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    • 6. 发明公开
    • Erweiterbarer Käfig
    • ErweiterbarerKäfig。
    • EP0466945A1
    • 1992-01-22
    • EP90105204.3
    • 1990-03-20
    • Heidemann, Dietmar
    • Heidemann, Dietmar
    • A01K31/06A01K1/03
    • A01K31/06A01K1/03
    • Bei diesen Käfigen (C) ist die Bildung von gemeinsamen, erweiterbaren Käfigräumen durch abgesperrte Käfige (C), ohne Öffnung von Käfigräumen nach außen, vorgesehen.
      Zwecks horizontaler und/oder vertikaler Erweiterungen und/oder Veränderungen von Käfigen (C) mit und/oder ohne Tieren in den Käfigräumen, sind Moduln (A) allseitig an an offenen, durch Absperrelemente (B) und/oder Mobilwände (21) abzusperrenden Wechselseiten (2), durch Hinzufügen und/oder Entfernen und/oder Austauschen von lösbar zu befestigenden Moduln (A) in Verbindung mit dem Hinzufügen und/oder Entfernen und/oder Austauschen von entsprechenden, lösbar zu befestigenden Absperrelementen (B), variabel zu verändern.
    • 在这些笼子(C)中,提供了通过关闭笼(C)形成普通的可扩展笼式空间,而没有笼室被向外打开。 为了在笼室中具有和/或不具有动物的笼(C)的水平和/或垂直延伸和/或变化的目的,模块(A)将在敞开的交替侧(2)上可变地全面变化, 通过关闭元件(B)和/或活动壁(21),通过添加和/或移除和/或更换要被可释放地固定的模块(A),与加法和 /或去除和/或更换要被可释放地紧固的相应的切断元件(B)。
    • 8. 发明公开
    • NEW ENVIRONMENTALLY FRIENDLY PIG HOUSE
    • EP3403492A1
    • 2018-11-21
    • EP17738109.2
    • 2017-01-09
    • Dai, Jinnan
    • Dai, Jinnan
    • A01K1/03A01K1/02
    • A01K1/02A01K1/03
    • An environmentally friendly pig house comprises at least one round or polyhedral pig house building (100, 200, 300, 400). Each polyhedron has five faces or more, and a ventilation shaft (102, 202) is provided in the middle of each storey of each pig house building (100, 200, 300, 400); each floor tilts from high to low towards the ventilation shaft from the outer edge; the top of each pig house building (100, 200, 300, 400) is provided with a waste gas collecting and treatment device (700) communicating with the ventilation shaft (102, 202); and the bottom of the buildings are provided with pig excreta collecting devices corresponding to the opening of the ventilation shaft. A first channel (3102) and a second channel (3103) are nested in the ventilation shaft (102, 202) in the middle of the pig house buildings (100, 200, 300, 400) in a direction along the axis of symmetry of the pig house building; the first channel (3102), which is located inside, is sealed on the top and connected to an air treatment channel (3104) on the bottom and communicates with an air outlet of an air intake device (3105); the second channel (3103), which is located outside, communicates with the pig excreta collecting device on the bottom and communicates with the outside air on the top, the air treatment channel (3104) having a blowing device, a sensor, a shower cooling device, a refrigerating device, and a heating device. Pig excreta can automatically flow into the ventilation shaft, and can be collected by the pig excreta collecting device at the bottom of the building; waste gas is collected, treated, and discharged into the atmosphere; the pig house occupies a small area, has strong wind and snow resistant functions, and is sturdy and durable. The culturing process is pollution-free, and piglets, pigs, and sows can be accommodated appropriately.
    • 9. 发明授权
    • Animal crate
    • 动物箱子
    • EP2761999B1
    • 2017-05-24
    • EP14153307.5
    • 2014-01-30
    • Mid-West Metal Products Company, Inc.
