CN113333196A - Spraying device for landscaping and application method thereof - Google Patents
Spraying device for landscaping and application method thereof Download PDFInfo
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- CN113333196A CN113333196A CN202110588746.9A CN202110588746A CN113333196A CN 113333196 A CN113333196 A CN 113333196A CN 202110588746 A CN202110588746 A CN 202110588746A CN 113333196 A CN113333196 A CN 113333196A
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- spraying
- asymmetric
- water inlet
- multistage
- synchronous
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B9/00—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour
- B05B9/03—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour characterised by means for supplying liquid or other fluent material
- B05B9/04—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour characterised by means for supplying liquid or other fluent material with pressurised or compressible container; with pump
- B05B9/0403—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour characterised by means for supplying liquid or other fluent material with pressurised or compressible container; with pump with pumps for liquids or other fluent material
- B05B9/0423—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour characterised by means for supplying liquid or other fluent material with pressurised or compressible container; with pump with pumps for liquids or other fluent material for supplying liquid or other fluent material to several spraying apparatus
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G25/00—Watering gardens, fields, sports grounds or the like
- A01G25/09—Watering arrangements making use of movable installations on wheels or the like
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B12/00—Arrangements for controlling delivery; Arrangements for controlling the spray area
- B05B12/16—Arrangements for controlling delivery; Arrangements for controlling the spray area for controlling the spray area
- B05B12/32—Shielding elements, i.e. elements preventing overspray from reaching areas other than the object to be sprayed
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B15/00—Details of spraying plant or spraying apparatus not otherwise provided for; Accessories
- B05B15/60—Arrangements for mounting, supporting or holding spraying apparatus
- B05B15/68—Arrangements for adjusting the position of spray heads
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B9/00—Spraying apparatus for discharge of liquids or other fluent material, without essentially mixing with gas or vapour
- B05B9/007—At least a part of the apparatus, e.g. a container, being provided with means, e.g. wheels, for allowing its displacement relative to the ground
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/22—Improving land use; Improving water use or availability; Controlling erosion
Landscapes
- Engineering & Computer Science (AREA)
- Water Supply & Treatment (AREA)
- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Catching Or Destruction (AREA)
- Special Spraying Apparatus (AREA)
Abstract
The invention discloses a spraying device for landscaping, which comprises a movable spraying support vehicle plate, a spraying operation seat plate support rod, a spraying operation support seat plate, an asymmetric reverse synchronous greening spraying device, a multistage overlapped spraying sun-proof and waterproof shielding device, a spraying multistage water inlet device and a labor-saving spraying automatic moving device. The invention belongs to the technical field of landscaping, and particularly relates to a spraying device for landscaping and a using method thereof, which effectively solve the problem that the backpack manual spraying mode is adopted when spraying water mist or medicine mist to plants in landscape operation in the current market, and borrow the contradiction that water is needed and water is not needed in the spraying process of the landscaping operation, wherein the water is needed, namely the water mist and the medicine mist are needed to be sprayed to the plants, and the water is not needed, namely the sprayed water mist and the medicine mist easily fall onto human bodies to wet clothes and easily cause allergy, so that the technical effects of simultaneous operation on two sides, time and labor saving and operation efficiency improvement are realized by asymmetric distance.
Description
Technical Field
The invention belongs to the technical field of landscaping, and particularly relates to a spraying device for landscaping and a using method thereof.
Background
Landscaping is an aesthetic natural environment and rest territory created by modifying terrains (or further building mountains, stacking stones, managing water) to plant trees and flowers, building buildings, arranging garden roads and the like by applying engineering techniques and artistic means in certain regions, and is called a garden, which comprises gardens, residential gardens, small parks, gardens, parks, plantations, zoos and the like, and also comprises forest parks, scenic spots, natural conservation areas or tourist areas and rest resorts of national parks along with the development of landscape subjects of the garden science, and the spraying device for the garden is widely applied as equipment necessary for landscaping operation. However, most of sprayers adopted in the existing garden greening production in the market are knapsack sprayers, the knapsack sprayers cannot be easily placed on the ground, and when the knapsack sprayers are operated, the knapsack sprayers are high in working strength and low in working efficiency, and workers are tired due to long-time use. And the traditional spraying mode often generates the phenomenon that water mist and medicine mist are sprayed on the skin of a user to cause allergy, and meanwhile, the spraying direction is single, and the other side can be operated after one side is operated.
Disclosure of Invention
Aiming at the situation and overcoming the defects of the prior art, the invention provides a spraying device for landscaping and a using method thereof, which effectively solve the problem that the water spray or the pesticide mist is mostly carried out in the backpack type manual spraying mode in the existing market during the garden operation, and aim at the contradiction that the water is needed and the water is not needed in the spraying process of the garden operation (the water is needed to spray the water mist and the pesticide mist on the plants, the water is not needed, the sprayed water mist and the pesticide mist are easy to fall on the human body to wet the clothes and easily cause allergy), the technical effects of simultaneously operating at two sides, saving time and labor and improving the operating efficiency are realized by means of asymmetric distance, the allergy contradiction caused by the 'needing water and not needing water' during the folding shielding mode is used in the spraying device by means of overlapping placement, the difficulty and the fatigue degree of the operation are reduced, thereby having changed traditional gardens operation mode and having avoidd the allergy and the fatigue problem that traditional operation brought, be a very practical atomizer for afforestation.
