eine einseitige Öffnung (9) zur Aufnahme der Reagenzien (10, 11) für die Schaumstoffmasse (8) und zur Aufnahme des Zahnstumpfes (5) und ist von Wänden umgeben, deren Wandstärke (d) zur Öffnung (9) hin vermindert ist. Der Öffnungsrand (14) verfügt über ein derartiges räumliches Profil (15), dass der Öffnungsrand (14) eine Dichtung (16) im angepressten Zustand der Kompressenkappe (1) an die Interdentalpapille (17) eines Zahnstumpfes (5) im Bereich der Gingiva-Tasche (18) für den Sulcus (19) darstellt.
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| 172 | Quick-action coupling, in particular for refrigerant lines | US641897 | 1996-05-02 | US5752726A | 1998-05-19 | Andreas Fixemer |
| A quick-action coupling, in particular for refrigerant lines, is provided with a sleeve (1) and a nipple (2) which can be pushed thereinto, with a set of seals (5) having at least one seal (6) of elastomeric material. It has furthermore a locking device (10, 11, 15) for the coupled position between sleeve (1) and nipple (2), which locking device has a bead (15) on the nipple (2) projecting in particular radially outwards and a cage (10) mounted in the sleeve (1), with retaining fingers (11) which can be opened out and engage behind the bead. A releasing tool (25) for opening out the retaining fingers (11) of the cage (10) is provided, which tool can be fitted onto the nipple (2) and can be pushed in in the direction of the sleeve (1). There is provided on the outer circumference of the sleeve (1) a radially outwardly projecting border (30). The releasing tool (25) had a radially inwardly directed collar (29), serving as a stop. The releasing tool (25) has a sleeve-like, essentially axially extending expanding collar (31) for the retaining fingers (11), which collar forms with the projecting bead (15) of the nipple (2) a stop for limiting the drawing-off movement when releasing the quick-action coupling. There is provided on the nipple (2), in assignment to the nipple-side end of the sleeve (1), a circumferential depression (19) onto which a dust-protection ring (18) of elastomeric material is displaceably fitted. | ||||||
| 173 | Trichogenous agent | JP7820684 | 1984-04-17 | JPS60222408A | 1985-11-07 | SASAKI TOSHIMITSU |
| PURPOSE:A trichogenous agent, obtained by purifying a tarry material prepared by dry distilling hair, and diluting the purified tarry material with a diluting solution containing methanol as a base, and capable of activating the formation of neoplastic cells in papilla tissues and promoting the hair production. CONSTITUTION:A trichogenous agent obtained by sealing 100g each hair from a given amount (500g) thereof in a metal double container, dry distilling the hair for about 5-7min not to damage the whole components for production of hair in a heating furnace, dissolving the resultant tarry material in about 500cc ethanol, filtering the solution through a cloth filter bag, filtering the filtrate through a suitable filter medium twice while dropping the filtrate thereto to remove impurities and give an almost transparent brown stock solution, and diluting 200cc stock solution with 1,000cc diluting solution consisting of 60% methanol and 40% water, and containing all components for hair production. | ||||||
| 174 | Liquid soap dispensing system | US173210 | 1993-12-27 | US5439144A | 1995-08-08 | Charles R. Holzner |
| A liquid soap dispenser for dispensing repeated doses of liquid soap from an associated cartridge with a compressible outlet nipple without collapsing the side walls of the cartridge, the cartridge includes a blow molded thin walled plastic container with an externally threaded neck for connection to the compressible nipple and a wall. A receptacle is positioned in the wall of the cartridge having an aperture therein, and a plastic filter is in the receptacle having a sealing mechanism connected thereto movable between a sealing position wherein the sealing mechanism seals the aperture and a filtering position wherein the sealing mechanism is away from the aperture and the filter is in contact with the aperture establishing an air path between the inside and outside of the cartridge. The filter having an average pore diameter of about 0.25 microns and is compressed within the receptacle such that upon repeated activation of said pump member the vacuum inside said cartridge does not exceed 12" of water. | ||||||
| 175 | Drinking aid for containers of beverages and other liquids | US276782 | 1981-06-23 | US4415097A | 1983-11-15 | Wolfgang Meins |
| A drinking and pouring aid for beverage- and other liquid-containing containers or cans having a pull or press-in tab in the can lid for creating a can opening therein. The drinking aid comprises a plastic synthetic material cover which is adapted to be fastened to the lid of the can, preferably by being snapped thereon; this cover sealingly covers the lid surface of the beverage container, and is provided with a nipple-like mouthpiece in the vicinity of the can opening. This mouthpiece is flexible, and can be folded-in in the vicinity of the outer surface of the cover. | ||||||
| 176 | Compression cap for residual dental root and method for drying residual dental root | JP2006045891 | 2006-02-22 | JP2007222330A | 2007-09-06 | MANNSCHEDEL WERNER; MUELLER BARBARA |