    • Cantwell, BradGreene, Michael E.Kerr, StewJones, Terrance L.Cong, MinqiaoCong, MinfengCong, Maohua
    • A01K1/03A01K31/08
    • E06B11/026A01K1/0017A01K1/03A01K1/032A01K1/033A01K31/08E06B11/021
    • The present disclosure provides a door assembly for an animal enclosure (100). The assembly includes a door frame (110, 610) having a plurality of interconnected horizontal and vertical wires that define an opening (204, 902) for an animal to pass therethrough. The assembly also includes a door (114, 614) configured to move between an open position and a close position relative to the door frame (110, 610). A latch (304, 616) is pivotably coupled to the door (114, 614) and includes a mechanism that is removably coupled to the door frame (110, 610). The assembly further includes a first vertical wire (230, 706) and a second vertical wire (244, 708) of the door (114, 614). A first guide wire (206, 718) and a second guide wire (208, 720) are coupled to the door frame (110, 610). The first vertical wire (230, 706) is coupled to and moves along the first guide wire (206, 718) between the open and close positions, and the second vertical wire (244, 708) is coupled to and moves along the second guide wire (208, 720) between the open and close positions.
    • 本公开提供了一种用于动物外壳(100)的门组件。 该组件包括具有多个相互连接的水平线和垂直线的门框(110,610),该线限定动物通过的开口(204,902)。 该组件还包括被构造成相对于门框架(110,610)在打开位置和关闭位置之间移动的门(114,614)。 闩锁(304,616)可枢转地联接到门(114,614)并且包括可移除地联接到门框(110,610)的机构。 该组件还包括门(114,614)的第一垂直金属丝(230,706)和第二垂直金属丝(244,708)。 第一导丝(206,718)和第二导丝(208,720)联接到门框(110,610)。 第一垂直金属丝(230,706)联接到第一导丝(206,718)并且在打开和关闭位置之间沿着第一导丝(206,718)移动,并且第二垂直金属丝(244,708)联接到第二导向件 导线(208,720)在打开和关闭位置之间。
    • 10. 发明公开
    • Aquarium lighting system
    • Aquariumbeleuchtungsvorrichtung
    • EP2732700A1
    • 2014-05-21
    • EP13192863.2
    • 2013-11-14
    • Solvic Limited
    • Tang, Kit Yan EricCheung, Tin Yau
    • A01K63/06
    • A01K63/06A01K1/03H05B37/02
    • FIG. 5 represents a control system for an aquarium lighting system in which motor drivers alter over time the relative inclination of a light source with respect to an ornamental feature (18) within the aquarium. The effect is that light intensity (92, 94) falling incident on an ornamental feature more accurately simulates natural light impinging on a natural environment from day and seasonal movements of the sun. In addition to the relative change in inclination, power settings for the light source can be adjusted to further mimic the effects experienced with daily variations of climate and/or weather. The system therefore eliminates areas in an aquarium that could otherwise be saturated with excessive light (which could also promote unwanted algae growth) from a single fixed-position overhead light source, which saturation occurs as a requirement for light from that single fixed-position light source to penetrate downwardly into the depths of the aquarium. By providing a system that effectively changes the angle of incidence of light, outwardly facing areas of ornamental features or areas beneath overhangs receive programmable levels of illumination that would otherwise not be possible with an overhead, single fixed-position light source.
    • 图。 5表示用于水族馆照明系统的控制系统,其中电动机驱动器随时间改变光源相对于水族箱内的装饰特征(18)的相对倾斜度。 效果是入射到装饰性特征上的光强度(92,94)更精确地模拟从太阳的日期和季节性运动中照射到自然环境的自然光。 除了倾斜的相对变化之外,还可以调整光源的功率设置,以进一步模仿每天气候和/或天气变化所产生的影响。 因此,该系统消除了水族箱中的区域,否则可能会从单个固定位置的顶部光源中过多的光(这也可能促进不需要的藻类生长)饱和,该饱和作为对来自该单个固定位置光的光的要求 来源渗透到水族馆的深处。 通过提供有效地改变光的入射角的系统,装饰特征或突出部分下方的区域向外的区域接收可编程的照明水平,否则将不可能用顶置单个固定位置光源。