CN214046810U

CN214046810U - Rice is planted and is used breeding frame

Info

Publication number: CN214046810U
Application number: CN202022913910.2U
Authority: CN
Inventors: 孙晶; 隋冬华; 武新娟; 王德强; 孙毅民
Original assignee: Institute Of Rural Revitalization Science And Technology Heilongjiang Academy Of Agricultural Sciences
Current assignee: Institute Of Rural Revitalization Science And Technology Heilongjiang Academy Of Agricultural Sciences
Priority date: 2020-12-08
Filing date: 2020-12-08
Publication date: 2021-08-27
Anticipated expiration: 2030-12-08

Abstract

The utility model provides a rice is planted and is used breeding frame, includes bottom plate, commentaries on classics board, ball, long branch pole, short branch pole, educates seedling tray, separates groove, seedling dish, the bottom plate is placed subaerial, and the bottom plate is inserted to the ball lower part, and the ball rotates on the bottom plate, and the commentaries on classics board is inserted on ball upper portion, and the ball slides in the commentaries on classics board lower part, and the commentaries on classics board has the eye of inserting, and the bottom plate has the thread groove, and the eye passes eye of inserting hole connection thread groove, and the eye has the eye curb plate, and the eye curb plate lower surface is laminated with the commentaries on classics board mutually, and the eye curb plate is inserting the axle side evenly distributed.

Description

Rice is planted and is used breeding frame

Technical Field

The utility model relates to a rice planting field especially relates to a rice planting is with breeding frame.

Background

In rice planting, a large amount of seedling raising plates are generally placed on a seedling raising frame, however, when the existing seedling raising frame is used, workers cannot conveniently check the growth vigor and the soil humidity of seedlings.

SUMMERY OF THE UTILITY MODEL

The utility model discloses the aforesaid to prior art exists is not enough, provides a rotatable rice is planted and is used breeding frame.

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

Short branch sub-unit connection changes the board, and the dish is educated to seedling in short branch upper portion connection, and long branch sub-unit connection changes the board, and the dish is educated to seedling in long branch upper portion connection, educates seedling tray and has the standing groove, and it is inside educating seedling tray to arrange in at the separating groove, and a plurality of separating grooves are educating seedling tray inside distribution, and the separating groove has a bleeder vent, educates seedling tray and is changeing board axle side evenly distributed, seedling tray lower surface and educate seedling tray and laminate mutually, and seedling tray lower part has a plurality of inserted bars, educates seedling tray and has a plurality of inserted bar grooves, and the inserted bar suits with the inserted bar groove, and the inserted bar inserts the inserted bar groove, and the seedling tray has a plurality of bleeder vents No. two.

Has the advantages that:

the bottom plate is placed on the ground, the bottom plate supports the balls through the plurality of rotating plates, so that the balls are reduced in sliding friction in direct contact with the bottom plate when rotating, the insert ring penetrates through the insert ring hole to be connected with the threaded groove, the bottom plate is overlapped with the center of the rotating plate through the insert ring to prevent the bottom plate from being dislocated with the bottom plate when the rotating plate rotates, the lower surface of the insert ring side plate is attached to the rotating plate, the insert ring side plate is limited to the rotating plate to prevent the rotating plate from turning over and simultaneously prevent the upper part of the balls from being disconnected with the rotating plate, the short supporting rods and the long supporting rods are matched to support the seedling raising tray to keep the seedling raising tray horizontal, the plurality of partition grooves are connected in pairs and placed in the seedling raising tray, the plurality of partition grooves divide rice seedlings planted in the seedling raising tray into regions, meanwhile, the separate arrangement of the partition grooves enables the seedlings to be more convenient to take down when transplanting, the seedlings are distributed on the shaft side of the rotating plate, the rotatable device is realized when checking the seedlings, the seedling, the insert rods are inserted into the partition grooves, the insert rods are positioned on the seedling tray, two continuous seedling raising plate cooperations support the seedling dish, make the seedling dish stack in the blank area of adjacent seedling raising plate, and better utilization takes up an area of the space, and this device convenient to use, convenient to rotate and dismantle and look over.

Drawings

FIG. 1 is a front cross-sectional view of a breeding rack for rice planting according to the present invention.

FIG. 2 is a top view of a breeding rack for rice planting according to the present invention.

Fig. 3 is a top view of the seedling tray of the present invention.

Fig. 4 is a bottom view of the seedling tray of the present invention.

