CN108480122A - Nursery Stock insect prevention, fungi-proofing method - Google Patents

Abstract

The invention discloses Nursery Stock insect prevention, fungi-proofing method, step is：The white-out agent stirred evenly is delivered to application device by feeding device, the feeding device includes the liquid storage mechanism for storing white-out agent, rabbling mechanism for stirring white-out agent and the stock conveying mechanism for white-out agent to be delivered to application device, rabbling mechanism is respectively arranged in the outside of liquid storage mechanism and extends to the inside of liquid storage mechanism with stock conveying mechanism, application device accepts the white-out agent of feeding device conveying, application device is socketed on the outside of trees and carries out whitewashing processing to it, the application device includes the set connection mechanism for being socketed on outside trees, the coating mechanism whitewashed for the trees to set connection mechanism socket and the power supply mechanism for providing coating mechanism driving power.

Description

Nursery Stock insect prevention, fungi-proofing method

Technical field

The present invention relates to a kind of graden machine technical fields, and in particular to a kind of method that ornamental trees and shrubs annular is whitewashed.

Background technology

Trees whitewash one of essential task of gardens staff before processing is winter approached, and trees are whitewashed Effect includes the healing sterilized, prevented the infection of germ, and can speed up trees wound to a certain extent；It can kill Set the high warm and moth of intracutaneous hibernation；In freeze injury, delay fruit tree bud and the florescence for preventing trees, prevent early spring frostbite； Facilitate the walking along the street in night, can make that road sees more clear and play beautification, to a kind of uniform feeling of people；

The main configuration ingredient of white-out agent：10 parts of quick lime, 30 parts of water, 1 part of edible salt, 1 part of clay, 1 part of lime sulfur stoste, Wherein quick lime has the function of that antimicrobial therapy insect pest, edible salt and clay can extend usage time, can also be added a small amount of Specific aim insecticide；

Tree whitening mainly still manually operation at present, in manual painting process, worker dips white-out agent pair with hairbrush Trees trunk surface is brushed, and artificial labor-intensive degree, efficiency are low；White-out agent to human skin have certain irritation, Long working easily causes the discomfort of worker；The effect and beauty of processing are whitewashed in not uniform enough, the influence brushed, therefore, Designing a kind of annular white wash machine simple in structure, easy to use for trees seems most important.

Invention content

To solve the deficiencies in the prior art, the object of the present invention is to provide a kind of simple in structure, easy to use, time saving and energy saving Annular white wash machine for trees whitewash with processing.

To realize the above-mentioned technical purpose, the technical solution adopted in the present invention is as follows.

A kind of annular white wash machine for trees comprising application device for being whitewashed to trees, for applying White-out agent is delivered to application device by the feeding device that material device is fed, feeding device, and application device is socketed on trees It is external and it is carried out to whitewash processing.

The feeding device include for store the liquid storage mechanism of white-out agent, for stir the rabbling mechanism of white-out agent with And the stock conveying mechanism for white-out agent to be delivered to application device, rabbling mechanism are respectively arranged in storage with stock conveying mechanism The outside of liquid mechanism and the inside for extending to liquid storage mechanism.

The liquid storage mechanism includes the storage bin arranged vertically, and the side of the upper surface of storage bin alongst is set It is equipped with the feeding port for feeding intake, feeding port opening rotary setting has the case that open-close type cooperation is matched and constituted with it Lid, the rabbling mechanism are set to the middle part of storage bin upper surface along its length, and the rabbling mechanism includes along vertical Direction extends to the agitating shaft of storage bin bottom, installation disk body is provided at the middle part axle body of agitating shaft, installation disk body is circumferentially Direction, which is uniformly distributed, is provided with several blades arranged straight down, and several blades constitute the stirring cage of idler wheel shape, rabbling mechanism Driving power be the stirring motor for being set to storage bin upper surface, the output shaft of stirring motor it is coaxially arranged with agitating shaft and Fix as one, the agitating shaft is provided with fixed disk body at the axle body of elongated end, constitute several blades of stirring cage with Fixed disk body fixes as one, and the upper and lower ends of blade are individually fixed in installation disk body and fixed disk body, the bottom of the storage bin Portion is provided with the stop collar to match with agitating shaft, and elongated end and the stop collar of agitating shaft are rotatablely connected, stock conveying Mechanism is set to the other side of the upper surface of storage bin alongst, and the stock conveying mechanism includes being installed on storage The pump ontology of case upper surface pumps and is provided with input interface and output interface on ontology, and input interface is provided with to be connected with it Input pipe and input pipe extend to the inside of storage bin, and white-out agent is delivered to pump originally by input pipe for input pipe Body, input pipe extend to the bottom of storage bin, and output interface is provided with the feed conduit connected with it, and feed conduit is used for will The white-out agent for being delivered to pump ontology is delivered to application device, and feed conduit is arranged to flexible conduit, and the outside of the input pipe is same Axle sleeve is connected to filtering tube, and the outside of filtering tube is from top to bottom provided with several filter hole, and the feeding device further includes Mounting bracket is consigned, the delivery mounting bracket includes mounting bracket ontology, and liquid storage mechanism is arranged on mounting bracket ontology, mounting bracket sheet The bottom of body is provided with wheel and support leg, wheel and support leg be respectively set there are two and positioned opposite, mounting bracket sheet The top of body is provided with hand steered push handle, hand steered push handle and wheel be located at homonymy and it is arranged symmetrically there are two, the mounting bracket Main power source is also equipped on ontology, main power source is stirring motor and pump ontology provides driving electric energy and main power source and stirring are electric It is electrical connection between machine and pump ontology.

The application device includes for being socketed on the set connection mechanism outside trees, the tree for being socketed to set connection mechanism The coating mechanism that wood is whitewashed and the power supply mechanism for providing coating mechanism driving power.

The set connection mechanism includes handle portion, socket part and positioning region, and handle portion is used for the gripping of user, socket part For being socketed trees to be whitewashed, for positioning the center for making trees be in socket part, coating mechanism is set to socket for positioning region The outside in portion, power supply mechanism are set to the inside of handle portion and socket part, and the handle portion includes handle body, hand Handle ontology is composed of the rectangle lid of arrangement symmetrical above and below, positioned at the upper surface of upside lid be provided with feed switch and Coating switchs, and the process that feed switch is fed application device for controlling stock conveying mechanism, coating switch is applied for controlling The process that trees are whitewashed by material mechanism, the outside of the handle body, which is symmetrically arranged, handle, feed switch setting In on the handle of left side, coating switch is set in right hand grip, and the socket part includes the lantern ring for being arranged to hollow structure, set The circumferentially arranged notch H for being useful for socket trees of ring, the outside of lantern ring radially and the one end of handle body along its length It is fixedly connected and junction is close to notch H, lantern ring upper surface is coaxially arranged with circular groove, and coating mechanism is rotatably dispose in On groove, the positioning region includes locating rod in hollow structure, and locating rod is set to the top of lantern ring and along lantern ring Radial level arranges that locating rod is provided with adjustable support component away from one end of lantern ring, and the support component includes inclining The supporting rod a and supporting rod b being tiltedly arranged, supporting rod a constitute double link, supporting rod a and the one end supporting rod b with supporting rod b It is connect with the external articulation of locating rod and be axially perpendicular to locating rod, the other end and the handle body of articulated shaft is articulated and connected simultaneously And articulated shaft is axially perpendicular to locating rod, the hinged place of supporting rod a and handle body is provided with locking member a, the locating rod Inconsistent one end is provided with idler wheel with trees, and retainer, retainer one end and locating rod are provided between locating rod and idler wheel It is fixedly connected, the rotation connection of the other end and idler wheel, idler wheel and trees trunk are inconsistent, are set between the retainer and locating rod It is equipped with floatation element, the floatation element includes the spring and floating lever being coaxially disposed inside hollow structure locating rod, One end of floating lever extends to being fixedly connected with retainer outside locating rod, the other end and the spring being set to inside locating rod Inconsistent, the elastic force of spring pushes floating lever to move out always, and floating lever is with locating rod along the central axial direction of locating rod Slide-and-guide cooperation is constituted, the locating rod is provided with inwardly projecting built-in step close to idler wheel one end, and floating lever deviates from Idler wheel one end is provided with the external step for matching and outwardly protruding with built-in step, and built-in step is matched with external step The limiting component that limitation floating lever skids off locating rod is constituted, the drain side of the flexible conduit is set to the side of retainer, soft The drain side of conduit is arranged to the trees trunk surface of heeling condition and direction at lantern ring center, the side of the retainer It is provided with rotating turret, mounting hole a is provided on rotating turret, the drain side of flexible conduit is set in mounting hole a, is also set on rotating turret It is equipped with the locking member b for being fixed on retainer, is additionally provided with outside the locating rod anti-for support flexible conduit Only its mounting hole b bent.

The coating mechanism includes the teeth face outwards cloth of the arc-shaped rack to match with circular groove and rack It sets, the middle part of the upper surface of rack circumferentially is provided with the hairbrush for brushing white-out agent, lower face is provided with sliding slot, described Coating mechanism further includes being set to the sliding rail of groove slot bottom, and sliding slot circumferentially constitutes slide-and-guide cooperation along lantern ring with sliding rail, described The perimeter of arc surface where the perimeter of rack is more than vacancy H, the hairbrush includes brush handle and the brush head arranged vertically, institute The upper surface for stating rack is provided with installation sliding sleeve for brush handle to be clamped, and brush head is towards arranging at lantern ring center and brush handle is worn In in installation sliding sleeve, brush handle constitutes slide-and-guide cooperation with installation sliding sleeve along the radial of lantern ring, and the outside for installing sliding sleeve is provided with Locking member for locking brush handle, locking member be adjusted brush head at lantern ring center at a distance from, the brush head hingedly connects with brush handle It connects and the axial of articulated shaft is arranged vertically, torsional spring is arranged on articulated shaft, the torsion of torsional spring is directed toward brush head by brush handle and is begun Brush head is set to be deflected around hinged axial racks turn direction eventually, the installation sliding sleeve deflects cloth along the negative direction of racks turn It sets, the side of the installation sliding sleeve is rotatably dispose in the upper surface of rack, the other side is provided with elastic supporting member for supporting optical member, the branch Support member includes in horizontally disposed connecting rod, one end and the articulated connection of installation sliding sleeve and the vertical cloth of axial direction of articulated shaft of connecting rod It sets, the vertical arrangement of axial direction of the upper surface articulated connection and articulated shaft of the other end and rack, the outer, coaxial of the connecting rod The elastic force for being arranged with compressed spring and compressed spring is directed toward connecting rod and installation cunning by the hinged place of connecting rod and rack always The hinged place of set.

