CN110622855A

CN110622855A - Pollinator for planting agricultural fruit trees

Info

Publication number: CN110622855A
Application number: CN201911097940.6A
Authority: CN
Inventors: 马晓玲; 仝宗义; 赵月春
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-11-12
Filing date: 2019-11-12
Publication date: 2019-12-31

Abstract

The invention discloses an agricultural fruit tree planting pollinator, which belongs to the technical field of agricultural planting and comprises a powder storage device and a spraying device, wherein the powder storage device is in threaded fit with the spraying device, the powder storage device comprises a storage assembly and a pressure dispersion assembly, the pressure dispersion assembly is arranged on the storage assembly, the spraying device comprises a holding assembly and a spraying assembly, the storage assembly is in threaded fit with the holding assembly, the holding assembly and the spraying assembly are arranged at intervals, and the rear end of the spraying assembly is inserted into the holding assembly. According to the pollen storage device, when pollen condensed together in the storage tank cannot pass through the pollen passing hole formed in the pollen screening funnel, the three heating blocks in the storage tank work to heat the pollen in the storage tank so as to evaporate moisture contained in the condensed pollen, the first pushing rod is pressed to move in the storage tank, the pollen condensed in the pollen screening funnel can be pressed by the crushing blocks, and the crushing blocks can be rotated by rotating the screwing blocks so as to prevent the pollen from being compacted by the crushing blocks and the pollen screening funnel.

Description

Pollinator for planting agricultural fruit trees

Technical Field

The invention relates to the technical field of agricultural planting, in particular to an agricultural fruit tree planting pollinator.

Background

Pollination is a process by which plants must pass through to produce fruit. There is usually some yellow pollen in the flower, which is called pollen. These pollens need to be passed to certain flowers of the same type of plant. The movement process of pollen from anther to stigma is called pollination, and artificial fruit tree pollination mainly adopts methods of artificial pollination, pollination by a pollinator and the like. The research on artificial pollination technology of fruit trees is long-standing, and the traditional artificial pollination method comprises feather duster pollination, foam pollination, pencil head pollination, brush pen point pollination and the like. Although the mode selectivity of manual pollination is strong, the accuracy is high, the pollen quantity is small, the fruit setting rate is high, the fruit quality is good, but the pollination efficiency is low, the input cost of the manual pollination is too high, and the pollination period of the fruit tree is often short, the manual pollination is not only time-consuming but also the pollination progress is influenced in a large-area orchard, but the powder is easy to adhere together when the pollinator is used for transmitting the pollination, the outlet is blocked, the use efficiency is influenced, the workload of the manual pollination is large, the labor intensity of workers is increased, the labor time is consumed, the efficiency is low, the timeliness is poor, and the loss of the pollen activity is easy to cause.

Disclosure of Invention

The invention aims to provide an agricultural fruit tree planting pollinator, which aims to solve the technical problem that in the prior art, the pollen is easily adhered together to easily cause outlet blockage.

The invention provides an agricultural fruit tree planting pollinator which comprises a powder storage device and a spraying device, wherein the powder storage device is positioned above the spraying device and is in threaded fit with the spraying device, the powder storage device comprises a storage assembly and a pressing and dispersing assembly, the pressing and dispersing assembly is installed on the storage assembly, one end of the pressing and dispersing assembly can extend into the storage assembly, the spraying device comprises a holding assembly and a spraying assembly, the bottom of the storage assembly is in threaded connection with the top of the holding assembly, the holding assembly and the spraying assembly are arranged at intervals, and the rear end of the spraying assembly is inserted into the holding assembly.

Further, the storage assembly comprises a storage tank and a powder sieving funnel, the storage tank is vertically arranged and the powder sieving funnel is placed in the storage tank, a separation block is arranged in the storage tank and fixedly connected with the storage tank, a through hole is formed in the center of the separation block and used for placing the powder sieving funnel, a lap ring and the lap ring are arranged in the through hole and fixedly connected with the separation block, a beating motor is arranged in the separation block, a beating cam is sleeved on an output shaft of the beating motor, three heating blocks are arranged in the storage tank and are of a double-layer structure, and the three heating blocks are arranged along the circumferential angle of the lap ring.