Detailed Description

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

a breeding frame for rice planting comprises a bottom plate 01, rotating plates 02, balls 03, long supporting rods 04, short supporting rods 05, a seedling raising plate 06, separating grooves 08 and a seedling tray 10, wherein the bottom plate 01 is placed on the ground, the lower parts of the balls 03 are inserted into the bottom plate 01, the balls 03 rotate on the bottom plate 01, the upper parts of the balls 03 are inserted into the rotating plates 02, the balls 03 slide on the lower parts of the rotating plates 02, the bottom plate 01 supports the balls 03 through a plurality of rotating plates 02, so that the sliding friction of the balls 03 in direct contact with the bottom plate 01 during rotation is reduced, the rotating plates 02 are provided with inserting ring holes 12, the bottom plate 01 is provided with threaded grooves 13, inserting rings 11 penetrate through the inserting ring holes 12 to be connected with the threaded grooves 13, the centers of the bottom plate 01 and the rotating plates 02 are overlapped through the inserting rings 11, the rotating plates 02 are prevented from being dislocated with the bottom plate 01 during rotation, the inserting rings 11 are provided with inserting ring side plates 14, the lower surfaces of the inserting ring side plates 14 are attached to the rotating plates 02, the inserting rings are uniformly distributed on the shaft side of the inserting rings 11, the side plates 14 of the insert rings limit the rotating plate 02, so that the rotating plate 02 is prevented from turning over and the upper parts of the balls 03 are prevented from being disconnected from the rotating plate 02.

The lower portion of the short supporting rod 05 is connected with a rotating plate 02, the upper portion of the short supporting rod 05 is connected with a seedling raising plate 06, the lower portion of the long supporting rod 04 is connected with the rotating plate 02, the upper portion of the long supporting rod 04 is connected with the seedling raising plate 06, the short supporting rod 05 and the long supporting rod 04 are matched to support the seedling raising plate 06 to enable the seedling raising plate 06 to be horizontal, the seedling raising plate 06 is provided with a placing groove 07, a plurality of partition grooves 08 are arranged inside the seedling raising plate 06 and distributed inside the seedling raising plate 06, each partition groove 08 is provided with a first air hole 09, the plurality of partition grooves 08 are connected with each other in pairs and placed inside the seedling raising plate 06, the plurality of partition grooves 08 divide rice seedlings planted in the seedling raising plate 06 into partitions, meanwhile, due to the independent arrangement of the partition grooves 08, the seedlings can be taken down more conveniently during transplanting, the seedling raising plate 06 is uniformly distributed on the shaft side of the rotating plate 02, a rotatable device is used for checking the seedlings, the lower surface of the seedling plate 10, the inserted bar 16 suits with inserted bar groove 17, and inserted bar 16 inserts inserted bar groove 17, and inserted bar 16 fixes a position seedling dish 10, and seedling dish 10 has a plurality of bleeder vents 15 No. two, and two continuous seedling dish 06 cooperations of growing seedlings support seedling dish 10, make seedling dish 10 stack at the blank area of adjacent seedling dish 06 of growing seedlings, and better utilization takes up an area of the space, and this device convenient to use is convenient for rotate the dismantlement and is looked over.

Claims

1. A breeding frame for rice planting is characterized by comprising a bottom plate, a rotating plate, balls, long supporting rods, short supporting rods, a seedling raising plate, partition grooves and a seedling plate, wherein the bottom plate is placed on the ground, the lower portions of the balls are inserted into the bottom plate, the balls rotate on the bottom plate, the upper portions of the balls are inserted into the rotating plate, the balls slide on the lower portions of the rotating plate, the rotating plate is provided with a ring inserting hole, the bottom plate is provided with a threaded groove, an inserting ring penetrates through the ring inserting hole to be connected with the threaded groove, the inserting ring is provided with an inserting ring side plate, the lower surface of the inserting ring side plate is attached to the rotating plate, and the inserting ring side plates are uniformly distributed on the side of an inserting ring shaft.

2. The rice planting breeding rack as recited in claim 1, wherein the short support rod is connected with the rotating plate at the lower part, the short support rod is connected with the seedling tray at the upper part, the long support rod is connected with the rotating plate at the lower part, the seedling tray is connected with the seedling tray at the upper part, the seedling tray is provided with a placing groove, a plurality of partition grooves are arranged inside the seedling tray, the partition grooves are provided with a first air hole, the seedling tray is evenly distributed at the shaft side of the rotating plate, the lower surface of the seedling tray is attached to the seedling tray, a plurality of inserted rods are arranged at the lower part of the seedling tray, the seedling tray is provided with a plurality of inserted rod grooves, the inserted rods are adapted to the inserted rod grooves, the inserted rods are inserted into the inserted rod grooves, and the seedling tray is provided with a plurality of second air holes.