The power supply mechanism includes for exporting the first power output part of power, the second power output part With for receive rotary force and by rotary force be transferred to the first power output part, the second power output part power input Component, the first power output part, the second power output part and power input part are that can do to rotate around respective axis The component of movement, the first power output part are set in the connecting pin of lantern ring and handle body, and the second power output part is set It is placed in the other end of lantern ring, power input part is set in handle body, the first power output part and the second power output The central axis of component is mutually parallel and is each perpendicular to the central axis of power input part, the first power output part and The central axis of two power output parts is mutually parallel and is each perpendicular to the central axis of lantern ring, the center of power input part Axis is parallel with the length direction of handle body, and the first power output part and the second power output part rotate synchronously common drive Dynamic coating mechanism rotates around the circumferential direction of lantern ring, and the power supply mechanism further includes being set in handle body Dynamic component, the first transmission parts for being set to lantern ring and handle body junction and the second transmission being set to inside lantern ring The input terminal of component, the first transmission parts is connect with power input part, and the output end of the first transmission parts and the first power are defeated Go out component connection, power input part is driving part, the first power output part is slave unit；Second transmission parts it is defeated Enter end to connect with the first power output part, the output end of the second transmission parts is connect with the second power output part, and first is dynamic Power output block is driving part, the second power output part is slave unit, and the dynamic component includes being set to handle In ontology close to the driving motor of lantern ring one end, be set to the auxiliary power in handle body away from lantern ring one end and be set to drive Dynamic control panel between motor, auxiliary power, be electrically connected between auxiliary power and control panel, control panel and driving motor it Between for electrical connection, to be electrically connected between control panel and coating switch, the length direction of the main shaft of driving motor along handle body It arranges and the output end of driving motor is connect with power input part, driving motor generates the rotation for making power input part rotate Turn power, the rotary force that driving motor generates is transferred to the first power output portion by power input part by the first transmission parts Power is transferred to the second power output part by part, the first power output part by the second transmission parts, and the power is defeated It is helical gear one to enter component, and helical gear one is fixedly installed on the main shaft of driving motor, and the first transmission parts are gear drive portion Part, the first transmission parts are rotatably dispose between power input part and the first power output part, and the first transmission parts are tooth Take turns transmission parts comprising the helical gear two that engage with helical gear one, with the coaxial arrangement of helical gear two and rotate synchronously the One gear, the first power output part include coaxially arranged up and down and the second gear and third gear of synchronous rotation, the Two gears are located at the lower section of third gear, and second gear engages with first gear and is transferred to power by the first transmission parts Second transmission parts, third wheel and rack engage and for the power that the first transmission parts transmit to be transferred to coating mechanism And coating mechanism is driven to rotate around the circumferential direction of lantern ring, the second transmission parts are gear belt wheel mixed synchronization driver Structure comprising the 4th gear that is engaged with second gear, it is coaxially arranged with the 4th gear and rotate synchronously driving pulley, with 5th gear of the second power output part connection, driven pulley coaxially arranged with the 5th gear and synchronous rotation, it is main Movable belt pulley, driven pulley are located at the 4th gear, the 5th gear lower section, are provided with and are used between driving pulley and driven pulley The belt of transfer motion power, second transmission parts further include along lantern ring circumferentially in driving pulley and driven pulley it Between several transition guide wheels, belt successively bypass driving pulley, several transition guide wheels, driven pulley, several transition guide wheels, finally Constitute closed loop around to driving pulley, the second power output part include it is coaxially arranged up and down and rotate synchronously the Six gears and the 7th gear, the 6th gear are located at the lower section of the 7th gear, the engagement of the 7th wheel and rack, and the 7th gear is used for The power that second transmission parts transmit is transferred to coating mechanism and coating mechanism is driven to do rotation fortune around the circumferential direction of lantern ring It moves, the first gear, second gear, third gear, the 4th gear, the 5th gear, the 6th gear and the 7th gear are equal For straight spur gear, helical gear one is helical gears with helical gear two, and the diameter of helical gear two is more than helical gear one Diameter, the diameter of helical gear two is more than the diameter of first gear, second gear, third gear, the 4th gear, the 5th gear, The diameter of 6th gear and the 7th gear is equal and more than the diameter of first gear, driving pulley and driven pulley it is straight Diameter is equal, and the perimeter on rack circumferencial direction is more than between the first power output part, the second power output part in circumference side The length being spaced upwards, the power supply mechanism further include being rotatably dispose in inside lantern ring and positioned at third gear and the Along the transition gear of the circumferentially intermediate position of lantern ring, transition gear is meshed seven gears with rack.

The handle body is surveyed away from lantern ring one end and is provided with wire guide, is arranged between the main power source and auxiliary power There are charging wire, charging wire to be drawn by main power source, be electrically connected with auxiliary power across wire guide and be used to charge to auxiliary power.

The advantageous effect of the present invention compared with prior art is to be not only simple in structure, is easy to use, time saving and energy saving, and It can be by the more uniformly beautiful of white-out agent brushing.

Description of the drawings

In order to illustrate the embodiments of the present invention more clearly, attached drawing needed in the embodiment will be done simply below It introduces, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ordinary skill people For member, without creative efforts, other drawings may also be obtained based on these drawings.

Fig. 1 is the structural diagram of the present invention.

Fig. 2 is working state structure schematic diagram of the present invention.

Fig. 3 is the structural schematic diagram of present invention delivery mounting bracket.

Fig. 4 is the structural schematic diagram of feeding device.

Fig. 5 is the structural schematic diagram of application device.

Fig. 6 is the internal structure schematic diagram of storage bin.

Fig. 7 is the structural schematic diagram of rabbling mechanism.

Fig. 8 is the structural schematic diagram of stock conveying mechanism.

Fig. 9 is the partial sectional view of stock conveying mechanism.

Figure 10 is the enlarged drawing at A in Fig. 9.

Figure 11 is the structural schematic diagram for covering connection mechanism.

Figure 12 is the partial structural diagram for covering connection mechanism.

Figure 13 is handle portion internal structure schematic diagram.

Figure 14 is the structural schematic diagram of positioning region.

Figure 15 is the enlarged drawing at B in Figure 14.

Figure 16 is the sectional view of positioning region.

Figure 17 is the structural schematic diagram of power supply mechanism.

Figure 18 is the installation diagram of power supply mechanism.

Figure 19 is power part structural schematic diagram.

Figure 20 is the structural schematic diagram of the first transmission parts.

Figure 21 is the connection figure of power input part and the first power output part.

Figure 22 is the structural schematic diagram of the second transmission parts.

Figure 23 is the connection figure of the first power output part and the second power output part.

Figure 24 is the structural schematic diagram of output block and coating mechanism.

Figure 25 is the partial structural diagram of coating mechanism.

Figure 26 is the partial structural diagram of coating mechanism.

Figure 27 is the enlarged drawing at C in Figure 25.

It is expressed as in figure：

100, feeding device；110, mounting bracket is consigned；111, wheel；112, support leg；113, hand steered push handle；120, liquid storage machine Structure；121, storage bin；122, case lid；130, rabbling mechanism；131, stirring motor；132, agitating shaft；133, disk body is installed； 134, blade；135, fixed disk body；136, stop collar；140, stock conveying mechanism；141, ontology is pumped；142, input interface； 143, output interface；144, input pipe；145, feed conduit；146, filtering tube；147, filter hole；150, main power source；

200, application device；210, connection mechanism is covered；2110, handle portion；2111, handle body；2112, feed switch；2113, it applies Material switch；2120, socket part；2121, lantern ring；2122, groove；2130, positioning region；2131a1, supporting rod a；2131a2, support Bar b；2131b, locking member a；2132, locating rod；2133, idler wheel；2134, retainer；2135, floating lever；2136, spring； 2137a, mounting hole a；2137b, mounting hole b；2138, rotating turret；2139, locking member b；220, power supply mechanism；2210, it moves Power component；2211, driving motor；2212, auxiliary power；2213, control panel；2220, power input part；2230, it first passes Dynamic component；2231, helical gear two；2232, first gear；2240, the first power output part；2241, second gear；2242、 Third gear；2250, the second transmission parts；2251, the 4th gear；2252, driving pulley；2253, the 5th gear；2254, from Movable belt pulley；2255, belt；2256, transition guide wheel；2260, the second power output part；2261, the 6th gear；2262, the 7th Gear；2270, transition gear；230, coating mechanism；231, rack；232, sliding rail；233, sliding slot；234a, brush handle；234b, brush Head；234c, torsional spring；235, sliding sleeve is installed；236, locking member c；237, support element.

Specific embodiment party

With reference to the attached drawing in the embodiment of the present invention, technical solution in the embodiment of the present invention carry out it is clear, complete, retouch It states, it is clear that described embodiments are only a part of the embodiments of the present invention, rather than whole embodiments.Based in the present invention Embodiment, those of ordinary skill in the art without making creative work, the every other embodiment obtained, Belong to the scope of the present invention.

Referring to Fig. 1-2 7, a kind of annular white wash machine for trees comprising the coating dress for being whitewashed to trees The 200, feeding device 100 for being fed to application device 200 is set, white-out agent is delivered to coating and filled by feeding device 100 200 are set, application device 200 is socketed on the outside of trees and carries out whitewashing processing to it.

