CN217591721U

CN217591721U - Maize breeding device that grows seedlings

Info

Publication number: CN217591721U
Application number: CN202221260729.9U
Authority: CN
Inventors: 赵国伟
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-05-25
Filing date: 2022-05-25
Publication date: 2022-10-18
Anticipated expiration: 2032-05-25

Abstract

The utility model provides a maize breeding device that grows seedlings, includes triangle-shaped PMKD, triangle-shaped backup pad, watering shower nozzle, cultivates drum, bearing plectane, central gear dish, pinion bearing dish, triangle-shaped PMKD upper portion has a plurality of support posts, and triangle-shaped backup pad is connected on support post upper portion, and a plurality of watering shower nozzles of triangle-shaped backup pad sub-unit connection water injection pipe, it is inboard that the rolling bearing is connected to the support post, and pinion bearing dish is connected to the rolling bearing outside, and pinion bearing dish has a plurality of circular standing grooves, and circular standing groove suits with cultivating the drum, and circular standing groove connects cultivates the drum, cultivate the drum outside and have the side mounting plate, and the side mounting plate is connected pinion bearing dish, and side mounting plate lower part has the location inserted bar, and pinion bearing dish has a plurality of location slots, and the location inserted bar suits with the location slot, and location inserted bar connection location slot.

Description

Maize breeding device that grows seedlings

Technical Field

The utility model relates to a maize cultivation field especially relates to a maize breeding device that grows seedlings.

Background

The prior patent (publication number: CN 214628424U) provides a corn seedling cultivating device, which comprises a base frame and a cultivating tray, wherein the left side of the base frame is connected with a rotating shaft, the right side of the base frame is provided with a through hole, an illuminating lamp is connected above the through hole, the cultivating tray comprises a seedling cultivating tray and a supporting plate, the left side of the cultivating tray is rotatably connected with the rotating shaft, the supporting plate is abutted against the through hole, a seedling cultivating pot of the seedling cultivating tray is a tapered hole with a large upper part and a small lower part, the lower side of the cultivating tray is connected with a sliding rail, the sliding rail is slidably connected with a bottom plate, the cultivating tray and the bottom plate are both connected with a handle, the rotating shaft is also provided with an adjusting sleeve in a penetrating way, the adjusting sleeve comprises an external thread sleeve and an internal thread sleeve, the external thread sleeve and the internal thread sleeve are connected through threads, and the cultivating tray and the adjusting sleeve are arranged at intervals; the utility model provides an interval between the prior art cultivation dish can't be adjusted, the problem that space utilization in the big-arch shelter is low is applicable to the cultivation of maize seedling. However, when the corn seedlings are irrigated, the seedling tray is required to be pulled out of each layer, and the corn seedlings are irrigated layer by layer, so that the operation process is time-consuming, the working efficiency is influenced, and the defects exist.

SUMMERY OF THE UTILITY MODEL

The utility model discloses it is not enough to the above-mentioned that prior art exists, provide a maize breeding device that grows seedlings convenient to watering.

The utility model aims at realizing through the following technical scheme:

the utility model provides a maize breeding device that grows seedlings, includes triangle-shaped PMKD, triangle-shaped backup pad, watering shower nozzle, cultivates drum, bearing plectane, central gear dish, pinion bearing dish, triangle-shaped PMKD upper portion has a plurality of support posts, and the triangle-shaped backup pad is connected on support post upper portion, and a plurality of watering shower nozzles of triangle-shaped backup pad sub-unit connection, watering shower nozzle connection water injection pipe, it is inboard that rolling bearing is connected to the support post, and rolling bearing connects the pinion bearing dish in the outside, and pinion bearing dish has a plurality of circular standing grooves, and circular standing groove suits with cultivating the drum, and circular standing groove connection cultivates the drum, cultivate the drum outside and have the side place plate, and the pinion bearing dish is connected to the side place plate, and side place plate lower part has the location inserted bar, and pinion bearing dish has a plurality of location slots, and the location inserted bar suits with the location slot, and the location slot is connected to the location inserted bar.