The technical scheme adopted by the invention is as follows: the invention relates to a spraying device for landscaping, which comprises a movable spraying support vehicle plate, a spraying operation seat plate supporting rod, a spraying operation support seat plate, an asymmetric reverse synchronous greening spraying device, a multistage overlapped spraying sunscreen and waterproof shielding device, a spraying multistage water inlet device and a labor-saving spraying automatic moving device, wherein the spraying operation seat plate supporting rod is arranged on the movable spraying support vehicle plate, the spraying operation support seat plate is arranged on the spraying operation seat plate supporting rod, the asymmetric reverse synchronous greening spraying device is arranged on the movable spraying support vehicle plate, the multistage overlapped spraying sunscreen and waterproof shielding device is hinged on the movable spraying support vehicle plate, the spraying multistage water inlet device is arranged on the movable spraying support vehicle plate, an asymmetric direction adjusting control rod is arranged on the movable spraying support vehicle plate and is symmetrically arranged with the asymmetric reverse synchronous greening spraying device, the asymmetrical reverse synchronous greening spraying device is arranged between a multistage overlapped spraying sun-proof water-proof shielding device and a spraying multistage water inlet device, the spraying operation seat plate supporting rod is arranged between a spraying operation supporting seat plate and a spraying operation seat plate supporting rod, the asymmetrical reverse synchronous greening spraying device comprises an asymmetrical direction adjusting control rod, an asymmetrical spraying direction adjusting hand wheel, a control connecting rod, a spraying control switch, a spraying moving direction adjusting clamping rod, a spraying moving direction adjusting rotating wheel, an asymmetrical spraying direction multistage adjusting wheel, an asymmetrical reverse synchronous spraying rotating support piece I, an asymmetrical reverse synchronous spraying rotating support piece II, a synchronous spraying rotating support rod I, a synchronous spraying rotating support rod II, an asymmetrical spraying rotating driven wheel I, an asymmetrical spraying rotating driven wheel II, a reverse synchronous spraying rotating drive belt I, a spraying water inlet device, a spraying water outlet device and a spraying water outlet device, The device comprises a reverse synchronous spraying rotating transmission belt II, an asymmetric reverse synchronous spray head I and an asymmetric reverse synchronous spray head II, wherein the asymmetric direction adjusting control rod is arranged on a movable spraying supporting vehicle plate and penetrates through a movable spraying supporting vehicle plate facility, the asymmetric spraying direction adjusting hand wheel is arranged on the asymmetric direction adjusting control rod and is arranged at one side close to a spraying operation supporting seat plate, the control connecting rod is arranged on the asymmetric spraying direction adjusting hand wheel, the spraying control switch is arranged on the control connecting rod, the spraying moving direction adjusting clamping rod is arranged on the asymmetric direction adjusting control rod and is arranged below the movable spraying supporting vehicle plate, the spraying moving direction adjusting rotating wheel is rotatably arranged on the spraying moving direction adjusting clamping rod, the asymmetric spraying direction multi-stage adjusting wheel is arranged on the asymmetric direction adjusting control rod, the first asymmetric reverse synchronous spraying rotary support piece is arranged on the movable spraying support vehicle plate, the second asymmetric reverse synchronous spraying rotary support piece is arranged on the movable spraying support vehicle plate and is symmetrically arranged with the first asymmetric reverse synchronous spraying rotary support piece, the first synchronous spraying rotary support rod is rotationally arranged on the first asymmetric reverse synchronous spraying rotary support piece, the second synchronous spraying rotary support rod is rotationally arranged on the second asymmetric reverse synchronous spraying rotary support piece, the first asymmetric spraying rotary driven wheel is arranged on the first synchronous spraying rotary support rod, the second asymmetric spraying rotary driven wheel is arranged on the second synchronous spraying rotary support rod, one end of the reverse synchronous spraying rotary transmission belt is wound on the multistage adjusting wheel with asymmetric spraying direction, and the other section of the reverse synchronous spraying rotary transmission belt is wound on the first asymmetric spraying rotary driven wheel, one end of the reverse synchronous spraying rotary driving belt II is wound on the asymmetrical spraying direction multistage regulating wheel and is arranged below the reverse synchronous spraying rotary driving belt I, the other end of the reverse synchronous spraying rotary driving belt II is wound on the asymmetrical spraying rotary driven wheel II, the asymmetrical reverse synchronous spray head I is arranged on the synchronous spraying rotary supporting rod I, the asymmetrical reverse synchronous spray head II is arranged on the synchronous spraying rotary supporting rod II, the asymmetrical reverse synchronous spray head I and the asymmetrical reverse synchronous spray head II are asymmetrically arranged, the movable spraying supporting vehicle plate plays a role in moving and supporting, the spraying operation seat plate supporting rod plays a role in supporting, the spraying operation supporting seat plate plays a role in providing comfort level for users, the asymmetrical reverse synchronous greening spraying device plays a role in adopting asymmetrical remote synchronization to operate two sides of a garden so as to improve the efficiency, the multi-stage overlapped spraying sun-proof waterproof shielding device has the function of controlling different shielding angles in an overlapping mode so as to effectively prevent spray from being sprayed on a user body to cause an allergic phenomenon, the spraying multi-stage water inlet device has the function of multi-stage water adding and injecting, the labor-saving spraying automatic moving device has the function of moving in a spraying process, the asymmetric direction adjusting control rod has the function of connecting and controlling, the asymmetric spraying direction adjusting hand wheel has the function of adjusting, the spraying control switch has the function of controlling spraying, the spraying moving direction adjusting clamping rod has the function of supporting, the spraying moving direction adjusting rotating wheel has the function of moving guiding, the asymmetric spraying direction multi-stage adjusting wheel has the function of adjusting the spraying direction, and the asymmetric reverse synchronous spraying rotating support piece I and the asymmetric reverse synchronous spraying rotating support piece II have the function of supporting, the synchronous spraying rotating support rod I and the synchronous spraying rotating support rod II play roles in connection and support, the asymmetrical spraying rotating driven wheel I and the asymmetrical spraying rotating driven wheel II play roles in synchronously converting spraying directions, and the asymmetrical reverse synchronous spray head I and the asymmetrical reverse synchronous spray head II play roles in spraying operation on two sides of a garden simultaneously.
Furthermore, the multi-stage overlapped sunscreen and waterproof shielding device comprises a multi-stage overlapped sunscreen and waterproof hinge element, a multi-stage overlapped sunscreen and waterproof fixed support rod, a multi-stage overlapped sunscreen and waterproof shielding cloth, and a multi-stage overlapped sunscreen and waterproof folding support rod, wherein the multi-stage overlapped sunscreen and waterproof hinge element is arranged on the side wall of the mobile spraying support vehicle board, the multi-stage overlapped sunscreen and waterproof fixed support rod is arranged on the multi-stage overlapped sunscreen and waterproof hinge element, the multi-stage overlapped sunscreen and waterproof shielding cloth is arranged on the multi-stage overlapped sunscreen and waterproof fixed support rod, one end of the multi-stage overlapped sunscreen and waterproof folding support rod is hinged on the multi-stage overlapped sunscreen and waterproof hinge element, the other end of the multi-stage overlapped sunscreen and waterproof folding support rod is arranged on the multi-stage overlapped sunscreen and waterproof shielding cloth and is arranged on one side far away from the multi-stage overlapped sunscreen and waterproof fixed support rod, the multistage overlapped sunscreen and waterproof hinge assembly plays a role in connection and support, the multistage overlapped sunscreen and waterproof fixing support rod plays a role in support and fixation, the multistage overlapped sunscreen and waterproof shielding cloth plays a role in water prevention and sunscreen shielding, and the multistage overlapped sunscreen and waterproof folding support rod plays a role in support.
Furthermore, the spraying multi-stage water inlet device comprises a spraying multi-stage water inlet liquid storage tank, a spraying multi-stage water inlet water pump, a spraying multi-stage water inlet pipe I, a spraying multi-stage water inlet connecting valve I, a spraying multi-stage water inlet pipe II and a spraying multi-stage water inlet connecting valve II, wherein the spraying multi-stage water inlet liquid storage tank is arranged on a movable spraying support vehicle plate and is symmetrically arranged with a spraying operation seat plate supporting rod, the spraying multi-stage water inlet water pump is arranged on the spraying multi-stage water inlet liquid storage tank, the spraying multi-stage water inlet pipe I is arranged on the spraying multi-stage water inlet water pump, one end of the spraying multi-stage water inlet connecting valve is arranged on the spraying multi-stage water inlet pipe I, the other end of the spraying multi-stage water inlet pipe I is arranged on the synchronous spraying rotary supporting rod I, the spraying multi-stage water inlet pipe II is arranged on the spraying multi-stage water inlet water pump and is symmetrically arranged with, the two other ends of the spraying multi-stage water inlet connecting valve are arranged on the rotating support rod II, the spraying multi-stage water inlet liquid storage tank plays a role in water storage, the spraying multi-stage water inlet pipe I and the spraying multi-stage water inlet pipe II play a role in water inlet, and the spraying multi-stage water inlet connecting valve I and the spraying multi-stage water inlet connecting valve II play a role in connection.