Referring to Fig. 4, the feeding device 100 includes for storing the liquid storage mechanism 120 of white-out agent, being whitewashed for stirring The rabbling mechanism 130 of agent and stock conveying mechanism 140 for white-out agent to be delivered to application device 200, rabbling mechanism 130 It is respectively arranged in the outside of liquid storage mechanism 120 with stock conveying mechanism 140 and extends to the inside of liquid storage mechanism 120, stirs Mechanism 130 stirs evenly the white-out agent that liquid storage mechanism 120 stores, uniform to apply in order to the conveying of stock conveying mechanism 140 White agent, which is delivered to application device 200, can make it better to whitewashing for trees.

Referring to Fig. 6, the liquid storage mechanism 120 includes the storage bin 121 arranged vertically, the upper surface edge of storage bin 121 The side for length direction is provided with feeding port for feeding intake, and feeding port opening rotary setting has to match and structure with it At the case lid 122 that open-close type coordinates, suitable whitewash is added according to regulation ratio in use, by 122 Unscrew of case lid in user Powder and liquid water have been mixing uniformly to form the white-out agent for tree whitening and by 121 rotary closing of case lid, case lid 121 setting, on the one hand, topple over during user job in order to avoid storage bin 121 and cause the unrestrained of white-out agent, another party Face, prevent has sundries to be entered inside storage bin 121 by feeding port during user job pollutes white-out agent.

Referring to Fig. 6, Fig. 7, the rabbling mechanism 130 is set to the middle part of 121 upper surface of storage bin along its length, institute The rabbling mechanism 130 stated includes the agitating shaft 132 for vertically extending to 121 bottom of storage bin, the middle part axis of agitating shaft 132 It is in and is provided with installation disk body 133, installation disk body 133, which is distributed uniformly and circumferentially, is provided with several leaves arranged straight down Piece 134, several blades 134 constitute the stirring cage of idler wheel shape, and the driving power of rabbling mechanism 130 is to be set on storage bin 121 The output shaft of the stirring motor 131 on surface, stirring motor 131 is coaxially arranged with agitating shaft 132 and fixes as one, and user makes Used time adds suitable painting white powder with after liquid water, starts stirring motor 131, power is delivered to stirring by stirring motor 131 Axis 132 and agitating shaft 132 is driven to rotate around own axes, the movement of agitating shaft 132 will drive stirring cage around stirring The circumferencial direction of axis 132 synchronously rotates, and several blades 134 are stirred painting white powder with liquid water and mix, after being sufficiently mixed White-out agent is formed, the setting of rabbling mechanism 130 can will apply rapidly white powder and is sufficiently mixed with liquid water, improve user couple The working efficiency of tree whitening.

As the scheme that the present invention more optimizes, blade 134 is in away from one end of installation disk body 133 freely to be hanged without support State is set, the blade 134 of rotary motion is stirred with liquid water in mixed process to applying white powder, the white-out agent before being sufficiently mixed Larger resistance is formed to the rotation of blade 134, the deformation for causing blade 134 freely to suspend one end is even broken, in order to carry The intensity of blade 134 is risen, the agitating shaft 132 is provided with fixed disk body 135 at the axle body of elongated end, constitutes stirring cage Several blades 134 fix as one with fixation disk body 135, and the upper and lower ends of blade 134 are individually fixed in installation disk body 133 and consolidate Price fixing body 135 increases the reliability of the installation of blade 134, avoids deformation of the blade 134 in whipping process and is even broken, Extend the service life of blade 134.

The scheme more perfect as the present invention, agitating shaft 132 extends to the bottom of storage bin 121, due to the row of extension Journey is longer and axle body at be provided with stirring cage, agitating shaft 132 easily forms axis vibrations in rotation, and axis vibrations not only generate noise User experience is influenced, and reduces the service life of agitating shaft 132, for this purpose, the bottom of the storage bin 121 is provided with and stirs The stop collar 136 that axis 132 matches, elongated end and the stop collar 136 of agitating shaft 132 are rotatablely connected, take this programme, avoid The generation of 132 axis seismism of agitating shaft.

Referring to Fig. 8-Figure 10, the stock conveying mechanism 140 is set to the upper surface of storage bin 121 alongst The other side, the stock conveying mechanism 140 includes being installed on the pump ontology 141 of 121 upper surface of storage bin, pumps ontology 141 On be provided with input interface 142 and output interface 143, input interface 142 be provided with the input pipe 144 connected with it and Input pipe 144 extends to the inside of storage bin 121, and white-out agent is delivered to pump ontology by input pipe for input pipe 144 141, in order to pump out the white-out agent in storage bin 121 completely, input pipe 144 extends to the bottom of storage bin 121, defeated Outgoing interface 143 is provided with the feed conduit 145 connected with it, and feed conduit 145 is used to be delivered to the white-out agent of pump ontology 141 It is delivered to application device 200, the conveying for the ease of feed conduit 145 to white-out agent, feed conduit 145 is arranged to flexible conduit, In use, starting pump ontology 141, white-out agent is pumped into ontology 141 through input pipe 144, whitewashes user by pump ontology 141 Agent completes pressurization and is pumped out by feed conduit 145 to be delivered to application device 200 and whitewash trees in pump ontology 141 Reason.

As the scheme that the present invention more optimizes, white-out agent is delivered to by input pipe 144 under the action of pumping ontology 141 During pumping ontology 141, since tree whitening processing belongs to outdoor study, storage bin 121 is easily mixed into foreign matter, and does not fill The knob-like sphere of powder, foreign matter or the knob-like sphere of powder will be formed in the process for being delivered to pump ontology 141 by dividing mixed painting white powder to meet water In, easily causing the plugging fault of pump ontology 141 influences the continuous stock of pump ontology 141, for this purpose, the input pipe 144 is outer Portion is coaxially socketed with filtering tube 146, and the outside of filtering tube 146 is from top to bottom provided with several filter hole 147, specific manifestation To start pump ontology 141, white-out agent enters filtering tube 146 by filter hole 147, and foreign matter or the knob-like sphere of powder are hindered at this time It is interposed between the outside of filtering tube 146, the entrance of input pipe 144 is drowned into simultaneously into the white-out agent inside filtering tube 146 And thus white-out agent is delivered in pump ontology 141, its significance lies in that, foreign matter or the knob-like sphere of powder are avoided by input pipe 144 are delivered in pump ontology 141 failure that results in blockage.

Referring to Fig. 3, Fig. 4, in the present embodiment, since tree whitening belongs to outdoor study and trees more disperse, transport Work will increase the labor intensity of operating personnel, influence the working efficiency of operating personnel, for this purpose, the feeding device 100 is also Including consigning mounting bracket 110, the delivery mounting bracket 110 includes mounting bracket ontology, and liquid storage mechanism 120 is arranged in mounting bracket sheet On body, for the ease of transport, the bottom of mounting bracket ontology is provided with wheel 111 and support leg 112, wheel 111 and support leg 112 be respectively set there are two and it is positioned opposite, the top of mounting bracket ontology is provided with hand steered push handle 113, hand steered push handle 113 with Wheel 111 be located at homonymy and be symmetrical arranged there are two, be also equipped with main power source 150, main power source on the mounting bracket ontology 150 for stirring motor 131 and pump ontology 141 provide driving electric energy and main power source 150 and stirring motor 131 and pump ontology It is electrical connection between 141, when transport, operating personnel, which holds, holds push handle 113, support leg 112 is lifted and only by wheel 111 Vertical support pushes delivery mounting bracket 110 to be transported under the rolling action of wheel 111, after arriving at, will lift at this time Support leg 112 fall and support leg 112 can effectively will delivery mounting bracket 110 brake stop, take this programme, make operation people The transport of member is more time saving and energy saving, can effectively reduce the labor-intensive of operating personnel.

Referring to Fig. 5, Figure 12-27, the application device 200 include for be socketed on set connection mechanism 210 outside trees, The coating mechanism 230 and be used to provide driving to coating mechanism 230 that trees for being socketed to set connection mechanism 210 are whitewashed The power supply mechanism 220 of power, the set connection mechanism 210 include handle portion 2110, socket part 2120 and positioning region 2130, handle portion 2110 is convenient for the gripping of user, and socket part 2120 is for being socketed trees to be whitewashed, and positioning region 2130 is for fixed Position makes trees be in the center of socket part 2120, and coating mechanism 230 is set to the outside of socket part 2120, power supply mechanism 220 are set to the inside of handle portion 2110 and socket part 2120.

Referring to Figure 11-12, specifically, the handle portion 2110 includes handle body 2111, handle body 2111 is by upper Under the rectangle lid that is arranged symmetrically be composed, the upper surface of upside lid is provided with feed switch 2112 and coating is opened 2113 are closed, feed switch 2112 is for controlling the process that stock conveying mechanism 140 is fed application device 200, coating switch 2113 for controlling the process that trees are whitewashed by coating mechanism 230, for the ease of the gripping of operating personnel, it is preferred that institute The outside for stating handle body 2111 is symmetrically arranged and has handle, and feed switch 2112 is set on the handle of left side, and coating switchs 2113 are set in right hand grip, and the socket part 2120 includes the lantern ring 2121 for being arranged to hollow structure, 2121 edge of lantern ring The circumferentially disposed notch H for being useful for socket trees, the outside of lantern ring 2121 radially and handle body 2111 are along its length One end is fixedly connected and junction is close to notch H, and 2121 upper surface of lantern ring is coaxially arranged with circular groove 2122, coating machine Structure 230 is rotatably dispose on groove 2122, and operating personnel is in use, hands grasping handle, by trees to be whitewashed by notch H It is inserted in socket part 2120 and trees is made to be at the center of lantern ring 2121, start feed switch 2112 and coating switch at this time 2113, white-out agent is delivered to application device 200 by feed conduit 145, and coating mechanism 230 is rotated along groove 2122, herein mistake The white-out agent being discharged by feed conduit 145 is painted on the trunk of trees around the outside of trees by Cheng Zhong, coating mechanism 230 On, it is to control coating mechanism 230 in rotation process that socket part 2120 makes trees be located at the center of lantern ring 2121 when being socketed In always with trees trunk keep appropriately distance, it is more uniform when being whitewashed to trees so as to coating mechanism 230.

