挤奶杯相关的专利数据

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
101	一种挤奶器脱杯防漏气自动关闭、开启阀	CN201520101624.2	2015-02-12	CN204443515U	2015-07-08	李延辉; 王忠山
本实用新型涉及一种挤奶器脱杯防漏气自动关闭、开启阀，包括上阀盖、下阀盖、弹簧支架和封闭球阀体，其中，上阀盖和下阀盖之间通过丝扣连接，内部竖直装有弹簧支架和封闭球阀体，下阀盖底部中央开有进奶口，弹簧支架底端连接进奶口，顶端连接封闭球阀体；上阀盖中央顶部开有出奶口，底部开有开闭阀口，封闭球阀体的大小正好能够将开闭阀口封堵。本实用新型能够在奶杯脱杯时及时自动关闭挤奶器的真空，避免其他奶杯脱杯现象发生，同时及时关闭奶管，保证牛奶不被污染，保证真空度，不影响挤奶作业；并且还能够自动开启，保证满足重新挤奶作业的条件。
102	一种自动挤奶过程中奶牛乳头自动套杯装置	CN202122444862.1	2021-10-12	CN216164191U	2022-04-05	费树岷; 赵贤林; 王彬彬; 陈叶亮; 蒙仁学
本实用新型属于自动挤奶技术领域，尤其是一种自动挤奶过程中奶牛乳头自动套杯装置，针对现有的固定的问题，现提出如下方案，其包括外壳，所述外壳的底部固定安装有固定块，固定块的底部开设有固定槽，固定槽内转动安装有转轮，且转轮与固定槽相适配，固定槽的两侧内壁上均开设有转动槽，转动槽内滑动安装有转动杆，转动杆的一端延伸至转动槽内，转动杆的另一端延伸至固定槽内，转动杆延伸至固定槽内的一端与转轮的一侧固定连接，所述转动槽的一侧内壁上开设有第一滑动槽，第一滑动槽内滑动安装有第一滑动块。本实用新型在固定块的底部设有固定槽，极大地避免了在挤奶的时候出现滑动的情况。
103	一种转盘式挤奶台接触式控制杯组清洗系统	CN202022367193.8	2020-10-22	CN213369217U	2021-06-08	顾亚泽; 任嘉欣
本实用新型公开了一种转盘式挤奶台接触式控制杯组清洗系统，该转盘组件，所述转盘组件包括底盘、转盘、转动驱动组件、内围栏以及外围栏，所述喷水组件包括供水管以及喷水头，所述供水管上配置有电磁阀；所述喷水头包括雾化喷嘴，所述雾化喷嘴形成有多个横截面为弧形的喷射孔。本申请提供的转盘式挤奶台接触式控制杯组清洗系统，结构简单合理，安装使用方便。通过安装的传感器对是否有挤奶套杯经过喷水组件做出判断，并根据判断结果对喷水组件的喷水时间进行控制，不但可以达到清洗挤奶套杯的目的，同时具有良好的节水效果。采用的雾化喷嘴可以使得喷出的清洗水具有更高的压力，喷水更加均匀，可以进一步提高清洗效果。
104	一种用于挤奶机清洗设备的奶杯组清洗装置	CN201922267809.1	2019-12-17	CN211458395U	2020-09-11	续偲; 朱艳; 陈思
本实用新型涉及挤奶机技术领域，具体地说是一种用于挤奶机清洗设备的奶杯组清洗装置。包括奶杯组、清洗装置、驱动电机及气缸，其特征在于：所述的奶杯组的下方设有清洗装置，清洗装置的底部通过连接杆连接液压升降杆的顶部，液压升降杆的底部固定连接驱动电机的伸出轴，位于奶杯组的顶部通过气缸伸缩绳连接气缸活塞的一端，气缸活塞的另一端连接气缸控制器；所述的清洗装置包括清洗箱，清洗头底座，清洗头，所述的清洗箱的四角处分别设有清洗头底座，清洗头底座的上方设有矩形状的清洗头，清洗头上包裹海绵层。同现有技术相比，结构简单，易于加工；提高了生产效率，降低了人工成本，保证了奶杯组的干净卫生及奶牛的乳房健康。
105	MELKBECHERHÜLSE SOWIE MELKBECHER ZUM MELKEN EINES TIERES	PCT/EP2007/060846	2007-10-11	WO2008043820A1	2008-04-17	OBERLE, Christelle; WULLE, Manfred
Der Gegenstand der Erfindung bezieht sich insbesondere auf eine Melkbecherhülse (1), die wenigstens ein Gewicht (10) aufweist, welches mit der Melkbecherhülse verbunden ist, wobei die Melkbecherhülse wenigstens teilweise aus mindestens einem Kunststoff gebildet ist.
