Swing sprinkler with adjustable ultrasonic resonator

Abstract

An ultrasonic receiving transducer B2 of a receiving circuit of an ultrasonic remote control circuit of the swing water sprinkler with the adjustable ultrasonic resonator is formed by combining an ultrasonic transducer and a resonator 99B together, a base of a metal base (99) is hollowed out, and a plurality of non-porous hexagonal wedge matrixes (84) are arranged in the base, so that the resonance effect is enhanced, the swing water sprinkler with the adjustable ultrasonic resonator is practical, the quality is improved, and the swing water sprinkler is more efficient. In the past, occasional failure takes no measures.

Description

Technical Field

[0001] The present invention relates to a method for controlling irrigation water flow for environmental protection and landscaping, a high-performance anti-fouling swing sprinkler and a water-saving method, an electromagnetic flowmeter and a circuit with an energy-saving new impeller suspension shaftless bracket for energy-saving agriculture and forestry irrigation, and a water-saving method, including a flow-adjustable dripper, a 360-degree nozzle, a joint with fine-tunable threaded ring size and pitch, and a combination with an energy-saving sprinkler timer and a water distributor with a multi-purpose interface, and a swing sprinkler with adjustable spraying angle, especially a swing sprinkler with an adjustable ultrasonic resonator. Background Art

[0002] The desire to pursue environmental protection and gardening is endless; there are also many patents on the control method of irrigation water flow and the patent of the garden sprinkler timer switch with long axis and two sides control, such as patent US7252113B2 and patent ZL200820120164.8, both of which use the garden sprinkler timer switch with long axis and two sides control. Although the mechanical timer has a wide range of uses due to its strong structure, strong weather resistance, reliable use, and excellent cost performance, the two ends of the double gear shaft (11) are respectively mounted in the two oblong holes of the mechanical timer frame, and only one end has an auxiliary spring, while the other end does not have an auxiliary spring, lacking the proper balancing torque, so when twisting and running, the double gear shaft (11) and the meshing main gear shaft (15) cannot be parallel, and there is a potential hidden danger of long-term operation wear resistance and stability. Furthermore, due to structural problems, the main control valve and the pilot valve are arranged on one side of the main channel, and the mechanical timer is arranged on the other side of the main channel, causing the mechanical timer to be far away from the main control valve and the pilot valve that it should directly control, and has to be remotely pushed out with a very long stainless steel rod, which not only creates higher requirements for the precision of manufacturing tolerance matching, but also causes the possibility of occasional Euler instability of the pressure rod during long-term use; it also causes the stainless steel rod to be exposed and pass through the main channel, which is prone to rust and adhesion over time and hinders the movement; in addition, the stainless steel rod passing through the main channel also has a problem of sealing and leakage over time. Furthermore, the scheme of arranging the main control valve and the pilot valve on one side of the main channel and arranging the mechanical timer on the other side of the main channel is based on the conventional idea that the remote main control valve, the pilot valve and the main channel are immovable relative to the main body of the mechanical timer. Therefore, the remote main control valve, the pilot valve and the main channel are connected to the main body of the mechanical timer by a larger housing, resulting in a larger appearance of the garden sprinkler timing switch; at the same time, in addition to the thin shaft of the main gear shaft (15) that plays a controlling role of the mechanical timer, a large rotating gradient circle and several parts have to be used for rotation and control, that is, the multiple parts make some aspects of the rotating gradient circle, such as the plastic square hole in the middle, subject to lateral deflection torque, causing the gradient circle disk surface to be skewed and affecting the effect.In summary, this type of watch product can be further improved. Considering the thousands of patents in eight countries that the inventor has obtained and the inspiration from others and some devices manufactured by foreign factories such as Switzerland and Israel, they can be improved and specially blended, and then supplemented with innovation to make the product better. However, even if the timer and sprinkler are easy to use, it will not work if the interface is not good. In practice, some are pipe interfaces, and some are faucets without threads. The method of adding multiple interfaces has been used, which is okay for faucets and some interfaces, but not for many interfaces. The reason is that many interfaces in a garden have been worn or rusted, and the threads of many interfaces have been loose, and they cannot be connected or connected. Tight, but leaking after connection, many interfaces have similar threads mixed with different threads; it is not easy to replace a large number of interfaces; even if they are replaced, many threads on the original water pipes also have loose teeth, and the replaced interfaces will also be worn or rusted, and the new interfaces also have many problems such as upper tolerance or lower tolerance and over-tolerance, and cannot be connected or cannot be connected tightly and have loose teeth; there is also the problem that it is slow to operate a thread by turning a small half circle with a hand tool and then turning a small half circle with a hand tool for many turns; whether it is used for sprinkler timers and irrigation water distributors or other, it is hoped that there will be a connector that can fine-tune the size and pitch of the thread ring so that it is widely applicable and can be connected quickly. There are many patents for water-saving sprinkler irrigation and drip irrigation, such as CN103651053A and 012055360, etc., each with its own advantages. Existing products are numerous and imperfect; there is a certain type of sprinkler, water is sprayed out through the only small square through hole set on the sprinkler cap as a water spray port, and its disadvantage is that the range of the sprayed water is narrow. Another type of existing product sprays water through a large through hole opened on the half side of the nozzle cap. The disadvantage is that the water sprayed only covers half of the nozzle, and there is no 360-degree all-round irrigation effect. The regulation of drip irrigation water output, the regulation of irrigation water according to plant growth requirements, and the efficient water-saving irrigation that saves water resources are long-standing problems in the industry at home and abroad. It is necessary to improve new drippers. Therefore, it is necessary to improve existing products. It is necessary to improve the pressure-resistant, corrosion-resistant, durable, electrochemically anti-cavitation, swing-resistant, reliable, and key-controlled nozzle swing sprinklers with multiple control nozzle switches. There is a problem in use, that is, the body of the swing sprinkler is often swung and skewed, because the plastic product is too light. In order to further increase the spraying area, an ultrasonically controlled swing sprinkler with adjustable area that can increase the height of the sprinkler is designed; but the ultrasonic transmitter that reliably transmits instructions and the swing sprinkler with adjustable ultrasonic resonator must be matched to achieve a better resonance effect. Summary of the invention

