This practical novelty relates to the field of silver almond cultivation technology, specifically the use of a fluid injection device for the cultivation of a replacement silver almond tree。
Background technology:
2. In the area of tree migration and pest control, the introduction of liquids for trees has become widespread, with low rates of survival in some trees, which are now generally carried out in the form of bundles of liquids, nutrients or anti-drugs, addressing the demand for water and nutrients at the early stages of plant migration, combating pests and diseases and promoting better plant growth。
3. The use of aqueduct devices for existing apricot plantations is not sufficiently convenient. In general, the use of different types of condensed injection needles needs to be selected according to the size of the stem of the apricot tree. However, both the apricot and the aqueous needles are integrated and do not allow for flexible replacement of the apricot needle so as to reduce the applicability of the aqueous device, and therefore a fungible replanting is proposed。
Technical realization elements:
In response to the inadequacy of existing technology, this practical novelty offers an easy-to-replace liquid-transformation device for the cultivation of silver almonds, which has the advantage of allowing flexible replacement of fluid needles. It addresses the problem of existing fluid-replacement devices that are both integrated with liquid needles and do not allow flexible replacement of fluid needles, thus reducing their applicability。
5. To achieve the above objectives, this practical novel offers the following technical options: a removable apricot planting liquid injection unit, including a rehydration tank, with a mixer on the above-mentioned tank, with a cleaning component on the above-mentioned mixer pole, with a liquid pipeline connected to the bottom of the above-mentioned tank, with a disassembly component on the said tube, and with a liquid needle on the base of the said tube
6. The components in question consist of a fixed installation plate installed on the outer wall of the pipeline, a filling slot on both sides of the panel in question, a fixed panel on the internal side of the tank in question, a fixed positioning pole on the relative side of the plate in question, a two-size plug on the upper side of the injection needle in question, and a distance of the plate from the end of the slide and extending to the interior of the installation plate, an external set-up of the said locator, which runs through and extends to the interior of the two sides of the plate, an external set-up of the said position pole and a spring on the side on the back side of the pole in question, and an external set-up of the pole in question runs through the plate and extends to the external pull pole on the panel in question。
7. Further, the top screw of the above-mentioned recharger is connected with a plaque, the said mixer pole is transferred to the top of the sheet and one end runs through and extends to the interior of the recharger, and the said mixer is fitted with a handle on the top fixed。
8. Further, the inner wall of the said sheet has a screw in it, the outer wall of the said rehydration tank has a threaded perforation that corresponds to the thread, and the left side of the said rehydration tank has a card。
9. Further, the clean-up component in question consists of two joint poles, two of which are fixed on both sides of the mixer pole, the side of which is fixed on both sides, the side of which is fixed on the side of the pole in question, the top and bottom of the board in question are fixed on the side of the board in question, and the side of the board and the side of the board in question are fixed on the side close to the wall within the rehydration tank, with a brush plate attached to the wall inside the rehydration tank。
10. Further, the injection needles in question include docking plates fitted to the bottom of the panel, and the bottom hardening of the panel in question
A needle is to be installed, the said dockboard is to be fitted with an intubation that extends inside the tube, and the said panel is to be fitted with a seal that matches the top of the docking plate。
11. Further, the panel in question is fixed at the top of the docking board, the top of the panel in question is slanted, the panel in question is fitted with a slot at the bottom, and the slot in question is connected to the filling slot。
12. Further, the side on the side of the plate in question has a card slot that matches the stick, the side on the side on the side on the side on the side on the side on the side on the side on the side on the side on the side with the side on the side on the side on the side on the side on the side on the side of the spring in question。
The technology programme of this technology has the following beneficial effects compared to existing technologies:
14. 1. The replacement of silver almond tree plantations with a liquid-relaying device, which enables the rapid replacement of liquid needles of different sizes through the installation of dismantling components, thus facilitating the use of liquids for different fine silver almond trees, effectively improving the effectiveness of the use of the devices and making them user-friendly。
15. 2. The replacement of the silver almond tree plant shall be carried out with a liquid-transforming device to achieve the objective of evenly mixing liquids by setting up a mixer pole, thereby reducing the occurrence of sedimentation of liquids, and by setting up a clean-up component to achieve the purpose of brushing the inner wall of the rehydration tank, thereby facilitating the user's clean-up of the inner wall of the rehydration tank and improving its maintenance。
Annex figure description
16. Figure 1 provides a illustrative chart of this practical new structure
Figure 2 provides a magnification figure in figure 1 of this new practical model。
18. Chart 1: refiller, 11-plaster, 2 mixer poles, 3 clean-up components, 31 poles, 32 vertical panels, 33 crossboards, 34 brushes, 4 pipelines, 5 dismantlings, 51 panels, 52 filling tanks, 53 fixed panels, 54 locator poles, 55 plugs, 56 card poles, 57 springs, 58 poles, 6 fluid needles, 61 docks, 62 needles, 63 plugs, 7 carats, 8 seals。
Implementation modalities
19. The following is a clear and complete description of the technical options in this practical new implementation, taking into account the chart attached to this practical new implementation. It is clear that the implementation cases described are only part of the implementation of this practical new implementation, not all. On the basis of the implementation of this new practical approach, all other examples of implementation obtained by ordinary technicians in this field without creative work fall within the scope of the new practical protection。