Further, be equipped with a plurality of on the sieve powder funnel and cross the powder hole, the below of sieve powder funnel is equipped with connects the powder piece, crosses powder pipe and connecting pipe, the one end of connecting pipe is provided with the external screw thread outside with storage tank bottoms portion fixed connection and the connecting pipe, connects the powder piece to be leaks hopper-shaped and connects the powder piece to arrange in the connecting pipe, connect the powder piece and connecting pipe fixed connection and cross the one end of powder pipe and connect the powder piece to be linked together, the one end of crossing the powder pipe extends to in the subassembly of gripping.

Further, it includes the cover, presses the piece that looses, first propelling movement pole and second propelling movement pole to press the subassembly that looses, first propelling movement pole is arranged in the second propelling movement pole and is pressed the piece and install in the bottom of first propelling movement pole, the top of first propelling movement pole is equipped with to revolve wrong piece and revolve the below of twisting the piece and be equipped with the propelling movement disc, the tank cover is located on the holding vessel and the center department of cover is equipped with the rubber circle, the center department of cover and cover sliding fit are arranged in to the second propelling movement pole, press the piece that looses and can arrange in sieve powder funnel.

Furthermore, the holding assembly comprises a first holding part and a second holding part, the second holding part is positioned right ahead of the first holding part, the first holding part comprises a receiving box, a distributing block and a lapping block, the receiving box is installed at the top of the lapping block, a positioning pipe is arranged at the top of the receiving box, an internal thread screwed with an external thread arranged on the connecting pipe is arranged on the inner wall of the positioning pipe, the distributing block is arranged in the receiving box, the other end of the powder passing pipe penetrates through the receiving box and extends into the distributing block, a distributing plate is arranged in the distributing block and is in sliding fit with the distributing block, a pushing motor is arranged at the rear end of the distributing plate, the output end of the pushing motor is fixedly connected with the distributing plate, a metering hole for containing pollen is arranged on the distributing plate, a powder receiving pipeline is arranged at the front end of the distributing block, the upper section of the powder receiving pipeline is positioned in the receiving box, the other end of the powder receiving pipeline is arranged in the, an air supply fan is arranged in the lapping block and is arranged in the powder receiving pipeline, the output end of the air supply fan faces the second holding piece, and a first holding rod is arranged at the bottom of the lapping block.

Further, the second holding piece comprises a moving block and a second holding rod, the top of the second holding rod is matched with the bottom of the moving block in a threaded mode, a heating coil is arranged in a mounting hole for the spraying assembly to be placed on the moving block and the moving block, two limiting arc plates are arranged on one side of the moving block, a collision spring is arranged at the rear end of each limiting arc plate, the rear end of each collision spring is fixedly connected with the moving block, the other end of each collision spring is fixedly connected with the corresponding limiting arc plate, and anti-skidding sleeves are sleeved on the first holding rod and the second holding rod.

Further, spray assembly includes butt joint piece, tensile pipe and dusting pipe, the butt joint piece is arranged in and is connect the front end of powder pipeline and butt joint piece and overlap joint piece sliding fit, the one end of tensile pipe is pegged graft on the butt joint piece and in the other end of tensile pipe is pegged graft in the mounting hole that sets up on the movable block, and the one end of dusting pipe is pegged graft in the tensile intraductal and the other pot head that dusts of movable block is equipped with the locating piece, it has safety cover and locating piece to peg graft on the locating piece to be equipped with on safety cover and the locating piece and contradicts the complex screw rod rather than the safety cover, two recesses of tightening have been seted up on the lateral wall of safety cover, are equipped with the rubber band of tightening in.

Compared with the prior art, the invention has the beneficial effects that:

firstly, pollen is placed in the storage tank by opening the tank cover, then the tank cover is covered, dried pollen enters the pollen passing pipe through the pollen sieving funnel and is conveyed into the material distributing block through the pollen passing pipe, when the pollen condensed together in the storage tank cannot pass through the pollen passing hole formed in the pollen sieving funnel, the pollen in the storage tank is heated by the three heating blocks in the storage tank, so that moisture contained in the condensed pollen is evaporated, the first pushing rod is pressed to move downwards so as to drive the second pushing rod and the crushing block to move in the storage tank, the crushing block can press the pollen condensed in the pollen sieving funnel, and the crushing block can be rotated by rotating the screwing block so as to prevent the pollen from being crushed and compacted by the pollen sieving funnel.