Pinion bearing dish sub-unit connection bearing plectane, bearing plectane lower part has and holds up the pole setting, holds up the pole setting and connects triangle-shaped PMKD, triangle-shaped PMKD has the removal slide, removes the slide and holds up the pole setting and suit, holds up the pole setting and connects the removal slide, holds up the pole setting and slides in removing the slide, removes the slide and has the removal spout, removes the spout and suits with removing the gyro wheel, removes spout connection removal gyro wheel one side, removes the gyro wheel opposite side and connects and hold up the pole setting, removes the gyro wheel and slides on removing the spout.

Pinion bearing plate connects central gear dish, and central gear dish has a plurality of teeth of a cogwheel, and pinion bearing plate has a plurality of tooth grooves, and the teeth of a cogwheel meshes with the tooth groove mutually, and the tooth groove is connected to the teeth of a cogwheel, the motor is connected to the central gear dish, and the motor joint support rack supports the rack and connects triangle-shaped PMKD.

Has the beneficial effects that:

1. the utility model discloses when the support post carries out fixed stay to the triangle-shaped backup pad, carry on spacingly to pinion bearing dish, make it use the support post to rotate as the center, avoid taking place the skew, improve the structure steadiness, and the multiplicable pinion bearing dish location nature of support post, avoid three group pinion bearing dish positions to take place the drunkenness, influence its and central gear dish within a definite time and be connected the interlock effect, rational in infrastructure.

2. The utility model discloses three sets of pinion bearing dish use the sun gear dish as central evenly distributed, and are connected through meshing between the teeth of a cogwheel and the thread groove for when the sun gear dish takes place to rotate, can drive three sets of pinion bearing dish synchronous rotations simultaneously, easily operation, when improving maize seedling watering efficiency, the watering is even, rational in infrastructure.

3. The utility model discloses it grows seedlings to connect formation between drum and circular standing groove and cultivates the space, and both sides are cultivated the drum and are split type design, and when being convenient for corn seedling transplanting, its root soil sticks together fast completely takes out, avoids hindering and reaches seedling root system, and is convenient for operate, improves work efficiency.

4. The utility model discloses during location inserted bar inserted the positioning slot, embedded grafting, when connecting inseparable, increase both sides and cultivate the drum and place the location nature, make its accurate installation, and can avoid it to take place to rotate, the structure is firm.

5. The utility model discloses a plurality of pole settings of supporting are in pinion bearing dish lower part evenly distributed, increase to its bottom sprag dynamics, stabilize to it and support, make it keep steady, avoid the atress inequality, when taking place to turn over and spill, and stability when improving pinion bearing dish and rotating, rational in infrastructure, when supporting the pole setting and rotating on the removal slide, remove the gyro wheel and slide simultaneously in removing the spout thereupon, reduce frictional resistance, avoid the card to pause, improve and support smooth and easy nature when pole setting displacement.

Drawings

Fig. 1 is a top view of the structure of the corn seedling cultivating device of the present invention.

Fig. 2 is a cross-sectional view of a structure of a corn seedling cultivating device.

Fig. 3 is a top view of the triangular fixing base plate structure of the present invention.

Fig. 4 is a top view of the structure of the cultivating cylinder, the central gear plate and the pinion bearing plate of the present invention.

Fig. 5 is a schematic structural view of the cultivation cylinder of the present invention.

Fig. 6 is a bottom view of the triangular support plate and irrigation nozzle structure of the present invention.

Fig. 7 is a schematic structural view of the pinion bearing plate of the present invention.

Fig. 8 is a schematic view of the structure of the pinion bearing plate and the central gear plate of the present invention.

Fig. 9 is a sectional view of the connection structure of the cultivation cylinder and the pinion bearing plate of the present invention.

Detailed Description

The invention is explained in more detail below with reference to the figures and examples:

example 1:

