[0025] Example
[0026] See Figure 1-Figure 5 , The present invention provides an intelligent garden watering device based on cloud computing, the structure of which includes sprinkler head 1, sprinkler pipe 2, rotating frame 3, shock-absorbing spring 4, water inlet 5, mounting buckle 6, rotating shaft 7, connecting pipe 8, Telescopic mechanism 9, the water spray nozzle 1 is arranged at the top left side of the water spray pipe 2, and the water spray pipe 2 and the water spray nozzle 1 are an integrated structure;
[0027] The bottom of the sprinkler pipe 2 is provided with a connecting pipe 8. The connecting pipe 8 and the sprinkling pipe 2 are an integrated structure. The right side of the top of the connecting pipe 8 is fixed with a water inlet 5, and the connecting pipe 8 is provided with There is a rotating shaft 7, the rotating shaft 7 and the connecting pipe 8 adopt a clearance fit, the top of the connecting pipe 8 is provided with a rotating frame 3, the rotating frame 3 and the connecting pipe 8 adopt a clearance fit, and the middle part of the rotating frame 3 The bottom end surface is provided with a shock-absorbing spring 4, the shock-absorbing spring 4 and the rotating frame 3 are an integrated structure, the right side of the rotating frame 3 is provided with a mounting buckle 6, the mounting buckle 6 and the rotating frame 3 are Integrated structure
[0028] The telescopic mechanism 9 is provided on the left and right sides of the bottom of the connecting pipe 8. The connecting pipe 8 and the telescopic mechanism 9 adopt a clearance fit. The telescopic mechanism 9 is composed of a fixed rod 91, a rotating pressing block 92, a transmission device 93, and a valve opening The device 94, the pushing device 95, the starting device 96, the power device 97, the reversing device 98, the telescopic rod 99, and the pressing device 910 are composed of a fixed rod 91 in the middle of the telescopic rod 99, and the fixed rod 91 and The telescopic rod 99 is an integrated structure, the top of the fixed rod 91 is provided with a pressing device 910, the pressing device 910 and the fixed rod 91 are an integrated structure, and the pressing device 910 is provided on the left and right sides. There is a reversing device 98, the reversing device 98 and the pressing device 910 adopt a clearance fit, the top of the pressing device 910 is provided with a valve opening device 94, the valve opening device 94 and the pressing device 910 adopt With clearance fit, a starting device 96 is fixed on the left side of the valve opening device 94, and a transmission device 93 is provided on the bottom end of the middle of the starting device 96. The transmission device 93 and the starting device 96 are mutually engaged. The bottom of the transmission device 93 is provided with a rotating pressing block 92, the rotating pressing block 92 and the transmission device 93 adopt a clearance fit, the left side of the rotating pressing block 92 is installed with a pushing device 95, and the left bottom of the pushing device 95 A power device 97 is provided. The power device 97 and the pushing device 95 adopt a clearance fit. The transmission device 93 is composed of a gear plate 931, a gear shaft 932, and a transmission rope 933. The gear plate 931 is provided with gears. The shaft 932, the gear shaft 932 and the gear disk 931 adopt a clearance fit, the gear shaft 932 is provided with a transmission rope 933, the transmission rope 933 and the gear shaft 932 adopt a clearance fit, the gear disk 931 It meshes with the starting device 96. The valve opening device 94 is composed of a valve opening shaft 941, a locking valve 942, a fixed pulley 943, a pulley rope 944, a movable pulley block 945, and a connecting rod 946. The right side of the connecting rod 946 A movable pulley block 945 is provided. The movable pulley block 945 and the connecting rod 946 are an integrated structure, and the movable pulley block 945 is provided with a pulley rope 944. The pulley rope 944 and the movable pulley block 945 adopt a clearance fit. A fixed pulley 943 is installed in the middle of the pulley rope 944, and the bottom of the pulley rope 944 is provided with a valve opening shaft 941. The valve opening shaft 941 is connected by the pulley rope 944 and the fixed pulley 943. The valve opening shaft 941 is installed On the locking valve 942, the pushing device 95 is composed of a telescopic spring 951, a push rod 952, a push groove 953, a push block 954, and a switch slide bar 955. The telescopic spring 951 is provided at the upper and lower ends of the push rod 952 , The push rod 952 and the telescopic spring 951 adopt clearance fit, the push rod 952 is provided with a push block 954 on the left side, the push block 954 and the push rod 952 are an integrated structure, the push block 954 Set in the push groove 953, the push groove 953 and the push block 9 54 adopts clearance fit, the bottom of the push block 954 is provided with a switch slide bar 955, the switch slide bar 955 and the push block 954 are integrated structures, and the switch slide bar 955 and the power unit 97 are integrated structures The starting device 96 is composed of a rack 961, a pull rod 962, a balance rod 963, a balance shaft 964, and a start push rod 965. The left side of the rack 961 is provided with a pull rod 962, the pull rod 962 and the rack 961 is an integrated structure. The bottom left side of the tie rod 962 is provided with a balance rod 963, the balance rod 963 and the tie rod 962 adopt a clearance fit, and the balance rod 963 is installed with a balance shaft 964. The bottom of the rod 963 is provided with a starter push rod 965, the starter push rod 965 and the balance rod 963 adopt a clearance