Referring to Figure 11, Figure 14-16, in order to which less important work personnel make the trees of socket be in the center of lantern ring 2121 always Place, the positioning region 2130 include locating rod 2132 in hollow structure, and locating rod 2132 is set to the top of lantern ring 2121 And it is arranged along the radial level of lantern ring 2121, locating rod 2132 is provided with adjustable support group away from one end of lantern ring 2121 Part, when operation, locating rod 2132 is inconsistent close to one end of lantern ring 2121 and trees and ensures trees when support component contradicts Setting in the center of lantern ring 2121, and locating rod 2132 keeps operating personnel more laborsaving to the gripping for covering connection mechanism 210.

Specifically, the support component includes the supporting rod a2131a1 being obliquely installed and supporting rod b2131a2, branch Strut a2131a1 and supporting rod b2131a2 constitutes double link, supporting rod a2131a1 and the one end supporting rod b2131a2 and positioning The external articulation of bar 2132 connects and be axially perpendicular to locating rod 2132, the other end and the handle body 2111 of articulated shaft are hinged It connects and articulated shaft is axially perpendicular to locating rod 2132, supporting rod a2131a1 and the hinged place of handle body 2111 be arranged There is locking member a2131b, when being positioned using locating rod 2132, locking member a2131b is unclamped, according to the thickness difference of trees, adjusts It saves the angle of inclination of double link and then adjusts position of the locating rod 2132 with trees when inconsistent, it is ensured that locating rod 2132 can fit For the trees that thickness differs, the setting of double link, it is ensured that locating rod 2132 is in horizontality always, makes operating personnel couple The positioning of trees is more convenient.

As the scheme that the present invention more optimizes, the locating rod 2132 is provided with idler wheel with the inconsistent one end of trees 2133, retainer 2134 is provided between locating rod 2132 and idler wheel 2133,2134 one end of retainer is fixed with locating rod 2132 Connection, the other end and idler wheel 2133 are rotatablely connected, and idler wheel 2133 and trees trunk are inconsistent, tree of the coating mechanism 230 to socket During wood is whitewashed, from top to bottom the trunk of trees is carried out successively to whitewash processing, is located at the trees trunk brushing of upside After the completion, operating personnel's gripping handle ontology 2111 makes 210 slide downward of set connection mechanism under the rolling action of idler wheel 2133, In the process, trees always be in lantern ring 2121 center at, ensure that coating mechanism 230 can continuity trees are applied White processing, improves the working efficiency that operating personnel whitewashes processing.

The scheme more perfect as the present invention, since the surface of trees trunk is often more coarse or even uneven, When idler wheel 2133 scrolls down through, it is easy to happen disengaging of the jumping phenomena so as to cause idler wheel 2133 and trees, in turn results in idler wheel 2133 conflict positioning failure, for this purpose, it is provided with floatation element between the retainer 2134 and locating rod 2132, it is described Floatation element includes the spring 2136 and floating lever 2135 being coaxially disposed inside hollow structure locating rod 2132, floating lever 2135 one end extends to being fixedly connected with retainer 2134 outside locating rod 2132, the other end and is set to locating rod 2132 Internal spring 2136 is inconsistent, and the elastic force of spring 2136 pushes floating lever 2135 to move out always, floating lever 2135 with it is fixed Position bar 2132 constitutes slide-and-guide cooperation along the central axial direction of locating rod 2132, in order to avoid floating lever 2135 is in spring Locating rod 2135 is skidded off under 2136 elastic force effect, the locating rod 2132 is provided with inwardly projecting close to 2133 one end of idler wheel Built-in step, floating lever 2135 be provided with away from 2133 one end of idler wheel match and outwardly protrude with built-in step it is external Step, built-in step is matched with external step constitutes the limiting component that limitation floating lever 2135 skids off locating rod 2132, adopts This programme is taken, when idler wheel 2133 scrolls down through, effectively the uneven of trees trunk can be filtered, prevent idler wheel 2133 occur jumping phenomena, avoid since the bounce of idler wheel 2133 causes the positioning of positioning region 2130 to fail.

Referring to Fig. 5, Figure 14-15, in the present embodiment, in order to which the white-out agent for conveying flexible conduit 145 is delivered to application device 200 are brushed, and the drain side of the flexible conduit 145 is set to the side of retainer 2134, the drain side setting of flexible conduit 145 At heeling condition and towards the trees trunk surface being located at 2121 center of lantern ring, in order to adjust 145 drain side of flexible conduit Direction, the side of the retainer 2134 is provided with rotating turret 2138, and mounting hole a2137a is provided on rotating turret 2138, soft The drain side of conduit 145 is set in mounting hole a2137a, is additionally provided on rotating turret 2138 for being fixed in retainer Locking member b2139 on 2134 occurs bending in order to prevent and results in blockage, therefore between 145 liquid feeding end of flexible conduit and drain side The mounting hole b2137b for preventing it from bending for support flexible conduit 145 is additionally provided with outside the locating rod 2132.

Referring to Fig. 5, Figure 12, Figure 25-27, the coating mechanism 230 includes the circle to match with circular groove 2122 The teeth face outwards of arc-shaped rack 231 and rack 231 arrange that the middle part of the upper surface of rack 231 circumferentially is provided with for applying The hairbrush of brush white-out agent, lower face are provided with sliding slot 233, and the coating mechanism 230 further includes being set to 2122 slot bottom of groove Sliding rail 232, sliding slot 233 and sliding rail 232 constitute slide-and-guide cooperation along lantern ring 2121 is circumferential, in order to ensure sliding slot 233 can Continuously slipping around vacancy H along sliding rail 232, the perimeter of the rack 231 is more than the perimeter of the places vacancy H arc surface, The hairbrush includes the brush handle 234a and brush head 234b arranged vertically, and the upper surface of the rack 231 is provided with for pressing from both sides Hold the installation sliding sleeve 235 of brush handle 234a, brush head 234b is towards arranging at 2121 center of lantern ring and brush handle 234a is arranged in installation In sliding sleeve 235, brush handle 234a constitutes slide-and-guide cooperation with installation sliding sleeve 235 along the radial of lantern ring 2121, installation sliding sleeve 235 Outside is provided with the locking member c236 for locking brush handle 234a, and brush head 234b and 2121 center of lantern ring is adjusted in locking member c236 The distance at place, operating personnel are sheathed on the outside of trees and by fixed in use, holding handle portion 2110 and will cover connection mechanism 210 Position portion 2130 makes trees be at 2120 center of socket part, and the position of hairbrush is adjusted by locking member c236, make brush head 234b with Trees trunk at 2120 center of socket part is inconsistent, at this point, idler wheel 2133 and brush head 234b simultaneously with the trunk of trees It is inconsistent, start to brush, starts feed switch 2112 and coating switch 2113, be installed on the flexible conduit of 2134 side of retainer White-out agent is expelled to the trees trunk surface at 2121 center of lantern ring by 145, and at the same time, power supply mechanism 220 drives Carry-over bar 231 is rotated along sliding rail 232, and the hairbrush being set on rack 231 rotates synchronously, hair with the rotation of rack 231 Brush is uniformly brushed white-out agent in trees trunk rotation process in the trees trunk table at 2121 center of lantern ring Handle portion 2110 is held under the action of idler wheel 2133 along trees body after the completion of the trees trunk brushing positioned at upside in face Dry to scroll down through, the trees trunk for continuing to be located at next place at 2121 center of lantern ring carries out whitewashing processing, takes this programme, really Guarantor when being whitewashed to same root trees from top to bottom can continuity carry out whitewashing processing, not only reduce the labour of operating personnel Intensity, and improve operating personnel whitewashes efficiency.

As the scheme that the present invention more optimizes, the brush head 234b and brush handle 234a articulated connections and the axis of articulated shaft To vertical arrangement, torsional spring 234c is arranged on articulated shaft, the torsion of torsional spring 234c is directed toward brush head 234b by brush handle 234a and is begun Make brush head 234b around the 231 rotation direction deflection of hinged axial rack eventually, brush head 234b is in painting process, due to trees trunk Surface it is uneven, when turn to protrusion position, easily cause fractureing for brush head 234b and brush handle 234a, when turn to be recessed Position, so that brush head 234b and depressed area is contradicted failure so as to cause that can not brush, take this programme, brushing to bumps When the position of injustice, promotes brush head 234b to be tightly attached to the surface of trees trunk always under the twisting force of torsional spring 234c, avoid The phenomenon that hairbrush fractures and can not brush.

The scheme more perfect as the present invention, in order to make brush head 234b and the contact area on trees trunk surface increase, Hairbrush is deflected along the negative direction that rack 231 rotates, so that hairbrush is highly efficient convenient when whitewashing, for this purpose, the peace Dress sliding sleeve 235 deflects arrangement along the negative direction that rack 231 rotates, in order to make the adjustable angle of deflection, the installation sliding sleeve 235 side is rotatably dispose in the upper surface of rack 231, the other side is provided with elastic supporting member for supporting optical member 237, is brushing to uneven Position when, support element 237 can automatic adjusument installation sliding sleeve 235 deflection angle, ensure hairbrush always along 231 turns of rack Dynamic negative direction deflection, it is ensured that hairbrush is highly efficient convenient when whitewashing.

Specifically, the support element 237 includes being in horizontally disposed connecting rod, one end and the installation sliding sleeve 235 of connecting rod It is articulated and connected and the axial vertical arrangement of articulated shaft, the upper surface articulated connection of the other end and rack 231 and articulated shaft Axial vertical arrangement, the outer, coaxial of the connecting rod are arranged with the elastic force of compressed spring and compressed spring always by connecting rod It is directed toward connecting rod with the hinged place of rack 231 and the hinged place of sliding sleeve 235 is installed, takes this programme, compressed spring that can realize The outer surface for being arranged in brush head 234b and trees inside installation sliding sleeve 235 fits closely, and makes to whitewash better.