[0003] An ultrasonic resonator adjustable oscillating sprinkler is provided with a vertical pole (92) on a metal base, the rack of the vertical pole (92) meshes with a lifting gear (93) of the oscillating sprinkler, the gear set and the commutator are connected to a plurality of nozzle oscillating spray heads (59), each of the oscillating spray heads (59) is provided with a oscillating spray cap (591) to prevent dirt; a oscillating spray cap (591) is provided above the trumpet-shaped outlet of the oscillating spray head (59), the oscillating spray cap is slightly sheet-shaped; a semicircular oscillating spray cap ball (592) is provided at the corresponding position of the oscillating spray cap above the trumpet-shaped outlet of the oscillating spray head (59); the slightly sheet-shaped oscillating spray cap is fixed to the oscillating spray head through a oscillating spray cap groove (594) of a flexible and oscillating film The swing spray cap handle (593) is connected to the swing spray cap; the swing spray cap groove (594) acts as a movable hinge. When water is sprayed, water flushes the swing spray cap, and when there is no water, the swing spray cap covers the swing spray head to prevent dirt; the sprinkler includes a wet commutator for water flow. After the gear set is decelerated, the commutator plate (5821) is used to toggle the swing rod (5801). On the outside of each swing spray head (59) of the swing sprinkler, a right dial groove 1 (5951), a right dial groove 2 (5952), a right dial groove 3 (5953), a right dial groove 4 (5954), a right dial groove 5 (5955), a right dial groove 6 (5956), a right dial groove 7 (5957), a left dial groove 8 (5958) and a right dial groove 9 (5959) are respectively and sequentially mounted with dials (598) with increasing inclination angles. The dial (598) is provided with a rack-shaped worm (596) and is meshed with a worm wheel (597) provided on the swing sprinkler. By utilizing the self-locking property of the worm wheel, when the worm wheel rotates forward, the rack-shaped worm (596) provided on the dial (598) is pushed to move the dial (598) upward, so that the right dial groove 1 (5951a), the right dial groove 2 (5952a), the right dial groove 3 (5953a), the left dial groove 4 (5954a), the left dial groove 5 (5955a), the left dial groove 6 (5956a), and the left dial groove 7 (5957a) of the dial (598) are sequentially inclined to the right with increasing angles. 3) the right dial groove 4 (5954), the right dial groove 5 (5955), the right dial groove 6 (5956), and the right dial groove 7 (5957) are used to turn each corresponding oscillating spray head (59) of the oscillating sprinkler to the right in order to increase the tilt angle in sequence, and at the same time, the left dial groove 1 (5951a), the left dial groove 2 (5952a), the left dial groove 3 (5953a), the left dial groove 4 (5954a), the left dial groove 5 (5955a), the left dial groove 6 (5956a), and the left dial groove 7 (5957a) of the dial (598) which have the tilt angle increasing in sequence to the left turn each corresponding oscillating spray head (59) of the oscillating sprinkler to the left in order to increase the tilt angle in sequence, and vice versa, thereby forming a new oscillating sprinkler with an adjustable ultrasonic transducer;The outside of the shaking sprinkler connected to the commutator of the swing sprinkler is a copper large cylinder connected to a plastic small cylinder for durability and plug-in; the inside of the shaking sprinkler with a copper nozzle connected to the commutator of the swing sprinkler is a circular through hole, and a trumpet-shaped outlet with a chamfer of 45 degrees is provided on the side of the circular through hole close to the large cylinder, that is, the angle between the two sides of the cross section of the trumpet-shaped outlet is not 90 degrees but 98 degrees; the gears of the commutator gear set contained in the modified metal base adjustable area swing sprinkler are cycloid, the sprinkler contains a wet commutator for water flow, and the commutator of the sprinkler is provided with a toggle swing rod (5801) and a commutator disk (5821) to facilitate clock-like accuracy and not easy to get stuck; the modified ultrasonic control adjustable area swing sprinkler is provided with a dial (598) for shaking the sprinkler angle, and a dial worm (596) and a worm wheel (597) for initial auxiliary calibration adjustment. ;

[0004] An ultrasonic resonator adjustable oscillating sprinkler comprises a plurality of oscillating sprinklers (59) with copper nozzles, and each of the oscillating sprinklers (59) is provided with a oscillating sprinkler cap (591); each of the oscillating sprinklers (59) is provided with a copper rotating core (59s); a oscillating sprinkler cap (591) is provided above the trumpet-shaped outlet of the oscillating sprinkler head (59), and the oscillating sprinkler cap is slightly sheet-shaped; a semicircular oscillating sprinkler cap ball (592) is provided at the corresponding position of the oscillating sprinkler cap above the trumpet-shaped outlet of the oscillating sprinkler head (59); the slightly sheet-shaped oscillating sprinkler cap is connected to a oscillating sprinkler cap handle (593) fixed on the oscillating sprinkler head through a oscillating sprinkler cap groove (594) of a flexible and oscillating film; the oscillating sprinkler cap groove (594) acts as a movable hinge, and when water is sprayed, water flushes the oscillating sprinkler cap, and when there is no water, the oscillating sprinkler cap covers the oscillating sprinkler head to prevent dirt; the copper rotating core (59s) is provided with a oscillating sprinkler cap (591) above the trumpet-shaped outlet of the oscillating sprinkler head (59), and the oscillating sprinkler cap is slightly sheet-shaped; a semicircular oscillating sprinkler cap ball (592) is provided at the corresponding position of the oscillating sprinkler cap above the trumpet-shaped outlet of the oscillating sprinkler head (59); the slightly sheet-shaped oscillating sprinkler cap is connected to a oscillating sprinkler cap handle (593) fixed on the oscillating sprinkler head through a oscillating sprinkler cap groove ( The lower part of the oscillating sprinkler (59) is provided with a rotating shaft (59k) to facilitate rotation speed increase, the copper rotating core (59s) is a tower-shaped spiral blade that is larger at the bottom and smaller at the top, that is, loose at the bottom and tight at the top, to facilitate swirl, and the spiral blade section (59j) of the copper rotating core (59s) is triangular to facilitate paddling; a rotating core cavity with a large cross section is provided at the position where the copper rotating core (59s) is provided inside each oscillating sprinkler (59), and its upper and lower parts are small cross-section pipelines to facilitate fluid to become tighter through the cross section and improve pressure; the copper rotating core (59s) is made of copper to facilitate high elasticity and durability; the external oscillation of the oscillating sprinkler (59) with a copper nozzle and the rotation of the internal copper rotating core (59s) have a comprehensive effect to enhance the oscillating spraying effect; the key-controlled nozzle oscillating sprinkler is provided with a dial (598) for oscillating the sprinkler angle, and is also provided with a dial worm (596) and a worm gear (597) for initial auxiliary calibration adjustment. The swinging plastic at the root of the copper nozzle requires a swing spring to assist the swinging.

[0005] The ultrasonic resonator is adjustable and has a trumpet-shaped outlet with a chamfer of 45 degrees, which has a better practical effect; the gears of the commutator gear set contained in the oscillating sprinkler are cycloid, so that it is not easy to get stuck like a clock; when there is no water, the oscillating spray cap covers the oscillating spray head to prevent dirt; the lower part of the copper rotating core (59s) is provided with a rotating shaft (59k) to facilitate rotation speed increase, the copper rotating core (59s) is a tower-shaped spiral blade with a large lower part and a small upper part, that is, loose at the lower part and tight at the upper part to facilitate swirl, and the cross-section of the spiral blade of the copper rotating core (59s) is triangular to facilitate paddling; a copper rotating core (59s) position is provided inside each of the oscillating spray heads (59) A rotating core cavity with a large cross section is arranged, and its upper and lower parts are small cross section pipes, so as to facilitate the fluid to become tighter through the cross section and improve the pressure; the copper rotating core (59s) is made of copper to facilitate high elasticity and durability; the external swing of the shaking spray head (59) with a copper nozzle and the rotation of the internal copper rotating core (59s) have a comprehensive effect to enhance the shaking spray effect; the key-controlled nozzle shaking sprinkler is provided with a dial (598) for shaking the spray head angle, and is also provided with a dial worm (596) and a worm wheel (597) for initial auxiliary calibration adjustment; a shaking spray seat (59x) is provided below each shaking spray head (59) to facilitate connection with the dial (598) of the shaking sprinkler.

