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    • 33. 发明公开
    • MANUAL ICE MAKER AND REFRIGERATOR WITH THE SAME
    • MANUELLER EISBEREITER UNDKÜHLSCHRANKDAMIT
    • EP2706313A1
    • 2014-03-12
    • EP11864866.6
    • 2011-05-05
    • Hefei Midea Refrigerator Co., Ltd.Hefei Hualing Co., Ltd.
    • LI, LingyunYAO, JunLIU, Dongxian
    • F25C1/10F25C5/04F25D23/10
    • F25C1/00F25C1/10F25C5/02F25C5/06F25C5/22F25C2305/022F25C2400/10F25C2700/06
    • A manual ice maker (100) and a refrigerator (200) with the same are provided, wherein, the ice maker (100) includes: an ice maker main body (110), whose front wall is provided with a first positioning hole (112), whose rear wall is provided with a second positioning hole (113), and whose rear wall inner surface is provided with a first limiting protrusion (114); an ice maker lattice (120), whose front end is provided with a first shaft (121) rotatably supported by and extended from the first positioning hole (112), and whose rear end is provided with a second shaft (122) rotatably supported by the second positioning hole (113); and an ice removal assembly, which includes a torsion member connected with the first shaft (121) and provided with a gear (132), and a press key (131) provided with a gear rack (133) meshed with the gear (132). The press key (131) can move between a first position and a second position for driving the gear (132) to rotate. When the press key (131) is located at the second position, the opening surface of the ice maker lattice (120) is inclined, and thus the rear end of the ice maker lattice (120) is abutted against the first limiting protrusion (114) for ice removal. The ice maker lattice (120) can be twisted and overturned by pressing the press key (131) to drive the gear (132), thereby removing ice with relatively less force.
    • 提供了一种手动制冰机(100)和具有该制冰机的冰箱(200),其中,所述制冰机(100)包括:制冰机主体(110),其前壁设有第一定位孔 ),其后壁设置有第二定位孔(113),并且其后壁内表面设置有第一限制突起(114); 制冰格架(120),其前端设有第一轴(121),该第一轴由第一定位孔(112)可旋转地支撑并从第一定位孔(112)延伸,并且其后端设有第二轴(122) 第二定位孔(113); 和除冰组件,其包括与所述第一轴(121)连接并设置有齿轮(132)的扭转构件和设置有与所述齿轮(132)啮合的齿条(133)的按压键(131) 。 按压键131可以在第一位置和第二位置之间移动,以驱动齿轮132旋转。 当按键131位于第二位置时,制冰格架120的开口表面倾斜,因此制冰格架120的后端抵靠第一限制突起114 )去除冰。 制冰格子(120)可以通过按压按键(131)来扭转和翻转,以驱动齿轮(132),从而以相对较小的力去除冰。
    • 34. 发明公开
    • Device for controlling the tilting of a container
    • 机包括容器和用于控制该容器的倾斜的设备
    • EP1757880A1
    • 2007-02-28
    • EP06114076.0
    • 2006-05-17
    • Brema Ice Makers SpA
    • Maroli, Cesarino
    • F25C1/08F25C1/10
    • F25C1/10F25C2305/022
    • A device (1, 101) for controlling the tilting of a container (4, 104) seated on a fixed frame (20, 120) of a machine, comprising a motor member (2) having a first shaft (7) mechanically connected to a second shaft (9) rigidly connected to the container (4, 104), and with which the container rotates for tilting, has a first (12, 112) and a second (60, 160) mechanical check means, respectively for stopping the rotation of the second shaft (9) rigid with the container (4, 104) both in the tilting direction and in the opposite direction, and a balance structure (30, 130), rigidly connected to the motor member (2) and rotatable therewith, which structure in turn comprises a right-angle structure (38), loading members (70, 71, 72, 170, 171) associated with it and sensitive to its movement, and means for reversing and for stopping the rotation of said motor member (2).
    • 一种用于控制就座的机器的固定框架(20,120)上的容器(4,104)的倾斜,其包含(2),具有第一轴的马达构件装置(1,101)(7)机械地连接到 第二轴(9)刚性地连接到容器(4,104)和与该容器旋转用于倾斜,具有第一(12,112)和第二(60,160)的机械检查装置,分别用于停止 所述第二轴(9)的刚性与所述容器(4,104)的旋转两个在倾斜方向上和在相反方向上,并刚性地连接到马达构件(2)和可旋转的基座有一个平衡结构(30,130) ,这反过来结构包括用于换向以及用于停止所述马达构件的旋转与它和它的运动敏感装置,以及相关联的直角结构(38),加载件(70,71,72,170,171) (2)。
    • 36. 发明公开
    • Ice maker
    • Eiserzeuger
    • EP1396692A1
    • 2004-03-10
    • EP03251952.2
    • 2003-03-27
    • SAMSUNG ELECTRONICS CO., LTD.
