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    • 5. 发明公开
    • A SINGLE-BUTTON SUCTION NOZZLE UNLOCKING STRUCTURE ON A CUP COVER
    • EINTASTIGE ENTREIGELUNGSSTRUKTURFÜRSAUGDÜSEAUF EINER BECHERABDECKUNG
    • EP3121131A1
    • 2017-01-25
    • EP16166556.7
    • 2016-04-22
    • Yongkang Lingying Industrial and Trading Co., Ltd.
    • XU, Jiangyong
    • B65D47/06A47G19/22A45F3/18
    • B65D47/065A45F3/18A47G19/2266B65D2251/1066
    • A structure for a cup cover includes the lower part of the cup cover (1), the upper part of the cup cover (2), a button switch (3), a conduit (4), a suction nozzle (5), a locking slider and a first bias tension spring. A containment groove (11) is provided in the lower part of the cup cover (1). The lower end of the conduit (4) passes through the lower part of the cup cover (1). The upper end of the conduit (4) is connected with the suction nozzle (5). The suction nozzle (5) is connected in an overturning manner with the lower part of the cup cover (1). When drinking water with this structure, it is only necessary to press the button switch (3) once, and the suction nozzle (5) can pop up automatically from the containment groove (11). When not in use, moving the suction nozzle (5) down alone will allow locking it in the containment groove (11), which is easy to operate, clean and hygienic.
    • 杯盖的结构包括杯盖(1)的下部,杯盖(2)的上部,按钮开关(3),导管(4),吸嘴(5), 锁定滑块和第一偏压拉簧。 在杯罩(1)的下部设有容纳槽(11)。 导管(4)的下端通过杯盖(1)的下部。 导管(4)的上端与吸嘴(5)连接。 吸嘴(5)以杯盖(1)的下部以倾覆方式连接。 当用这种结构饮用水时,只需按下按钮开关(3)一次,并且吸嘴(5)可以从容纳槽(11)自动弹出。 当不使用时,将吸嘴(5)单独向下移动将允许将其锁定在易于操作,清洁和卫生的容纳槽(11)中。
    • 6. 发明公开
    • BOTTLE HAVING WATER VOLUME MEASURING FUNCTION
    • 具有水量测量功能的瓶子
    • EP3246672A1
    • 2017-11-22
    • EP17171606.1
    • 2017-05-17
    • Baltek Co., Limited
    • LIAO, Tzu-Chuan
    • G01F23/28G01F23/296A47J41/00A47G23/16
    • A47G19/2227A45F3/18A47G23/16A47G2019/2244A47G2019/225A47J41/0094B65D23/16B65D25/56B65D41/02B65D51/248G01F23/2966G01F25/0061
    • A bottle (1) having a water volume measuring function comprises a bottle-lid (2), a bottle-body (3), and a measure module (4) disposed in the bottle-lid (2) which comprises at least a micro controller unit (43), a memory unit (44) and a sound wave transceiver unit (45). The memory unit (44) stores a lookup table (441) with corresponding relationships between a plurality of frequencies and a plurality of remained water volumes in the bottle-body (3). The sound wave transceiver unit (45) emits sound waves with sweeping frequencies towards the bottle-body (3) and receives reflected waves. The micro controller unit (43) determines if any frequency of the sound waves is an air-resonance frequency according to an energy level of each of the reflected waves. When a sound wave frequency is determined as an air-resonance frequency, the micro controller unit (43) obtains the corresponding remained water volume (5) by checking with the air-resonance frequency in the lookup table (441). The bottle measures the remained water volume (5) in the bottle-body (3) via emitting sound waves with sweeping frequencies where users can view the remained water volume (5) without opening the bottle-lid (2).
    • 具有水量测量功能的瓶子(1)包括瓶盖(2),瓶体(3)和设置在瓶盖(2)中的测量模块(4),所述瓶盖(2)包括至少一个微型 控制器单元(43),存储器单元(44)和声波收发器单元(45)。 存储单元(44)存储具有多个频率与瓶体(3)中的多个剩余水体积之间的对应关系的查找表(441)。 声波收发器单元(45)朝着瓶体(3)发射具有扫频频率的声波并接收反射波。 微控制器单元(43)根据每个反射波的能级确定声波的任何频率是否是空气共振频率。 当声波频率被确定为空气共振频率时,微控制器单元(43)通过检查查找表(441)中的空气共振频率来获得相应的剩余水体积(5)。 瓶子通过发射具有扫描频率的声波来测量瓶体(3)中的剩余水体积(5),使用者可以在不打开瓶盖(2)的情况下查看剩余水体积(5)。