106	一种转盘式挤奶台反射光式控制杯组清洗系统	CN202022369568.4	2020-10-22	CN213369218U	2021-06-08	顾亚泽; 任嘉欣
本实用新型公开了一种转盘式挤奶台反射光式控制杯组清洗系统，该系统包括转盘组件，所述转盘组件包括底盘、转盘、转动驱动组件、内围栏以及外围栏，所述底盘以及所述转动驱动组件均与所述转盘活动连接，所述转动驱动组件用于驱动所述转盘相对所述底盘旋转。本申请提供的转盘式挤奶台接触式控制杯组清洗系统，结构简单合理，安装使用方便。通过安装的传感器对是否有挤奶套杯经过喷水组件做出判断，并根据判断结果对喷水组件的喷水时间进行控制，不但可以达到清洗挤奶套杯的目的，同时具有良好的节水效果。采用的光电传感器具有良好防水性能，且尺寸小易于安装，不会受到动物碰撞的影响。
107	MILKING CUP	PCT/DE1999/002834	1999-09-07	WO00013489A2	2000-03-16
Disclosed is a milking cup provided with an elastic teat element that has moveable thin-walled areas that can be subjected to various pressures.
108	VALVE FOR BACKWASHING MILKING CUPS OF MILKING MACHINES	PCT/EP1993001273	1993-05-21	WO1994002000A1	1994-02-03	WESTFALIA SEPARATOR AKTIENGESELLSCHAFT
The rotary valve (5) may be set to one of three positions: milking, backwashing and cleaning. In the first two positions the connector stubs (11, 12, 13) are in sealed contact with the end faces (9 and 10) of the rotary valve (5) and between the half-casings (2, 3) which can move axially in relation to each other there is a channel (20) providing a connection between the interior (4) and the atmosphere. Leaks can thus flow away freely. Before the entire milking machine is rinsed with a cleaning solution, the rotary valve (5) is moved into the cleaning position shown on Fig. 3. In this position, a recess (22) in the end face (9) of the rotary valve (5) allows the half-casing (2) to move with respect to half-casing (3) into a sealing position. The cleaning solution flowing through the milking machine passes via the first connector stub (11) and the recess (21) into the interior (4) of the casing (1) and leaves the interior (4) via the recess (22) and the second connector stub (12). Here, both the interior (4) and the rotary valve (5) are deeply cleaned.
109	MILKING CUP	PCT/EP2002/000161	2002-01-10	WO02054858A1	2002-07-18
The invention relates to a milking cup comprising a housing (2) and a rubber teat which is placed in said housing (2). Said rubber teat separates a teat chamber (16) from a pulse chamber (9) and comprises an upper region (20), a shaft region (10) and a lower region (12) which communicates with a milk channel connection piece (14). A first aim of the invention is to ensure that the treatment of a teat placed in the teat chamber (16) is carried out more carefully. To this end, at least the lower longitudinal section of the shaft region takes the form of a longish cross-section, the wide sides of said cross-section being respectively provided with at least one region (34,36) having a thicker wall than the opposite longitudinal sides of the cross-section, at a right angle to the direction of the width. A second aim of the invention is to relieve the tip of the teat. To this end, part of the shaft region surrounding the teat has a thinner wall.
