Abstract:
A transverse-axis impact sprinkler has a base, pivot joint frame, water inlet pipe, front transverse watering pipe, impact guiding frame, and a pivot angle controlling mechanism. The water introduced by the water inlet pipe will firstly pass through the front transverse watering pipe, and then is sent to the water spout provided on the turning pipe portion of the impact guiding frame, to drive the front transverse watering pipe to rotate synchronously along the swing of the impact guiding frame. The impact sprinkler is of a simplified structure, has a reduced failure rate and enhanced durability and ease of use.
Abstract:
An impact sprinkler with an adjustable counterweight member has a main body, a rotation guiding member, a driving section, and an adjustable counterweight member. The counterweight member is provided on the driving section in a state for segmentation positioning, including a counterweight component and an adjusting structure. The counterweight component can be assembled with or disassembled from the adjusting structure, and the adjusting structure is made up of multiple spaced positioning edges configured on the corresponding positions of the driving section and counterweight component and at least one elastic clamping fringe, and the elastic clamping fringe can be clasped on any positioning edge to fix the counterweight component. This enables flexible adjustment and segmentation positioning of the counterweight component, so as to accurately control the swing angle of the swinging part, and avoid displacement of the counterweight component caused by vibration or collision.
Abstract:
A percussive sprinkler having adjustable balancing weights. The percussive sprinkler has a main body and a diversion member. The percussive sprinkler is mainly characterized in that a guiding section is formed onto the swinging portion of the diversion member, and also sleeved with an adjustable balancing weight. The balancing weight includes a weight stack and an adjuster. Moreover, the adjustable balancing weight can slide axially along the guiding section via the help of the adjuster, so the swinging portion is available with different swinging angles. With this innovative construction, the percussive sprinkler of the present invention has improved operational convenience and adaptability with better applicability and industrial benefits.
Abstract:
The present invention provides a bumping-type sprinkler. The sprinkler includes a main body, where an inlet pipe coupling end is mounted at the lower end, an upper frame is mounted at the upper end, and a water outlet is arranged at lower flange nearby the upper frame. A revolving member, arranged onto the upper frame of the main body, has a torsional spring and a revolving portion. An outflow turntable is assembled corresponding to the water outlet of the main body. A pivot portion is placed centrally on the outflow turntable for screwing it laterally on the water outlet at interval. A plurality of outflow guide holes are arranged at intervals along a circular path of the eccentric circumferential portion of the outflow turntable. The outflow guide holes can be located corresponding to the water outlet in line with the change of rotation/displacement angle of the outflow turntable.
Abstract:
A sprinkling head of a percussive sprinkler includes a connecting portion and a protrusion vertically extending from one end of the connecting portion to form an L-shaped structure, wherein the connecting portion is adapted to be mounted onto the percussive sprinkler The connecting portion includes a recess defined in a bottom thereof and communicating with a passage in the percussive sprinkler, and an outlet defined in a top thereof and communicating with the recess such that the outlet communicates with the passage via the recess. A tunnel is defined in the protrusion and communicates with the recess and a series of spraying holes are defined in a bottom of the tunnel for forming an annular irrigating area.
Abstract:
A percussive sprinkler includes a base having a supporting portion and a mounting portion. An inlet pipe is secured on the mounting portion for guiding water into the percussive sprinkler A guide frame is rotatably mounting on the inlet pipe. A watering tube is mounted on the inlet pipe and communicates with the inlet pipe for spraying water from the inlet pipe. The guide frame has a tube coupling extending therefrom near the inlet pipe and the watering tube is mounted onto the tube coupling such that the eater from the inlet pipe firstly sprays out from the watering tube before flowing to the spray head of the guide frame.
Abstract:
A percussive sprinkler with accurate outflow angle adjustment functions includes a main body, a percussive diversion frame and swaying portion. Said swaying portion is formed between the main body and assembly portion or between the sprinkler head and assembly portion. An outflow angle regulator is set correspondingly to the swaying portion. Said outflow angle regulator comprises of an angle division and locating frame, which is provided with an arched surface and tooth flange set along the arched surface. A driving rod is provided with a tooth flanged portion that can be meshed with the tooth flange of the angle division and locating frame. A locating portion is used to limit the driving rod and make it in a rotatable state. The rotary shift of the sprinkler head can be located segmentally, enabling users to adjust accurately the outflow angle of the sprinkler head.
Abstract:
The present invention provides an impingement sprinkler with variable outflow, including a main body, containing a moving inlet connector bolted at the bottom, a spray nozzle, an impingement deflector ledge, flexibly assembled onto the preset location of the main body, and an adjustable spray nozzle. The deflector ledge has a hydraulic pushing portion and a torsional spring arranged laterally thereon. The hydraulic pushing portion is positioned correspondingly at intervals in front of the spray nozzle. The adjustable spray nozzle is rotated manually to adjust the water outflow mode and arranged at intervals with the spray nozzle of the main body. The adjustable spray holes are arranged circularly at intervals and each have a different outflow.
Abstract:
An impingement sprinkler includes a main frame and a tubular structure rotatably mounted onto a lower portion of the main frame. A sprinkling device is laterally mounted onto the main frame and an impinging device is pivotally mounted on the sprinkling device. The impinging device continually impinges the sprinkling device for intermittently rotating the main frame relative to the tubular structure when the sprinkling device continually sprinkles. A reversing device is mounted onto the sprinkling device for controlling the irrigating area of the impingement sprinkler. A trigger is connected to the reversing device and two limit rods horizontally pivotally mounted on the tubular structure, wherein a poke rod is pivotally connected to the trigger and absolutely limited between two limit rods so as to enable steering of the impingement sprinkler.
Abstract:
An impact sprinkler with an adjustable counterweight member has a main body, a rotation guiding member, a driving section, and an adjustable counterweight member. The counterweight member is provided on the driving section in a state for segmentation positioning, including a counterweight component and an adjusting structure. The counterweight component can be assembled with or disassembled from the adjusting structure, and the adjusting structure is made up of multiple spaced positioning edges configured on the corresponding positions of the driving section and counterweight component and at least one elastic clamping fringe, and the elastic clamping fringe can be clasped on any positioning edge to fix the counterweight component. This enables flexible adjustment and segmentation positioning of the counterweight component, so as to accurately control the swing angle of the swinging part, and avoid displacement of the counterweight component caused by vibration or collision.