5results about How to "Reduce wastage" patented technology

The invention provides a water-saving sprinkling irrigation device for agriculture and forestry. The water-saving sprinkling irrigation device comprises a movable seat body, a first irrigation unit, a second irrigation unit and a recovery unit. A water supply tank is arranged at the top end of the movable seat body; the first irrigation unit is provided with a plurality of water spraying parts facing the ground and is used for irrigating seedlings and low crops; the second irrigation unit is provided with two spraying parts which are symmetrically arranged in the width direction of the movable seat body, and the spraying parts are used for spraying water or pesticide to the shrubs; and the recovery unit is arranged on the movable seat body, is provided with two collecting parts corresponding to the two spraying parts respectively, and is used for recovering the liquid medicine overflowing from the shrubs or the spraying parts. According to the water-saving sprinkling irrigation device for agriculture and forestry, the first sprinkling irrigation unit and the second sprinkling irrigation unit which can be independently controlled are arranged, the device can be matched with various different types of plant shuttle planting scenes, part of water / pesticide liquid can be recycled, the water-saving effect is remarkable, and practicability is high.

The utility model provides a multi-path butt joint type tea garden irrigation device which comprises an installation groove body, a flow guide unit is fixedly connected to the bottom in the installation groove body, four sets of switching units are fixedly connected to the outer side of the flow guide unit, four sets of guiding and conveying units are connected to the installation groove body in a switching mode, and the guiding and conveying units penetrate through the installation groove body and are connected with the switching units in an installation mode. Shunting units are mounted on the guiding and conveying unit at equal intervals; the guiding and conveying unit comprises a guiding and conveying pipe and a hollow rod; the outer side of the flow guide unit is fixedly connected with four sets of main connectors, and the ends of the main connectors are fixedly connected with communicated first auxiliary connectors. According to the device, four irrigation assemblies can be released at the same time, during operation, a worker only needs to place the device in a tea garden for outward stretching arrangement, the device can conduct targeted irrigation on tea trees, the irrigation effect is guaranteed, loss and waste of water are reduced, the short-distance arrangement requirement is met, and the irrigation efficiency is improved. And compression and storage can be performed during a non-operation period, so that excessive space is not occupied.

The application discloses a kind of plant protection unmanned plane vector regulation precision target spraying device and method, wherein the plant protection unmanned plane vector regulation precision target spraying device includes wind type centrifugal spraying device installed on plant protection unmanned plane, angle adjusting mechanism for adjusting the attitude of wind type centrifugal spraying device and control system;The wind type centrifugal spraying device is installed on the angle adjusting mechanism by quick release mechanism;The angle adjusting mechanism is used to adjust the horizontal rotation angle and the up-down deflection angle of the wind type centrifugal spraying device.The plant protection unmanned plane vector regulation precision target spraying device of the application can adjust the vector according to the parameters of fruit tree canopy, and spray with controllable wind field auxiliary centrifugal atomization nozzle, improve the penetration, reduce ground loss and reduce the risk of small droplet drift, increase the target deposition of fruit tree, and ensure the precise and controllable plant protection unmanned plane pesticide application.

The invention relates to the technical field of agricultural water saving, and provides a slope farmland irrigation anti-loss impoundment device which comprises a storage tank and a collecting tank. An anti-loss structure is arranged at the top end of the storage tank, a collecting tank is mounted at the front end of the storage tank, and a drain outlet is mounted on one side of the bottom end of the storage tank; the anti-loss structure comprises an intercepting plate which is installed at the top end of the storage box, a flow guide plate is installed at the bottom end of the intercepting plate, fixing plates are installed on the two sides of the top end of the intercepting plate, and an annular pipe is installed at the bottom end of the flow guide plate. By arranging the anti-loss structure, when the slope farmland is irrigated, loss irrigation water can be collected and stored through the storage box, loss and waste of the irrigation water are reduced, impurities such as weeds, miscellaneous leaves and stones in the loss irrigation water can be intercepted through the intercepting net in the intercepting plate, and the irrigation water is prevented from being polluted. Therefore, the lost irrigation water is primarily filtered, and the quality of the filtered lost irrigation water is guaranteed.

This invention relates to an automatic moxa wool feeding machine for moxa stick production, comprising a connecting frame, a transmission mechanism on the inner wall of the connecting frame, and a conveyor belt sleeved on the outer side of the transmission mechanism. In use, the vertical plate is lowered so that its bottom abuts against the top of the conveyor belt to cut the moxa wool. By rotating the vertical plate, the cutting effect of the vertical plate can be optimized, thereby allowing for better separation of the moxa wool to be compacted from the moxa wool currently being compacted. A rectangular plate, the connecting frame, and a pair of vertical plates cover and seal the moxa wool being compacted, preventing it from flying into the air during compaction. Simultaneously, the vertical plates also limit the moxa wool being compacted, preventing it from being squeezed out from both sides of the extrusion plate. Therefore, this invention not only prevents workers from sucking in the moxa wool but also reduces the loss and waste of moxa wool.