초록

A hose tap timer is disclosed comprising structure for shutting off the hose tap timer valves when a control member is separated from or attached to a dock for a manifold member of the hose tap timer.

대표청구항 ▼

1. A hose tap timer, comprising: a control member comprising: a processor;a memory component in electronic communication with the processor, the memory component comprising control data specifying when electronic signals will be sent to a particular valve; andat least a first contact prong, a second

1. A hose tap timer, comprising: a control member comprising: a processor;a memory component in electronic communication with the processor, the memory component comprising control data specifying when electronic signals will be sent to a particular valve; andat least a first contact prong, a second contact prong, and a third contact prong; anda signal circuitry component in communication with the processor and in communication with each of the first contact prong, second contact prong, and third contact prong;a manifold member comprising: a fluid input coupling;one or more fluid output couplings, each of the one or more fluid output couplings in fluid communication with the fluid input coupling along a fluid pathway associated with each of the one or more fluid output couplings;a valve coupled to each fluid pathway, each valve controllable in response to electronic signals to move between an open and a closed state; anda dock shaped to receive the control member in an entry engaging position, an intermediate engaging position, and a fully engaged position;the dock comprising: an electronic contact panel comprising: a first dimension and a second dimension, the first dimension being perpendicular to the second dimension;an entry end;an entry region;an intermediate region;a fully engaged region;a fully engaged end, the entry region being disposed intermediate the entry end and the intermediate region along the first dimension and the fully engaged region being disposed intermediate the intermediate region and the fully engaged end along the first dimension;a first electronic contact strip extending continuously along the first dimension from the entry end to the fully engaged end; andan intermittent electronic contact pathway extending along the first dimension from the entry end to the fully engaged end, the intermittent electronic contact pathway being offset from the first electronic contact strip along the second dimension, the intermittent electronic contact pathway comprising a first noncontact region disposed within the entry region, an electronic contact region disposed within the intermediate region, and a second noncontact region disposed within the fully engaged region;wherein when the control member is in the entry engaging position, the first contact prong is positioned on the control member to contact the first electronic contact strip within the entry region and the second and third contact prongs are positioned on the control member to contact the first noncontact region,wherein when the control member is in the intermediate engaging position, the first contact prong is positioned on the control member to contact the first electronic contact strip within the intermediate region and the second and third contact prongs are positioned on the control member to contact the electronic contact region; andwherein when the control member is in the fully engaged position, the first contact prong is positioned on the control member to contact the first electronic contact strip within the fully engaged region, the second contact prong is positioned on the control member to contact the second noncontact region and the third contact prong is positioned on the control member to contact the electronic contact region. 2. The hose tap timer of claim 1, wherein in response to the second and third contact prongs simultaneously contacting the electronic contact region, the control data is configured to transmit a close valve signal via the first contact prong. 3. The hose tap timer of claim 1, wherein in response to the second and third contact prongs simultaneously contacting the electronic contact region, the control data is configured to transmit a close valve signal via the first contact prong only if a valve in electronic communication with the first contact prong is in an open state. 4. The hose tap timer of claim 1, further comprising a display screen in electronic communication with the processor. 5. The hose tap timer of claim 1, further comprising one or more user controls in electronic communication with the processor for altering the control data. 6. A method of causing one or more valves in a manifold member of a hose tap timer to be changed to a closed state when a control member of the hose tap timer is withdrawn from a dock of the manifold member, the control member comprising at least one contact prong that engages an electronic contact panel of the dock of the manifold member when the control member is an entry engaging position, an intermediate engaging position, and a fully engaged position with respect to the manifold member, the control member further comprising a first contact prong and a second contact prong that simultaneously engage an electronic contact region of the electronic contact panel only when the control member is in the intermediate engaging position with respect to the manifold member, the method comprising: detecting when the control member is in the intermediate engaging position with respect to the manifold member based on simultaneous contact of the first and second contact prongs with the electronic contact region of the electronic contact panel; andin response to detecting that the control member is in the intermediate engaging position with respect to the manifold member, transmitting at least one close valve signal from the control member to the manifold member. 7. The method of claim 6, wherein the at least one close valve signal is transmitted while the control member is in the entry engaging position with respect to the manifold member. 8. The method of claim 6, wherein the at least one close valve signal is transmitted while the control member is in the fully engaged position with respect to the manifold member.