Further, the labor-saving spraying automatic moving device comprises a labor-saving spraying automatic moving motor, a labor-saving spraying automatic moving driving wheel, a labor-saving spraying automatic moving meshing wheel, a direction-adjustable labor-saving moving hinging piece, a direction-adjustable labor-saving moving wheel, a direction-adjustable labor-saving moving connecting rod, a labor-saving spraying automatic moving driven wheel and a labor-saving spraying automatic moving driving belt, wherein the labor-saving spraying automatic moving motor is arranged on the movable spraying supporting vehicle board, the labor-saving spraying automatic moving driving wheel is arranged on an output shaft of the labor-saving spraying automatic moving motor, the direction-adjustable labor-saving moving hinging piece is arranged on the bottom wall of the movable spraying supporting vehicle board, one end of the labor-saving spraying automatic moving meshing wheel is arranged on the direction-adjustable labor-saving moving hinging piece, the other end of the labor-saving spraying automatic moving meshing wheel is meshed with the labor-saving spraying automatic moving driving wheel, the direction-adjustable labor-saving moving wheel is rotatably arranged on the direction-adjustable labor-saving moving hinged part, the direction-adjustable labor-saving moving connecting rod is arranged on the direction-adjustable labor-saving moving hinged part, the labor-saving spraying automatic moving driven wheel is arranged on the direction-adjustable labor-saving moving hinged part, the direction-adjustable labor-saving moving connecting rod penetrates through the direction-adjustable labor-saving moving hinged part and is connected with the labor-saving spraying automatic moving driven wheel, one end of the labor-saving spraying automatic moving driving belt is wound on the labor-saving spraying automatic moving meshing wheel, the other end of the labor-saving spraying automatic moving driving belt is wound on the labor-saving spraying automatic moving driven wheel, the labor-saving spraying automatic moving driving wheel and the labor-saving spraying automatic moving meshing wheel play a role in meshing transmission, the direction-adjustable labor-saving moving hinged part plays a supporting role, and the direction-adjustable labor-saving moving wheel plays a role in moving, the direction-adjustable labor-saving movable connecting rod plays a role in transmission.
Further, the reverse synchronous spraying rotary driving belt II is arranged between the asymmetrical spraying rotary driven wheel II and the asymmetrical spraying direction multistage regulating wheel, the reverse synchronous spraying rotary driving belt I is arranged between the asymmetrical spraying rotary driven wheel I and the asymmetrical spraying direction multistage regulating wheel, the labor-saving spraying automatic moving driving belt is arranged between the labor-saving spraying automatic moving driven wheel and the labor-saving spraying automatic moving meshing wheel, the spraying control switch is electrically connected with the spraying multistage water inlet pump, the spraying multistage water inlet pipe II is arranged in front of the spraying multistage water inlet pipe I and the synchronous spraying rotary supporting rod I, the spraying multistage water inlet connecting valve II is arranged between the spraying multistage water inlet pipe II and the synchronous spraying rotary supporting rod II, the synchronous spraying rotary supporting rod I and the synchronous spraying rotary supporting rod II are arranged in parallel, and the synchronous spraying rotary supporting rod I and the asymmetrical spraying rotary driven wheel I are arranged vertically, it is perpendicular setting to spray rotation support pole two in step and asymmetric spraying rotation from driving wheel two, it is perpendicular setting to spray rotation support piece one with the reverse synchronous spraying of asymmetry in step to spray rotation support pole one, it is perpendicular setting to spray rotation support piece two and the reverse synchronous spraying of asymmetry in step to spray rotation support piece two, sun-proof waterproof fixed support pole of multistage formula of overlapping and portable spraying support sweep are perpendicular setting.
Further, the spraying control switch is the setting of king's word cylinder, the sun-proof waterproof fixed support rod of multistage formula of iterating is the setting of U type, the sun-proof waterproof folding support rod of multistage formula of iterating is the setting of U type, the multistage inlet tube of spraying is the setting of L type.
A use method of a spraying device for landscaping includes the following steps:
the method comprises the following steps: filling water in the spraying multi-stage water inlet liquid storage tank;
step two: pulling out the multistage overlapped sun-proof and waterproof folding support rod according to the weather and the height of a user, so that the multistage overlapped sun-proof and waterproof shielding cloth is unfolded;
step three: the labor-saving spraying automatic moving motor is held by two hands and started by sitting on the spraying operation supporting seat plate;
step four: the labor-saving spraying automatic moving motor works to drive the labor-saving spraying automatic moving driving wheel and the labor-saving spraying automatic moving meshing wheel to rotate, so that the labor-saving spraying automatic moving driving wheel is driven by the labor-saving spraying automatic moving driving belt to rotate, and the movable spraying supporting vehicle plate moves;
step five: the asymmetric spraying direction control adjusting hand wheel is rotated, and drives the asymmetric direction adjusting control rod to rotate so as to drive the asymmetric spraying direction multi-stage adjusting wheel, the spraying moving direction adjusting clamping rod and the spraying moving direction adjusting rotating wheel to rotate, so that the purpose of adjusting the moving direction is achieved;
step six: the first reverse synchronous spraying rotating transmission belt and the second reverse synchronous spraying rotating transmission belt synchronously rotate along with the rotation of the multistage regulating wheel in the asymmetrical spraying direction, so that the first asymmetrical spraying rotating driven wheel and the second asymmetrical spraying rotating driven wheel rotate to drive the first synchronous spraying rotating support rod to rotate on the first asymmetrical reverse synchronous spraying rotating support, and the second synchronous spraying rotating support rod rotates on the second asymmetrical reverse synchronous spraying rotating support;
step seven: the angle of the asymmetric reverse synchronous spray nozzle I and the angle of the asymmetric reverse synchronous spray nozzle II are adjusted to be the angle needed to be sprayed, the spraying multistage water inlet water pump is started by pressing the spraying control switch at the moment, and water is pumped by the spraying multistage water inlet water pump to be injected into the asymmetric reverse synchronous spray nozzle II and the asymmetric reverse synchronous spray nozzle I through the spraying multistage water inlet pipe II and the spraying multistage water inlet pipe I to achieve a spraying effect.