Secondly, the beating motor arranged in the separating block drives the beating cam to rotate, the beating cam and the separating block collide to generate vibration, so that pollen in the storage tank can be accelerated to be concentrated to the center of the separating block, and the pollen in the storage tank can be conveyed into the pollen passing pipe through the powder screening hopper arranged in the through hole.

Thirdly, the heating coil arranged in the moving block is used for drying pollen in the stretching pipe and preventing the pollen from being coagulated, and the heating coil can keep the air in the stretching pipe or the powder spraying pipe dry so as to prevent the dry pollen from being adhered together when external damp air enters the stretching pipe or the powder spraying pipe.

Drawings

In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, and it is obvious that the drawings in the following description are some embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.

FIG. 1 is a schematic perspective view of the present invention;

FIG. 2 is a cross-sectional view of the present invention;

FIG. 3 is a schematic perspective view of the powder storage device according to the present invention;

FIG. 4 is a cross-sectional view of the pressure dispersion assembly of the present invention;

FIG. 5 is a schematic perspective view of a storage module according to the present invention;

FIG. 6 is a cross-sectional view of a storage assembly of the present invention;

FIG. 7 is a schematic perspective view of a spraying device according to the present invention;

FIG. 8 is a partial cross-sectional view of a first sprinkler of the present invention;

FIG. 9 is a second partial cross-sectional view of the spraying device of the present invention;

fig. 10 is a partial perspective view of the spraying device of the present invention.

Reference numerals:

the powder storage device 1, the storage component 11, the storage tank 111, the powder sieving funnel 112, the separating block 113, the through hole 114, the overlapping ring 115, the striking motor 116, the striking cam 117, the heating block 118, the powder passing hole 119, the powder receiving block 1110, the powder passing tube 1111, the connecting tube 1112, the scattering component 12, the tank cover 121, the scattering block 122, the first push rod 123, the second push rod 124, the screwing block 125, the pushing disk 126, the spraying device 2, the holding component 21, the second holding component 211, the moving block 212, the second holding rod 213, the mounting hole 214, the heating coil 215, the limiting arc plate 216, the abutting spring 217, the spraying component 22, the abutting block 221, the stretching tube 222, the powder spraying tube 223, the positioning block 224, the protective cover 225, the screw 226, the tightening groove 227, the tightening rubber band 228, the first holding component 23, the receiving box 231, the distributing block 232, the overlapping block 233, the positioning tube 234, the distributing plate 235, the pushing motor 236, and the dosing hole 237, a powder receiving duct 238, a blowing fan 239 and a first holding rod 2310.

Detailed Description

The technical solutions of the present invention will be described clearly and completely with reference to the accompanying drawings, and it should be understood that the described embodiments are some, but not all embodiments of the present invention.

The components of embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations. Thus, the following detailed description of the embodiments of the present invention, presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention.

All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc., indicate orientations or positional relationships based on the orientations or positional relationships shown in the drawings, and are only for convenience of description and simplicity of description, but do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be construed as limiting the present invention. Furthermore, the terms "first," "second," and "third" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance.

In the description of the present invention, it should be noted that, unless otherwise explicitly specified or limited, the terms "mounted," "connected," and "connected" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral connection; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

The embodiment of the invention provides an agricultural fruit tree planting pollinator which comprises a powder storage device 1 and a spraying device 2, wherein the powder storage device 1 is positioned above the spraying device 2, the powder storage device 1 is in threaded fit with the spraying device 2, the powder storage device 1 comprises a storage component 11 and a pressure dispersion component 12, the pressure dispersion component 12 is installed on the storage component 11, one end of the pressure dispersion component 12 can extend into the storage component 11, the spraying device 2 comprises a holding component 21 and a spraying component 22, the bottom of the storage component 11 is in threaded fit with the top of the holding component 21, the holding component 21 and the spraying component 22 are arranged at intervals, and the rear end of the spraying component 22 is inserted into the holding component 21.