Referring to Figure 17-24, the power supply mechanism 220 includes the first power output part for exporting power 2240, the second power output part 2260 and for receiving rotary force and rotary force being transferred to the first power output part 2240, the power input part 2220 of the second power output part 2260, the first power output part 2240, the second power output Component 2260 and power input part 2220 are the component that can be rotated around respective axis, the first power output part 2240 are set to lantern ring 2121 in the connecting pin of handle body 2111, and the second power output part 2260 is set to lantern ring 2121 The other end, power input part 2220 is set in handle body 2111, the first power output part 2240 and the second power The central axis of output block 2260 is mutually parallel and is each perpendicular to the central axis of power input part 2220, the first power The central axis of output block 2240 and the second power output part 2260 is mutually parallel and is each perpendicular in lantern ring 2121 The central axis of mandrel line, power input part 2220 is parallel with the length direction of handle body 2111, the first power output portion Part 2240 rotates synchronously common driving coating mechanism 230 and done around the circumferential direction of lantern ring 2121 with the second power output part 2260 to be revolved Transhipment is dynamic.

Referring to Figure 17-19, the power supply mechanism 220 further includes the dynamic component being set in handle body 2111 2210, the first transmission parts 2230 of lantern ring 2121 and 2111 junction of handle body are set to and are set in lantern ring 2121 Second transmission parts 2250 in portion, the input terminal of the first transmission parts 2230 are connect with power input part 2220, the first transmission The output end of component 2230 is connect with the first power output part 2240, at this point, power input part 2220 is driving part, the One power output part 2240 is slave unit；The input terminal of second transmission parts 2250 and the first power output part 2240 connect It connects, the output end of the second transmission parts 2250 is connect with the second power output part 2260, at this point, the first power output part 2240 be driving part, the second power output part 2260 is slave unit.

Specifically, referring to Figure 17-24, the dynamic component 2210 includes being set in handle body 2111 close to lantern ring The driving motor 2211 of 2121 one end is set to the auxiliary power 2212 in handle body 2111 away from 2121 one end of lantern ring and sets The control panel 2213 being placed between driving motor 2211, auxiliary power 2212 is between auxiliary power 2212 and control panel 2213 Electrical connection, to be electrically connected between control panel 2213 and driving motor 2211, between control panel 2213 and coating switch 2113 For electrical connection, the main shaft of driving motor 2111 is along the length direction arrangement of handle body 2111 and the output of driving motor 2211 End is connect with power input part 2220, and driving motor 2211 generates the rotary force for making power input part 2220 rotate, power The rotary force that driving motor 2211 generates is transferred to the first power output by input part 2220 by the first transmission parts 2230 Power is transferred to the second power output part by component 2240, the first power output part 2240 by the second transmission parts 2250 2260。

Referring to Figure 20-23, due in the main-shaft axis direction of driving motor 2211 and the first power output part 2240 Heart axis direction is mutually perpendicular to, and in order to change the direction of transfer of power, the power input part 2220 is helical gear one, tiltedly Gear one is fixedly installed on the main shaft of driving motor 2211, and the first transmission parts 2230 are gear transmission part, the first transmission Component 2230 is rotatably dispose between power input part 2220 and the first power output part 2240, the first transmission parts 2230 Play the role of deceleration in transmission process, promote torsion, in the present embodiment, the first transmission parts 2230 are gear drive portion Part comprising the helical gear 2 2231 that is engaged with helical gear one, for being coaxially disposed and rotating synchronously with helical gear 2 2231 One gear 2232, the first power output part 2240 include up and down it is coaxially arranged and rotate synchronously second gear 2241 and Third gear 2242, second gear 2241 are located at the lower section of third gear 2242, and second gear 2241 is nibbled with first gear 2232 Merge and power is transferred to the second transmission parts 2250 by the first transmission parts 2230, third gear 2242 is nibbled with rack 231 Merge and for the power that the first transmission parts 2230 transmit is transferred to coating mechanism 230 and drive coating mechanism 230 around The circumferential direction for lantern ring 2121 rotates.

In the present embodiment, the second transmission parts 2250 are gear belt wheel mixed synchronization transmission mechanism comprising with the second tooth 4th gear 2251 of 2241 engagement of wheel, it is coaxially arranged with the 4th gear 2251 and rotate synchronously driving pulley 2252, with The 5th gear 2253 and the 5th gear 2253 of second power output part 2260 connection are coaxially arranged and synchronous rotation Driven pulley 2254, driving pulley 2252, driven pulley 2254 are located at the 4th gear 2251,2253 lower section of the 5th gear, The belt 2255 for transfer motion power is provided between driving pulley 2252 and driven pulley 2254, since lantern ring 2121 is hollow Arc-shaped structure, in order to avoid the friction between the opposite strap surface up and down of belt 2255, second transmission parts 2250 Further include circumferentially several transition guide wheels 2256 between driving pulley 2252 and driven pulley 2254 along lantern ring 2121, Belt 2255 bypasses driving pulley 2252, several transition guide wheels 2256, driven pulley 2254, several transition guide wheels 2256 successively, Finally around to driving pulley 2253 constitute closed loop, the second power output part 2260 include up and down it is coaxially arranged and The 6th gear 2261 and the 7th gear 2262 rotated synchronously, the 6th gear 2261 are located at the lower section of the 7th gear 2262, the Seven gears 2262 are engaged with rack 231, and the 7th gear 2262 is used to the power that the second transmission parts 2260 transmit being transferred to painting Expect mechanism 230 and coating mechanism 230 is driven to rotate around the circumferential direction of lantern ring 2121.

Preferably, Figure 20-22, the first gear 2232, second gear 2241, third gear the 2242, the 4th are participated in Gear 2251, the 5th gear 2253, the 6th gear 2261 and the 7th gear 2262 are straight spur gear, helical gear one with Helical gear 2 2231 is helical gears, and the diameter of helical gear 2 2231 is more than the diameter of helical gear one, helical gear two 2231 diameter is more than the diameter of first gear 2232, second gear 2241, third gear 2242, the 4th gear the 2251, the 5th The diameter of gear 2253, the 6th gear 2261 and the 7th gear 2262 is equal and is more than the diameter of first gear 2232, Driving pulley 2252 is equal with the diameter of driven pulley 2254.

Particularly important, it is defeated that the perimeter on 231 circumferencial direction of rack is more than the first power output part 2240, the second power Go out the length being spaced in a circumferential direction between component 2260, need to ensure that the power that power supply mechanism 220 provides continues to tooth Item 231 is transmitted.

Referring to Figure 24, as the scheme that the present invention more optimizes, the first power output part 2240 and the second power output Component 2260 alternately drives coating mechanism 230, when rack 213 turns to indentation, there H, by the first power output part 2240, the second power output part 2260 simultaneously drives rack 231, by the first power output part 2240 or the second Power output part 2260 independently carries out driving to rack 231 and transits to the first power output part 2240 and the second power output During component 2260 simultaneously drives rack 231, prevent the circular runout due to gear from causing transition engagement failure, Therefore, the power supply mechanism 220 further include be rotatably dispose in the inside of lantern ring 2121 and positioned at third gear 2242 with Along the transition gear 2270 of 2121 circumferentially intermediate position of lantern ring, transition gear 2270 is meshed 7th gear 2262 with rack 231, It ensure that the reliability of power supply mechanism 220.

Referring to Figure 11, in the present embodiment, the handle body 2111 is surveyed away from 2121 one end of lantern ring and is provided with wire guide 2114, it covers to be held by operating personnel always in 210 operation process of connection mechanism and lift, in order to mitigate the weight of set connection mechanism 210, institute 2212 small volume of auxiliary power and capacitance stated are smaller, in order to ensure the continued power of auxiliary power 2212, the main electricity It is provided with charging wire between source 150 and auxiliary power 2212（It is not shown in figure）, charging wire is drawn by main power source 150, across conducting wire Hole 2114 connect with auxiliary power 2212 and charges to auxiliary power 2212, avoids the electricity shortage of auxiliary power 2212.

Nursery Stock insect prevention, fungi-proofing method, step are：

（One）The feed stage：

S1：The white-out agent stirred evenly is delivered to application device 100 by feeding device 200, and the feeding device 200 includes using In the liquid storage mechanism 120 of storage white-out agent, the rabbling mechanism 130 for stirring white-out agent and for white-out agent to be delivered to painting Expect that the stock conveying mechanism 140 of device 200, rabbling mechanism 130 are respectively arranged in liquid storage mechanism 120 with stock conveying mechanism 140 Outside and extend to the inside of liquid storage mechanism 120, the rabbling mechanism 130 includes being set to 121 upper surface of storage bin Middle part along its length, the rabbling mechanism 130 include the agitating shaft for vertically extending to 121 bottom of storage bin 132, installation disk body 133 is provided at the middle part axle body of agitating shaft 132, installation disk body 133 is distributed uniformly and circumferentially setting There are several blades 134 arranged straight down, several blades 134 to constitute the stirring cage of idler wheel shape, agitating shaft 132 is close to elongated end Axle body at be provided with fixed disk body 135, several blades 134 and fixed disk body 135 for constituting stirring cage fix as one, stirring The driving power of mechanism 130 is the stirring motor 131 for being set to 121 upper surface of storage bin, the output shaft of stirring motor 131 with stir It is coaxially arranged and fix as one to mix axis 132, the bottom of the storage bin 121 is provided with the limit to match with agitating shaft 132 Position set 136, elongated end and the stop collar 136 of agitating shaft 132 are rotatablely connected, and the feeding device 200 further includes delivery installation Frame 110, the delivery mounting bracket 110 include mounting bracket ontology, and liquid storage mechanism 120 is arranged on mounting bracket ontology, mounting bracket The bottom of ontology is provided with wheel 111 and support leg 112, wheel 111 and support leg 112 be respectively set there are two and it is opposite Arrangement, the top of mounting bracket ontology are provided with hand steered push handle 113, and hand steered push handle 113 is located at homonymy with wheel 111 and symmetrically sets There are two setting, the main power source 150 for powering to feeding device 100 is also equipped on the mounting bracket ontology, user uses When, suitable painting white powder is being added with after liquid water, is first starting stirring motor 131, power is delivered to stirring by stirring motor 131 Axis 132 and agitating shaft 132 is driven to rotate around own axes, the movement of agitating shaft 132 will drive stirring cage around stirring The circumferencial direction of axis 132 synchronously rotates, and several blades 134 are stirred painting white powder with liquid water and mix, after being sufficiently mixed Form white-out agent；