a corn seedling cultivating device comprises a triangular fixing base plate 01, a triangular supporting plate 03, an irrigation sprayer 04, a cultivating cylinder 06, a supporting circular plate 11, a central gear plate 18 and a pinion bearing tray 19, wherein the upper part of the triangular fixing base plate 01 is provided with a plurality of supporting upright columns 02, the upper parts of the supporting upright columns 02 are connected with the triangular supporting plate 03, the lower parts of the triangular supporting plate 03 are connected with the plurality of irrigation sprayers 04, the irrigation sprayers 04 are connected with a water injection pipe 05, the supporting upright columns 02 are connected with the inner sides of injection rotating bearings 22, the outer sides of the rotating bearings 22 are connected with the pinion bearing tray 19, the pinion bearing tray 19 is limited while the supporting upright columns 02 fixedly support the triangular supporting plate 03, the supporting upright columns 02 can rotate by taking the supporting upright columns 02 as centers, the excursion is avoided, the structural stability is improved, and the locator of the pinion bearing tray 19 of the supporting upright columns 02 is improved, the position of three sets of pinion bearing trays 19 is prevented from shifting, the linkage effect between the three sets of pinion bearing trays and the central gear plate 18 is prevented from being influenced, the structure is reasonable, the pinion bearing trays 19 are provided with a plurality of circular placing grooves 07, the circular placing grooves 07 are matched with the cultivating cylinder 06, the circular placing grooves 07 are connected with the cultivating cylinder 06, the cultivating cylinder 06 is connected with the circular placing grooves 07 to form a seedling cultivating space, the cultivating cylinders 06 on two sides are of a split design, so that when corn seedlings are transplanted, soil lumps on the roots of the corn seedlings can be quickly and completely taken out, the root systems of the corn seedlings are prevented from being injured, the operation is convenient, the working efficiency is improved, the outer side of the cultivating cylinder 06 is provided with a side placing plate 08, the side placing plate 08 is connected with the pinion bearing trays 19, the lower parts of the side placing plate 08 are provided with positioning insertion rods 09, the pinion bearing trays 19 are provided with a plurality of positioning insertion grooves 10, the positioning insertion rods 09 are matched with the positioning insertion grooves 10, the positioning insertion rods 09 are connected with the positioning insertion grooves 10, the positioning insertion rod 09 is inserted into the positioning insertion slot 10, inserted and connected in an embedded manner, the positioning performance of the cultivation cylinders 06 on the two sides is improved while the connection is tight, the cultivation cylinders are accurately installed, the rotation of the cultivation cylinders can be avoided, and the structure is stable.

Example 2:

the utility model discloses pinion tray 19 sub-unit connection bearing plectane 11, bearing plectane 11 lower part has the support pole setting 12, support pole setting 12 and connect triangle-shaped PMKD 01, a plurality of support pole settings 12 are in pinion tray 19 lower part evenly distributed, increase to its bottom sprag dynamics, support it firmly, make it keep steady, avoid the atress uneven, when taking place to spill, and improve pinion tray 19 stability when rotating, rational in infrastructure, triangle-shaped PMKD 01 has removal slide 13, removal slide 13 suits with support pole setting 12, support pole setting 12 and connect removal slide 13, support pole setting 12 and slide in removal slide 13, removal slide 13 has removal spout 14, removal spout 14 suits with removal gyro wheel 15, removal spout 14 connects removal gyro wheel 15 one side, removal gyro wheel 15 opposite side connects support pole setting 12, removal gyro wheel 15 slides on removal spout 14, when supporting 12 and rotating on removal slide 13, removal spout 15 slides simultaneously in removal spout 14, reduce the friction, avoid blocking when avoiding the pole setting 12 smooth and easy to move.

Example 3:

pinion bearing dish 19 is connected central gear dish 18, and central gear dish 18 has a plurality of teeth of a cogwheel 20, and pinion bearing dish 19 has a plurality of tooth grooves 21, and teeth of a cogwheel 20 meshes with tooth grooves 21 mutually, and teeth of a cogwheel 20 is connected tooth grooves 21, motor 17 is connected to central gear dish 18, and motor 17 joint support rack 16 supports rack 16 and connects triangle-shaped PMKD 01, and three group's pinion bearing dish 19 use central gear dish 18 as central evenly distributed, and through meshing between teeth of a cogwheel 20 and tooth grooves 21 and be connected for when central gear dish 18 takes place to rotate, can drive three group's pinion bearing dish 19 synchronous rotations of group simultaneously, easily operation, when improving maize seedling watering efficiency, the watering is even, and is rational in infrastructure.

