Abstract: A water gun comprising a pressure tank, a nozzle, a tube and valve with a valve conduit has an increased shooting range if the pressure tank has an outlet being connected to an inlet of the tube, the tube has an outlet being connected to an inlet port of the valve conduit and an outlet port of the valve conduit is in fluid communication with the nozzle.
Type:
Application
Filed:
April 20, 2021
Publication date:
June 8, 2023
Applicant:
Spyra GmbH
Inventors:
Marvin LESSMANN, Andreas SCHOBER, Sebastian WALTER
Abstract: A toy water gun actuation mechanism for controlling opening of a valve with a base, a trigger, a coupling member being configured to be connected to the valve member and including a movably supported blocking member with an abutment that enables a valve to be opened and closed in a given period if the blocking member is in a blocking position and if the coupling member is in the a first position, the abutment then being positioned in trajectory of the coupling member defined by a movement of the coupling member from the first position into a second. If the blocking member is in its non-blocking position, the abutment is located outside the trajectory. A first elastic member is connected to the trigger and to the coupling member, The trigger has a pusher dog configured to move and/or release a movement of the blocking member into a non-blocking position.
Abstract: A toy water gun actuation mechanism for controlling opening of a valve with a base, a trigger, a coupling member being configured to be connected to the valve member and further comprising a movably supported blocking member with an abutment that enables to open and close the valve in a given period if the blocking member is in its blocking position and if the coupling member is in the first position, then the abutment is positioned in trajectory of the coupling member defined by a movement of the coupling member from the first position into the second position, whereas if the blocking member is in its non-blocking position, the abutment is located outside the trajectory being defined by the movement of the coupling member.