Storage component 11 includes holding vessel 111 and sieve powder funnel 112, the vertical setting of holding vessel 111 and sieve powder funnel 112 are placed in holding vessel 111, be equipped with in holding vessel 111 rather than fixed connection's branch spacer 113, divide spacer 113 center department to be equipped with the through-hole 114 that is used for placing sieve powder funnel 112, be equipped with overlap ring 115 and divide spacer 113 fixed connection in the through-hole 114, be equipped with in the spacer 113 and hit motor 116, it is equipped with hitting cam 117 to hit the cover on the output shaft of motor 116, holding vessel 111 is equipped with three heating block 118 in bilayer structure and holding vessel 111, and three heating block 118 sets up along overlap ring 115 circumference angle, and bilayer structure's holding vessel 111 can prevent that the damaged back pollen of one deck is whole to hit motor 116 drive through the interior setting of spacer 113 and hit cam 117 rotation, hit cam 117 and divide spacer 113 striking to produce the vibration thereby with higher speed pollen in the holding vessel 111 can be to divide spacer 113 center department to the place to the distance of spacer Collectively, three heating blocks 118 are provided in the storage tank 111 to heat and dry the air in the storage tank 111, thereby preventing pollen in the storage tank 111 from coagulating or sticking.

Be equipped with a plurality of on sieve powder funnel 112 and cross powder hole 119, sieve powder funnel 112's below is equipped with connects powder piece 1110, crosses powder pipe 1111 and connecting pipe 1112, the one end of connecting pipe 1112 is provided with the external screw thread outward with holding vessel 111 bottom fixed connection and connecting pipe 1112, connects powder piece 1110 to be hourglass hopper-shaped and connects powder piece 1110 to arrange in connecting pipe 1112, connect powder piece 1110 and connecting pipe 1112 fixed connection and the one end of crossing powder pipe 1111 and connect powder piece 1110 to be linked together, the one end of crossing powder pipe 1111 extends to in holding subassembly 21, sieve powder funnel 112 passes powder hole 119 through a plurality of and screens pollen thereby avoids pollen to condense together, connect powder piece 1110 with sieve powder funnel 112 pollen concentration and to carrying in crossing powder pipe 1111, can install holding vessel 111 on subassembly 21 through connecting pipe 1112.

The pressure dispersion assembly 12 comprises a tank cover 121, a pressure dispersion block 122, a first pushing rod 123 and a second pushing rod 124, the first pushing rod 123 is arranged in the second pushing rod 124, the pressure dispersion block 122 is installed at the bottom of the first pushing rod 123, a screwing block 125 is arranged at the top of the first pushing rod 123, a pushing disc 126 is arranged below the screwing block 125, the tank cover 121 covers the storage tank 111, a rubber ring is arranged at the center of the tank cover 121, the second pushing rod 124 is arranged at the center of the tank cover 121 and is in sliding fit with the tank cover 121, the pressure dispersion block 122 can be arranged in the powder sieving funnel 112, when pollen condensed in the storage tank 111 cannot pass through the powder passing hole 119 formed in the powder sieving funnel 112, the three heating blocks 118 in the storage tank 111 work to heat the pollen in the storage tank 111 so as to evaporate moisture contained in the condensed pollen, the first pushing rod 123 is pressed to move downwards so as to drive the second pushing rod 124 and the pressure dispersion block 122 to move in the storage tank 111, the dispersing block 122 can press the pollen coagulated in the sieving funnel 112, and the dispersing block 122 can be rotated by rotating the screwing block 125 to prevent the pollen from being compacted by the dispersing block 122 and the sieving funnel 112, the pushing disk 126 arranged on the first pushing rod 123 can be overlapped on the top of the second pushing rod 124, and the second pushing rod 124 is used for supporting the first pushing rod 123.