Example 4:

the installation step: firstly, assembling a device supporting mechanism, uniformly distributing a plurality of supporting upright rods 12 at the lower part of a pinion supporting tray 19, attaching and fixing the upper surface of a supporting circular plate 11 and the lower surface of the pinion supporting tray 19, embedding movable rollers 15 into the lower ends of the supporting upright rods 12, assembling and connecting through screws, then embedding the pinion supporting tray 19 into the outer side of a supporting upright 02 from top to bottom until the lower ends of the supporting upright rods 12 are attached to a triangular fixed base plate 01, embedding the lower ends of the supporting upright rods 12 into movable slideways 13, embedding the movable rollers 15 into movable slideways 14, finally fixing a supporting rack 16 at the central position of the triangular fixed base plate 01, after the device supporting mechanism is assembled, assembling a device rotating mechanism, firstly, placing and fixing a central gear disc 18 among three groups of the pinion supporting trays 19 and keeping the central gear disc parallel to the triangular fixed base plate 01, embedding and meshing gear teeth 20 and tooth grooves 21 in the three groups of the pinion supporting trays 19, then fixing the central gear disc 18 and a motor 17 on the supporting rack 16, after the device rotating mechanism is assembled, fixing the supporting rack 20 and spraying a plurality of groups of supporting upright 03 and connecting a supporting upright 02 and pouring water on the supporting upright 02.

The above description is only a preferred embodiment of the present invention, and should not be used to limit the present invention, it should be noted that, for those skilled in the art, without departing from the technical principle of the present invention, a plurality of improvements and modifications can be made, and these improvements and modifications should also be regarded as the protection scope of the present invention.

Claims

1. The utility model provides a maize breeding device that grows seedlings, characterized by: comprises a triangular fixed bottom plate (01), a triangular supporting plate (03), an irrigation spray head (04), a cultivating cylinder (06), a supporting circular plate (11), a central gear plate (18) and an auxiliary gear supporting plate (19), the upper part of the triangular fixed bottom plate (01) is provided with a plurality of supporting upright posts (02), the upper parts of the supporting upright posts (02) are connected with a triangular supporting plate (03), the lower part of the triangular supporting plate (03) is connected with a plurality of irrigation nozzles (04), the irrigation nozzles (04) are connected with a water injection pipe (05), the supporting upright post (02) is connected with the inner side of the injection rotating bearing (22), the outer side of the rotating bearing (22) is connected with the pinion bearing tray (19), the pinion bearing tray (19) is provided with a plurality of circular placing grooves (07), the circular placing grooves (07) are adapted to the cultivating cylinder (06), the circular placing grooves (07) are connected with the cultivating cylinder (06), the cultivation cylinder (06) is provided with a side placing plate (08) on the outer side, the side placing plate (08) is connected with a secondary gear bearing tray (19), the lower portion of the side placing plate (08) is provided with a positioning insertion rod (09), the secondary gear bearing tray (19) is provided with a plurality of positioning insertion grooves (10), the positioning insertion rod (09) is matched with the positioning insertion grooves (10), and the positioning insertion rod (09) is connected with the positioning insertion grooves (10).

2. The corn seedling cultivating device according to claim 1, wherein the lower part of the pinion bearing tray (19) is connected with a bearing circular plate (11), the lower part of the bearing circular plate (11) is provided with a supporting upright (12), the supporting upright (12) is connected with a triangular fixed base plate (01), the triangular fixed base plate (01) is provided with a moving slideway (13), the moving slideway (13) is adapted to the supporting upright (12), the supporting upright (12) is connected with the moving slideway (13), the supporting upright (12) slides in the moving slideway (13), the moving slideway (13) is provided with a moving chute (14), the moving chute (14) is adapted to the moving roller (15), the moving chute (14) is connected with one side of the moving roller (15), the other side of the moving roller (15) is connected with the supporting upright (12), and the moving roller (15) slides on the moving chute (14).

3. The corn seedling cultivation device as claimed in claim 2, characterized in that the pinion bearing tray (19) is connected with a central gear plate (18), and the central gear plate (18) is provided with a plurality of gear teeth (20).

4. The corn seedling cultivation device as claimed in claim 3, wherein the pinion bearing tray (19) is provided with a plurality of gear grooves (21), the gear teeth (20) are meshed with the gear grooves (21), the gear teeth (20) are connected with the gear grooves (21), and the central gear plate (18) is connected with the motor (17).

5. The corn seedling cultivating device according to claim 4, wherein the motor (17) is connected with the support placing frame (16), and the support placing frame (16) is connected with the triangular fixing bottom plate (01).