Novel forestry engineering nursery stock storage device

Abstract

A novel forestry engineering nursery stock storage device comprises a rectangular bottom plate, a vertical blocking rod, an annular upper blocking rod, a positioning shaft rod, moving wheels, a containing disc, a rotating clamping plate, a positioning pipe, a U-shaped partition rod and a strip-shaped clamping plate, the lower portion of the rectangular bottom plate is connected with the moving wheels, the multiple moving wheels are distributed at the bottom of the rectangular bottom plate, and the lower portion of the vertical blocking rod is connected with the rectangular bottom plate. The lower portions of the strip-shaped partition plates are connected with the rectangular bottom plate, the strip-shaped partition plates are evenly distributed on the rectangular bottom plate, the lower surface of the containing disc is attached to the upper surface of the rectangular bottom plate, and the side face of the containing disc is attached to the strip-shaped partition plates. The containing disc is provided with a plurality of containing disc inner grooves, and the containing discs are evenly distributed on the rectangular bottom plate.

Description

Technical Field

[0001] The utility model relates to the field of forestry engineering, in particular to a novel seedling storage device for forestry engineering. Background Art

[0002] The existing patent (Announcement No.: CN220885319U) proposes a seedling storage device, including a cabinet and a fixing mechanism, wherein the cabinet is provided with a fixing mechanism, and the cabinet is provided with a spraying mechanism. The seedling storage device, through the setting of the fixing mechanism, when the seedling needs to be placed in the device for storage, pull the handle to drive the magnet to separate, and the magnet separation drives the outer arc rotating plate to rotate, and the outer arc rotating plate is driven by the rotating shaft to rotate, thereby opening the outer arc rotating plate, placing the seedling on the inner wall of the outer splint, and the outer splint is squeezed inward. At this time, the spring is compressed to move the outer splint toward the inner splint, and the handle is pulled to make the two groups of magnets fit together. The magnet drives the outer arc rotating plate to rotate and close, and at this time the spring rebounds and drives the outer splint to move, thereby clamping the trunk of the seedling, so that the seedling can be stabilized inside the cabinet, so as to facilitate transportation and storage. This device can only store one seedling at a time, cannot store multiple seedlings, and it is not easy to take the seedlings out of the device. Summary of the invention

[0003] In view of the above-mentioned deficiencies in the prior art, the utility model provides a novel storage device for forestry engineering seedlings, which is capable of rotatably rotating the card plate and dismantling the U-shaped partition rod upwards, so as to circle each seedling through the cooperation of a receiving tray, a U-shaped partition rod and a rotating pallet, thereby preventing the seedlings from being damaged during storage due to mutual tilting and squeezing. The storage device has a structure in which the rotating pallet can be rotated and the U-shaped partition rod can be disassembled upwards, so as to facilitate the removal of the seedlings.

[0004] The purpose of this utility model is achieved through the following technical solutions:

[0005] A novel storage device for seedlings in forestry engineering comprises a rectangular bottom plate, a vertical gear rod, an annular upper gear rod, a positioning shaft rod, a movable wheel, a receiving tray, a rotating clamping plate, a positioning tube, a U-shaped partition rod, and a strip clamp plate. The lower part of the rectangular bottom plate is connected to the movable wheel, and a plurality of movable wheels are distributed at the bottom of the rectangular bottom plate. The lower part of the vertical gear rod is connected to the rectangular bottom plate, and the upper part of the vertical gear rod is connected to the annular upper gear rod. A plurality of vertical gear rods are evenly distributed at the bottom of the annular upper gear rod. The lower part of the strip partition plate is connected to the rectangular bottom plate, and a plurality of strip partition plates are evenly distributed on the rectangular bottom plate. The lower surface of the receiving tray is fitted with the upper surface of the rectangular bottom plate, and the side surface of the receiving tray is fitted with the strip partition plate. The receiving tray has a plurality of receiving tray inner grooves, and the plurality of receiving trays are evenly distributed on the rectangular bottom plate.