[0006] An ultrasonic resonator adjustable swing sprinkler, the copper connector used comprises a connector (61), a copper electrode (62), a copper wire cross section (64), and a wedge copper mesh (63), the copper connector connects the power water source water supply pipe through the connector (61), the copper electrode (62) with the copper wire cross section (64) and the wedge copper mesh (63) to the swing sprinkler main gear housing (70) provided with a commutator disk (5821) capable of toggling a swing rod (5801), the scanning trajectory of the copper electrode (62) is a logarithmic spiral with a pressure angle characteristic of being equal everywhere in order to reduce the loss along the way of the power water source, the copper wire cross section (64) of the copper electrode (62) ) is hexagonal in order to achieve more affinity, the wedge copper mesh (63) in contact with the copper electrode (62) is connected by a plurality of hollow copper meshes approximately in the shape of a hexagonal pyramid wedge matrix to achieve the wedge noise reduction effect, and the grounding electrode of the battery matched with the copper electrode (62) is connected to the main gear housing (70), so as to be beneficial to form a pressure-resistant, corrosion-resistant, durable electrochemical anti-cavitation and copper ion antibacterial spring nozzle swing sprinkler, and then advanced to a plurality of key-controlled nozzles for opening and closing nozzles and a heavy modified ultrasonic transducer adjustable swing sprinkler, which is characterized in that the commutation disk (5821) contained therein is a logarithmic commutation disk, and the outer sides of the two commutation slots are both A logarithmic commutation groove edge (5821c) is provided, and the outer contour of the logarithmic commutation groove edge (5821c) is approximately similar to a section of a logarithmic spiral, so as to utilize the characteristic that the pressure angle of the logarithmic spiral is equal everywhere, which is beneficial to make the toggle rocker (5801) accommodated in the space of the two commutation grooves of the two back-to-back mounted logarithmic commutation disks more reliably toggle the commutation; the plastic for swinging at the root of the copper nozzle needs a swing spring to assist the swinging, therefore, the improved swing sprinkler comes into being as a modified ultrasonic resonator adjustable swing sprinkler, the highlight of which is that because the plastic for swinging at the root of the copper nozzle, i.e., the swinging sprinkler head (59), needs a swing spring to assist the swinging, The supporting springs (599) are arranged on the left and right sides of the plurality of shaking nozzles (59) on the dial (598), the larger end of the supporting spring (599) rests on the dial (598), and the other end, i.e., the smaller end, supports the shaking nozzle (59) and the left and right sides of the plastic for swinging at the nozzle root of the shaking nozzle (59). The scanning track of the supporting spring (599) is a section of a logarithmic spiral with a pressure angle that is similar to each other, so as to be beneficial to the support and vibration swing. The steel wire cross section of the supporting spring (599) is rhombus-shaped, so as to increase the contact point and prevent it from getting loose or slipping.An ultrasonically controlled area-adjustable oscillating sprinkler is designed to achieve the purpose of intensive cultivation by regulating and saving water, and to meet the objective need of opening or closing several nozzle outlets in different occasions and in changing time periods. Therefore, an improved ultrasonic transducer-adjustable oscillating sprinkler for opening and closing nozzle water outlets is designed. The feature of the oscillating sprinkler is that the original metal base area-adjustable oscillating sprinkler has a dial (598) for adjusting the angle of the sprinkler head provided on the circular sprinkler, and the first three and the last three, a total of six, key transverse grooves (5988) are provided for accommodating logarithmic keys (5988a) that can be pushed left and right. The two ends of the key transverse groove (5988) are square grooves for accommodating the square keys of the logarithmic keys (5988a). The middle of the key transverse groove (5988) is provided with a square groove for accommodating the square keys of the logarithmic keys (5988a). The part is a round hole connected to the waterway, the cylindrical plunger valve core of the logarithmic button (5988a) is provided with a logarithmic inclined valve port (5988c) with a circumferential groove that is 45 degrees to the cylindrical axis, the scanning trajectory of the groove of the logarithmic inclined valve port (5988c) is a section of a logarithmic spiral with a pressure angle that is approximately similar and has the characteristic of being equal everywhere, and two sealing rings are provided on the cylindrical plunger valve core of the logarithmic button (5988a), one of which is in the circumferential groove that is 45 degrees to the cylindrical axis, so that the logarithmic button (5988a) can be pushed to the left to close and pushed to the right to open so as to arbitrarily select to open and close several nozzles to discharge water; the modified ultrasonic resonator adjustable swing sprinkler is also characterized in that the base of the swing sprinkler is metal; the base The base is provided with threaded holes for installing long screws into the ground; the base is also provided with nail holes for hammering long nails into the ground; the base is also provided with movable mounting wheel clamping positions for movement; the nozzle rotation angle makes the spraying area adjustable, but the range is limited, so a new vertical pole is provided so that the swing sprinkler and the nozzle can be raised and lowered above the base to further increase the spraying area and make it adjustable; a problem occurs during use, that is, the body of the swing sprinkler is often swung and tilted, the reason is that the plastic product is too light, and in order to further increase the spraying area, an improved ultrasonic resonator adjustable swing sprinkler that can increase the height of the sprinkler is devised, which contains a metal base (99) and a gear set and a commutator with a swing sprinkler main gear box (70) connected to multiple nozzle swing sprinklers The swing sprinkler of (59) is characterized in that a vertical pole (92) is provided on the metal base (99), the rack of the vertical pole (92) is meshed with a lifting gear (93) of the swing sprinkler, a water-driven impeller (94) is coaxially provided with the lifting gear (93), a remote control valve (97) is provided above the water-driven impeller (94), the remote control valve (97) is controlled by an electromagnetic valve core (95), an electromagnetic coil (96) and a remote control circuit, and when the remote control valve (97) is opened, the water in the main gear housing (70) is used to impulse the water-driven impeller (94), so that the lifting gear (93) drives the swing sprinkler along the rack of the vertical pole (92) to raise the sprinkler height, that is, to increase the spraying area;The remote control valve (97) and the lifting gear (93) can be turned manually, but it is not as advanced as remote control, because manual operation requires one sprinkler to be adjusted one by one in the field, while remote control can control hundreds of oscillating sprinklers. An ultrasonic receiving controller circuit for an oscillating sprinkler that is continuously improved is as follows; Fig.16 As shown: an ultrasonically controlled swing sprinkler with adjustable area, the rack of the vertical pole (92) is meshed with the lifting gear (93) of the swing sprinkler, the lifting gear (93) is coaxially provided with a water-driven impeller (94), and a remote control valve (97) is provided above the water-driven impeller (94), and the remote control valve (97) is controlled by an electromagnetic valve core (95) and an electromagnetic coil (96) and an ultrasonic remote control circuit. The invention is characterized in that the receiving circuit of the ultrasonic remote control circuit of the swing sprinkler with adjustable ultrasonic resonator is composed of an ultrasonic receiving transducer B2, a preamplifier VT1, a voice-controlled dedicated integrated circuit A2, a rear electronic switch and a power supply CELL; the rear electronic switch is composed of a rear amplifier VT2, a small relay K, a diode VD1 and an electromagnetic coil (96); the voice-controlled dedicated integrated circuit A2 adopts the BH-SK-1 type, and the output end of A2, i.e., the foot output When the voltage is low, the post-amplifier VT2 is turned off, the small relay K does not work, its normally open contact K-1 is opened, and the electromagnetic coil (96) is not attracted. If the receiving circuit receives the 40KHZ command signal of the ultrasonic transmitter matched with it, the ultrasonic receiving transducer B2 converts the received ultrasonic signal into a corresponding electrical signal, which is pre-amplified by the pre-amplifier VT1 and then sent to the input end, i.e., pin 1, of the voice-controlled special integrated circuit A2 by the capacitor C1, so that the internal trigger of the voice-controlled special integrated circuit A2 is turned over, and the 12th pin outputs a high voltage, the post-amplifier VT2 is turned on, the small relay K is electrically attracted, the normally open contact K-1 is closed, the electromagnetic coil (96) is attracted, the electromagnetic valve core (95) moves, the remote control valve (97) is opened, the water pushes the water to turn the impeller (94), and the lifting gear (93) is meshed along the rack of the vertical pole (92) to raise the swing sprinkler, so that the watering area can be adjusted.