The invention with the structure has the following beneficial effects: the scheme of the spraying device for landscaping and the use method thereof effectively solves the problem that most of the spraying modes are backpack manual spraying modes when the plants are sprayed with water mist or medicine mist in the garden operation in the current market, aims at the contradiction that the spraying mode of the water mist and the medicine mist is needed (the water is needed, the spraying mode of the water mist and the medicine mist is needed, the water mist and the medicine mist are needed to be sprayed on the plants, the water mist and the medicine mist are not needed, the spraying mode of the spraying device can easily fall on the human body to wet clothes and easily cause allergy), the technical effects of simultaneous operation on two sides, time and labor saving and improvement on the operation efficiency are realized by means of asymmetric separation, the allergic contradiction caused by the overlapping separation mode of the folding shielding mode and the spraying device to improve the allergic contradiction caused by the water mist and the water during the garden operation, the operation difficulty and the fatigue degree are reduced, and the traditional garden operation mode is changed so as to avoid the allergic and fatigue, is a very practical spraying device for landscaping.
Drawings
FIG. 1 is a schematic view of the overall structure of a spraying device for landscaping and a method for using the same according to the present invention;
FIG. 2 is a schematic view of a second angle of the spraying device for landscaping and a method of using the same according to the present invention;
FIG. 3 is a schematic structural view of a third angle of the spraying device for landscaping and a method for using the same according to the present invention;
FIG. 4 is a schematic structural view of a multi-stage overlapped spraying sunscreen and waterproof shelter of the spraying device for landscaping and the method of using the same of the present invention;
FIG. 5 is a schematic view of a part of the structure of an asymmetric reverse synchronous greening spraying device and a method for using the same for landscaping according to the present invention;
FIG. 6 is a schematic structural view of a spraying device for landscaping and a multi-stage water inlet device sprayed by the spraying device according to the present invention;
fig. 7 is a schematic structural view of an automatic spraying moving device for landscaping and a labor-saving spraying method thereof.
Wherein, 1, a movable spraying support vehicle plate, 2, a spraying operation seat plate support rod, 3, a spraying operation support seat plate, 4, an asymmetric reverse synchronous greening spraying device, 5, a multi-stage repeated spraying sun-proof and waterproof shielding device, 6, a spraying multi-stage water inlet device, 7, a labor-saving spraying automatic moving device, 8, an asymmetric direction adjusting control rod, 9, an asymmetric spraying direction adjusting hand wheel, 10, a control connecting rod, 11, a spraying control switch, 12, a spraying moving direction adjusting clamping rod, 13, a spraying moving direction adjusting rotating wheel, 14, an asymmetric spraying direction multi-stage adjusting wheel, 15, an asymmetric reverse synchronous spraying rotating support piece I, 16, an asymmetric reverse synchronous spraying rotating support piece II, 17, a synchronous spraying rotating support rod I, 18, a synchronous spraying rotating support rod II, 19, an asymmetric spraying rotating driven wheel I, 20. a second asymmetric spraying rotary driven wheel, 21, a first reverse synchronous spraying rotary driving belt, 22, a second reverse synchronous spraying rotary driving belt, 23, a first asymmetric reverse synchronous spray head, 24, a second asymmetric reverse synchronous spray head, 25, a multistage overlapped sunscreen and waterproof hinge element, 26, a multistage overlapped sunscreen and waterproof fixed supporting rod, 27, a multistage overlapped sunscreen and waterproof shielding cloth, 28, a multistage overlapped sunscreen and waterproof folding supporting rod, 29, a spraying multistage water inlet storage tank, 30, a spraying multistage water inlet suction pump, 31, a spraying multistage water inlet pipe, 32, a spraying multistage water inlet connecting valve, 33, a spraying multistage water inlet pipe, 34, a spraying multistage water inlet connecting valve, 35, a labor-saving spraying automatic moving motor, 36, a labor-saving spraying automatic moving driving wheel, 37, a labor-saving spraying automatic moving meshing wheel, 38 and a direction-adjustable labor-saving moving hinge element, 39. the direction-adjustable labor-saving moving wheel comprises a direction-adjustable labor-saving moving connecting rod 40, a labor-saving spraying automatic moving driven wheel 41 and a labor-saving spraying automatic moving transmission belt 42.
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments; all other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1-7, the spraying device for landscaping of the present invention comprises a mobile spraying support vehicle plate 1, a spraying operation seat plate support rod 2, a spraying operation support seat plate 3, an asymmetric reverse synchronous greening spraying device 4, a multi-stage overlapped spraying sunscreen and waterproof shielding device 5, a spraying multi-stage water inlet device 6 and a labor-saving spraying automatic moving device 7, wherein the spraying operation seat plate support rod 2 is arranged on the mobile spraying support vehicle plate 1, the spraying operation support seat plate 3 is arranged on the spraying operation seat plate support rod 2, the asymmetric reverse synchronous greening spraying device 4 is arranged on the mobile spraying support vehicle plate 1, the multi-stage overlapped spraying sunscreen and waterproof shielding device 5 is hinged on the mobile spraying support vehicle plate 1, the spraying multi-stage water inlet device 6 is arranged on the mobile spraying support vehicle plate 1, asymmetric direction regulation control lever 8 is located on portable spraying support sweep 1 and is the symmetry setting with asymmetric reverse synchronous afforestation atomizer 4, asymmetric reverse synchronous afforestation atomizer 4 is located between multistage overlapping spray sun-proof waterproof sheltering from device 5 and the multistage water installations of spraying 6, spraying operation bedplate bracing piece 2 is located between spraying operation support bedplate 3 and spraying operation bedplate bracing piece 2, asymmetric reverse synchronous afforestation atomizer 4 includes asymmetric direction regulation control lever 8, asymmetric spraying direction control adjusting hand wheel 9, control connecting rod 10, spray control switch 11, spraying moving direction regulation clamping rod 12, spraying moving direction regulation rotating wheel 13, asymmetric spraying direction multistage regulating wheel 14, asymmetric reverse synchronous spraying rotating support piece 15, asymmetric reverse synchronous spraying rotating support piece two 16, The device comprises a synchronous spraying rotary support rod I17, a synchronous spraying rotary support rod II 18, an asymmetric spraying rotary driven wheel I19, an asymmetric spraying rotary driven wheel II 20, a reverse synchronous spraying rotary drive belt I21, a reverse synchronous spraying rotary drive belt II 22, an asymmetric reverse synchronous spray head I23 and an asymmetric reverse synchronous spray head II 24, wherein an asymmetric direction adjusting control rod 8 is arranged on a movable spraying support vehicle plate 1 and penetrates through the movable spraying support vehicle plate 1, an asymmetric spraying direction adjusting hand wheel 9 is arranged on the asymmetric direction adjusting control rod 8 and is arranged at one side close to a spraying operation support seat plate 3, a control connecting rod 10 is arranged on the asymmetric spraying direction adjusting hand wheel 9, a spraying control switch 11 is arranged on the control connecting rod 10, a spraying moving direction adjusting clamping rod 12 is arranged on the asymmetric direction adjusting control rod 8 and is arranged below the movable spraying support vehicle plate 1, the spraying moving direction adjusting rotating wheel 13 is rotatably arranged on the spraying moving direction adjusting clamping rod 12, the asymmetric spraying direction multistage adjusting wheel 14 is arranged on the asymmetric direction adjusting control rod 8, the asymmetric reverse synchronous spraying rotating support piece one 15 is arranged on the movable spraying support car plate 1, the asymmetric reverse synchronous spraying rotating support piece two 16 is arranged on the movable spraying support car plate 1 and is symmetrically arranged with the asymmetric reverse synchronous spraying rotating support piece one 15, the synchronous spraying rotating support piece one 17 is rotatably arranged on the asymmetric reverse synchronous spraying rotating support piece one 15, the synchronous spraying rotating support piece two 18 is rotatably arranged on the asymmetric reverse synchronous spraying rotating support piece two 16, the asymmetric spraying rotating driven wheel one 19 is arranged on the synchronous spraying rotating support piece one 17, and the asymmetric spraying rotating driven wheel two 20 is arranged on the synchronous spraying rotating support piece two 18, one end of the reverse synchronous spraying rotating transmission belt I21 is wound on the asymmetrical spraying direction multi-stage adjusting wheel 14, the other section of the reverse synchronous spraying rotary transmission belt I21 is wound on the asymmetrical spraying rotary driven wheel I19, one end of the reverse synchronous spraying rotary transmission belt II 22 is wound on the asymmetrical spraying direction multi-stage adjusting wheel 14 and is arranged below the reverse synchronous spraying rotary transmission belt I21, the other end of the reverse synchronous spraying rotary transmission belt II 22 is wound on the asymmetric spraying rotary driven wheel II 20, the asymmetric reverse synchronous spray head I23 is arranged on the synchronous spraying rotary support rod I17, the asymmetric reverse synchronous spray head II 24 is arranged on the synchronous spraying rotary support rod II 18, the asymmetric reverse synchronous spray head I23 and the asymmetric reverse synchronous spray head II 24 are asymmetrically arranged.
