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    • 1. 发明授权
    • Multi-level waterway control device
    • 多级水路控制装置
    • US09199253B2
    • 2015-12-01
    • US13641787
    • 2011-04-12
    • Huasong ZhouShuiyuan LuoJianmin ChenBin Chen
    • Huasong ZhouShuiyuan LuoJianmin ChenBin Chen
    • B05B1/18B05B1/16B05B1/30
    • B05B1/18B05B1/1636B05B1/1681B05B1/3026Y10T137/86493
    • A multi-level waterway control device has: a fixed unit, a flow regulating plate, a function switching plate and a drive unit. Flow regulation is achieved through the relative rotation between the flow regulating plate and the fixed unit. The outlet functions switch is achieved through the relative rotation between the function switching plate and the fixed unit. The drive unit can slide and rotate relative to the fixed unit, at least happen between the first and second position. When the drive unit is at the first position, it can form a synchronous rotation connection with the flow regulating plate, and the drive unit can drive the rotation of the flow regulating plate to achieve flow regulation. In the second position, the drive unit can form a synchronous rotation connection with the function switching plate, can drive the rotation of the function switching plate to achieve outlet functions switch.
    • 多级水路控制装置具有:固定单元,流量调节板,功能切换板和驱动单元。 通过流量调节板和固定单元之间的相对旋转实现流量调节。 出口功能开关通过功能切换板和固定单元之间的相对旋转实现。 驱动单元可以相对于固定单元滑动和旋转,至少在第一和第二位置之间发生。 当驱动单元处于第一位置时,可以与流量调节板形成同步旋转连接,驱动单元可以驱动流量调节板的旋转以实现流量调节。 在第二位置,驱动单元可以与功能切换板形成同步旋转连接,可以驱动功能切换板的旋转,实现出口功能切换。
    • 2. 发明申请
    • MULTI-LEVEL WATERWAY CONTROL DEVICE
    • 多级水路控制装置
    • US20130025722A1
    • 2013-01-31
    • US13641787
    • 2011-04-12
    • Huasong ZhouShuiyuan LuoJianmin ChenBin Chen
    • Huasong ZhouShuiyuan LuoJianmin ChenBin Chen
    • F16K11/18
    • B05B1/18B05B1/1636B05B1/1681B05B1/3026Y10T137/86493
    • A multi-level waterway control device has: a fixed unit, a flow regulating plate, a function switching plate and a drive unit. Flow regulation is achieved through the relative rotation between the flow regulating plate and the fixed unit. The outlet functions switch is achieved through the relative rotation between the function switching plate and the fixed unit. The drive unit can slide and rotate relative to the fixed unit, at least happen between the first and second position. When the drive unit is at the first position, it can form a synchronous rotation connection with the flow regulating plate, and the drive unit can drive the rotation of the flow regulating plate to achieve flow regulation. In the second position, the drive unit can form a synchronous rotation connection with the function switching plate, can drive the rotation of the function switching plate to achieve outlet functions switch.
    • 多级水路控制装置具有:固定单元,流量调节板,功能切换板和驱动单元。 通过流量调节板和固定单元之间的相对旋转实现流量调节。 出口功能开关通过功能切换板和固定单元之间的相对旋转实现。 驱动单元可以相对于固定单元滑动和旋转,至少在第一和第二位置之间发生。 当驱动单元处于第一位置时,可以与流量调节板形成同步旋转连接,驱动单元可以驱动流量调节板的旋转以实现流量调节。 在第二位置,驱动单元可以与功能切换板形成同步旋转连接,可以驱动功能切换板的旋转,实现出口功能切换。
    • 3. 发明申请
    • AUTOMATIC SWING MECHANISM
    • 自动摇摆机构
    • US20120321445A1
    • 2012-12-20
    • US13519373
    • 2011-01-11
    • Huasong ZhouShuiyuan LuoJianmin ChenBin Chen
    • Huasong ZhouShuiyuan LuoJianmin ChenBin Chen
    • A47K3/00F03B3/00F03B13/00F01D15/12
    • E03C1/063E03C1/0408
    • An automatic swing mechanism has: a base, a lifting rod that can swing relative to the base and a driving mechanism that connects the base and the lifting rod, a flow passage that the flow can pass through is arranged in the base, and the driving mechanism comprises an impeller and a transmission mechanism. The impeller is pivotally arranged in the flow passage and can be rotated by the water passing through the flow passage. The transmission mechanism is connected between the impeller and the lifting rod to transform the rotation of the impeller to the swing of the lifting rod. The automatic swing mechanism drives the lifting rod swing by using the power of water, and the stuff arranged in the lifting rod can swing, such as handheld shower.