[0007] Although ultrasonically controlled oscillating sprinklers with adjustable area that can raise the height of the sprinkler are available, an ultrasonic transmitter that reliably transmits commands can create an oscillating sprinkler with adjustable ultrasonic emission area; Fig.17The present invention is a circuit schematic diagram of an ultrasonic transmitter with a fine-tuning resistor R of a swing sprinkler with an adjustable ultrasonic emission area; the swing sprinkler with an adjustable ultrasonic emission area is characterized in that it contains an ultrasonic transmitter with a fine-tuning resistor R, A1 is a special integrated circuit for ultrasonic remote control transmission, adopts the NYKD40T model or other similar models, its peripheral circuit is provided with a button SB, a battery CELL1, a piezoelectric ceramic ultrasonic emission transducer B1, and a special fine-tuning resistor R for fine-tuning, when the button SB is pressed, the ultrasonic emission transducer B1 immediately emits ultrasonic waves with a frequency of 40KHZ to the outside, so that the ultrasonic receiver can receive and control the swing sprinkler, and fine-tuning solves the problem of occasional failure.

[0008] The technical solution adopted by the present invention to solve the technical problem is:

[0009] In order to further increase the spraying area, an ultrasonically controlled swing sprinkler with adjustable area that can increase the height of the sprinkler was invented; however, only an ultrasonic transmitter that can reliably transmit instructions can create a swing sprinkler with adjustable ultrasonic emission area, and the ultrasonic transducer must be innovative to make it a new product, called a swing sprinkler with adjustable ultrasonic resonator; the swing sprinkler with adjustable ultrasonic resonator is characterized in that it contains an ultrasonic transducer B1, which is a modified piezoelectric ceramic transducer with a hexagonal The invention is composed of a rare earth metal wire mesh (83) having a wedge array of hexagonal wedges (81) and micro-through holes (82), a hexagonal spherical polyhedron metal shell having a non-porous hexagonal wedge matrix (84), a nano material paper cone (85) having a shallow convex and concave hexagonal wedge matrix (86), a rare earth piezoelectric ceramic sheet-shaped vibrator (87) and a base and lead wires (88); the hexagonal wedge (81) is a hollow hexagonal pyramid, and the wedge array composed of the hollow hexagonal pyramid and the micro-through holes (82) is suitable for The metal wire mesh (83) containing trace rare earth elements is used to emit harmonic oscillation so as to approach the resonance enhancement effect; the lower part of the hexagonal spherical polyhedron metal shell with a non-porous hexagonal wedge matrix (84) is closed to form a reverberation cavity effect and reduce clutter; the nano material paper cone (85) with a shallow convex and concave hexagonal wedge matrix (86) has a shallow convex and concave hexagonal wedge matrix (86) to strengthen the wedge matrix effect and the paper cone strength, and the nano material paper cone (85) is mixed with a certain amount of nano graphene, Or the quantum tailoring material is made into a conversion film and covered on the surface to improve the resonance effect of activation; the rare earth-containing piezoelectric ceramic sheet vibrator (87) is used to incorporate rare earth ions as activators into the matrix to improve the efficiency of the sheet vibrator; thereby improving the ultrasonic transducer B1 and a swing sprinkler with an adjustable ultrasonic transducer; it is found in practice that the ultrasonic transducer B1 can be used for transmission but can also be used for reception. It is best to add a resonator when used for reception to make the product a swing sprinkler with an adjustable ultrasonic resonator; see Fig.19The swing sprinkler with adjustable ultrasonic resonator is provided with a vertical rod (92) on a metal base (99). The rack of the vertical rod (92) is meshed with a lifting gear (93) of the swing sprinkler. A water-driven impeller (94) is coaxially provided with the lifting gear (93). A remote control valve (97) is provided above the water-driven impeller (94). The remote control valve (97) is controlled by an electromagnetic valve core (95), an electromagnetic coil (96) and a remote control circuit. When the remote control valve (97) is opened, the water in the main gear housing (70) is used to stimulate the water-driven impeller (94), so that the lifting gear (93) drives the swing sprinkler. The sprinkler is raised along the rack of the vertical pole (92) to increase the height of the sprinkler, that is, to increase the spraying area; the feature is that the ultrasonic receiving transducer B2 of the receiving circuit of the ultrasonic remote control circuit of the ultrasonic resonator adjustable swing sprinkler is composed of the ultrasonic transducer B1 and the resonator 99B, the base of the metal base (99) is hollowed out, and a plurality of hole-free hexagonal wedge matrices (84) are arranged on the upper and lower surfaces of the hollowed-out base to form a resonator 99B, the ultrasonic receiving transducer B2 arranged on the base and the resonator 99B are in sound communication with each other, so as to enhance the resonance effect and become a new product, an ultrasonic resonator adjustable swing sprinkler.

[0010] Benefits:

[0011] The ultrasonic receiving transducer B2 of the receiving circuit of the ultrasonic remote control circuit of the swing sprinkler with adjustable ultrasonic resonator is composed of an ultrasonic transducer and a resonator 99B. The base of the metal base (99) is hollowed out and a plurality of hole-free hexagonal wedge matrices (84) are provided to enhance the resonance effect. It is practical, improves quality, and is more efficient. In the past, there was nothing that could be done when it occasionally failed.

