[0030] The present invention will be specifically described below with reference to the drawings. Figure 1-13 As shown, a shrub plant trimming device applied to landscaping management, including a rectangular base 1, a linkage lifting mechanism on the upper surface of the rectangular base 1, and one end of the linkage lifting mechanism is provided with a hidden cross-cutting mechanism, the lower end of the hidden cross-cutting mechanism There is an adjustable trimmed mechanism;
[0031]The linkage lifting mechanism includes a rotary electric machine 2 at one end of the upper surface of the rectangular base 1, the rotary electric machine 2 rotates into the rectangular base 1, and the rotary motor 2 rotates the pulley one 3. The rectangular base 1 is attached to the other end of the rectangular support tube 4 The rectangular support tube 4 side surface has a rectangular through hole 5, and the rectangular via 5 is provided with a plurality of rectangular support tubes 4 on the other side surface of the rectangular support tube 6, and the rectangular support tube 4 is mounted with a sliding block 7, slide. The block 7 is slidable with the rectangular support tube 4, and a circular via 8 is opened at the center of the sliding block 7, and the rectangular support tube 4 is mounted with a roller bearing one 9, and the roller bearing one 9 inner ring is mounted with a threaded shaft. 10 The lower end of the threaded shaft is formed into a rectangular base 1, and the lower end of the threaded shaft is mounted with a belt wheel, and a belt 12 is mounted between the belt wheel two 11 and the pulley one 3; the sliding block 7 is opened with a rectangular groove 13, rectangular The arcuate rod 14 is attached to one end of the groove, and the arc rod 14 is provided with two, and the arc rod 14 is hinged from the rectangular groove 13, and the curved rod 14 side surface is mounted with the curved shaft. Thread block 15, the arc rod 14 is mounted with a permanent magnet one 16, and the permanent magnet 1 16 and the rectangular groove are mounted between the compression spring one 17, and the permanent magnet 1 is mounted on the 16 side of the permanent magnet 18, electromagnet one 18, electromagnet 1 18 is fixed to the rectangular groove 13; the lower end of the rectangular groove 13, the rectangular groove 2 19 is opened, and the rectangular groove 21 is mounted on the inside of the rectangular groove 21, the ladder block 21 and the rectangular groove. 19 Slide connection, the other end of the trapezoidal block 21 is mounted, the limit block 22 corresponds to the position of the limit slot 20, and the ladder block 21 is attached to the L-type permanent magnet 2 23, the L-type permanent magnet 23 and the rectangular groove. A compression spring 24 is mounted between the two 19, and the L-type electromagnet 2 25 is attached to the L-type electromagnet 25, and the L-type electromagnet 2 25 is fixedly connected to the rectangular groove 2 19;
[0032] The hidden cross-cutting mechanism includes a hollow tube one 26 on the side surface of the sliding block 7, and the upper end of the sliding block 7 is opened. 27, the threaded shaft is opened on both sides of the threaded shaft 28, the upper end of the threaded shaft is mounted with an umbrella one. 29, the umbrella gear one 29 corresponds to the position of the gear groove 27, and the rectangular block 30 is mounted in the buggy one 29, the rectangular block 30 corresponds to the position of the slide groove 28, and the upper end of the hollow tube 26 is mounted. One 31, vertical bearing one 31 inner ring is installed with threaded shaft two 32, and the threaded shaft 2 32 is mounted with a umbrella gear 23, the umbrella gear 2 33 and the threaded shaft two 32 slide, the umbrella gear 2 33 and the thread axis two 32 There is a compression spring three 34, and the hollow tube one 26 is attached to the electromagnet 35, and the electromagnet 35 corresponds to the position of the umbrella gear 23, and the inner side of the hollow tube 26 is mounted with the moving block 36, the move block 36 center A threaded hole 37 having a threaded shaft two 32 is rotated, and a T-slot 38 is opened at the lower end of the moving block 36, and the lower end of the T-groove 38 is mounted, and the roller bearing 239 inner ring is mounted. One 40, the lower end of the drive shaft one 40 is mounted with a straight gear one 41, and a belt wheel 3 42 is mounted on the upper end of the drive shaft. The movable block 36 side surface is mounted, the support plate 43 is mounted, and the hollow tube one 26 is mounted to mount the finite plate 44, the support plate The 43 end is slidably connected to the limit plate 44, and the support plate 43 is mounted with a roller bearing three 45. The