The multi-stage overlapped sunscreen and waterproof shielding device 5 comprises a multi-stage overlapped sunscreen and waterproof hinge 25, a multi-stage overlapped sunscreen and waterproof fixed support rod 26, a multi-stage overlapped sunscreen and waterproof shielding cloth 27 and a multi-stage overlapped sunscreen and waterproof folding support rod 28, the multistage overlapped sunscreen waterproof articulated piece 25 is arranged on the side wall of the movable type spray supporting vehicle plate 1, the multi-stage overlapped sunscreen and waterproof fixed support rod 26 is arranged on the multi-stage overlapped sunscreen and waterproof articulated piece 25, the multi-stage overlapped sunscreen waterproof shading cloth 27 is arranged on the multi-stage overlapped sunscreen waterproof fixed supporting rod 26, one end of the multi-stage overlapped sun-proof and waterproof folding support rod 28 is hinged on the multi-stage overlapped sun-proof and waterproof hinged piece 25, the other end of the multi-stage overlapped sunscreen and waterproof folding support rod 28 is arranged on the multi-stage overlapped sunscreen and waterproof shielding cloth 27 and is arranged on one side far away from the multi-stage overlapped sunscreen and waterproof fixed support rod 26.
The spraying multi-stage water inlet device 6 comprises a spraying multi-stage water inlet liquid storage tank 29, a spraying multi-stage water inlet water pump 30, a spraying multi-stage water inlet pipe 31, a spraying multi-stage water inlet connecting valve 32, a spraying multi-stage water inlet pipe two 33 and a spraying multi-stage water inlet connecting valve two 34, wherein the spraying multi-stage water inlet liquid storage tank 29 is arranged on the movable spraying support vehicle plate 1 and is symmetrically arranged with the spraying operation seat plate supporting rod 2, the spraying multi-stage water inlet water pump 30 is arranged on the spraying multi-stage water inlet liquid storage tank 29, the spraying multi-stage water inlet pipe 31 is arranged on the spraying multi-stage water inlet water pump 30, one end of the spraying multi-stage water inlet connecting valve 32 is arranged on the spraying multi-stage water inlet pipe 31, the other end of the spraying multi-stage water inlet pipe 31 is arranged on the synchronous spraying rotary supporting rod 17, the spraying multi-stage water inlet pipe two 33 is arranged on the spraying multi-stage water inlet water pump 30 and is symmetrically arranged with the spraying multi-stage water inlet pipe 31, and one end of the second spraying multi-stage water inlet connecting valve 34 is arranged on the second spraying multi-stage water inlet pipe 33, and the other end of the second spraying multi-stage water inlet connecting valve 34 is arranged on the second synchronous spraying rotary support rod 18.
The labor-saving spraying automatic moving device 7 comprises a labor-saving spraying automatic moving motor 35, a labor-saving spraying automatic moving driving wheel 36, a labor-saving spraying automatic moving meshing wheel 37, a labor-saving moving hinging piece 38 with adjustable direction, a labor-saving moving wheel 39 with adjustable direction, a labor-saving moving connecting rod 40 with adjustable direction, a labor-saving spraying automatic moving driven wheel 41 and a labor-saving spraying automatic moving transmission belt 42, wherein the labor-saving spraying automatic moving motor 35 is arranged on the movable spraying supporting vehicle plate 1, the labor-saving spraying automatic moving driving wheel 36 is arranged on an output shaft of the labor-saving spraying automatic moving motor 35, the labor-saving moving hinging piece 38 with adjustable direction is arranged on the bottom wall of the movable spraying supporting vehicle plate 1, one end of the labor-saving spraying automatic moving meshing wheel 37 is arranged on the labor-saving spraying automatic moving hinging piece 38 with adjustable direction, and the other end of the labor-saving spraying automatic moving meshing wheel 37 is meshed with the labor-saving spraying automatic moving driving wheel 36, the laborsaving adjustable moving wheel 39 of direction rotates and locates on laborsaving adjustable removal articulated elements 38 of direction, laborsaving adjustable moving connecting rod 40 of direction locates on laborsaving adjustable removal articulated elements 38 of direction, laborsaving spraying automatic movement is located on laborsaving adjustable removal articulated elements 38 of direction from driving wheel 41, laborsaving adjustable moving connecting rod 40 of direction runs through laborsaving adjustable moving articulated elements 38 of direction and is linked to each other from driving wheel 41 with laborsaving spraying automatic movement, laborsaving spraying automatic movement drive belt 42 one end winding is located on laborsaving spraying automatic movement meshing wheel 37, laborsaving spraying automatic movement drive belt 42 other end winding is located laborsaving spraying automatic movement from driving wheel 41.