    • 自动摆动机构具有底座,可相对于基座摆动的升降杆和连接基座与提升杆的驱动机构,流动通过的流路布置在基座中,驱动 机构包括叶轮和传动机构。 叶轮枢转地布置在流动通道中并且可以通过通过流动通道的水而旋转。 传动机构连接在叶轮和提升杆之间,以将叶轮的旋转转换为提升杆的摆动。 自动摆动机构通过使用水的力量驱动提升杆摆动,并且布置在提升杆中的东西可摆动,例如手持式淋浴。
    • 4. 发明申请
    • AUTOMATICALLY SWINGING HOLDER
    • 自动摇摆架
    • US20120298773A1
    • 2012-11-29
    • US13519382
    • 2011-01-24
    • Huasong ZhouShuiyuan LuoJianmin ChenBin Chen
    • Huasong ZhouShuiyuan LuoJianmin ChenBin Chen
    • B05B3/14
    • B05B13/0405B05B1/185B05B3/0431B05B3/049E03C1/063
    • An automatically swinging holder includes a body, a socket and a driving mechanism. The body is disposed with an impact cavity for the water flowing; the socket is swinging connected to the body, the socket can plugged connected to the outlet terminal; and the driving mechanism includes an impeller and an actuator, the impeller is pivot connected to the impact cavity inside and can be rotated with the impact of the water flowing along the impact cavity; the actuator is connected between the to impeller and the socket to transmit the rotation of the impeller to the swinging of the socket. The socket is swinging by the driving of the water force to drive the odds in the socket to swing, such as the handheld shower, which increases the shower area and enhances the comfort of shower further with message effect.
    • 自动摆动保持器包括主体,插座和驱动机构。 身体被设置有用于水流动的冲击腔; 插座摆动连接到主体,插座可插拔连接到插座端子; 并且驱动机构包括叶轮和致动器,叶轮在内部枢转地连接到冲击腔,并且可以随着水沿冲击腔流动的冲击而旋转; 致动器连接到叶轮和插座之间,以将叶轮的旋转传递到插座的摆动。 插座通过水力驱动摆动,以驱动插座中的可能性,如手持式淋浴器,这增加了淋浴区域,并通过消息效果进一步提高了淋浴的舒适度。
    • 7. 发明申请
    • BALL ARM SWITCHING SHOWER
    • 球臂开关淋浴
    • US20130032645A1
    • 2013-02-07
    • US13641563
    • 2011-04-28
    • Huasong ZhouShuiyuan LuoCailin WuBin Cao
    • Huasong ZhouShuiyuan LuoCailin WuBin Cao
    • B05B1/18
    • B05B1/18B05B1/1609B05B1/169Y10T137/86549
    • A ball arm switching shower has a fixed unit and a switching mechanism. The fixed unit is provided with multiple outlet functions, a assembling slot and a water inlet passage, each outlet function is provided with a water division hole. The switching mechanism comprises a connecting part, a handle, a switching plate, a transmission shaft and a sealing piece. The connecting part can be mounted in the assembling slot in a sliding and swinging manner. The handle is fixedly connected to the connecting part. The transmission shaft can fixedly connect to the connecting part and the switching plate, so that the switching plate can be driven to swing and slide through the movement of the handle.
    • 球臂开关淋浴器具有固定单元和切换机构。 固定单元具有多个出口功能,组装槽和进水通道,每个出口功能设有一个分水孔。 切换机构包括连接部,手柄,切换板,传动轴和密封件。 连接部件可以以滑动和摆动的方式安装在组装槽中。 把手与连接部分固定连接。 传动轴可以固定地连接到连接部分和开关板上,从而可以通过手柄的移动来驱动开关板摆动和滑动。
    • 8. 发明申请
    • OUTLET DEVICE WITH COLLECTED OUTER SOUND TO CONTROL THE WATERWAY
    • 带收集外部声音的出口设备来控制水路
    • US20130136627A1
    • 2013-05-30
    • US13816429
    • 2011-08-17
    • Huasong ZhouGuo-Qiang LuShuiyuan LuoXianguo Zou
    • Huasong ZhouGuo-Qiang LuShuiyuan LuoXianguo Zou
    • F04B53/00
    • F04B53/001B05B1/18B05B3/04B05B12/12E03C1/057F03B13/00F05B2220/20F05B2220/602Y02B10/50
    • An outlet device with collected the outer sound to control the waterway includes a shower, an electromagnetic valve, a control module and a power module with an impeller and a generator. The control module includes a sound detecting module, a calculating module, a processing module and a driving module. The sound detecting module collects the outer sound and outputs the control signal; the calculating module is connected to the power module to determine whether the real-time flowing value exceeds the preset value. If it exceeds the present value, the control module and the electromagnetic valve are turned off. The calculating module is connected to the sound detecting module and outputs the driving signal after receiving the control signal. The driving module is connected to the processing module and the electromagnetic valve. The driving module drives the electromagnetic valve when receiving the driving signal.
    • 收集外部声音以控制水路的出口装置包括淋浴器,电磁阀,控制模块和具有叶轮和发电机的功率模块。 控制模块包括声音检测模块,计算模块,处理模块和驱动模块。 声音检测模块收集外部声音并输出控制信号; 计算模块连接到电源模块,以确定实时流量值是否超过预设值。 如果超过当前值,则关闭控制模块和电磁阀。 计算模块连接到声音检测模块,并在接收到控制信号后输出驱动信号。 驱动模块连接到处理模块和电磁阀。 驱动模块在接收到驱动信号时驱动电磁阀。