[0012] The present invention is further described below in conjunction with the accompanying drawings and embodiments.

[0013] Figure 1 , is a schematic diagram of a swing sprinkler head (59) with a copper nozzle.

[0014] Figure 2 , is a schematic diagram of a swing sprinkler including a commutator gear set whose gears are cycloid.

[0015] Figure 3 , is a schematic diagram of a swing sprinkler.

[0016] Figure 4 , is a partial cross-sectional schematic diagram of a swing sprinkler, wherein the copper nozzle includes a nozzle (61), a copper electrode (62), a copper wire section (64), and a wedge copper mesh (63).

[0017] Figure 5, is a partial cross-sectional schematic diagram of a swing sprinkler, wherein the copper nozzle includes a nozzle (61) and a copper electrode (62).

[0018] Figure 6 , is a front view schematic diagram of the commutator disc.

[0019] Figure 7 , which is an isometric schematic diagram of the commutator disc.

[0020] Figure 8 , is an oblique schematic diagram of the commutator disc.

[0021] Fig. 9 , is a schematic diagram of the back view of the commutator disc.

[0022] Fig.10 , is a schematic front view of a swing sprinkler.

[0023] Fig.11 , is a schematic diagram of a logarithmic inclined valve port (5988c) provided on the plunger valve core of the logarithmic button (5988a).

[0024] Fig.12 , is a schematic diagram of a dial (598) of a swing sprinkler.

[0025] Fig.13 , is a top view schematic diagram of an area-adjustable swing sprinkler.

[0026] Fig.14 , is a top view schematic diagram of an area-adjustable swing sprinkler.

[0027] Fig.15 , is a partially enlarged schematic diagram of the lifting and lowering of an adjustable-area swing sprinkler.

[0028] Fig.16 , is a schematic diagram of a receiving circuit of an ultrasonic remote control circuit of an ultrasonically controlled area-adjustable swing sprinkler.

[0029] Fig.17 , is a circuit schematic diagram of an ultrasonic transmitter with a fine-tuning resistor R of a swing sprinkler with adjustable ultrasonic emission area.

[0030] Fig.18 , is a schematic side cross-sectional view of an ultrasonic transducer of a swing sprinkler with an adjustable ultrasonic transducer.

[0031] Fig.19 , is a schematic diagram of a swing sprinkler with adjustable ultrasonic resonator.

[0032] As shown in the figure, in the figure:

[0033] B2. Ultrasonic receiving transducer B2,

[0034] 99B. Resonator 99B,

[0035] 81. Hexagonal wedge (81),

[0036] 82. Micro via (82),

[0037] 83. Rare earth metal wire mesh (83),

[0038] 84.Hexagonal wedge matrix without holes (84),

[0039] 86. Shallow convex and concave hexagonal wedge matrix (86),

[0040] 85.Nanomaterial paper cone (85)

[0041] 87. Rare earth-containing piezoelectric ceramic sheet vibrator (87),

[0042] 88. Lead wire (88),

[0043] A1. It is a special integrated circuit for ultrasonic remote control transmission.

[0044] SB. Button SB,

[0045] CELL1. Battery CELL1,

[0046] B1. Piezoelectric ceramic ultrasonic transmitting transducer B1,

[0047] R. Fine-tuning resistor R,

[0048] B2. Ultrasonic receiving transducer B2,

[0049] VT1. Preamplifier VT1,

[0050] A2. Voice control special integrated circuit A2 adopts BH-SK-1 type,

[0051] CELL. Power CELL,

[0052] VT2. Post amplifier VT2,

[0053] K. Small relay K,

[0054] VD1. Diode VD1,

[0055] VS. Zener diode VS,

[0056] R1-6.Resistors,

[0057] C1-4. Capacitor,

[0058] 92. Pole erection (92)

[0059] 93. Lifting gear (93),

[0060] 94. Water impeller (94),

[0061] 97. Remote control valve (97),

[0062] 95. Solenoid valve core (95),

[0063] 96. Electromagnetic coil (96),

[0064] 99.Metal base (99),

[0065] 5988a. Logarithmic keys (5988a),

[0066] 5988. Button horizontal groove (5988),

[0067] 5988c. Logarithmic inclined valve port (5988c),

[0068] 599. Fuyao Spring (599),

[0069] 5821c. Logarithmic commutation slot edge (5821c),

[0070] 61. Mouthpiece (61)

[0071] 64. Copper wire cross section (64),

[0072] 62. Copper electrode (62),

[0073] 63.Split copper mesh (63),

[0074] 70. Swing sprinkler main gear housing (70),

[0075] 59. Shaking nozzle (59);

[0076] 591. Shake spray cap (591);

[0077] 59s. Copper core (59s);

[0078] 592. Shake spray cap ball (592);

[0079] 594. Shake spray cap slot (594);

[0080] 593. Shake spray cap handle (593);

[0081] 59j. Blade cross section (59j);

[0082] 59k. Rotating shaft (59k);

[0083] 59x. Shaking spray seat (59x);

[0084] 5801. Move the swing lever (5801);

[0085] 5821. Commutator plate (5821);

[0086] 591. Shake spray cap (591);

[0087] 5951.Right dial slot 1;

[0088] 5952.Right dial slot 2;

[0089] 5953.Right dial slot 3;

[0090] 5954.Right dial slot 4;

[0091] 5955.Right dial slot 5;

[0092] 5956.Right dial slot 6;

[0093] 5957.Right dial slot 7;

[0094] 5951a. Left dial slot 1;

[0095] 5952a. Left dial slot 2;

[0096] 5953a. Left dial slot 3;

[0097] 5954a. Left dial slot 4;

[0098] 5955a. Left dial slot 5;

[0099] 5956a. Left dial slot 6;

[0100] 5957a. Left dial slot 7;

[0101] 596. Dial worm;

[0102] 597. Worm gear (597);

[0103] 598. Dial (598). DETAILED DESCRIPTION

[0104] Operators often encounter troubles, that is, there is no interface for the water source, but only a faucet. The faucet needs to be removed in order to connect the sprinkler timer. But sometimes there is no suitable tool at hand, and sometimes the faucet is difficult to remove due to rust over time, and it has to be installed again after use; the combination of the swing sprinkler with an energy-saving sprinkler timer with a multi-purpose interface and a water distributor is energy-saving and water-saving for garden irrigation. There are many existing products, and none of them is perfect; there is a certain type of sprinkler, and water is sprayed out through the only small square through hole set on the sprinkler cap as the water spray port, and its disadvantage is that the water spray range is narrow. Another type of sprinkler in the existing product sprays out through a large through hole with half of the side open on the sprinkler cap, and its disadvantage is that the water spray range is only half of the side, and there cannot be a 360-degree all-round irrigation effect. The regulation of drip irrigation water output, irrigation according to the needs of plant growth, and efficient water-saving irrigation that saves water resources are long-standing problems in the industry at home and abroad. It is necessary to improve new nozzles, so it is necessary to improve existing products. Improved pressure-resistant, corrosion-resistant, durable key-controlled nozzle swing sprinklers with adjustable spray angles are needed, as well as sturdy and non-distorted metal base swing sprinklers with adjustable area. The problem in use is that the body of the swing sprinkler is often swung and skewed, because the plastic product is too light. In order to further increase the spraying area, an ultrasonic emission area-adjustable swing sprinkler that can increase the height of the sprinkler was invented. It is troublesome to connect water and electricity at the beginning, but it is convenient to remotely control a large number of units.

