Abstract: The present disclosure discloses a squeeze type stress relieving toy with a water storage function, including an outer bottle body; a bottle cover which is detachably connected to the outer bottle body; a fixed cover which is fixedly arranged on the outer bottle body and is wrapped by the bottle cover; an isolation structure which is arranged in the outer bottle body and disposed below the fixed cover; a paste discharge simulation structure which movably penetrates through the fixed cover and is arranged above the isolation structure; the squeeze rod is movably arranged in the fixed cover through a reset device; the simulation part is sleeved on the squeeze rod; the reset device, two ends of which are respectively connected to the paste discharge simulation structure and the fixed cover; and a liquid injection structure which penetrates through the fixed cover and is communicated to the outer bottle body.

Abstract: Disclosed is a smart watch protective shell, including a main shell, an upper shell and two connectors; the main shell is a hollow cavity and is used for wrapping a smart watch and protecting the smart watch from being damaged; the upper shell is arranged on the main shell; a user watches content on a watch face of the smart watch through the upper shell; the connectors are respectively detachably connected to two ends of the smart watch; and two ends of the main shell are respectively detachably connected to the corresponding connectors to fixedly cover the main shell on the smart watch. According to the present disclosure, the protective shell is fixed on the smart watch, thus achieving zero-frictional removal and mounting of the protective shell and effectively reducing damage of mounting and removal to the smart watch.

Abstract: The present disclosure discloses a squeeze type stress relieving toy with a water storage function, including an outer bottle body; a bottle cover which is detachably connected to the outer bottle body; a fixed cover which is fixedly arranged on the outer bottle body and is wrapped by the bottle cover; an isolation structure which is arranged in the outer bottle body and disposed below the fixed cover; a paste discharge simulation structure which movably penetrates through the fixed cover and is arranged above the isolation structure; the squeeze rod is movably arranged in the fixed cover through a reset device; the simulation part is sleeved on the squeeze rod; the reset device, two ends of which are respectively connected to the paste discharge simulation structure and the fixed cover; and a liquid injection structure which penetrates through the fixed cover and is communicated to the outer bottle body.

Abstract: The present disclosure discloses a fluorescent mobile phone case with marble billiard. The fluorescent mobile phone case includes a mobile phone case main body on which fluorescent powder is uniformly provided, where the mobile phone case main body is provided with a fence; a cover plate fixedly arranged above the fence, where the cover plate is made of a transparent material; a metal rod movably arranged on a side edge of the fence; a marble movably arranged in the fence; one or more of a rotary table, a hole, and a spiral coil respectively arranged in the fence; a first fixing member arranged in the mobile phone case main body, disposed under the marble, and used for positioning and fixing the marble; and a second fixing member arranged on the fence and used for fixing the metal rod.