fit, the rack 961 and the gear plate 931 mesh with each other, and the power device 97 consists of a motor switch 971 and a motor. The motor 972, the bevel gear 973, and the sector gear 974 are composed of the motor switch 971 located at the top of the motor motor 972, the motor motor 972 and the motor switch 971 are integrated structures, and the motor motor 972 is provided at the bottom The bevel gear 973, the bevel gear 973 and the motor 972 adopt a clearance fit, the bottom of the bevel gear 973 is provided with a sector gear 974, and the sector gear 974 and the bevel gear 973 mesh with each other. The motor switch 971 and the switch slide bar 955 are an integrated structure. The reversing device 98 is composed of a motor shaft 981, a motor shaft 982, a power shaft 983, a connecting shaft 984, a reversing shaft 985, and a reversing rod 986. A motor shaft 982 is provided on the right side of the motor shaft 981, the motor shaft 982 and the motor shaft 981 adopt a clearance fit, and the top of the motor shaft 982 is equipped with a reversing rod 986. The top of the rod 986 is provided with a reversing shaft 985, the reversing shaft 985 is connected to the motor shaft 982 through the reversing rod 986, the left side of the reversing shaft 985 is provided with a connecting shaft 984, the connecting rod 984 and the reversing shaft 985 adopt a clearance fit. The left side of the connecting shaft 984 is provided with a power shaft 983, and the power shaft 983 is connected with the reversing shaft 985 through the connecting shaft 984. The power shaft 983 and The pressing device 910 adopts a clearance fit. The pressing device 910 is composed of a pressing gear 9101, a half arc gear 9102, a pressing rack 9103, and a pressing belt 9104. The pressing belt 9104 is arranged on the pressing gear On 9101, the pressing gear 9101 and the pressing belt 9104 adopt clearance fit, the right side of the pressing gear 9101 is provided with a half arc gear 9102, and the half arc gear 9102 and the pressing gear 9101 mesh with each other, The right side of the half arc gear 9102 is provided with a pressing rack 9103. The pressing rack 9103 and the half arc gear 9102 mesh with each other. The pressing gear 9101 passes through the pressing belt 9104 and The power shaft 983 is connected. The principle of the present invention: when the user wants to adjust the height of the device, the user can press the start push rod 965, and the start push rod 965 will move to the right after being stressed, exerting force on the balance rod 963, and the balance rod 963 will lose its balance. Driven to tilt to the left, the lever 962 on the right side of the balance bar 963 is actuated by the force of the balance bar 963 to drive the rack 961 to move to the left, so that the rack 961 and the bottom gear plate 931 mesh with each other, and the gear plate 931 rotates at the same time Drive the gear shaft 932 on the gear plate 931 to rotate. After the gear shaft 932 rotates, the bottom rotating pressure block 92 is pulled through the transmission rope 933, so that the rotation pressure block 92 receives the force of the transmission rope 933 and rotates to the left to use its own characteristics to push The left side of the telescopic spring 951, the telescopic spring 95 compresses itself and drives the left push rod 952 to move to the left when the push rod 952 is forced to move, while driving the left push block 954 to the left inside the push groove 953 Move, so that the push block 954 drives the bottom motor switch 971 to move to the left through the bottom switch slide bar 955, thereby turning on the switch of the motor motor 972. After the motor motor 972 operates, the bottom conical gear 973 wheel and the bottom sector gear are driven. 974 meshes with each other to drive the sector gear 974 to rotate. The sector gear 974 rotates while driving the right motor shaft 981 to rotate. After the motor shaft 981 rotates in the hand, it drives the right motor shaft 982 to rotate, so that the motor shaft 982 receives force. The rotation is driven by the reversing rod 986 at the top to rotate the reversing shaft 985, and the reversing shaft 985 is rotated by the force to drive the power rod 984 to rotate, so that the power rod 984 drives the bottom pressing through the pressing belt 9104 on the power shaft 983 The gear 9101 rotates, the down gear 9101 rotates and meshes with the half arc gear 9102 on the right side, thereby driving the half arc gear 9102 to move down, and at the same time, the connecting rod 946 is pushed while the push rod 965 is activated to move to the right. The connecting rod 946 pushes the movable pulley block 945 on the right side to move to the right. The movable pulley block 945 drives the bottom valve opening shaft 941 to rotate through the pulley rope 944 and the fixed pulley 943, so that the valve opening shaft 941 pulls the locking valve 942 to rotate upward, half arc When the gear 9102 moves, it meshes with the lower rack 9103 on the right side to drive the lower rack 9103 to move downwards. While the lower rack 9103 moves, the fixed rod 91 at the bottom drives the telescopic rod 910 to expand, for example, Jiacun For a garden watering device, the device can only perform single-range watering, so the user needs to install a large number of devices, which wastes a lot of resources of the user, and the irrigation is uneven, then the user can use the invention to adjust the height of the device at will, thus using The personnel can adjust the large-scale and small-scale irrigation of the device, which is convenient to use, and the user does not need to purchase a large number of devices, which effectively saves unnecessary waste of resources for the user.