[0105] The technical solution adopted by the present invention to solve the problem is that the ultrasonic resonator can be used on a variety of swing sprinklers:

[0106] An ultrasonic resonator adjustable oscillating sprinkler, comprising a metal base (99) and a gear set with a oscillating sprinkler main gear housing (70) and a commutator connected to a plurality of nozzle oscillating sprinkler heads (59), characterized in that a vertical rod (92) is provided on the metal base (99), a rack of the vertical rod (92) is meshed with a lifting gear (93) of the oscillating sprinkler, a water impeller (94) is coaxially provided with the lifting gear (93), a remote control valve (97) is provided above the water impeller (94), and the remote control valve (97) ) is controlled by an electromagnetic valve core (95), an electromagnetic coil (96) and a remote control circuit. When the remote control valve (97) is opened, the water in the main gear housing (70) is used to impulse the water-driven impeller (94), so that the lifting gear (93) drives the swing sprinkler along the rack of the vertical pole (92) to increase the height of the sprinkler, that is, to increase the spraying area. The remote control valve (97) and the lifting gear (93) can be turned manually, but they are not as advanced as remote control, because manual operation requires going to the fields one by one to adjust the sprinklers, while remote control can control hundreds of swing sprinklers.

[0107] The ultrasonic emitting area adjustable oscillating sprinkler is provided with a gear set and a commutator to connect a plurality of oscillating sprinklers (59) with copper nozzles. A oscillating sprinkler cap (591) is provided on each of the oscillating sprinkler heads (59) to prevent dirt. A oscillating sprinkler cap (591) is provided above the trumpet-shaped outlet of the oscillating sprinkler head (59), and the oscillating sprinkler cap is slightly sheet-shaped. A semicircular oscillating sprinkler cap ball (592) is provided at the corresponding position of the oscillating sprinkler cap above the trumpet-shaped outlet of the oscillating sprinkler head (59). The slightly sheet-shaped oscillating sprinkler cap is connected to a oscillating sprinkler cap handle (593) fixed on the oscillating sprinkler head through a oscillating sprinkler cap groove (594) of a flexible and oscillating film. The oscillating sprinkler cap groove (594) acts as a movable hinge, and when water is sprayed, water is flushed away. The swing spray cap covers the swing spray head when there is no water to prevent dirt; the sprinkler includes a wet commutator for water flow, and after the gear set is decelerated, the commutator plate (5821) is used to toggle the swing rod (5801), and on the outside of each swing spray head (59) of the swing sprinkler, a right dial groove 1 (5951), a right dial groove 2 (5952), a right dial groove 3 (5953), a right dial groove 4 (5954), a right dial groove 5 (5955), a right dial groove 6 (5956), a right dial groove 7 (5957), a left dial groove 1 (5951a), a left dial groove 2 (5952a), a left dial groove 3 (5953a), and a left dial groove 4 (5954a) with increasing inclination angles are respectively and sequentially mounted with a dial (598) , left dial groove 5 (5955a), left dial groove 6 (5956a), left dial groove 7 (5957a), the dial (598) is provided with a rack-shaped worm (596), and is meshed with a worm wheel (597) provided on the swing sprinkler. By utilizing the self-locking characteristics of the worm wheel, when the worm wheel is rotated forward, the rack-shaped worm (596) provided on the dial (598) is pushed to move the dial (598) upward, so that the right dial groove 1 (5951), right dial groove 2 (5952), right dial groove 3 (5953), right dial groove 4 (5954), right dial groove 5 (5955), right dial groove 6 (5956), and right dial groove 7 (5957) of the dial (598) are successively inclined rightward with increasing angles. Each corresponding oscillating spray head (59) of the oscillating sprinkler is turned rightward to increase the tilt angle in sequence, and at the same time, the left dial groove 1 (5951a), left dial groove 2 (5952a), left dial groove 3 (5953a), left dial groove 4 (5954a), left dial groove 5 (5955a), left dial groove 6 (5956a), and left dial groove 7 (5957a) of the dial (598) with the tilt angle increasing to the left in sequence turn each corresponding oscillating spray head (59) of the oscillating sprinkler to increase the tilt angle in sequence in sequence, and vice versa, forming an advanced improvement and perfection of the key-controlled nozzle oscillating sprinkler; the outside of the oscillating spray head connected to the commutator of the oscillating sprinkler is a large copper cylinder connected to a small plastic cylinder for durability and plug-in;The interior of the oscillating sprinkler with a copper nozzle connected to the commutator of the oscillating sprinkler is a circular through hole, and a trumpet-shaped outlet with a chamfer of 41 degrees is provided on the side of the circular through hole close to the large cylinder, that is, the angle between the two sides of the cross section of the trumpet-shaped outlet is not 90 degrees but 98 degrees, which has a better practical effect; the gears of the commutator gear set contained in the key-controlled nozzle oscillating sprinkler are cycloid, and the sprinkler contains a wet commutator that passes water, so that it is not easy to get stuck like a clock; the key-controlled nozzle oscillating sprinkler is provided with a dial (598) for adjusting the angle of the oscillating sprinkler, and a dial worm (596) and a worm wheel (597) are also provided for initial auxiliary calibration adjustment. ;

[0108] An ultrasonic resonator adjustable oscillating sprinkler comprises a plurality of oscillating sprinklers (59) with copper nozzles, each of the oscillating sprinklers (59) being provided with a oscillating sprinkler cap (591); each of the oscillating sprinklers (59) being provided with a copper rotating core (59s); a oscillating sprinkler cap (591) being provided above the trumpet-shaped outlet of the oscillating sprinkler head (59), the oscillating sprinkler cap being slightly sheet-shaped; a semicircular oscillating sprinkler cap ball (592) being provided at a position of the oscillating sprinkler cap corresponding to the trumpet-shaped outlet above the oscillating sprinkler head (59); the slightly sheet-shaped oscillating sprinkler cap being connected to a oscillating sprinkler cap handle (593) fixed on the oscillating sprinkler head through a oscillating sprinkler cap groove (594) of a flexible and oscillating film; the oscillating sprinkler cap groove (594) acting as a movable hinge, water flushing the oscillating sprinkler cap when spraying water, and the oscillating sprinkler cap covering the oscillating sprinkler head when there is no water, so as to prevent dirt; the copper rotating core (59s) The lower part of the copper rotating core (59s) is provided with a rotating shaft (59k) to facilitate rotation speed increase, the copper rotating core (59s) is a tower-shaped spiral blade that is larger at the bottom and smaller at the top, that is, loose at the bottom and tight at the top, to facilitate swirling, and the cross-section of the spiral blade of the copper rotating core (59s) is triangular to facilitate paddling; a rotating core cavity with a large cross-section is provided at the position where the copper rotating core (59s) is provided inside each shaking spray head (59), and its upper and lower parts are small cross-section pipelines to facilitate fluid to become tighter through the cross-section and stabilize the pressure; the copper rotating core (59s) is made of copper to facilitate high elasticity and durability; the external swing of the shaking spray head (59) with a copper nozzle and the rotation of the internal copper rotating core (59s) have a comprehensive effect to enhance the shaking spraying effect; the key-controlled nozzle shaking sprinkler is provided with a dial (598) for shaking the spray head angle, and is also provided with a dial worm (596) and a worm gear (597) for initial auxiliary calibration adjustment. The remote control can control hundreds of oscillating sprinklers, and it is convenient to remotely control a large number of sprinklers. The rack pole and remote control valve of this technical solution can be used on a variety of oscillating sprinklers.