The holding assembly 21 comprises a first holding part 23 and a second holding part 211, the second holding part 211 is located right in front of the first holding part 23, the first holding part 23 comprises a receiving box 231, a distributing block 232 and a lapping block 233, the receiving box 231 is installed on the top of the lapping block 233, the top of the receiving box 231 is provided with a positioning pipe 234, the inner wall of the positioning pipe 234 is provided with an internal thread screwed with an external thread arranged on a connecting pipe 1112, the distributing block 232 is arranged in the receiving box 231, the other end of a powder passing pipe 1111 penetrates through the receiving box 231 and extends into the distributing block 232, the distributing block 232 is internally provided with a distributing plate 235 and is in sliding fit with the distributing block 232, the rear end of the distributing plate 235 is provided with a pushing motor 236, the output end of the pushing motor 236 is fixedly connected with the distributing plate 235, the distributing plate 235 is provided with a quantifying hole 237 for containing pollen, the front end of the distributing block 232 is provided with a powder receiving pipe 238, the upper section of the powder receiving pipe 238 is positioned in the receiving box 231, the other end of the powder receiving pipe 238 is positioned in the overlapping block 233, a blowing fan 239 is arranged in the lapping block 233 and is arranged in the powder receiving pipeline 238, the output end of the blowing fan 239 faces the second holding piece 211, the bottom of the lapping block 233 is provided with a first holding rod 2310, the positioning pipe 234 is in threaded connection with the connecting pipe 1112 to firmly fix the storage tank 111 on the receiving box 231, pollen in the storage tank 111 can be conveyed into the powder passing pipe 1111 through the powder screening funnel 112 arranged in the through hole 114, and after the pollen enters the distributing block 232, the pushing motor 236 drives the distributing plate 235 to move in the distributing block 232, the distributing plate 235 pushes the rated pollen in the quantifying hole 237 into the powder receiving pipe 238, the pollination amount of each flower can be accurately controlled through the quantitative holes 237 so as to avoid waste, after a certain amount of pollen enters the pollen receiving pipe 238, the fan 239 can drive the certain amount of pollen to be transported into the spraying assembly 22.

The second holding piece 211 comprises a moving block 212 and a second holding rod 213, the top of the second holding rod 213 is in threaded fit with the bottom of the moving block 212, the moving block 212 is provided with a mounting hole 214 for placing the spraying component 22 and the moving block 212 is provided with a heating coil 215, one side of the moving block 212 is provided with two limiting arc plates 216, the rear ends of the two limiting arc plates 216 are both provided with a contact spring 217, one end of each of the two contact springs 217 is fixedly connected with the moving block 212, the other end of each of the contact springs 217 is fixedly connected with the corresponding limiting arc plate 216, all the cover is equipped with anti-skidding cover on first holding rod 2310 and the second holding rod 213, and two restriction arc boards 216 that set up on the movable block 212 are used for spacing to spraying the subassembly 22, all overlap on first holding rod 2310 and the second holding rod 213 and are equipped with anti-skidding cover and can prevent that the user from taking off the hand when using to anti-skidding cover can increase the frictional force of hand.

The spraying assembly 22 comprises a butt-joint block 221, a stretching pipe 222 and a powder spraying pipe 223, the butt-joint block 221 is arranged at the front end of the powder receiving pipeline 238, the butt-joint block 221 is in sliding fit with the lap-joint block 233, one end of the stretching pipe 222 is inserted into the butt-joint block 221, the other end of the stretching pipe 222 is inserted into an installation hole 214 formed in the moving block 212, one end of the powder spraying pipe 223 is inserted into the stretching pipe 222 in the moving block 212, a positioning block 224 is sleeved at the other end of the powder spraying pipe 223, a protective cover 225 is inserted into the positioning block 224, a screw 226 in interference fit with the protective cover 225 is arranged on the positioning block 224, two tightening grooves 227 are formed in the outer side wall of the protective cover 225, a tightening rubber rib 228 is arranged in one tightening groove 227 at an interval, the stretching pipe 222 is a corrugated stretching pipe 222, and the butt-joint block 221 is moved to enable one end of the butt-joint block 221 to be clamped on the powder receiving pipeline 238, so that pollen in the powder receiving pipeline 238 can be Carry the pollen in the pipe 222, pollen in the tensile pipe 222 can carry pollen to waiting to pollinate flowers through dusting pipe 223, flowers when needing the pollination are in the depths of fruit tree, the user holds pole 213 to drive movable block 212 and removes and can make tensile pipe 222 prolong by hand-held second, dusting pipe 223 extends to and pollinates flowers before waiting to pollinate flowers, thereby can cause the damage to the fruit tree trunk when avoiding dusting the too big extension of apparatus to fruit tree depths, the safety cover 225 that sets up on dusting pipe 223 is used for preventing that leaf or trunk from causing the injury to dusting pipe 223, thereby cup joint through tightening leather muscle 228 and tighten the diameter that can make safety cover 225 in the recess 227 in the difference and diminish and be applicable to different fruit trees, some fruit tree trunks are intensive and can make flowers on the trunk intensive pollinate through the diameter that reduces safety cover 225.