| PROBLEM TO BE SOLVED: To provide compression caps for a residual dental root and a method for drying the residual dental root. SOLUTION: This compression cap 1 for the residual dental root 5 has a hollow space for receiving an absorbent foam mass 8 surrounding the residual dental root 5. The hollow space has an opening at one end for receiving the reagent for the absorbent foam mass 8 and for receiving the residual dental root 5 and is surrounded with walls whose wall thickness is reduced in the direction towards the opening. The rim 14 at the opening has a spatial profile 15 of such a kind that the rim 14 at the opening constitutes a seal 16 when the compression cap 1 is in the state pressed against the interdental papilla 17 of the residual dental root 5 in the region of the gingival pocket 18 for the sulcus 19. COPYRIGHT: (C)2007,JPO&INPIT | ||||||
| 177 | Improved membrane supporting type immunological analysis | JP26267988 | 1988-10-17 | JPH01229969A | 1989-09-13 | HAWAADO CHIYANDORAA |
| PURPOSE: To enhance the sensitivity of analysis and the economy of test by employing a reusable syringe or a vacuum multibranch tube for passing a sample to a membrane containing a partner affinity to the analyte. CONSTITUTION: An upper compositional member is a syringe 201 having a flange 202 at the bottom and serves as a sampling port. A membrane is set toward the flange 202 and secured by a base part including a flange anchor member 203. The base part is secured hermetically to the flange 202. These components are supplied as a reassembled disposable unit. The unit is fixed to a syringe through a female lure lock. When many samples are compared, the unit is set on a multibranch tube and a male lure nipple is set on the membrane along with the sample before a vacuum state is imparted so that the membrane is soaked simultaneously with the sample substance. According to the arrangement, standardization of contact time and simultaneous reaction are ensured and the membrane is brought into contact with both the sample and reagent for same time interval. COPYRIGHT: (C)1989,JPO | ||||||
| 178 | Drop dispensers | US09671642 | 2000-09-28 | US06565543B1 | 2003-05-20 | John D. Buehler |
| A drop dispenser having a sleeve carrying a closure and resilient dosage receiving fitting. The sleeve is treadably mounted on a fluid containing container having a nipple thereon. The closure on the sleeve has a configuration corresponding to the configuration of the nipple for sealing the nipple in the closed position. The fitting is filled with fluid from the container by turning the sleeve in a direction away from the closed position on the nipple to an open position to thereby establish fluid communication between the container and fitting. The fluid is dispensed from the fitting by squeezing the fitting after the closure has been returned to the closed position on the nipple, thereby preventing fluid from flowing from the resilient fitting back into the container. Cooperating stop members are provided between the sleeve and bottle neck to limit the movement of the sleeve relative to the bottle neck. | ||||||
| 179 | Sterile feeding bottle | EP04380211.5 | 2004-10-27 | EP1527766A2 | 2005-05-04 | Chia Salido, Yolanda; Esteva Garcia, Abraham |
Sterile feeding bottle, characterized in that there is a compartment inside containing a solute for mixing with a solvent contained in the body of the feeding bottle, the solute and solvent being separate and ready for mixing through the opening of the base of the recipient containing the solute by the screwing action of a sealed lid provided in the opening of the body of the feeding bottle, there being a second lid, also sealed, which, by turning, opens the upper part of the compartment so that it connects the inside of the body with the corresponding teat. The sealed lids, which when screwed open the upper and lower parts of the compartment containing the solute, are positioned coaxially to one another on the upper part. The teat is supported between the upper lid and a discoidal part located on the inside of said lid, this part having a small, cylindrical neck with bevelling inside through which the compound contents join together and are supplied to the teat, once the solute and solvent have been mixed. |
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| 180 | 고점도 폴리디유기실록산을 포함하는 부가-가교성 실리콘조성물 | KR1020060043053 | 2006-05-12 | KR1020060117270A | 2006-11-16 | 뵈르너크리스토프 |
| Provided is an addition-crosslinkable silicone composition, which forms a silicone elastomer having high elongation at failure and excellent tear propagation resistance upon curing, and is useful for producing nipples for nursing bottles or sealants. The addition-crosslinkable silicone composition comprises: (A) 100 parts by weight of a polydiorganosiloxane having a vinyl terminal group and a viscosity of 5,000-1,000,000 mPaÀs and containing 0.1 mole% or less of vinyl groups at side chains; (B) 0.1-50 parts by weight of a polydiorganosiloxane having a viscosity of 200-1,000,000 mPaÀs or higher and containing 0.5-30 mole% of vinyl groups at side chains; (C) 1-150 parts by weight of a polydiorganosiloxane having a viscosity of 2,000,000 mPaÀs or higher and containing 0-3 vinyl groups at side chains per polymer chain; (D) a crosslinking agent having SiH groups; (E) a hydrosilylation catalyst; and 0-90 parts by weight of reinforcing filler having a specific surface area of 50 m^2/g or more. | ||||||