roller bearing three 45 inner ring is mounted with a transmission shaft 2 46, and the upper end of the drive shaft 2 46 is mounted with a belt wheel 47, a pulley four 47. There is a conveyor tape 48 between the pulley three 42, and a circular cutter 49 is mounted at the lower end of the drive shaft 26. The hollow tube one 26 is opened with a rectangular hole 50; the rotation of the rotating motor 2 is indirectly driven by the threaded shaft 2 32 rotation, The threaded shaft two 32 is moved left and right, and the rectangular block 30 drives the support plate 43, the circular cutter 49 projects the rectangular hole 50, to achieve the purpose of scaling, improve safety; the rectangular block 30 moves also drives the straight gear one 41 is engaged with the straight gear two 68, the biaxial motor 67 drives the straight gear two 68, the straight gear one 41 is rotated, and the straight gear one 41 is indirectly driven by the circular cutter 49 to rotate, and the purpose of trimming;
[0033] The adjustable trim mechanism includes a hollow tube 2 51 of the slide block 7 side surface, and the upper end of the sliding block 7 is opened, and the upper end of the threaded shaft is mounted with a umbrella gear three 53, the umbrella gear three 53 and the gear groove 2 52. Composition, the parachute gear three 53 inner ring is equipped with positioning block 54, the positioning block 54 corresponds to the position of the slide groove 28, and the upper end of the hollow tube 2 51 is mounted with a vertical bearing 2 55, and the vertical bearing 2 55 is mounted with a worm. 56. The worm 56 is mounted with an umbrella gear 457, the umbrella gear 47 and the worm 56 are slidable, and there is a compression spring 48 between the umbrella gear 47 and the worm 56, and the hollow tube one 26 is mounted with an electromagnet 4 59. The electromagnet fourth 59 corresponds to the position of the umbrella gear 47; a horizontal bearing one 60 is attached to the end of the hollow tube 2 51, and the connection shaft 61 is attached to the horizontal bearing one 60, and the upper end of the connecting shaft 61 is mounted to each other. The engaged worm wheel 62, the lower end of the connecting shaft 61 is mounted with a rectangular rod 63, and the rectangular rod 63 is attached, and the rail 65 is opened at one end of the rectangular rod 63, and the rail 65 is attached, and the support block 66 is attached, the support block 66 is The slide rail 65 is slid, the electric telescoping rod 64 is fixed to the support block 66, and the lower end of the support block 66 is mounted with a biaxial motor 67. The upper end of the biaxial motor 67 is mounted with straight gear two 68, and the lower end of the biaxial motor 67 is mounted. A connecting plate one 70 is attached to the lower end of the biaxial motor 67, and the connecting plate 2 71 is attached to one 70, and the connecting plate 2 71 is hinged and the connecting plate 2 71 is mounted. 72. The connecting plate 3 72 is hinged from the connecting plate 2 71, and the connecting plate three 72 is attached to the connecting plate 4 73, and the connecting plate 4 73 is hinged, and the connecting plate 10 and the connecting plate 2 71 are mounted with hydraulic pressure. A hydraulic rod 2 76 is mounted between the connecting plate 2 71 and the connecting plate three 72, and the connecting plate three 72 and the connecting plate 4 73 are mounted between the hydraulic rods. 3 77; the connecting plate 2 71, the connecting plate 3 72, The connecting plate 473 side surface is mounted with a vertical bearing three 78, and the vertical bearing three 78 inner ring is mounted with a transmission shaft 3 79. The transmission shaft 3 79 is mounted with a universal axis 2 80, and the transmission shaft 3 79 is mounted. Drive wheel 181, connecting plate 2 71, connecting plate three 72, connecting plate four 73 side surface each mounting a horizontal bearing 2 82, the horizontal bearing 2 82 inner ring is mounted with rotation shaft 83, and the rotation shaft 83 is installed with The drive wheel 2 84 is mounted with each other, and the other end of the rotation shaft 83 is attached, and the connecting plate 2 71, the hydraulic rod 2 76, the hydraulic rod 2 76, the hydraulic rod 3 77 can adjust the connecting plate 2 71, the connection The shape of the plate 3 72, the connecting plate 4 73 achieves the purpose of improving the convenience of use; the rotation of the biaxial motor 67 can be rotated by the drive shaft three 79, by a universal axis 69, the universal axis 2 80 can Make multiple drive shafts 3 79 synchronously rotate, the transmission shaft 3 79 drives the drive wheel two 84, the rotation shaft 83, the trimming blade 85 rotates, The purpose of achieving efficient trim to plant.