[0109] It was continuously improved and perfected and improved into a swing sprinkler with adjustable ultrasonic resonator.

[0110] The invention discloses an adjustable ultrasonic resonator swing sprinkler, wherein the rack of the vertical rod (92) is meshed with a lifting gear (93) of the swing sprinkler, the lifting gear (93) is coaxially provided with a water-driven impeller (94), a remote control valve (97) is provided above the water-driven impeller (94), the remote control valve (97) is controlled by an electromagnetic valve core (95), an electromagnetic coil (96) and an ultrasonic remote control circuit, and is characterized in that the receiving circuit of the ultrasonic remote control circuit of the adjustable ultrasonic control area swing sprinkler is composed of an ultrasonic receiving transducer B2, a preamplifier VT1, a voice-controlled dedicated integrated circuit A2, a rear electronic switch and a power supply CELL; the rear electronic switch is composed of a rear amplifier VT2, a small relay K, a diode VD1 and an electromagnetic coil (96); the voice-controlled dedicated integrated circuit A2 adopts a BH-SK-1 type, and the output end of A2, i.e., the foot outputs a low voltage Normally, the post-amplifier VT2 is turned off, the small relay K does not operate, its normally open contact K-1 is opened, and the electromagnetic coil (96) is not attracted; if the receiving circuit receives a 40KHZ command signal from the ultrasonic transmitter matched therewith, the ultrasonic receiving transducer B2 converts the received ultrasonic signal into a corresponding electrical signal, which is pre-amplified by the pre-amplifier VT1 and then sent to the input end, i.e., pin 1, of the voice-controlled special integrated circuit A2 by the capacitor C1, so that the internal trigger of the voice-controlled special integrated circuit A2 is flipped, the pin 12 outputs a high level, the post-amplifier VT2 is turned on, the small relay K is electrically attracted, the normally open contact K-1 is closed, the electromagnetic coil (96) is attracted, the electromagnetic valve core (95) moves, the remote control valve (97) is opened, the water pushes the water to turn the impeller (94), and the lifting gear (93) is meshed along the rack of the vertical pole (92) to raise the swing sprinkler, so that the watering area can be adjusted.

[0111] The ultrasonic resonator adjustable swing sprinkler does not need a power machine to lift and lower, but cleverly uses the water in the main gear box (70) to stimulate water to turn the impeller (94), so that the lifting gear (93) drives the swing sprinkler along the rack of the vertical pole (92) to raise the sprinkler height, thereby increasing the spraying area; the remote control valve (97) and the lifting gear (93) can be rotated manually, but it is not as advanced as remote control, because manual operation requires going to the field one by one to adjust the sprinklers, while remote control can control hundreds of swing sprinklers; ultrasonic control is available, the ultrasonic resonator adjustable swing sprinkler circuit is reliable, stable in operation, easy to debug the circuit, and suitable for mass production.

[0112] The receiving circuit of the ultrasonic remote control circuit of the swing sprinkler with adjustable ultrasonic resonator is composed of an ultrasonic receiving transducer B2, a preamplifier VT1, a voice-controlled special integrated circuit A2, a rear electronic switch and a power supply CELL; the rear electronic switch is composed of a rear amplifier VT2, a small relay K, a diode VD1 and an electromagnetic coil (96); if a 40KHZ command signal is received, the internal trigger of the voice-controlled special integrated circuit A2 is turned over, the postamplifier VT2 is turned on, the electromagnetic coil (96) is attracted, the electromagnetic valve core (95) moves, the remote control valve (97) is opened, the water pushes the water to turn the impeller (94), and the lifting gear (93) is meshed along the rack of the vertical pole (92) to raise the swing sprinkler, so that the watering area can be adjusted.

[0113] Although ultrasonically controlled oscillating sprinklers with adjustable area that can raise the height of the sprinkler are available, an ultrasonic transmitter that reliably transmits commands can create an oscillating sprinkler with adjustable ultrasonic emission area; Fig.17 The present invention is a circuit schematic diagram of an ultrasonic transmitter with a fine-tuning resistor R of a swing sprinkler with an adjustable ultrasonic emission area; the swing sprinkler with an adjustable ultrasonic emission area is characterized in that it contains an ultrasonic transmitter with a fine-tuning resistor R, A1 is a special integrated circuit for ultrasonic remote control transmission, adopts the NYKD40T model or other similar models, its peripheral circuit is provided with a button SB, a battery CELL1, a piezoelectric ceramic ultrasonic emission transducer B1, and a special fine-tuning resistor R for fine-tuning, when the button SB is pressed, the ultrasonic emission transducer B1 immediately emits ultrasonic waves with a frequency of 40KHZ to the outside, so that the ultrasonic receiver can receive and control the swing sprinkler, and fine-tuning solves the problem of occasional failure.

[0114] The invention discloses a swing sprinkler with adjustable ultrasonic emission area. When receiving a 40KHZ command signal, the receiver flips the internal trigger of the voice-controlled special integrated circuit A2, the post-amplifier VT2 is turned on, the electromagnetic coil (96) on the swing sprinkler is attracted, the electromagnetic valve core (95) moves, the remote control valve (97) is opened, the water pushes the water to turn the impeller (94), and the lifting gear (93) meshes along the rack of the vertical pole (92) to raise the swing sprinkler, so that the watering area can be adjusted. The invention is characterized in that the invention comprises an ultrasonic transmitter with a fine-tuning resistor R, A1 is an ultrasonic remote control emission special integrated circuit, adopting the NYKD40T model or other similar models, and its peripheral circuit is provided with a button SB, a battery CELL1, a piezoelectric ceramic ultrasonic emission transducer B1, and a special fine-tuning resistor R for fine-tuning. When the button SB is pressed, the ultrasonic emission transducer B1 emits ultrasonic waves with a frequency of 40KHZ to the outside, so that the ultrasonic receiver can receive and control the swing sprinkler, and the fine-tuning solves the problem of occasional failure.