110	MILKING CUP	PCT/DE9902834	1999-09-07	WO0013489A3	2000-06-02	HAPPEL FRITZ; HAPPEL WERNER
Disclosed is a milking cup provided with an elastic teat element that has moveable thin-walled areas (5) that can be subjected to various pressures.
111	一种具有双仿功能同时能防止挤奶机奶杯上爬的奶衬	CN200820091246.4	2008-10-29	CN201355973Y	2009-12-09	王忠山; 王忠林
本实用新型涉及的是一种具有双仿功能同时能防止挤奶机奶杯上爬的奶衬，该奶衬具有仿手工挤奶的握榨法，又能仿奶畜仔的吸奶的功能，同时还能防止挤奶机奶杯上爬功能，该奶衬内腔整体呈喇叭形状，在奶衬上端有喇叭口形状的外环，在其上端内壁，分别有多个突起的密封环、奶衬上口和多个奶衬内环形体的组合体与奶畜乳房根部接触，具有仿形功能，能防止奶杯上爬。筒体中部设有刚性的乳头保护环，在挤压拍节中上、中、下三部相互配合，具有仿手工挤奶动作，在筒体张开时，具有仿仔畜吸奶功能，同时具有保护乳房及乳头功能。筒体中部的壁厚比上、下部都厚，筒体上部有三条加强筋，筒体下部直径最小，加有延长的槽。从而使该奶衬具有双仿功能，减少乳房及乳头疾病的发生，提高挤奶效率及产量。
112	REINIGUNGSANLANGE FÜR MELKBECHER	PCT/EP2007/009842	2007-11-14	WO2008058723A1	2008-05-22	MAIER, Jakob; HATZACK, Wilfried
In einer Reinigungsanlage für Melkbecher wird eine Ausgabeeinrichtung bereitgestellt, in der mindestens zwei unterschiedliche Reinigungsfluide in den Innenraum der Melkbecher eingeführt werden können, so dass eine effiziente Zwischendesinfektion zwischen einzelnen Melkvorgängen ermöglicht wird.
113	DEVICE FOR WASHING OUT THE TEAT CUPS OF AN AUTOMATIC-MILKING UNIT	PCT/EP1995001353	1995-04-12	WO1995032615A1	1995-12-07	WESTFALIA SEPARATOR AKTIENGESELLSCHAFT
The washing device (1) proposed has a milking-unit holder (9) which is free to move in the longitudinal direction and which can be adapted to fit milking units (15) of different dimensions. Frictional forces occur in the guide sleeve (10) of the milking-unit holder (9) which are increased by the moment due to the weight of the milking unit (15). These frictional forces balance out part of the weight of the manifold piece (16) and thus relieve the load on the short milk-transfer hoses (17). The residual force exerted by the manifold piece (16) is large enough to ensure that the teat cups (18) are pressed with sufficient force against the washing heads (3) but not large enough to cause kinking in the milk-transfert hoses (17).
114	Teat cups for milking machines	EP81302916.2	1981-06-26	EP0043264A1	1982-01-06	Noorlander, Daniel O.
A teat cup assembly for automatic milking machines employing a vacuum milk line and a pulsating vacuum line is disclosed. The assembly comprises a rigid, tubular outer shell 11 and an elongate, tubular, inflation member (13) having a novel mouth-forming diaphragm (20) at one end thereof for engaging the teat of a cow to retain the teat cup assembly from falling off the teat at the end point of milking. A sleeve member (17) is adapted to secure the upper end of the inflation (13) in expanded condition to the upper end of the shell (11). The sleeve member (17) is also adapted to receive the mouth-forming diaphragm (20). The mouth-forming diaphragm (20) has a central opening (21) for receiving the teat of a cow, with the central opening (21) having a circumference smaller than the cross-sectional circumference of the inflation (13). A protective cap member (23) fits over the mouth-forming diaphragm (20) and sleeve member (17). A lower cap member (15) is adapted to secure the lower end of the inflation (13) in expanded condition to the lower end of the shell (11), with the lower cap member (15) having a nipple (16) for connection to the vacuum milk line. The shell (11) has a port (12) therein adapted to be connected to a pulsating vacuum line. The mouth-forming member (20) is preferably molded from silicone rubber and the inflation (13) is made from extruded, tubular silicone rubber.