The reverse synchronous spraying rotation drive belt two 22 is located asymmetric spraying rotation and is taken turns between two 20 and asymmetric spraying direction multi-stage regulation wheels 14 from the driving wheel, reverse synchronous spraying rotation drive belt one 21 is located asymmetric spraying rotation and is taken turns 19 and asymmetric spraying direction multi-stage regulation wheels 14 between, laborsaving spraying automatic movement drive belt 42 is located laborsaving spraying automatic movement and is taken turns 41 and laborsaving spraying automatic movement between the meshing wheel 37 from the driving wheel, spraying control switch 11 is connected with spraying multi-stage intake water suction pump 30 electricity, spraying multi-stage intake pipe two 33 is located spraying multi-stage intake pipe one 31 and is sprayed rotation support rod one 17 in step before, spraying multi-stage intake connecting valve two 34 is located spraying multi-stage intake pipe two 33 and is sprayed rotation support rod two 18 in step, spraying rotation support rod one 17 in step and spraying rotation support rod two 18 in step are parallel arrangement, it is perpendicular setting to spray rotation support pole one 17 and asymmetric spraying in step and rotate from driving wheel one 19, it is perpendicular setting to spray rotation support pole two 18 and asymmetric spraying in step and rotate from driving wheel two 20, it is perpendicular setting to spray rotation support pole one 17 and asymmetric reverse synchronous spraying rotation support piece one 15 in step, it is perpendicular setting to spray rotation support pole two 18 and asymmetric reverse synchronous spraying rotation support piece two 16 in step, multistage overlap sun-proof waterproof fixed support pole 26 of formula and portable spraying support sweep 1 and be perpendicular setting.
The spray control switch 11 is the setting of king's word cylinder, the sun-proof waterproof fixed support rod 26 of multistage formula of iterating is the setting of U type, sun-proof waterproof folding support rod 28 of multistage formula of iterating is the setting of U type, the multistage inlet tube of spraying 31 is the setting of L type, the multistage inlet tube of spraying 33 is the setting of L type.
A use method of a spraying device for landscaping includes the following steps:
the method comprises the following steps: the spraying multi-stage water inlet liquid storage tank 29 is filled with water;
step two: the multi-stage overlapped sun-proof and waterproof folding support rod 28 is pulled out according to the weather and the height of the user, so that the multi-stage overlapped sun-proof and waterproof shielding cloth 27 is unfolded;
step three: the labor-saving spraying automatic moving motor 35 is held by both hands and started by sitting on the spraying operation supporting seat plate 3;
step four: the labor-saving spraying automatic moving motor 35 works to drive the labor-saving spraying automatic moving driving wheel 36 and the labor-saving spraying automatic moving meshing wheel 37 to rotate, so that the labor-saving spraying automatic moving driving wheel 41 is driven to rotate through the labor-saving spraying automatic moving transmission belt 42, and the movable spraying supporting vehicle plate 1 moves;
step five: the asymmetric spraying direction control adjusting hand wheel 9 is rotated, the asymmetric spraying direction control adjusting hand wheel 9 drives the asymmetric direction adjusting control rod 8 to rotate so as to drive the asymmetric spraying direction multi-stage adjusting wheel 14, the spraying moving direction adjusting clamping rod 12 and the spraying moving direction adjusting rotating wheel 13 to rotate, and the purpose of adjusting the moving direction is achieved;
step six: along with the rotation of the asymmetrical spraying direction multistage regulating wheel 14, the reverse synchronous spraying rotating transmission belt I21 and the reverse synchronous spraying rotating transmission belt II 22 synchronously rotate, so that the asymmetrical spraying rotating driven wheel I19 and the asymmetrical spraying rotating driven wheel II 20 rotate, the synchronous spraying rotating support rod I17 is driven to rotate on the asymmetrical reverse synchronous spraying rotating support piece I15, the synchronous spraying rotating support rod II 18 rotates on the asymmetrical reverse synchronous spraying rotating support piece II 16, at the moment, the rotation directions of the asymmetrical spraying rotating driven wheel I19 and the asymmetrical spraying rotating driven wheel II 20 are synchronous, and the asymmetrical reverse synchronous spray head I23 and the asymmetrical reverse synchronous spray head II 24 are driven to rotate inwards and outwards;
step seven: the adjusted angles of the asymmetric reverse synchronous nozzle I23 and the asymmetric reverse synchronous nozzle II 24 are the adjusted angles needed to be sprayed, at the moment, the spraying control switch 11 is pressed down to start the spraying multi-stage water inlet water pump 30, the spraying multi-stage water inlet water pump 30 pumps water and the water is injected into the asymmetric reverse synchronous nozzle II 24 and the asymmetric reverse synchronous nozzle I23 through the spraying multi-stage water inlet pipe II 33 and the spraying multi-stage water inlet pipe I31 to achieve a spraying effect.
When the multifunctional spraying automatic moving device is used, a user keeps full of water in the spraying multistage water inlet storage tank 29 in an initial state, then pulls out the multistage overlapped sun-proof and waterproof folding support rod 28 according to the weather and the height of the user to unfold the multistage overlapped sun-proof and waterproof shielding cloth 27, at the moment, the user pulls the multistage overlapped sun-proof and waterproof folding support rod 28 towards the direction far away from the spraying multistage water inlet device 6 to pull out the multistage overlapped sun-proof and waterproof folding support rod 28 from the lower part of the multistage overlapped sun-proof and waterproof fixed support rod 26, the multistage overlapped sun-proof and waterproof shielding cloth 27 can be unfolded, then the user sits on the spraying operation support seat plate 3 and holds and opens the labor-saving spraying automatic moving motor 35 by both hands, the labor-saving spraying automatic moving motor 35 works to drive the labor-saving spraying automatic moving driving wheel 36 and the labor-saving spraying automatic moving meshing wheel 37 to rotate so as to drive the labor-saving spraying automatic moving driven wheel 41 to rotate through the labor-saving spraying automatic moving driving belt 42, the direction-adjustable labor-saving movable connecting rod 40 is driven to rotate, then the direction-adjustable labor-saving movable wheel 39 is driven to rotate to achieve the purpose of movement, then a user rotates the asymmetric spraying direction control adjusting hand wheel 9, the asymmetric spraying direction control adjusting hand wheel 9 drives the asymmetric direction adjusting control rod 8 to rotate so as to drive the asymmetric spraying direction multi-stage adjusting wheel 14, the spraying direction adjusting clamping rod 12 and the spraying direction adjusting rotary wheel 13 to rotate to achieve the purpose of adjusting the moving direction, along with the rotation of the asymmetric spraying direction multi-stage adjusting wheel 14, the reverse synchronous spraying rotary driving belt I21 and the reverse synchronous spraying rotary driving belt II 22 synchronously rotate, so that the asymmetric spraying rotary driven wheel I19 and the asymmetric spraying rotary driven wheel II 20 rotate to drive the synchronous spraying rotary supporting rod I17 to rotate on the asymmetric reverse synchronous spraying rotary supporting piece I15, The synchronous spraying rotating support rod II 18 rotates on the asymmetric reverse synchronous spraying rotating support piece II 16, at the moment, the rotation directions of the asymmetric spraying rotating driven wheel I19 and the asymmetric spraying rotating driven wheel II 20 are synchronous, and therefore the asymmetric reverse synchronous spray head I23 and the asymmetric reverse synchronous spray head II 24 are driven to rotate inwards and outwards; then, the user adjusts the angles of the asymmetric reverse synchronous nozzle I23 and the asymmetric reverse synchronous nozzle II 24 to be the angles needed to be sprayed, the spraying control switch 11 is pressed down to start the spraying multi-stage water inlet water pump 30, the spraying multi-stage water inlet water pump 30 pumps water to be injected into the asymmetric reverse synchronous nozzle II 24 and the asymmetric reverse synchronous nozzle I23 through the spraying multi-stage water inlet pipe II 33 and the spraying multi-stage water inlet pipe I31 to achieve a spraying effect, and therefore the using process of the whole spraying device for landscaping is achieved.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
