Abstract:
A watering nozzle assembly includes an adjustment member received in the barrel and an outlet device is connected to the adjustment member. The outlet device includes a rotatable member, a collar mounted to the rotatable member and a nozzle member connected to the rotatable member. An intermediate member is located between the rotatable member and the nozzle member. One side of the intermediate member has a plurality of rods and passages. Multiple apertures are defined in an outer periphery of the nozzle member. Multiple cone-shaped recesses are defined in an inner periphery of the nozzle member and enclose the apertures respectively. Multiple spiral grooves are defined in each of the cone-shaped recesses. When the cone-shaped recesses are sealed by the rods and a part of each of the spiral grooves are exposed beyond the rods so that mist water goes out from the apertures via the spiral grooves.
Abstract:
A multi-functional sprinkling apparatus structure comprises an outlet mount with support lugs to fix on top of a water motor, and a water-guiding member transversely mounted to assembly holes of the support lugs. The assembly holes have water ducts fluidly connected to water-inlet passages of the water-guiding member. A rotary member with a channel and a water shield with actuation holes are pivotally mounted to the middle section of the water-guiding member. The channel of the rotary member has multiple outlets with spray nozzles attached thereto to generate various sprays, and recesses to engage with a movable elastic element mounted to the water-guiding member. The rotary member can be switched to change the outlet matching to a water-discharge orifice of the water-guiding member for a certain spray. The water shield can be bent to one side to adjust the angle of the water-guiding member and the rotary member for sprinkling.
Abstract:
The present invention relates to an automatic water inlet switching device for an oscillating sprinkler that has a sprinkle control unit having a blade equipped gear transmission set housed therein, working together with a water inlet switching device having an operation unit and a movable swinging seat. The bottom of the movable swinging seat is provided with two water stop ends in opposite to two outlet holes defined on a coupling unit with a concaved bounded space placed at the center thereof. An action stick of the operation unit is operable inside the bounded space so that in the water inlet switching operation the swinging angle of the action stick is limited within the bounded space and the action stick will move against the push end thereof so as to produce a built-up force to instantaneously spring away the movable swinging seat no matter what the water pressure is high or low in operation.
Abstract:
A spray oscillating control apparatus for sprinklers is equipped with a sprinkling control assembly to swing a spray body into different angles wherein a gear train assembly with an impeller is mounted into the sprinkling control assembly and work in linking mechanism with a spray oscillating control apparatus composed of a water duct having two inlet orifices and a spray control device having a linkage gear wheel and two covering blocks. The linkage gear wheel is directly meshed with one matched gear of the gear train assembly and the two covering blocks are matched to the two inlet orifices, permitting the linkage gear wheel and the two covering blocks to rotate along with the gear train assembly and, thus, switch the amount of intake water supply in a gradual manner so that spray sprinkled can oscillate rhythmically from far-to-near and near-to-far in distance, achieving even distribution of the spray onto a lawn.
Abstract:
Sprinkling head structure of sprinkling gun including a handle in which an inner controlling valve, a discharging key and an inlet connector mounted at a bottom end of the inner controlling valve are disposed. An upper end face of the handle is formed with a rotary face which is forwardly inclined by about 45 degrees. The rotary face is formed with a discharging opening. A lateral half of the periphery of the annular groove is further formed with a shallower slide groove. A lower end face of the sprinkling head is formed with a rotary face which is rearwardly inclined by about 45 degrees. The rotary face of the sprinkling head has a projecting connecting post a periphery of which is cut with several resilient splits at equal intervals for providing the connecting post with a certain resilience. An end section of the connecting post is formed with reverse triangular engaging legs. A restricting key is formed on the rotary face behind the leakproof ring. The connecting post of the sprinkling head is fitted into the discharging opening of the handle with the engaging legs fixedly engaged with the inner periphery thereof. The rotary faces of the sprinkling head and the handle are attached to each other. When the sprinkling head is rotated, the restricting key of the sprinkling head is slid along the slide groove, whereby the sprinkling gun is convertible between a vertical pattern and an L-shaped pattern.
Abstract:
A handle structure for a long handled sprinkler is made up an elongated tube, a rubber ring retainer and a sprinkling head. At the bottom end of the elongated tube is disposed a control switch and a switch knob is disposed on the outer surface of the control switch with a retaining space formed between the control switch and the switch knob. At the lower portion of the elongated tube is attached a slip-proof grab which is made of flexible rubber. The rubber ring retainer disposed at the top end of the rubber grab is provided with a smoothly tapered surface on which are disposed a plurality of radially extended ribs. The rubber ring retainer has a central hole through which the elongated sprinkler is received whereby the long handled sprinkler can be firmly displayed on a rack having a top layer and a lower layer on that are provided with aligned round holes for allowing a plurality of sprinklers to be retained firmly in place and in neat order for display in an appealing way and allowing people to hold the sprinkles by hand with ease and comfort.
Abstract:
A full flow opening structure of gardening-used figure sprinkling head, including a sprinkling gun connected with a figure sprinkling head, the sprinkling head being composed of a figure water discharging cover and a bottom cap watertightly fused with each other by ultrasonic wave. A conic post formed with thread hole being disposed at a center of interior of the sprinkling gun. An inner periphery of the water discharging cover is formed with multiple radially arranged ribs for connecting with a circular screen plate. A full flow opening is defined between the ribs. The exit of each full flow opening is disposed with an inclined flange. The periphery of the screen plate is disposed with a rearward extending annular partitioning board. The partitioning board and the inner wall of the water discharging cover define therebetween a full flow water passage. An inner portion of the screen plate is disposed with several different annularly arranged figure sprinkling holes and two blind faces. Each figure sprinkling hole has a rearward extending hollow post. One of the blind faces has a rearward extending full flow opening guide flange shaped as a balloon flask and connecting with the partitioning board of the screen plate and communicated with the full flow water passage. The full flow opening at the exit of the guide flange is closed.
Abstract:
A water spray gun having an improved sprinkler head structure for use on a garden hose. The sprinkler head has a head body and a sprinkling cap and a bottom plate that are joined together by way of ultrasonic welding art. The sprinkling cap is rotatably mounted onto the head body having a water outlet. The sprinkling cap has a peripherally ring area having a plurality of sprinkling pores and a number of water discharge holes of various geometric shapes. Each water discharge hole of the sprinkling cap has a tubular extension and the tubular extensions are bridged by vertical wall sections and an S-shaped wall section to define a closed area. The bottom plate has a plurality of circular holes ending with protruded flanges that defines a closed area in correspondence to that of the sprinkling cap. Or the bottom plate and inside and outside of the closed are are disposed a small rhombic opening in communication with a circular hole of the sprinkling cap and a large rhombic opening in communication with the ring area respective that can be registered with the water outlet of the head body separately or simultaneously so that water can be discharged via the discharge hole or the ring area of the sprinkling cap separately or together.