20. Reference is made to figure 1-2 for a replaceable apricot planting fluid device in this implementation example, which includes a replacement tank 1, a mixer pole 2 on the refill, a cleaning component 3 on the mixer pole 2, a refiller 1 with a pipe 4 at the bottom, a disassembly component 5 on the tube 4, a disassembly component 5, which consists of a fixed installation panel 51 on both sides of the wall located four miles from the fluid pipeline, an internal filling slot 52 on both sides of the set 51, an internal fixed installation of a fixed panel 52 on both sides of the plate 52, a fixed positioning pole 54 on the side of the fixed plate 53, an external positioning rod 54 on the side of the plate 6 and a tilt plate 55 on the side of the plate 56, a tilt of the upper side of the plate 55, a side of the plate 57, a fixed lift of the external roller 56, and an extension of an external drop-out plate 56 to the external plate 56, with a fixed drop-up plate of fifty-one。
21. Among these, the lower part of the installation plate 51 has slots suitable for the plugin 55, which are connected to the filling slot 52, which allows for docking between the plugin 55 and the installation plate 51, and the side of the plug 55 has slots suitable for the calorie 56, which allows for a limit on the connection between the stick 56 and the plug 55。
22. Specific, by inserting plugin 55 into the slot and pressing pole 56, the stick 56 is under pressure to fill
When plug 55 continues to move in such a way as to expose pole 56 to the trough, it loses squeeze pressure and is affected by spring 57's own resilience, thereby limiting plug 55 by moving to the trough, thus completing the installation of slide 6 and moving it outside the trough by pulling back 58 booster pole 56 with back, thus removing plate 55 from its limit, so that it can be dismantled in a simple manner and the user can quickly replace slide 6。
In the present implementation example, the top screw link of refill box 1 has a plaque 11, the two-rotation mixer poles are connected to the top of the refiller 11 and one end runs through and extends to the interior of the refiller 1, with a handle on the fixed top of the relay bar 2。
24. Specifically, by turning the handles to enable the mixer pole to rotate, the nutrients in refill box 1 can be evenly mixed, thus increasing the use of nutrients in refill box 1。
25. For this implementation example, the inner wall of sheet 11 has a thread, the outer wall of tank 1 has a threaded perforation that matches the thread, and the left-side setting of tank 1 has a card。
26. Specifically, by rotating and moving sheet 11, the sheet 11 can be linked to the rehydration tank 1 by threading or dissecting, thus facilitating the maintenance of the rehydration tank 1。
27. In this implementation example, clean-up component 3 includes 31 poles in two sizes, 31 poles fixed on both sides of the two sides of the mixer pole, 32 vertical panels on the side side of the thirty-first pole, 33 horizontal panels on both the top and the bottom of the thirty-second panel, and 34 fixed panels on the side of both sides close to the wall within the first rehydration tank。
28. Specifically, by turning the two-wielding poles with a thirty-first wheel, the vertical panel 32 turns the steering panel 33 and the interior wall of plate 34 can be directed to the refill tank 1 for brush cleaning, thus reducing maintenance difficulties and improving maintenance effectiveness。
29. In the present implementation example, syringe 6 includes docking board 61 at the bottom of panel 51, pinhead 62 at the bottom of panel 61, tube 63 at the top of panel 61 which extends to the inside of the tube 4 and seals 8 at the bottom of panel 51。
30. Specifically, during the installation of the infusion needle, panel 61 will be adjacent to the installation panel 51, and tube 63 will be inserted into the fluid tube 4, so that panels 61 and 51 will be closely bound to seal 8, which will effectively enhance the sealing effect of the connection of the syringe 6。
31. In the present implementation example, plug-55 is fixed at the top of plate 61, with a fixed connection on the side of the spring-57 relative to the side of the pole-56, and on the side of the spring-57 the side of the spring-57 fixed to the side relative to plate-53, increasing the stability of the spring-57 use。
32. The rationale for the above-mentioned implementations is:
33. (1) when the nutrient fluid is poured into the rehydration tank 1 and the sheet 11 is attached to the one screw of the rehydration tank, the liquid is evenly mixed by turning the handles to move the mixer pole 2 and the user uses tools to pierce the trunk, depending on the size of the cone, and selects the appropriate size of the infusion needle 6 and installs the infusion needle 6
34. (2) through the insertion of plate 55 into the slot, the insertion of tube 63 into the tube 4 and the binding of dock 61 and panel 51 to the seal 8 closely bound, the installation of plate 55 on the side, the entry into the slot and the squeeze of pole 56, the pressure on pole 56 to move some distance within tank 52, the compression of spring 57, and, when plate 55 continues to move, the loss of pressure of pole 56 is affected by the self-restoration of spring 57, thereby limiting to plate 55, thus completing the installation of syringe 6 and adjusting card length 7 so that tank 1 can pass card length 7 fixed card at a certain height of the trunk, the user can insert the needle 62 into the hole for the infusion
35. (3) if replacement is required for the disassembly of the infusion needle 6 and moving back to the box with a back-to-back pull of 58-led pole 56, the plate 55 can be removed without limit, and the lid 11 will be opened and the cleaning fluid will be injected into the tank 1 with a sheet
11 the brushing of the inner wall of plate 34 to the refill tank 1 can be carried out by turning the mixer 2 with a roller 31 on the wheel drive panel 32 and with a row 33 on the side。
36. It is important to note that, in the present paper, relationship terms such as first and second are used only to distinguish between one entity or operation and another entity or operation, without necessarily requiring or implying any such actual relationship or sequence between those entities or operations. Furthermore, the term “includes”, “includes” or any other variant of it is intended to cover non-exclusive inclusion so that the process, method, article or equipment that includes a range of elements not only includes those elements but also other elements that are not explicitly listed, or also includes elements inherent to such process, method, article or equipment. In the absence of further restrictions, by the statement "includes one
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The qualifying elements do not exclude the existence of additional elements in the process, method, article or equipment that include the elements in question。
37. Although this practical novelty has been demonstrated and described, it is understandable for ordinary technicians in this field that it is possible to make a variety of changes, modifications, replacements and variations in these practical novelties, the scope of which is limited by the underlying claims and their equivalents, without departing from the original novelty of practice。