The present invention and its embodiments have been described above, and the description is not intended to be limiting, and the drawings are only one embodiment of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should appreciate that they can readily use the disclosed conception and specific embodiments as a basis for designing or modifying other structures for carrying out the same purposes of the present invention without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (7)
1. The utility model provides a atomizer for afforestation which characterized in that: comprises a movable spray supporting vehicle plate, a spray operation seat plate supporting rod, a spray operation supporting seat plate, an asymmetric reverse synchronous greening spraying device, a multistage overlapped spray sunscreen and waterproof shielding device, a spray multistage water inlet device and a labor-saving spray automatic moving device, wherein the spray operation seat plate supporting rod is arranged on the movable spray supporting vehicle plate, the spray operation supporting seat plate is arranged on the spray operation seat plate supporting rod, the asymmetric reverse synchronous greening spraying device is arranged on the movable spray supporting vehicle plate, the multistage overlapped spray sunscreen and waterproof shielding device is hinged on the movable spray supporting vehicle plate, the spray multistage water inlet device is arranged on the movable spray supporting vehicle plate, an asymmetric direction adjusting control rod is arranged on the movable spray supporting vehicle plate and is symmetrically arranged with the asymmetric reverse synchronous greening spraying device, the asymmetrical reverse synchronous greening spraying device is arranged between a multistage overlapped spraying sun-proof water-proof shielding device and a spraying multistage water inlet device, the spraying operation seat plate supporting rod is arranged between a spraying operation supporting seat plate and a spraying operation seat plate supporting rod, the asymmetrical reverse synchronous greening spraying device comprises an asymmetrical direction adjusting control rod, an asymmetrical spraying direction adjusting hand wheel, a control connecting rod, a spraying control switch, a spraying moving direction adjusting clamping rod, a spraying moving direction adjusting rotating wheel, an asymmetrical spraying direction multistage adjusting wheel, an asymmetrical reverse synchronous spraying rotating support piece I, an asymmetrical reverse synchronous spraying rotating support piece II, a synchronous spraying rotating support rod I, a synchronous spraying rotating support rod II, an asymmetrical spraying rotating driven wheel I, an asymmetrical spraying rotating driven wheel II, a reverse synchronous spraying rotating drive belt I, a spraying water inlet device, a spraying water outlet device and a spraying water outlet device, The device comprises a reverse synchronous spraying rotating transmission belt II, an asymmetric reverse synchronous spray head I and an asymmetric reverse synchronous spray head II, wherein the asymmetric direction adjusting control rod is arranged on a movable spraying supporting vehicle plate and penetrates through a movable spraying supporting vehicle plate facility, the asymmetric spraying direction adjusting hand wheel is arranged on the asymmetric direction adjusting control rod and is arranged at one side close to a spraying operation supporting seat plate, the control connecting rod is arranged on the asymmetric spraying direction adjusting hand wheel, the spraying control switch is arranged on the control connecting rod, the spraying moving direction adjusting clamping rod is arranged on the asymmetric direction adjusting control rod and is arranged below the movable spraying supporting vehicle plate, the spraying moving direction adjusting rotating wheel is rotatably arranged on the spraying moving direction adjusting clamping rod, the asymmetric spraying direction multi-stage adjusting wheel is arranged on the asymmetric direction adjusting control rod, the first asymmetric reverse synchronous spraying rotary support piece is arranged on the movable spraying support vehicle plate, the second asymmetric reverse synchronous spraying rotary support piece is arranged on the movable spraying support vehicle plate and is symmetrically arranged with the first asymmetric reverse synchronous spraying rotary support piece, the first synchronous spraying rotary support rod is rotationally arranged on the first asymmetric reverse synchronous spraying rotary support piece, the second synchronous spraying rotary support rod is rotationally arranged on the second asymmetric reverse synchronous spraying rotary support piece, the first asymmetric spraying rotary driven wheel is arranged on the first synchronous spraying rotary support rod, the second asymmetric spraying rotary driven wheel is arranged on the second synchronous spraying rotary support rod, one end of the reverse synchronous spraying rotary transmission belt is wound on the multistage adjusting wheel with asymmetric spraying direction, and the other section of the reverse synchronous spraying rotary transmission belt is wound on the first asymmetric spraying rotary driven wheel, the two one ends of reverse synchronous spraying rotation transmission belt are wound and are arranged on the asymmetrical spraying direction multistage regulating wheel and are arranged below the reverse synchronous spraying rotation transmission belt, the two other ends of the reverse synchronous spraying rotation transmission belt are wound and are arranged on the asymmetrical spraying rotation driven wheel II, the asymmetrical reverse synchronous spray head is arranged on the synchronous spraying rotation support rod I, the asymmetrical reverse synchronous spray head is arranged on the synchronous spraying rotation support rod II, and the asymmetrical reverse synchronous spray head I and the asymmetrical reverse synchronous spray head II are asymmetrically arranged.
2. A spraying apparatus for landscaping, in accordance with claim 1, further comprising: the multi-stage overlapped type sun-proof and waterproof spraying sheltering device comprises a multi-stage overlapped type sun-proof and waterproof hinged member, a multi-stage overlapped type sun-proof and waterproof fixed supporting rod, a multi-stage overlapped type sun-proof and waterproof sheltering cloth and a multi-stage overlapped type sun-proof and waterproof folding supporting rod, the multistage overlapped sunscreen waterproof articulated elements are arranged on the side wall of the movable spray supporting vehicle plate, the multistage overlapped sunscreen waterproof fixed supporting rod is arranged on the multistage overlapped sunscreen waterproof articulated elements, the multi-stage overlapped sunscreen waterproof shelter is arranged on the multi-stage overlapped sunscreen waterproof fixed supporting rod, one end of the multi-stage overlapped sun-proof and waterproof folding support rod is hinged on the multi-stage overlapped sun-proof and waterproof hinged piece, the other end of the multistage overlapped type sun-proof and waterproof folding support rod is arranged on the multistage overlapped type sun-proof and waterproof shielding cloth and is arranged on one side far away from the multistage overlapped type sun-proof and waterproof fixed support rod.