S2：The stock conveying mechanism 140 is set to the other side of the upper surface of storage bin 121 alongst, described Stock conveying mechanism 140 include being installed on the pump ontology 141 of 121 upper surface of storage bin, pump and be provided with input on ontology 141 and connect Mouth 142 and output interface 143, input interface 142 is provided with the input pipe 144 connected with it and input pipe 144 prolongs The bottom of storage bin 121 is extended to, white-out agent is delivered to pump ontology 141 by input pipe for input pipe 144, and the input is led The outer, coaxial of pipe 144 is socketed with filtering tube 146, and the outside of filtering tube 146 is from top to bottom provided with several filter hole 147, output interface 143 is provided with the feed conduit 145 connected with it, and feed conduit 145 is used to be delivered to pump ontology 141 White-out agent is delivered to application device 200, and feed conduit 145 is arranged to flexible conduit, and user is in use, start pump ontology 141, foreign matter Or the knob-like sphere of powder is blocked on the outside of filtering tube 146, and input is drowned into the white-out agent inside filtering tube 146 The entrance of conduit 144 and thus by white-out agent be delivered to pump ontology 141 in, then complete pressurization and by feed conduit 145 pump out and are delivered to application device 200 and carry out whitewashing processing to trees；

（Two）The coating stage：

S3：Application device 200 accept feeding device 100 convey white-out agent, application device 200 be socketed on the outside of trees and Carry out whitewashing processing to it, the application device 200 include for be socketed on set connection mechanism 210 outside trees, for pair The coating mechanism 230 and drive power for providing coating mechanism 230 that the trees that set connection mechanism 210 is socketed are whitewashed Power supply mechanism 220, the set connection mechanism 210 include handle portion 2110, socket part 2120 and positioning region 2130, handle It is convenient for the gripping of user, socket part 2120 to make trees for positioning for being socketed trees to be whitewashed, positioning region 2130 in portion 2110 Center in socket part 2120, coating mechanism 230 are set to the outside of socket part 2120, and power supply mechanism 220 is set to The inside of handle portion 2110 and socket part 2120, the handle portion 2110 include handle body 2111, handle body 2111 It is composed of the rectangle lid of arrangement symmetrical above and below, the outside of the handle body 2111, which is symmetrically arranged, handle, supplies Material switch 2112 is set on the handle of left side, and coating switch 2113 is set in right hand grip, and feed switch 2112 is for controlling The process that stock conveying mechanism 140 is fed application device 200, coating switch 2113 is for controlling coating mechanism 230 to trees The process whitewashed, the socket part 2120 include the lantern ring 2121 for being arranged to hollow structure, and lantern ring 2121 is circumferentially set It is equipped with the notch H for being socketed trees, the outside of lantern ring 2121 radially is solid with the one end of handle body 2111 along its length It connects calmly and junction is close to notch H, 2121 upper surface of lantern ring is coaxially arranged with circular groove 2122 and for arranging Trees to be whitewashed are inserted in socket part 2120 by coating mechanism 230, operating personnel in use, hands grasping handle by notch H Lantern ring 2121 in；

S4：The positioning region 2130 includes locating rod 2132 in hollow structure, and locating rod 2132 is set to lantern ring 2121 It top and is arranged along the radial level of lantern ring 2121, locating rod 2132 is provided with adjustable branch away from one end of lantern ring 2121 Support component, the support component include the supporting rod a2131a1 being obliquely installed and supporting rod b2131a2, supporting rod A2131a1 and supporting rod b2131a2 constitutes double link, supporting rod a2131a1 and the one end supporting rod b2131a2 and locating rod 2132 external articulation connects and be axially perpendicular to locating rod 2132, the other end and the handle body 2111 of articulated shaft hingedly connect It connects and articulated shaft is axially perpendicular to locating rod 2132, supporting rod a2131a1 and the hinged place of handle body 2111 be provided with Locking member a2131b, the locating rod 2132 are provided with idler wheel 2133, locating rod 2132 and idler wheel 2133 with close to trees one end Between be provided with retainer 2134,2134 one end of retainer is fixedly connected with locating rod 2132, the rotation of the other end and idler wheel 2133 Connection, idler wheel 2133 and trees trunk are inconsistent, and floatation element is provided between the retainer 2134 and locating rod 2132, The floatation element includes the spring 2136 and floating lever 2135 being coaxially disposed inside hollow structure locating rod 2132, is floated One end of lever 2135 extends to being fixedly connected with retainer 2134 outside locating rod 2132, the other end and is set to locating rod Spring 2136 inside 2132 is inconsistent, and the elastic force of spring 2136 pushes floating lever 2135 to move out always, floating lever 2135 Slide-and-guide cooperation is constituted along the central axial direction of locating rod 2132 with locating rod 2132, the locating rod 2132 is close to rolling It takes turns 2133 one end and is provided with inwardly projecting built-in step, floating lever 2135 is provided with and built-in step away from 2133 one end of idler wheel The external step for matching and outwardly protruding, built-in step matched with external step constitute limitation floating lever 2135 skid off The limiting component of locating rod 2132, the drain side of the flexible conduit 145 are set to the side of retainer 2134, flexible conduit 145 Drain side be arranged to heeling condition and towards be located at 2121 center of lantern ring at trees trunk surface, the one of the retainer 2134 Side is provided with rotating turret 2138, and mounting hole a2137a is provided on rotating turret 2138, and the drain side of flexible conduit 145 is set to installation In the a2137a of hole, the locking member b2139 for being fixed on retainer 2134 is additionally provided on rotating turret 2138, it is described It is additionally provided with the mounting hole b2137b for preventing it from bending for support flexible conduit 145 outside locating rod 2132, it, will when operation Trees are in the center of lantern ring 2121, coating mechanism 230 when idler wheel 2133 is inconsistent with trees and support component ensures to contradict During whitewashing the trees of socket, from top to bottom the trunk of trees is carried out successively to whitewash processing, is located at the tree of upside After the completion of the wooden trunk brushing, operating personnel's gripping handle ontology 2111 makes set connection mechanism under the rolling action of idler wheel 2133 210 slide downwards, in the process, trees are at the center of lantern ring 2121 always；

S5：The coating mechanism 230 includes the arc-shaped rack 231 to match with circular groove 2122 and rack 231 Teeth face outwards arrangement, the middle part of the upper surface of rack 231 circumferentially is provided with the hairbrush for brushing white-out agent, lower face is set It is equipped with sliding slot 233, coating mechanism 230 further includes being set to the sliding rail 232 of 2122 slot bottom of groove, and sliding slot 233 is with sliding rail 232 along set Ring 2121 is circumferential to constitute slide-and-guide cooperation, and the perimeter of the rack 231 is more than the perimeter of the places vacancy H arc surface, described Hairbrush include the brush handle 234a and brush head 234b arranged vertically, the upper surface of the rack 231 is provided with for brush to be clamped The installation sliding sleeve 235 of handle 234a, brush head 234b is towards arranging at 2121 center of lantern ring and brush handle 234a is arranged in installation sliding sleeve In 235, brush handle 234a constitutes slide-and-guide cooperation with installation sliding sleeve 235 along the radial of lantern ring 2121, installs the outside of sliding sleeve 235 It is provided with the locking member c236 for locking brush handle 234a, locking member c236 is adjusted at brush head 234b and 2121 center of lantern ring Distance, the brush head 234b is articulated and connected with brush handle 234a and the axial vertical arrangement of articulated shaft, and torsion is arranged on articulated shaft The torsion of spring 234c, torsional spring 234c are directed toward brush head 234b by brush handle 234a and make brush head 234b around hinged axial tooth always 231 rotation direction of item deflects, and the side of the installation sliding sleeve 235 is rotatably dispose in the upper surface of rack 231, other side setting Flexible support element 237；

The power supply mechanism 220 includes for exporting the first power output part 2240 of power, the second power output Component 2260 and for receiving rotary force and rotary force being transferred to the first power output part 2240, the second power output portion The power input part 2220 of part 2260, the first power output part 2240, the second power output part 2260 and power are defeated It is the component that can be rotated around respective axis to enter component 2220, and the first power output part 2240 is set to lantern ring 2121 In the connecting pin of handle body 2111, the second power output part 2260 is set to the other end of lantern ring 2121, power input Component 2220 is set in handle body 2111, the center of the first power output part 2240 and the second power output part 2260 Axis is mutually parallel and is each perpendicular to the central axis of power input part 2220, the first power output part 2240 and second The central axis of power output part 2260 is mutually parallel and is each perpendicular to the central axis of lantern ring 2121, power input part 2220 central axis is parallel with the length direction of handle body 2111, the first power output part 2240 and the second power output Component 2260 rotates synchronously common driving coating mechanism 230 and rotates around the circumferential direction of lantern ring 2121；

Referring to Figure 17-19, the power supply mechanism 220 further includes the dynamic component being set in handle body 2111 2210, the first transmission parts 2230 of lantern ring 2121 and 2111 junction of handle body are set to and are set in lantern ring 2121 Second transmission parts 2250 in portion, the input terminal of the first transmission parts 2230 are connect with power input part 2220, the first transmission The output end of component 2230 is connect with the first power output part 2240, at this point, power input part 2220 is driving part, the One power output part 2240 is slave unit；The input terminal of second transmission parts 2250 and the first power output part 2240 connect It connects, the output end of the second transmission parts 2250 is connect with the second power output part 2260, at this point, the first power output part 2240 be driving part, the second power output part 2260 is slave unit；