[0034] Moving wheel 86 is mounted at a rectangular base 1 angle.
[0035] Plant sample 87 is provided on the rectangular base 1.
[0036] An annular casing 88 is mounted on one end of the upper surface of the rectangular base 1, and an annular port 89 is opened on the upper surface of the annular casing 88.
[0037] The ring box 88 is opened with a rectangular gap 90, and a rubber pad 91 is mounted on the rectangular gap 90, and the annular casing 88 is in a state in which the rectangular base 1 is interoperable.
[0038] The rectangular base 1 is provided with a storage bin 74.
[0039] In the present embodiment, the apparatus of the apparatus is controlled by an external controller, and the device can be moved to the position of the trimmer by the traction device to trim, such as figure 1 As shown, the moving wheel 86 is locked, preventing the movement, and then controls the rotation of the rotating motor 2, the rotation of the rotating motor 2 is rotated, and the pulley one 3 is rotated by the transmission belt 12 of the transmission, The pulley two 11 rotates the threaded shaft, at which time the electromagnet 18 does not electrically, the arc rod 14 can cause the curved rod 14 to press the curved shaft 10, such as Figure 7 The L-type permanent magnet I23, the L-type electromagnet 2 25 is powered, forced the L-type permanent magnet II 23, the trapezoidal block 21 to move to the left side, and compress the compression spring 2 24, so that one end of the ladder block 21 is not in shape. The through hole 5 interferes; at this time, the rotation of the threaded shaft hole can be moved up and down, when moving to a suitable position, the controller controls the rotary motor 2 to stop rotating, at which time the position of the ladder block 21 must be 5 The position is parallel, at this time, the L-type permanent magnet 2 23, the L-type electromagnet 2 25 is powered down, and the one end of the diaphragm 21 can be inserted into the rectangular through hole 5 by the action of the compression spring 24, and the height adjustment is completed. ;
[0040] The controller controls the electromagnet 1 18, and the magnetic field generated by the electromagnet 18 pushes the permanent magnet 1 16 toward the direction of the compression spring, and the arc rod 14 is separated from the curved threaded block 15 and the threaded shaft is separated. The curved threaded block 15 is transferred to the weight of the threaded shaft to the ladder block 21 and the rectangular through hole 5, and the rotation of the threaded shaft is also driven a umbrella gear one 29, the umbrella gear three 53 rotates; when the head of the plant is required When trimming, the controller controls the electromagnet three 35 energizes, the magnetic field generated by the electromagnet 35 pushs the umbrella gear 23 and the umbrella gear 29, control the rotating motor 10 again rotates again, indirectly drive the threaded shaft 10 rotation, threaded shaft one 10 Rotary Belt 33 rotation of the umbrella gear 23, the umbrella gear 23 is rotated, and the rotation of the threaded shaft two 32 can be rotated by the action of the vertical bearing one 31, and the threaded shaft 2 32 is rotated. The drive moving block 36 moves to the left side, the moving block 36 drives the support plate 43 and moving the member fixed to the support plate 43, until the straight gear one 41 meshes with the straight gear two 68, (the position of the straight gear 2 68 is in a reset position) When the circular cutter 49 is outside the hollow tube 26, then the controller controls the biaxial motor 67 rotation, the upper end of the biaxial motor 67 drives the