[0006] The lower part of the positioning tube is connected to the rectangular bottom plate, the positioning tube has an inner hole, the lower part of the U-shaped partition rod is adapted to the inner hole of the positioning tube, the lower part of the U-shaped partition rod is inserted into the inner hole of the positioning tube, multiple U-shaped partition rods are evenly distributed on the rectangular bottom plate, the U-shaped partition rods are opposite to the strip partition plate, and the receiving tray has multiple receiving tray inner grooves.

[0007] The positioning shaft is connected to the side plates of the rectangular bottom plate, and the lower part of the rotating card plate is provided with a rotating card plate lower sleeve, which is sleeved on the positioning shaft, and the positioning shaft rotates in the rotating card plate lower sleeve. Multiple rotating card plates are distributed on the positioning shaft, and adjacent rotating card plates are fitted together, and the sapling soil ball is placed in the inner groove of the receiving tray.

[0008] The rotating pallet has a rotating pallet inner groove, the upper part of the rotating pallet has a rotating pallet upper plate, the rotating pallet upper plate is placed above the U-shaped partition rod, two groups of rotating pallets are symmetrically arranged on both sides of the rectangular bottom plate, the symmetrical rotating pallet upper plates are fitted together, the strip clamp has a strip clamp inner hole, the rotating pallet upper plate is adapted to the strip clamp inner hole, and the rotating pallet upper plate is inserted into the strip clamp inner hole. Beneficial Effects

[0009] 1. The upper part of the rectangular bottom plate of the utility model is connected to the annular upper gear rod by multiple vertical gear rods. The rectangular bottom plate, the vertical gear rod, the annular upper gear rod and the movable wheels form a movable fence. When in use, the seedlings are placed in the fence. The annular upper gear rod prevents the seedlings from falling out during the storage of seedlings in forestry projects. Multiple receiving trays placed on the rectangular bottom plate are separated by multiple strip partitions. The receiving trays are placed on the rectangular bottom plate. The receiving trays store a row of seedlings. The soil clumps of a row of seedlings are placed in the inner groove of the receiving trays. Multiple receiving trays store several rows of seedlings of different kinds. The lower part of the U-shaped partition rod is inserted into the inner hole of the positioning tube. The U-shaped partition rod separates the seedlings distributed in different receiving trays, and prevents two adjacent rows of seedlings from tilting and crossing each other during the storage of seedlings in forestry projects.

[0010] The U-shaped partition rod and the inner groove of the rotating card plate form a smaller area to enclose the saplings in the area, and a small area corresponds to an inner groove of a receiving tray. The strip splint prevents the rotating card plate from rotating under the pressure of the saplings in the storage of forestry engineering saplings. This device encircles each sapling through the cooperation of the receiving tray, the U-shaped partition rod and the rotating card plate, and prevents the saplings from being damaged during storage due to mutual tilting and squeezing between the saplings in the storage of forestry engineering saplings. The structure that the rotating card plate can rotate and the U-shaped partition rod can be disassembled upwards facilitates the removal of the saplings. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 This is a schematic diagram of the closed structure of the novel forestry engineering seedling storage device described in the utility model.

[0012] Figure 2 This is a schematic diagram of the open structure of the novel forestry engineering seedling storage device described in the utility model.

[0013] Figure 3 This is the first cross-sectional view of the novel forestry engineering seedling storage device described in the utility model.

[0014] Figure 4 This is the second cross-sectional view of the novel forestry engineering seedling storage device described in the utility model.

[0015] Figure 5 This is a schematic diagram of the rectangular bottom plate structure described in the utility model.

[0016] Figure 6 This is a schematic diagram of the structure of the receiving tray described in the utility model.