3. A spraying apparatus for landscaping, in accordance with claim 2, further comprising: the spraying multi-stage water inlet device comprises a spraying multi-stage water inlet liquid storage tank, a spraying multi-stage water inlet water pump, a spraying multi-stage water inlet pipe I, a spraying multi-stage water inlet connecting valve I, a spraying multi-stage water inlet pipe II and a spraying multi-stage water inlet connecting valve II, wherein the spraying multi-stage water inlet liquid storage tank is arranged on a movable spraying support vehicle plate and is symmetrically arranged with a spraying operation seat plate supporting rod, the spraying multi-stage water inlet water pump is arranged on the spraying multi-stage water inlet liquid storage tank, the spraying multi-stage water inlet pipe I is arranged on the spraying multi-stage water inlet water pump, one end of the spraying multi-stage water inlet connecting valve is arranged on the spraying multi-stage water inlet pipe I, the other end of the spraying multi-stage water inlet pipe is arranged on the synchronous spraying rotary supporting rod I, the spraying multi-stage water inlet pipe II is arranged on the spraying multi-stage water inlet water pump and is symmetrically arranged with the spraying multi-stage water inlet pipe I, and one end of the spraying multi-stage water inlet connecting valve II is arranged on the spraying multi-stage water inlet pipe II, the other end of the spraying multi-stage water inlet connecting valve II is arranged on the synchronous spraying rotating support rod II.
4. A spraying apparatus for landscaping according to claim 3, wherein: the labor-saving spraying automatic moving device comprises a labor-saving spraying automatic moving motor, a labor-saving spraying automatic moving driving wheel, a labor-saving spraying automatic moving meshing wheel, a labor-saving moving hinging piece with adjustable direction, a labor-saving moving wheel with adjustable direction, a labor-saving spraying automatic moving connecting rod, a labor-saving spraying automatic moving driven wheel and a labor-saving spraying automatic moving driving belt, wherein the labor-saving spraying automatic moving motor is arranged on a movable spraying supporting vehicle plate, the labor-saving spraying automatic moving driving wheel is arranged on an output shaft of the labor-saving spraying automatic moving motor, the labor-saving moving hinging piece with adjustable direction is arranged on the bottom wall of the movable spraying supporting vehicle plate, one end of the labor-saving spraying automatic moving meshing wheel is arranged on the labor-saving spraying automatic moving driving wheel, the labor-saving moving wheel with adjustable direction is arranged on the labor-saving moving hinging piece with adjustable direction, the adjustable laborsaving removal connecting rod of direction is located on the adjustable laborsaving removal articulated elements of direction, laborsaving spraying automatic movement is located on the adjustable laborsaving removal articulated elements of direction from the driving wheel, the adjustable laborsaving removal connecting rod of direction runs through the adjustable laborsaving removal articulated elements of direction and links to each other from the driving wheel with laborsaving spraying automatic movement, laborsaving spraying automatic movement drive belt one end winding is located on laborsaving spraying automatic movement meshing wheel, laborsaving spraying automatic movement drive belt other end winding is located on laborsaving spraying automatic movement takes turns to.
5. A spraying device for landscaping according to claim 4, wherein: the automatic spraying device is characterized in that the reverse synchronous spraying rotary driving belt II is arranged between the asymmetric spraying rotary driven wheel II and the asymmetric spraying direction multistage regulating wheel, the reverse synchronous spraying rotary driving belt I is arranged between the asymmetric spraying rotary driven wheel I and the asymmetric spraying direction multistage regulating wheel, the labor-saving spraying automatic moving driving belt is arranged between the labor-saving spraying automatic moving driven wheel and the labor-saving spraying automatic moving meshing wheel, the spraying control switch is electrically connected with the spraying multistage water inlet pump, the spraying multistage water inlet pipe II is arranged in front of the spraying multistage water inlet pipe I and the synchronous spraying rotary supporting rod I, the spraying multistage water inlet connecting valve II is arranged between the spraying multistage water inlet pipe II and the synchronous spraying rotary supporting rod II, the synchronous spraying rotary supporting rod I and the synchronous spraying rotary supporting rod II are arranged in parallel, and the synchronous spraying rotary supporting rod I and the asymmetric spraying rotary driven wheel I are arranged vertically, it is perpendicular setting to spray rotation support pole two in step and asymmetric spraying rotation from driving wheel two, it is perpendicular setting to spray rotation support piece one with the reverse synchronous spraying of asymmetry in step to spray rotation support pole one, it is perpendicular setting to spray rotation support piece two and the reverse synchronous spraying of asymmetry in step to spray rotation support piece two, sun-proof waterproof fixed support pole of multistage formula of overlapping and portable spraying support sweep are perpendicular setting.
6. A spraying device for landscaping, in accordance with claim 5, further comprising: the utility model discloses a solar water heater, including spraying control switch, multistage sun-proof waterproof fixed support pole of formula of iterating, multistage sun-proof waterproof folding support pole of formula of iterating are U type setting, spraying multistage inlet tube one is the setting of L type, spraying multistage inlet tube two is the setting of L type.
7. The use method of the spraying device for landscaping is characterized by comprising the following steps of:
the method comprises the following steps: filling water in the spraying multi-stage water inlet liquid storage tank;
step two: pulling out the multistage overlapped sun-proof and waterproof folding support rod according to the weather and the height of a user, so that the multistage overlapped sun-proof and waterproof shielding cloth is unfolded;
step three: the labor-saving spraying automatic moving motor is held by two hands and started by sitting on the spraying operation supporting seat plate;
step four: the labor-saving spraying automatic moving motor works to drive the labor-saving spraying automatic moving driving wheel and the labor-saving spraying automatic moving meshing wheel to rotate, so that the labor-saving spraying automatic moving driving wheel is driven by the labor-saving spraying automatic moving driving belt to rotate, and the movable spraying supporting vehicle plate moves;
step five: the asymmetric spraying direction control adjusting hand wheel is rotated, and drives the asymmetric direction adjusting control rod to rotate so as to drive the asymmetric spraying direction multi-stage adjusting wheel, the spraying moving direction adjusting clamping rod and the spraying moving direction adjusting rotating wheel to rotate, so that the purpose of adjusting the moving direction is achieved;
step six: the first reverse synchronous spraying rotating transmission belt and the second reverse synchronous spraying rotating transmission belt synchronously rotate along with the rotation of the multistage regulating wheel in the asymmetrical spraying direction, so that the first asymmetrical spraying rotating driven wheel and the second asymmetrical spraying rotating driven wheel rotate to drive the first synchronous spraying rotating support rod to rotate on the first asymmetrical reverse synchronous spraying rotating support, and the second synchronous spraying rotating support rod rotates on the second asymmetrical reverse synchronous spraying rotating support;
step seven: the angle of the asymmetric reverse synchronous spray nozzle I and the angle of the asymmetric reverse synchronous spray nozzle II are adjusted to be the angle needed to be sprayed, the spraying multistage water inlet water pump is started by pressing the spraying control switch at the moment, and water is pumped by the spraying multistage water inlet water pump to be injected into the asymmetric reverse synchronous spray nozzle II and the asymmetric reverse synchronous spray nozzle I through the spraying multistage water inlet pipe II and the spraying multistage water inlet pipe I to achieve a spraying effect.
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| CN202110588746.9A CN113333196B (en) | 2021-05-28 | 2021-05-28 | Spraying device for landscaping and application method thereof |
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| CN202110588746.9A CN113333196B (en) | 2021-05-28 | 2021-05-28 | Spraying device for landscaping and application method thereof |
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| CN113333196B CN113333196B (en) | 2023-03-10 |
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| CN113333196B (en) | 2023-03-10 |
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