straight gear two 68 to rotate, and the straight gear two 68 drives the straight gear one 41 to rotate, straight gear one The rotation of the 41 drives the drive shaft one 40, the belt wheel three 42 rotates, the belt wheel three 42 rotates the pulley 47, the transmission shaft 46, the circular cutter 49 by the transmission belt 2 48, and rotates the circular cutter 49 to carry out the plant. Trimming; through the reverse rotation of the threaded shaft 2 32, the circular cutter 49 can be reset to achieve the purpose of telescopic hidden, and the circular cutter 49 is reset, the electromagnet 35 is turned off, the umbrella gear 23 is reset;
[0041] The longer length of the permagnetic iron 1 16 can achieve a larger lever effect, and the electromagnet 18 magnetic field produces a smaller thrust, which can resist the compression spring 17 larger elasticity;
[0042] Thereafter, the controller controls the electric telescopic rod 64 to telescopide, the telescoping support block 66 of the electric telescoping rod 64 slides in the rail 65, and the position of the left and right adjustment of the connecting plate one 70 is realized, and the controller controls the hydraulic rod 75, hydraulic rod 2 76 The hydraulic rod 3 77 performs respective telescopic to make the connecting plate 2 71, the connecting plate 3 72, the connecting plate 473 can specify the geometric shape, easy to trim, in order to improve the trimming effect, the connecting plate can set more groups, this The device is 3 groups; the position of the connecting plate one 70, the connecting plate 2 71, the connecting plate 3 72, the connecting plate 4 73 is the same as the hinged position of the drive shaft 3 79 and the universal axis 2 80;
[0043]The controller controls the electromagnet four 59 energizes, the modulator pushing of the electromagnet 49 is engaged with the umbrella gear three 53, at which point the rotating motor 10 is rotated, the rotary electric machine 10 is indirectly driven by the umbrella gear three 53 to rotate, the umbrella gear three 53 rotation driving the umbrella gear 47, the worm 56 is rotated, the worm 56 is rotated, and the worm wheel 62 is rotated, the rotation of the worm wheel 62 is rotated, the rail 65 rotates, so that the biaxial motor 67 and the corresponding component are central to connect the shaft 61. Turn, the biaxial motor 67 rotates, the biaxial motor 67 drives the universal shaft 69 to rotate, the transfer of the mandrel shaft 69 rotates, the drive shaft 3 79 is driven through the other end of the universal axis 69 The drive shaft three 79, the drive shaft 3 79, the drive shaft, one 81 rotation, the drive wheel 181 rotation, the rotation drive wheel 2 84 rotates, and the drive wheel 2 84 drives the rotation shaft 83, the trimming blade 85 rotates, The trimming blade 85 is trimmed to the plant; according to the current working condition, it is free to control the operation of the trimming blade 85 and the circular cutter 49; the trapezoidal block 21 is moving again to the left side, first moving the sliding block 7 upward moves a certain distance, eliminate The trapezoidal block 21 and the rectangular via 5 are moved, and the ladder block 21 is moved;
[0044] The role of the ring box 88 can be collected, and in the storage bin 74, the annular casing 88 and the rectangular base 1 are detachable by manual timing.
[0045] The above technical solution reflects only the preferred technical solutions of the technical solutions of the present invention, and those skilled in the art have embodied some of the variations that may be made in certain parts, which are within the scope of the invention.