The working principle of the invention is as follows: when the pollen spraying device is used, the cover 121 is opened to place pollen in the storage tank 111, the cover 121 is closed, dried pollen enters the pollen passing pipe 1111 through the pollen sieving funnel 112 and is conveyed into the distributing block 232 through the pollen passing pipe 1111, when the pollen condensed together in the storage tank 111 cannot pass through the pollen passing hole 119 formed in the pollen sieving funnel 112, the three heating blocks 118 in the storage tank 111 work to heat the pollen in the storage tank 111 so as to evaporate water contained in the condensed pollen, the first pushing rod 123 is pressed to move downwards so as to drive the second pushing rod 124 and the dispersing block 122 to move in the storage tank 111, the dispersing block 122 can press the pollen condensed in the pollen sieving funnel 112, the dispersing block 122 can be rotated by rotating the rotating screw block 125 so as to prevent the pollen from being compacted by the dispersing block 122 and the sieving funnel 112, the beating motor 116 arranged in the separating block 113 drives the beating cam 117 to rotate, the striking cam 117 and the separating block 113 impact to generate vibration so as to accelerate pollen in the storage tank 111 to be concentrated to the center of the separating block 113, the pollen in the storage tank 111 can be conveyed into the pollen passing pipe 1111 through the pollen screening funnel 112 arranged in the through hole 114, after the pollen enters the separating block 232, the pushing motor 236 drives the separating plate 235 to move in the separating block 232, the separating plate 235 pushes rated pollen in the quantifying hole 237 to enter the pollen receiving pipeline 238, the pollination amount of each flower can be accurately controlled through the quantifying hole 237 so as to avoid waste, and after the rated pollen enters the pollen receiving pipeline 238, the sending fan 239 can drive the rated pollen to pollinate the flower needing pollination through the butt-joint block 221, the stretching pipe 222 and the powder spraying pipe 223.

Finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; while the invention has been described in detail and with reference to the foregoing embodiments, it will be understood by those skilled in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present invention.

Claims

1. The utility model provides an agricultural fruit tree planting pollinator, a serial communication port, including storing up whitewashed device (1) and sprinkler (2), store up whitewashed device (1) and be located the top of sprinkler (2) and store up whitewashed device (1) and sprinkler (2) spiro union cooperation, store up whitewashed device (1) including storage subassembly (11) and pressure loose subassembly (12), install on storage subassembly (11) and press the one end that looses subassembly (12) and can extend to in storage subassembly (11), sprinkler (2) are including holding subassembly (21) and spraying subassembly (22), the bottom of storage subassembly (11) with hold subassembly (21) top spiro union, hold subassembly (21) and spray subassembly (22) interval set up and spray the rear end of subassembly (22) and peg graft in holding subassembly (21).

2. An agricultural fruit tree planting pollinator according to claim 1, wherein the storage assembly (11) comprises a storage tank (111) and a sifting funnel (112), the storage tank (111) is vertically arranged, the powder sieving funnel (112) is placed in the storage tank (111), a separating block (113) fixedly connected with the storage tank (111) is arranged in the storage tank (111), a through hole (114) for placing a powder sieving funnel (112) is arranged at the center of the separating block (113), a lap ring (115) is arranged in the through hole (114), the lap ring (115) is fixedly connected with the separating block (113), a striking motor (116) is arranged in the separating block (113), an output shaft of the striking motor (116) is sleeved with a striking cam (117), the storage tank (111) is of a double-layer structure, three heating blocks (118) are arranged in the storage tank (111), and the three heating blocks (118) are arranged along the circumferential angle of the lap joint ring (115).

3. The agricultural fruit tree planting pollinator as claimed in claim 2, wherein a plurality of powder passing holes (119) are formed in the powder sieving funnel (112), a powder receiving block (1110), a powder passing pipe (1111) and a connecting pipe (1112) are arranged below the powder sieving funnel (112), an external thread is arranged outside the connecting pipe (1112) and at one end of the connecting pipe (1112) and at the bottom of the storage tank (111), the powder receiving block (1110) is funnel-shaped and is arranged in the connecting pipe (1112), the powder receiving block (1110) is fixedly connected with the connecting pipe (1112) and at one end of the powder passing pipe (1111) communicated with the powder receiving block (1110), and one end of the powder passing pipe (1111) extends into the holding assembly (21).