Specifically, referring to Figure 17-24, the dynamic component 2210 includes being set in handle body 2111 close to lantern ring 2121 The driving motor 2211 of one end is set to the auxiliary power 2212 in handle body 2111 away from 2121 one end of lantern ring and is set to Control panel 2213 between 2211 auxiliary power 2212 of driving motor is to be electrically connected between auxiliary power 2212 and control panel 2213 It connects, is electricity between control panel 2213 and coating switch 2113 to be electrically connected between control panel 2213 and driving motor 2211 Connection, the main shaft of driving motor 2111 along handle body 2111 length direction arrangement and driving motor 2211 output end with Power input part 2220 connects, and driving motor 2211 generates the rotary force for making power input part 2220 rotate, power input The rotary force that driving motor 2211 generates is transferred to the first power output part by component 2220 by the first transmission parts 2230 2240, power is transferred to the second power output part by the first power output part 2240 by the second transmission parts 2250 2260；

Referring to Figure 20-23, due to the central shaft in the main-shaft axis direction and the first power output part 2240 of driving motor 2211 Line direction is mutually perpendicular to, and the power input part 2220 is helical gear one, and helical gear one is fixedly installed on driving motor On 2211 main shaft, the first transmission parts 2230 are gear transmission part, and it is defeated that the first transmission parts 2230 are rotatably dispose in power Enter between component 2220 and the first power output part 2240, the first transmission parts 2230 play deceleration in transmission process, carry The effect of torsion is risen, in the present embodiment, the first transmission parts 2230 are gear transmission part comprising are engaged with helical gear one Helical gear 2 2231, be coaxially disposed with helical gear 2 2231 and the first gear 2232 that rotates synchronously, the first power output Component 2240 includes second gear 2241 that is coaxially arranged up and down and rotating synchronously and third gear 2242, second gear 2241 are located at the lower section of third gear 2242, and second gear 2241 is engaged with first gear 2232 and by power by the first transmission Component 2230 is transferred to the second transmission parts 2250, and third gear 2242 is engaged with rack 231 and is used for the first driving section The power that part 2230 transmits, which is transferred to coating mechanism 230 and coating mechanism 230 is driven to be done around the circumferential direction of lantern ring 2121, to be rotated Movement；

Second transmission parts 2250 are gear belt wheel mixed synchronization transmission mechanism comprising the 4th engaged with second gear 2241 Gear 2251 and the 2251 coaxially arranged and driving pulley 2252 rotated synchronously of the 4th gear and the second power output part The 5th gear 2253 and 2253 coaxially arranged and synchronous rotation driven pulley 2254 of the 5th gear of 2260 connections, it is main Movable belt pulley 2252, driven pulley 2254 are located at the 4th gear 2251, the lower section of the 5th gear 2253, driving pulley 2252 with from The belt 2255 for transfer motion power is provided between movable belt pulley 2254, it is described since lantern ring 2121 is hollow arc-shaped structure The second transmission parts 2250 further include along lantern ring 2121 circumferentially between driving pulley 2252 and driven pulley 2254 Several transition guide wheels 2256, belt 2255 successively bypass driving pulley 2252, several transition guide wheels 2256, driven pulley 2254, several transition guide wheels 2256 finally constitute closed loop, the second power output part around to driving pulley 2253 2260 include the 6th gear 2261 and the 7th gear 2262 that be coaxially arranged up and down and rotating synchronously, the 6th gear 2261 In the lower section of the 7th gear 2262, the 7th gear 2262 is engaged with rack 231, and the 7th gear 2262 is used for the second transmission parts 2260 power transmitted are transferred to coating mechanism 230 and coating mechanism 230 are driven to do rotation fortune around the circumferential direction of lantern ring 2121 It is dynamic；

Participate in Figure 20-22, the first gear 2232, second gear 2241, third gear 2242, the 4th gear 2251, the Five gears 2253, the 6th gear 2261 and the 7th gear 2262 are straight spur gear, helical gear one and helical gear two 2231 be helical gears, and the diameter of helical gear 2 2231 is more than the diameter of helical gear one, the diameter of helical gear 2 2231 More than the diameter of first gear 2232, second gear 2241, third gear 2242, the 4th gear 2251, the 5th gear 2253, The diameter of six gears 2261 and the 7th gear 2262 is equal and more than the diameter of first gear 2232, driving pulley 2252 Equal with the diameter of driven pulley 2254, the perimeter on 231 circumferencial direction of rack is more than the first power output part 2240, second The length being spaced in a circumferential direction between power output part 2260 ensures that the power that power supply mechanism 220 provides continues It is transmitted to rack 231；

The power supply mechanism 220 further includes being rotatably dispose in the inside of lantern ring 2121 and positioned at third gear 2242 and the Along the transition gear 2270 of 2121 circumferentially intermediate position of lantern ring, transition gear 2270 is meshed seven gears 2262 with rack 231；

When brushing, start feed switch 2112, white-out agent is delivered to application device 200 by feed conduit 145, starts coating switch 2113, power is transferred to power input part 2220 by power part 2210, and the first transmission parts 2230 are by power input part 2220 power is transferred to the first power output part 2240, and the second transmission parts 2250 are by the first power output part 2240 Power is transferred to the second power output part 2260, and the first power output part 2240 and the second power output part 2260 are common Driving coating mechanism 230 rotates around the circumferential direction of lantern ring 2121, in the process, the hairbrush being set on rack 231 It is rotated synchronously with the rotation of rack 231, hairbrush is uniformly brushed in place in trees trunk rotation process, by white-out agent Handle portion 2110 is held after the completion of the trees trunk brushing positioned at upside in trees trunk surface at 2121 center of lantern ring It is scrolled down through along trees trunk under the action of idler wheel 2133, continues to be located at next place the trees body at 2121 center of lantern ring It is dry to carry out whitewashing processing.

The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention； Various modifications to these embodiments will be apparent to those skilled in the art, defined in the present invention General Principle can not depart from the present invention spirit or scope in the case of, realize in other embodiments.Therefore, originally Invention will not be defined to the embodiments shown herein, and be to fit to and the principles and novel features disclosed herein Consistent widest range.

Claims (1)

1. Nursery Stock insect prevention, fungi-proofing method, step are：

（One）The feed stage：

S1：The white-out agent stirred evenly is delivered to application device by feeding device, and the feeding device includes being applied for storing The liquid storage mechanism, the rabbling mechanism for stirring white-out agent and the stock for white-out agent to be delivered to application device of agent are defeated in vain Mechanism, rabbling mechanism is sent to be respectively arranged in the outside of liquid storage mechanism with stock conveying mechanism and extend to the interior of liquid storage mechanism Portion, the rabbling mechanism include being set to the middle part of storage bin upper surface along its length, and the rabbling mechanism includes edge Vertical direction extends to the agitating shaft of storage bin bottom, and installation disk body, installation disk body edge are provided at the middle part axle body of agitating shaft Circumferencial direction, which is uniformly distributed, is provided with several blades arranged straight down, and several blades constitute the stirring cage of idler wheel shape, stirring Axis is provided with fixed disk body at the axle body of elongated end, and several blades and fixed disk body for constituting stirring cage fix as one, The driving power of rabbling mechanism is the stirring motor for being set to storage bin upper surface, and the output shaft and agitating shaft of stirring motor are coaxial It arranges and fixes as one, the bottom of the storage bin is provided with the stop collar to match with agitating shaft, the extension of agitating shaft End is rotatablely connected with stop collar, and the feeding device further includes delivery mounting bracket, and the delivery mounting bracket includes mounting bracket Ontology, liquid storage mechanism are arranged on mounting bracket ontology, and the bottom of mounting bracket ontology is provided with wheel and support leg, wheel and branch There are two spike is respectively set and positioned opposite, the top of mounting bracket ontology is provided with hand steered push handle, hand steered push handle and wheel Positioned at homonymy and be symmetrical arranged there are two, the main electricity for powering to feeding device is also equipped on the mounting bracket ontology Source, user first start stirring motor, stirring motor conveys power in use, suitable painting white powder is added with after liquid water To agitating shaft and agitating shaft is driven to rotate around own axes, the movement of agitating shaft will drive stirring cage around agitating shaft Circumferencial direction synchronously rotates, and several blades are stirred painting white powder with liquid water and mix, and white-out agent is formed after being sufficiently mixed；

S2：The stock conveying mechanism is set to the other side of the upper surface of storage bin alongst, the stock Conveying mechanism includes the pump ontology for being installed on storage bin upper surface, pumps and is provided with input interface and output interface on ontology, defeated Incoming interface is provided with the input pipe connected with it and input pipe extends to the bottom of storage bin, and input pipe is for inputting White-out agent is delivered to pump ontology by conduit, and the outer, coaxial of the input pipe is socketed with filtering tube, the outside of filtering tube Several filter hole are from top to bottom provided with, output interface is provided with the feed conduit connected with it, and feed conduit will be for that will convey White-out agent to pump ontology is delivered to application device, and feed conduit is arranged to flexible conduit, and user pumps ontology in use, starting, different Object or the knob-like sphere of powder are blocked on the outside of filtering tube, and input pipe is drowned into the white-out agent inside filtering tube Entrance and thus white-out agent is delivered in pump ontology, then complete to pressurize and pumped out by feed conduit and is delivered to painting Material device carries out trees to whitewash processing；