    • Hwang, Ji-Sick
    • F25C1/10
    • F25C1/10A23G9/14F25C5/08
    • An ice maker includes a pair of pulleys (10a,10b) spaced apart from each other by a desired distance, a drive unit (20) rotating the pulleys, a plurality of tray cells (40) provided with ice making recesses (41a) capable of containing water, and an ice making conveyor (30) formed by the tray cells (40) coupled to one another, the ice making conveyor (30) being wound around the pulleys. Ice making recesses (41a) are formed by a rigid body made of a metal material. A heater (50) is arranged to apply heat to the tray cells (40), thereby separating ice from the tray cells (40). Accordingly, the ice maker exhibits a reduced occurrence of damage during ice making and separating processes while having an effect of achieving easy ice making and separating processes.
    • 一种制冰机包括一对彼此间隔一定距离的滑轮(10a,10b),一个使滑轮旋转的驱动单元(20),多个具有制冰凹槽(41a)的托盘单元(40) 和由彼此联接的托盘单元(40)形成的制冰输送机(30),所述制冰输送机(30)围绕所述滑轮卷绕。 制冰凹部(41a)由金属材料制成的刚体形成。 加热器(50)被布置成对托盘单元(40)施加热量,从而将冰与托盘单元(40)分离。 因此,制冰机在制冰和分离过程中表现出减少的损坏发生,同时具有实现容易的制冰和分离过程的效果。
    • 38. 发明公开
    • Method and apparatus for particle blasting using particles of a material that changes its state
    • 与他们的条件的颗粒喷砂的变化的方法和装置。
    • EP0182342A2
    • 1986-05-28
    • EP85114654.8
    • 1985-11-18
    • K.E.W. INDUSTRI A/S
    • Westergaard, Knud Erik
    • B24C1/00F25C1/10
    • B24C1/003F25C1/10F25C5/20
    • In particle blasting, particles are used that change state, at least before the particle blasting, which is carried out similarly to sand blasting. An example of such material is ice.
      The novelty is primarily that the particles are cast or frozen in mould chambers. This makes it possible to give the particles any desired shape, for instance with many sharp edges and/or sharp corners, and in this way their processing effect is improved.
      The particles may be made by casting or freezing in an apparatus provided with a rotatable drum (9) in the outer surface of which open mould chambers (12) are formed, which chambers can be closed by the inner surface (8) of a freezing cylinder (6), the freezing zone (19) of which can be cooled by means of a cooling chamber (13) provided with a cooling medium through supply and discharge tubes (14 and 15 resp.). The cast particles are released from the drum (9), the outer jacket (11) of which may consist of an elastic material of rubber for facilitating the moulding, and then fall down into a discharge chamber (7), from where they are sucked into the particle-blasting pistol (not shown), through a particle discharge tube (18). In the pistol, the ice particles are mixed for instance with water at high pressure, which by an ejector effect creates the necessary low pressure for suction, and which ejects the ice particles against the surface to be treated.
    • 在颗粒喷砂,颗粒被用于改变状态那样,至少,前颗粒喷砂,所有这一切都被相似地进行喷砂。 求材料的一个例子是冰。 ... 的新颖之处主要是没有颗粒被浇铸或在模具腔室中冷冻。 这使得可以得到颗粒的任何期望的形状,例如具有许多尖锐的边缘和/或尖角,并且以这种方式它们的处理效果提高。 ... 所述颗粒可以通过铸造或以哪个开模室的外表面(12)冷冻在制成的形成,其腔室可通过内表面(设置有可旋转的基鼓的装置中(9)封闭 8)冷冻缸(6),其中所述冻结区(19)可以通过设置有通过供给和排出管(14和15 RESP的冷却介质的冷却室(13)的冷却。)。 铸造颗粒从鼓轮(9),所述外护套(11),其可用于促进在模制由橡胶制成的弹性材料制成,然后落入到排放室(7),从那里被吸入释放 成颗粒喷砂手枪(未示出)中,通过颗粒排出管(18)。 在手枪,冰颗粒在高压力,其通过在喷射效果创建用于低压吸入的必要混合例如水,而喷射靠着表面冰粒来对待。