[0115] Only an ultrasonic transmitter that can reliably transmit commands can create a swing sprinkler with adjustable ultrasonic emission area; it contains an ultrasonic transmitter with a fine-tuning resistor R, A1 is a dedicated integrated circuit for ultrasonic remote control transmission, its peripheral circuit is equipped with a button SB, a battery CELL1, a piezoelectric ceramic ultrasonic transmitting transducer B1, and a special fine-tuning resistor R for fine-tuning. When the button SB is pressed, the ultrasonic transmitting transducer B1 emits ultrasonic waves with a frequency of 40KHZ to the outside, so that the ultrasonic receiver can receive and control the swing sprinkler, and fine-tuning can solve the problem of occasional failure.

[0116] Key points:

[0117] A new product is changed to be a swing sprinkler with adjustable ultrasonic resonator; the swing sprinkler with adjustable ultrasonic resonator is characterized in that it contains an ultrasonic transducer B1, which is a modified piezoelectric ceramic transducer, and is composed of a rare earth metal wire mesh (83) with a wedge array of hexagonal wedges (81) and micro-through holes (82), a hexagonal spherical polyhedron metal shell with a hole-free hexagonal wedge matrix (84), a nanomaterial paper cone (85) with a shallow convex and concave hexagonal wedge matrix (86), a rare earth piezoelectric ceramic sheet vibrator (87) and a base and lead wires (88); the hexagonal wedge (81) is a hollow hexagonal pyramid, and the wedge array composed of the hollow hexagonal pyramid and the micro-through holes (82) is adapted to have a metal wire mesh (83) containing trace amounts of rare earth elements below. The wire mesh (83) is used to emit harmonic oscillation so as to approach the resonance enhancement effect; the lower part of the hexagonal spherical polyhedron metal shell with a non-porous hexagonal wedge matrix (84) is closed to form a reverberation cavity effect and reduce clutter; the shallow convex and concave hexagonal wedge matrix (86) of the nano material paper cone (85) with a shallow convex and concave hexagonal wedge matrix (86) strengthens the wedge matrix effect and the strength of the paper cone, and the nano material paper cone (85) is mixed with a certain amount of nano graphene, or the quantum tailoring material is made into a conversion film and covered on the surface to improve the activated resonance effect; the rare earth piezoelectric ceramic sheet vibrator (87) is used to increase the efficiency of the sheet vibrator by adding rare earth ions as activators into the matrix; thereby improving the ultrasonic transducer B1 and a swing sprinkler with adjustable ultrasonic resonator.

[0118] The invention discloses an ultrasonic resonator adjustable swing sprinkler, which comprises an ultrasonic transducer B1 modified piezoelectric ceramic transducer, which is composed of a rare earth metal wire mesh (83) with a wedge array of hexagonal wedges (81) and micro-through holes (82), a hexagonal spherical polyhedron metal shell with a hole-free hexagonal wedge matrix (84), a nano material paper cone (85) with a shallow convex and concave hexagonal wedge matrix (86), a rare earth piezoelectric ceramic sheet vibrator (87) and a base and lead wires (88).

[0119] It is found that the ultrasonic transducer B1 can be used for both transmitting and receiving. It is best to add a resonator when used for receiving so that the product becomes a swing sprinkler with an adjustable ultrasonic resonator; see Fig.19 The swing sprinkler with adjustable ultrasonic resonator is provided with a vertical rod (92) on a metal base (99). The rack of the vertical rod (92) is meshed with a lifting gear (93) of the swing sprinkler. A water-driven impeller (94) is coaxially provided with the lifting gear (93). A remote control valve (97) is provided above the water-driven impeller (94). The remote control valve (97) is controlled by an electromagnetic valve core (95), an electromagnetic coil (96) and a remote control circuit. When the remote control valve (97) is opened, the water in the main gear housing (70) is used to stimulate the water-driven impeller (94), so that the lifting gear (93) drives the swing sprinkler. The sprinkler is raised along the rack of the vertical pole (92) to increase the height of the sprinkler, that is, to increase the spraying area; the feature is that the ultrasonic receiving transducer B2 of the receiving circuit of the ultrasonic remote control circuit of the ultrasonic resonator adjustable swing sprinkler is composed of the ultrasonic transducer B1 and the resonator 99B, the base of the metal base (99) is hollowed out, and a plurality of hole-free hexagonal wedge matrices (84) are arranged on the upper and lower surfaces of the hollowed-out base to form a resonator 99B, the ultrasonic receiving transducer B2 arranged on the base and the resonator 99B are in sound communication with each other, so as to enhance the resonance effect and become a new product, an ultrasonic resonator adjustable swing sprinkler.

[0120] Benefits:

[0121] The ultrasonic receiving transducer B2 of the receiving circuit of the ultrasonic remote control circuit of the swing sprinkler with adjustable ultrasonic resonator is composed of an ultrasonic transducer and a resonator 99B. The base of the metal base (99) is hollowed out and a plurality of hole-free hexagonal wedge matrices (84) are provided to enhance the resonance effect. It is practical, improves quality, and is more efficient. In the past, there was nothing that could be done when it occasionally failed.

Claims

1. A swing sprinkler with an adjustable ultrasonic resonator, wherein a vertical pole (92) is provided on a metal base (99), a rack of the vertical pole (92) meshes with a lifting gear (93) of the swing sprinkler, a water-driven impeller (94) is coaxially provided with the lifting gear (93), a remote control valve (97) is provided above the water-driven impeller (94), the remote control valve (97) is controlled by an electromagnetic valve core (95), an electromagnetic coil (96) and a remote control circuit, and when the remote control valve (97) is opened, water in the main gear housing (70) is used to impulse the water-driven impeller (94), so that the lifting gear (93) drives the swing sprinkler along the rack of the vertical pole (92) to raise the sprinkler height, that is, to raise the spraying area; characterized in that: The ultrasonic receiving transducer B2 of the receiving circuit of the ultrasonic remote control circuit of the ultrasonic resonator adjustable swing sprinkler is composed of the ultrasonic transducer B1 and the resonator 99B. The base of the metal base (99) is hollowed out, and a plurality of hole-free hexagonal wedge matrices (84) are arranged on the upper and lower surfaces of the hollowed-out base to form the resonator 99B. The ultrasonic receiving transducer B2 arranged on the base and the resonator 99B are in sound communication with each other to enhance the resonance effect and thus become a new product, the ultrasonic resonator adjustable swing sprinkler. Benefits: The ultrasonic receiving transducer B2 of the receiving circuit of the ultrasonic remote control circuit of the swing sprinkler with adjustable ultrasonic resonator is composed of an ultrasonic transducer and a resonator 99B. The base of the metal base (99) is hollowed out and a plurality of hole-free hexagonal wedge matrices (84) are provided to enhance the resonance effect. It is practical, improves quality, and is more efficient. In the past, there was nothing that could be done when it occasionally failed.

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