115	DAIRY INFLATION	EP06787484.2	2006-07-17	EP1903858A2	2008-04-02	HOLMES, Jeannie; MEEKS, Steve
A dairy inflation includes a barrel portion connected to a milk tube portion for extracting milk from a teat of an animal. The barrel portion includes an axial passage defined by a wall, the wall having an exterior surface defining an outer periphery having a substantially circular shape. The wall further includes an interior surface defining an inner periphery having a substantially elliptical shape. The elliptical inner periphery includes a major axis and a minor axis, and the disposition of the elliptical inner periphery within the circular outer periphery creates reduced-thickness regions on opposing sides of the wall along the major axis. The reduced-thickness regions allow a controlled collapse of the barrel portion during milking operations.
116	Melkbecher	EP01107195.8	2001-03-22	EP1145624A3	2002-09-25	Happel, Werner
Offenbart sind ein Verfahren zur Ansteuerung eines Melkbechers und ein zur Durchführung des Verfahrens geeigneter Melkbecher, wobei ein Zitzengummiinnenraum während der Saughase über eine periodisch aufsteuerbare Einrichtung mit der Atmosphäre verbindbar ist.
117	A TEATCUP	EP97915803.0	1997-03-21	EP0959667A1	1999-12-01	MIEFALK, Sven, Uno, Hakan
A teatcup (1) comprises a shell (2), a tubular teatcup liner extending in the shell and a valve housing (4) having a connection pipe connectable to an end (11) of the teatcup liner, a valve housing (4) being arranged to be mounted to the shell (2). The valve housing and the shell comprise locking members (21, 22), which are arranged to engage each other disconnectably during said mounting in order to lock the valve housing to the shell.
118	MELKBECHER	EP02715407.9	2002-01-10	EP1349448B1	2004-08-04	SCHULZE-WARTENHORST, Bernhard
The invention relates to a milking cup comprising a housing (2) and a rubber teat which is placed in said housing (2). Said rubber teat separates a teat chamber (16) from a pulse chamber (9) and comprises an upper region (20), a shaft region (10) and a lower region (12) which communicates with a milk channel connection piece (14). A first aim of the invention is to ensure that the treatment of a teat placed in the teat chamber (16) is carried out more carefully. To this end, at least the lower longitudinal section of the shaft region takes the form of a longish cross-section, the wide sides of said cross-section being respectively provided with at least one region (34,36) having a thicker wall than the opposite longitudinal sides of the cross-section, at a right angle to the direction of the width. A second aim of the invention is to relieve the tip of the teat. To this end, part of the shaft region surrounding the teat has a thinner wall.
119	Milking cup	US09786519	2001-04-05	US06546893B1	2003-04-15	Fritz Happel; Werner Happel
A teat cup comprising a liner having movable thin-wall portions which are adapted to be differently pressurized is disclosed.
120	Milking cup	US49580	1979-06-18	US4263875A	1981-04-28	Jakob Maier; Tilman Hoefelmayr
A milking cup having a sleeve-like cup and a rubber teat holder inserted therein. The rubber teat holder has a suction sleeve portion which is connected at the lower end to a milk discharge pipe connected to a vacuum source. An underpressure relief valve is provided on the milking cup. A tube is connected to and extends between the underpressure relief valve and either the suction sleeve or a member which is connected to and is positioned between the lower end of the suction sleeve and the milk discharge pipe. The end of the tube projects into a passageway defined by the suction sleeve or the member and terminates approximately at the midpoint of the passageway.

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