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    • 1. 发明申请
    • METHOD OF MILKING ANIMALS
    • 动物饲养方法
    • WO1995031095A1
    • 1995-11-23
    • PCT/SE1995000545
    • 1995-05-16
    • TETRA LAVAL HOLDINGS & FINANCE S.A.ÖRNERFORS, BennyHÖRBERG, Ann-Louise
    • TETRA LAVAL HOLDINGS & FINANCE S.A.
    • A01J05/007
    • A01J5/0075A01J5/007
    • In a milking process the animal is stimulated during a stimulation phase (I) for initiating the animal to let down milk in the udder, while a relatively small milk flow is achieved. During a subsequent main milking phase (II) the animal is treated to eject a relatively large milk flow. The stimulation phase is ended and the main milking phase is started when at least one monitored milking variable reaches a predetermined value. According to the invention the milking variable relates to the milk quantity extracted from the animal. Further milking variables may be monitored such as milk flow and the time of the stimulation phase, so that the stimulation phase is ended when any of the monitored milking variables reaches a predetermined value. Hereby the duration of the stimulation phase can be adapted to the individual needs of the animals.
    • 在挤奶过程中,在刺激阶段(I)期间刺激动物,以使动物在乳房中放下牛奶,同时实现相对较小的奶流量。 在随后的主要挤奶阶段(II)期间,处理动物以喷射相对较大的奶流。 当至少一个监测的挤奶变量达到预定值时,刺激阶段结束并且主要挤奶阶段开始。 根据本发明,挤奶变量涉及从动物提取的乳量。 可以监测进一步的挤奶变量,例如牛奶流和刺激阶段的时间,使得当任何监测的挤奶变量达到预定值时,刺激阶段结束。 因此,刺激阶段的持续时间可以适应于动物的个体需要。
    • 2. 发明申请
    • A METHOD OF MILKING ANIMALS
    • 一种动物的方法
    • WO1995031096A1
    • 1995-11-23
    • PCT/SE1995000544
    • 1995-05-16
    • TETRA LAVAL HOLDINGS & FINANCE S.A.ÖRNERFORS, BennyHÖRBERG, Ann-Louise
    • TETRA LAVAL HOLDINGS & FINANCE S.A.
    • A01J05/04
    • A01J5/007
    • In a process for milking animals with the aid of teatcup liners, each teatcup liner is brought to be cyclicly partly opened during an initial milking phase (I), when the teat in the teatcup liner still is slack, so that the teatcup liner is prevented from crawling upwards on the teat and throttle the milk passage between udder and teat. During a subsequent main phase (II) of the milking, when the teat is extended, the teatcup liner is brought to be cyclicly opened at least substantially completely. The initial phase is ended and the main phase is started when at least one monitored milking variable reaches a predetermined value. According to the invention the milking variable is the milk quantity extracted from the animal. Alternatively, further milking variables may be monitored such as the milk flow and the time from the beginning of the initial phase (I). Hereby the initial phase can be adapted to individual animals, whereby the milking time is minimized.
    • 在一个借助于乳头杯衬里挤奶动物的过程中,当乳头杯衬里内的乳头仍然松弛时,每个乳头杯衬套在初始挤奶阶段(I)期间被部分地打开,从而防止了乳头杯衬里 在乳头上向上爬行,并在乳房和乳头之间调节牛奶通道。 在随后的挤奶主阶段(II)期间,当奶头延伸时,乳头杯衬里至少基本上完全地被打开。 初始阶段结束,并且当至少一个被监测的挤奶变量达到预定值时,主相开始。 根据本发明,挤奶变量是从动物提取的乳量。 或者,可以监测进一步的挤奶变量,例如牛奶流量和从初始阶段开始的时间(I)。 因此,初始阶段可以适应于各个动物,从而使挤奶时间最小化。
    • 10. 发明申请
    • DOUBLE-SEATED VALVE
    • 双座阀
    • WO1998054493A1
    • 1998-12-03
    • PCT/EP1997002779
    • 1997-05-28
    • TETRA LAVAL HOLDINGS & FINANCE S.A.MADSEN, Karsten, SchackBENEDETTI, Paolo
    • TETRA LAVAL HOLDINGS & FINANCE S.A.
    • F16K01/44
    • F16K1/446Y10T137/4259Y10T137/4266Y10T137/5762Y10T137/88038Y10T137/88046
    • The invention relates to a double-seated valve for use especially in aseptic applications, comprising at least two pipe connectors (3, 4, 7) between which two annular valve seats (11, 12) are positioned coaxially in relation to each other and in series. Said double-seated valve also comprises two closing elements (8, 9) which can be axially displaced independently of each other and when closed cooperate with the valve seats (11, 12) in a sealing manner and enclose a hollow chamber (34) between each other, as well as at least one cleaning connector (35, 36) leading into said hollow chamber (34) for introducing a cleaning medium. To avoid the disadvantages of a non-aerodynamic leakage chamber the invention provides for the two end sections (22, 23) of an elastic sealing element (21) embodied as a ring-shaped single piece to be attached in a sealing manner to the two closing elements (8, 9). A sealing surface (25, 26) is embodied adjoining to each end section (22, 23), which sealing surface can be pressed against the corresponding valve seat (11, 12) by means of a closing element (8, 9). The sealing element (21) has a section of rolling diaphragm (24) which connects the two end sections (22, 23) to each other and defines the hollow chamber (34).
    • 本发明涉及一种双座阀,特别是用于无菌应用的目的,具有至少两个导管连接(3,4,7)之间的两个环形阀座(11,12)彼此同轴并串联设置(具有两个独立地轴向移动的常开触点8 用于引入清洁介质,9),其包围在闭合状态下与所述阀座(11,配合12)密封地与一腔体(34)在它们之间,并且其具有至少一个通向所述腔(34)的清洁连接件(35,36) , 为了避免根据一个单件,环状ausgestaltetes,弹性密封具有元件(21)在两个闭门的其两个端部(22,23)(8,9)分别密封地固定它提供了本发明的流动不利泄漏空腔的缺点,其中 在由闭合触点(8,9)到相关联的阀座(11,12),每个端部(22,23)相邻的密封面(25,26)形成被按压,并且所述密封元件(21)包括两个 端部(22,23)相互连接的滚动隔膜部(24),其限定腔室(34)。