The coating stage：

S3：Application device accepts the white-out agent of feeding device conveying, and application device is socketed on the outside of trees and is carried out to it Whitewash processing, the application device includes for being socketed on set connection mechanism outside trees, for being socketed to set connection mechanism The coating mechanism that trees are whitewashed and the power supply mechanism for providing coating mechanism driving power, the socket Mechanism includes handle portion, socket part and positioning region, and handle portion is convenient for the gripping of user, and socket part is for being socketed tree to be whitewashed Wood, for positioning the center for making trees be in socket part, coating mechanism is set to the outside of socket part, power supply machine for positioning region Structure is set to the inside of handle portion and socket part, and the handle portion includes handle body, and handle body is by cloth symmetrical above and below The rectangle lid set is composed, and the outside of the handle body, which is symmetrically arranged, handle, and feed switch is set to left side On handle, coating switch is set in right hand grip, and feed switch is fed application device for controlling stock conveying mechanism Process, coating switch the process whitewashed to trees for controlling coating mechanism, and the socket part is hollow including being arranged to The lantern ring of structure, the circumferentially arranged notch H for being useful for socket trees of lantern ring, the outside of lantern ring radially is with handle body along long The one end in degree direction is fixedly connected and junction is close to notch H, and lantern ring upper surface is coaxially arranged with circular groove and uses In arrangement coating mechanism, trees to be whitewashed are inserted in socket part by operating personnel in use, hands grasping handle by notch H Lantern ring in；

S4：The positioning region includes locating rod in hollow structure, and locating rod is set to the top of lantern ring and along lantern ring Radial level arranges that locating rod is provided with adjustable support component away from one end of lantern ring, and the support component includes inclining The supporting rod a and supporting rod b being tiltedly arranged, supporting rod a constitute double link, supporting rod a and the one end supporting rod b with supporting rod b It is connect with the external articulation of locating rod and be axially perpendicular to locating rod, the other end and the handle body of articulated shaft is articulated and connected simultaneously And articulated shaft is axially perpendicular to locating rod, the hinged place of supporting rod a and handle body is provided with locking member a, the locating rod It is provided with idler wheel with close to trees one end, retainer is provided between locating rod and idler wheel, retainer one end is fixed with locating rod Connection, the other end and idler wheel are rotatablely connected, and idler wheel and trees trunk are inconsistent, are provided between the retainer and locating rod Floatation element, the floatation element include the spring and floating lever being coaxially disposed inside hollow structure locating rod, are floated One end of bar extends to that being fixedly connected with retainer outside locating rod, the other end offsets with the spring being set to inside locating rod It touches, the elastic force of spring pushes floating lever to move out always, and central axial direction of the floating lever with locating rod along locating rod is constituted Slide-and-guide coordinates, and the locating rod is provided with inwardly projecting built-in step close to idler wheel one end, and floating lever deviates from idler wheel One end is provided with the external step for matching and outwardly protruding with built-in step, and built-in step matches composition with external step Limitation floating lever skids off the limiting component of locating rod, and the drain side of the flexible conduit is set to the side of retainer, flexible conduit Drain side be arranged to heeling condition and towards be located at lantern ring center at trees trunk surface, the retainer side setting There is rotating turret, mounting hole a is provided on rotating turret, the drain side of flexible conduit is set in mounting hole a, is additionally provided on rotating turret Locking member b for being fixed on retainer, be additionally provided with outside the locating rod prevents it for support flexible conduit The mounting hole b bent, it is idler wheel and trees is inconsistent and trees are in lantern ring when support component ensures to contradict when operation Center, during the trees of socket are whitewashed by coating mechanism, from top to bottom the trunk of trees is carried out successively to whitewash place Reason is located at after the completion of the trees trunk brushing of upside, and operating personnel's gripping handle ontology makes set under the rolling action of idler wheel Connection mechanism slide downward, in the process, trees are at the center of lantern ring always；

S5：The coating mechanism includes the teeth face outwards cloth of the arc-shaped rack to match with circular groove and rack It sets, the middle part of the upper surface of rack circumferentially is provided with the hairbrush for brushing white-out agent, lower face is provided with sliding slot, coating machine Structure further includes the sliding rail for being set to groove slot bottom, and sliding slot circumferentially constitutes slide-and-guide cooperation along lantern ring with sliding rail, the rack The perimeter of arc surface where perimeter is more than vacancy H, the hairbrush includes brush handle and the brush head arranged vertically, the rack Upper surface be provided with the installation sliding sleeve for brush handle to be clamped, brush head is towards arranging at lantern ring center and brush handle is arranged in installation In sliding sleeve, brush handle constitutes slide-and-guide cooperation with installation sliding sleeve along the radial of lantern ring, and the outside for installing sliding sleeve is provided with for locking The locking member c of tight brush handle, locking member c be adjusted brush head with lantern ring center at a distance from, the brush head with brush handle articulated connection simultaneously And the axial of articulated shaft is arranged vertically, and torsional spring is arranged on articulated shaft, the torsion of torsional spring is directed toward brush head by brush handle and is made always Brush head is deflected around hinged axial racks turn direction, the side of the installation sliding sleeve be rotatably dispose in the upper surface of rack, The other side is provided with elastic supporting member for supporting optical member；

The power supply mechanism includes the first power output part, the second power output part and use for exporting power In receiving rotary force and rotary force be transferred to the power input unit of the first power output part, the second power output part Part, the first power output part, the second power output part and power input part are that rotation fortune can be done around respective axis Dynamic component, the first power output part are set in the connecting pin of lantern ring and handle body, the setting of the second power output part In the other end of lantern ring, power input part is set in handle body, the first power output part and the second power output portion The central axis of part is mutually parallel and is each perpendicular to the central axis of power input part, the first power output part and second The central axis of power output part is mutually parallel and is each perpendicular to the central axis of lantern ring, the central shaft of power input part Line is parallel with the length direction of handle body, and the first power output part and the second power output part rotate synchronously common driving Coating mechanism rotates around the circumferential direction of lantern ring；

The power supply mechanism further includes the dynamic component being set in handle body, is set to lantern ring and handle body company First transmission parts at the place of connecing and the second transmission parts being set to inside lantern ring, the input terminal and power of the first transmission parts Input part connects, and the output end of the first transmission parts is connect with the first power output part, at this point, power input part is to drive Dynamic component, the first power output part are slave unit；The input terminal of second transmission parts is connect with the first power output part, The output end of second transmission parts is connect with the second power output part, at this point, the first power output part is driving part, the Two power output parts are slave unit；

The dynamic component includes being set to the driving motor of close lantern ring one end in handle body, being set in handle body Auxiliary power away from lantern ring one end and the control panel that is set between driving motor auxiliary power, auxiliary power and control panel it Between for electrical connection, be electrically connected between control panel and driving motor, to be electrically connected between control panel and coating switch, driving The main shaft of motor is arranged along the length direction of handle body and the output end of driving motor is connect with power input part, drives Motor generates the rotary force for making power input part rotate, and power input part is generated driving motor by the first transmission parts Rotary force be transferred to the first power output part, power is transferred to by the first power output part by the second transmission parts Two power output parts；

The power input part is helical gear one, and helical gear one is fixedly installed on the main shaft of driving motor, the first transmission Component is gear transmission part, and the first transmission parts are rotatably dispose between power input part and the first power output part, First transmission parts play the role of deceleration in transmission process, promote torsion, and the first transmission parts are gear transmission part, Include the first gear that the helical gear two engaged with helical gear one and helical gear two are coaxially disposed and rotate synchronously, first is dynamic Power output block includes that second gear that is coaxially arranged up and down and rotating synchronously and third gear, second gear are located at third The lower section of gear, second gear engage with first gear and power are transferred to the second transmission parts by the first transmission parts, Third wheel and rack engages and for the power that the first transmission parts transmit to be transferred to coating mechanism and drives coating Mechanism rotates around the circumferential direction of lantern ring；

Second transmission parts are gear belt wheel mixed synchronization transmission mechanism comprising the 4th gear that engage with second gear and 4th gear is coaxially arranged and the driving pulley rotated synchronously, the 5th gear and the being connect with the second power output part Five gears are coaxially arranged and the driven pulley of synchronous rotation, and driving pulley, driven pulley are located at the 4th gear, the 5th Below gear, the belt for transfer motion power is provided between driving pulley and driven pulley, since lantern ring is hollow arc-shaped Structure, second transmission parts further include circumferentially several mistakes between driving pulley and driven pulley along lantern ring Guide wheel is crossed, belt bypasses driving pulley, several transition guide wheels, driven pulley, several transition guide wheels successively, finally around to main belt Wheel constitute closed loop, the second power output part include up and down it is coaxially arranged and rotate synchronously the 6th gear and 7th gear, the 6th gear are located at the lower section of the 7th gear, the engagement of the 7th wheel and rack, and the 7th gear is used for the second transmission The power that component transmits is transferred to coating mechanism and coating mechanism is driven to rotate around the circumferential direction of lantern ring；

The first gear, second gear, third gear, the 4th gear, the 5th gear, the 6th gear and the 7th gear are equal For straight spur gear, helical gear one is helical gears with helical gear two, and the diameter of helical gear two is more than helical gear one Diameter, the diameter of helical gear two is more than the diameter of first gear, second gear, third gear, the 4th gear, the 5th gear, The diameter of 6th gear and the 7th gear is equal and more than the diameter of first gear, driving pulley and driven pulley it is straight Diameter is equal, and the perimeter on rack circumferencial direction is more than between the first power output part, the second power output part in circumference side The length being spaced upwards ensures that the power that power supply mechanism provides continues to be transmitted to rack；

The power supply mechanism further includes being rotatably dispose in inside lantern ring and positioned at third gear and the 7th gear along set The transition gear of the circumferentially intermediate position of ring, transition gear are meshed with rack；

When brushing, start feed switch, white-out agent is delivered to application device by feed conduit, starts coating switch, power part Power is transferred to power input part, the power of power input part is transferred to the first power output portion by the first transmission parts The power of first power output part is transferred to the second power output part, the first power output portion by part, the second transmission parts Part drives coating mechanism to rotate around the circumferential direction of lantern ring jointly with the second power output part, in the process, setting It is rotated synchronously with the rotation of rack in the hairbrush on rack, hairbrush is equal by white-out agent in trees trunk rotation process Even brushing is on the trees trunk surface at lantern ring center, after the completion of the trees trunk brushing positioned at upside, holds hand Shank scrolls down through under the action of idler wheel along trees trunk, continue to next place be located at trees trunk at lantern ring center into Row whitewashes processing.