4. The agricultural fruit tree planting pollinator as claimed in claim 2, wherein the crushing component (12) comprises a tank cover (121), a crushing block (122), a first pushing rod (123) and a second pushing rod (124), the first pushing rod (123) is arranged in the second pushing rod (124), the crushing block (122) is mounted at the bottom of the first pushing rod (123), the top of the first pushing rod (123) is provided with a screwing block (125) and a pushing disc (126) is arranged below the screwing block (125), the tank cover (121) covers the storage tank (111) and a rubber ring is arranged at the center of the tank cover (121), the second pushing rod (124) is arranged at the center of the tank cover (121) and is in sliding fit with the tank cover (121), and the crushing block (122) can be arranged in a powder sieving funnel (112).

5. The agricultural fruit tree planting pollinator as claimed in claim 3, wherein the holding assembly (21) comprises a first holding part (23) and a second holding part (211), the second holding part (211) is positioned right in front of the first holding part (23), the first holding part (23) comprises a receiving box (231), a distributing block (232) and a lapping block (233), the receiving box (231) is installed on the top of the lapping block (233), the top of the receiving box (231) is provided with a positioning pipe (234) and the inner wall of the positioning pipe (234) is provided with an internal thread screwed with an external thread arranged on a connecting pipe (1112), the distributing block (232) is arranged in the receiving box (231) and penetrates through the receiving box (231) through the other end of the powder pipe (1111) and extends into the distributing block (232), a distributing plate (235) is arranged in the distributing block (232) and is in sliding fit with the distributing block (232), the rear end of branch flitch (235) is equipped with propelling movement motor (236) and the output of propelling movement motor (236) and divides flitch (235) fixed connection, be equipped with quantitative hole (237) that are used for holding pollen on branch flitch (235), the front end of branch flitch (232) is equipped with connects powder pipeline (238), the upper segment that connects powder pipeline (238) is located and holds box (231), and the other end that connects powder pipeline (238) is arranged in overlap joint piece (233), be equipped with in overlap joint piece (233) and supply-air fan (239) arrange in connecing powder pipeline (238), the output of supply-air fan (239) is towards second gripping member (211), and the bottom of overlap joint piece (233) is equipped with first holding rod (2310).

6. The agricultural fruit tree planting pollinator as claimed in claim 5, wherein the second holding piece (211) comprises a moving block (212) and a second holding rod (213), the top of the second holding rod (213) is in threaded fit with the bottom of the moving block (212), the moving block (212) is provided with a mounting hole (214) for placing the spraying component (22) and the moving block (212) is internally provided with a heating coil (215), two limiting arc plates (216) are arranged on one side of the moving block (212), the rear ends of the two limiting arc plates (216) are respectively provided with a contact spring (217), one end of each contact spring (217) is fixedly connected with the moving block (212), the other end of each contact spring (217) is fixedly connected with the corresponding limiting arc plate (216), and the first holding rod (2310) and the second holding rod (213) are both sleeved with anti-skidding sleeves.

7. The agricultural fruit tree planting pollinator as claimed in claim 5, wherein the spraying assembly (22) comprises a butt-joint block (221), a stretching tube (222) and a powder spraying tube (223), the butt-joint block (221) is arranged at the front end of the powder receiving pipeline (238), the butt-joint block (221) is in sliding fit with the lap-joint block (233), one end of the stretching tube (222) is inserted into the butt-joint block (221) and the other end of the stretching tube (222) is inserted into a mounting hole (214) formed in the moving block (212), one end of the powder spraying tube (223) is inserted into the stretching tube (222) in the moving block (212), a positioning block (224) is sleeved at the other end of the powder spraying tube (223), a protective cover (225) is inserted into the positioning block (224), a screw rod (226) in abutting fit with the protective cover (225) is arranged on the positioning block (224), two tightening grooves (227) are formed in the outer side wall of the protective cover (225), two tightening grooves (227) are arranged at intervals, and a tightening rubber band (228) is arranged in one tightening groove (227).