[0017] Figure 7 This is a schematic diagram of the rotating clamping plate structure described in the utility model. DETAILED DESCRIPTION

[0018] The utility model is further described in detail below according to the accompanying drawings and embodiments:

[0019] Embodiment 1:

[0020] A novel forestry engineering seedling storage device comprises a rectangular bottom plate 01, a vertical lever 02, an annular upper lever 03, a positioning shaft 05, a moving wheel 06, a receiving plate 07, a rotating card plate 09, a positioning tube 13, a U-shaped partition rod 15, and a strip clamp 16. The lower part of the rectangular bottom plate 01 is connected to the moving wheel 06, and a plurality of moving wheels 06 are distributed at the bottom of the rectangular bottom plate 01. The lower part of the vertical lever 02 is connected to the rectangular bottom plate 01, and the upper part of the vertical lever 02 is connected to the annular upper lever 03. A plurality of vertical levers 02 are evenly distributed at the bottom of the annular upper lever 03. The upper part of the rectangular bottom plate 01 is connected to the annular upper lever 03 through a plurality of vertical levers 02. The rectangular bottom plate 01, the vertical lever 02, the annular upper lever 03, and the moving wheel 06 form a movable fence. When the seedlings are used, Placed in the fence, the annular upper gear bar 03 prevents the seedlings from falling out during the storage of seedlings in forestry projects, the lower part of the strip partition 04 is connected to the rectangular bottom plate 01, and multiple strip partitions 04 are evenly distributed on the rectangular bottom plate 01. The lower surface of the receiving tray 07 is in contact with the upper surface of the rectangular bottom plate 01, and the side of the receiving tray 07 is in contact with the strip partition 04. The receiving tray 07 has multiple receiving tray inner grooves 08, and multiple receiving trays 07 are evenly distributed on the rectangular bottom plate 01. The multiple receiving trays 07 placed on the rectangular bottom plate 01 are separated by multiple strip partitions 04, and the receiving tray 07 is placed on the rectangular bottom plate 01. The receiving tray 07 stores a row of seedlings, and the soil of a row of seedlings is placed in the receiving tray inner groove 08. Multiple receiving trays 07 can store several rows of seedlings of different types.

[0021] Embodiment 2:

[0022] The lower part of the positioning tube 13 described in the utility model is connected to the rectangular bottom plate 01, the positioning tube 13 has an inner hole 14 of the positioning tube, the lower part of the U-shaped partition rod 15 is adapted to the inner hole 14 of the positioning tube, the lower part of the U-shaped partition rod 15 is inserted into the inner hole 14 of the positioning tube, the U-shaped partition rod 15 separates the seedlings distributed in different receiving trays 07, and prevents two adjacent rows of seedlings from tilting and crossing each other in the storage of seedlings in forestry projects, a plurality of U-shaped partition rods 15 are evenly distributed on the rectangular bottom plate 01, the U-shaped partition rods 15 are opposite to the strip partition plate 04, and the receiving tray 07 has a plurality of receiving tray inner grooves 08.

[0023] Embodiment 3:

[0024] The positioning shaft rod 05 of the utility model is connected to the side plate of the rectangular bottom plate 01, and the lower part of the rotating card plate 09 is provided with a rotating card plate lower sleeve 10, and the rotating card plate lower sleeve 10 is sleeved on the positioning shaft rod 05. The positioning shaft rod 05 rotates in the rotating card plate lower sleeve 10. The positioning shaft rod 05 can fix multiple rotating card plates 09 on the side of the rectangular bottom plate 01 without affecting the rotation of the rotating card plates 09. Multiple rotating card plates 09 are distributed on the positioning shaft rod 05, and adjacent rotating card plates 09 are fitted together, and the sapling soil ball is placed in the inner groove 08 of the receiving tray.

[0025] Embodiment 4:

[0026] The rotating card plate 09 of the utility model has a rotating card plate inner groove 11, and the upper part of the rotating card plate 09 has a rotating card plate upper plate 12, and the upper plate of the rotating card plate 09 is placed above the U-shaped partition rod 15. Two groups of rotating card plates 09 are symmetrically arranged on both sides of the rectangular bottom plate 01, and the symmetrical rotating card plate upper plates 12 are fitted together. The rotating card plate 09 is rotated to make the upper surface of the U-shaped partition rod 15 fit with the upper plate of the rotating card plate 09, and the U-shaped partition rod 15 supports the rotating card plate 09. At this time, the symmetrical rotating card plate upper plates 12 are relatively fitted, and the strip clamp plate 16 has a strip clamp plate inner hole 17. The rotating card plate upper plate 12 is adapted to the strip clamp plate inner hole 17, and the rotating card plate upper plate 12 is inserted into the strip clamp plate Hole 17, the symmetrical rotating card plate 09 is tightly matched through the strip clamp 16, the U-shaped partition rod 15 and the inner groove 11 of the rotating card plate enclose smaller areas to circle the seedlings in the area, and a small area corresponds to an inner groove 08 of a receiving tray. The strip clamp 16 prevents the rotating card plate 09 from rotating under the pressure of the seedlings during the storage of forestry engineering seedlings. This device circles each seedling through the cooperation of the receiving tray 07, the U-shaped partition rod 15, and the rotating card plate 09, and prevents the seedlings from tilting and squeezing each other during the storage of forestry engineering seedlings, causing damage to the seedlings during storage. The structure that the rotating card plate 09 can rotate and the U-shaped partition rod 15 can be disassembled upwards facilitates the removal of seedlings.

[0027] Embodiment 5:

[0028] The utility model installation steps are as follows: first connect the lower part of the rectangular bottom plate 01 to the moving wheel 06, connect the strip partition 04 to the rectangular bottom plate 01, connect the positioning tube 13 to the rectangular bottom plate 01, place the receiving tray 07 on the rectangular bottom plate 01, make the side of the receiving tray 07 fit with the strip partition 04, connect the upper and lower ends of the vertical gear rod 02 to the annular upper gear rod 03 and the rectangular bottom plate 01 respectively, insert the lower part of the U-shaped partition rod 15 into the inner hole 14 of the positioning tube, put the rotating card plate lower sleeve 10 on the positioning shaft rod 05, connect the positioning shaft rod 05 to the rectangular bottom plate 01, place the sapling soil ball in the inner groove 08 of the receiving tray, rotate the rotating card plate 09 to make the symmetrical rotating card plate upper plate 12 fit together, and insert the rotating card plate upper plate 12 into the inner hole 17 of the strip clamp plate.

[0029] The above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. It should be pointed out that a person skilled in the art can make several improvements and modifications without departing from the technical principle of the present invention, and these improvements and modifications should also be regarded as within the protection scope of the present invention.

Claims

1. A new type of forestry engineering seedling storage device, characterized by : It comprises a rectangular bottom plate (01), a vertical gear rod (02), an annular upper gear rod (03), a positioning shaft rod (05), a moving wheel (06), a receiving plate (07), a rotating clamping plate (09), a positioning tube (13), a U-shaped partition rod (15), and a strip clamping plate (16), wherein the lower part of the rectangular bottom plate (01) is connected to the moving wheel (06), a plurality of moving wheels (06) are distributed at the bottom of the rectangular bottom plate (01), the lower part of the vertical gear rod (02) is connected to the rectangular bottom plate (01), the upper part of the vertical gear rod (02) is connected to the annular upper gear rod (03), a plurality of vertical gear rods (02) are evenly distributed at the bottom of the annular upper gear rod (03), and the lower part of the strip partition plate (04) is connected to the moving wheel (06). A rectangular bottom plate (01) is connected, a plurality of strip partitions (04) are evenly distributed on the rectangular bottom plate (01), a lower surface of a receiving tray (07) is in contact with an upper surface of the rectangular bottom plate (01), a side surface of the receiving tray (07) is in contact with the strip partitions (04), the receiving tray (07) has a plurality of receiving tray inner grooves (08), and a plurality of receiving trays (07) are evenly distributed on the rectangular bottom plate (01), a lower portion of the positioning tube (13) is connected to the rectangular bottom plate (01), the positioning tube (13) has a positioning tube inner hole (14), a lower portion of a U-shaped partition rod (15) is adapted to the positioning tube inner hole (14), and a lower portion of the U-shaped partition rod (15) is inserted into the positioning tube inner hole (14).

2. The novel forestry engineering seedling storage device according to claim 1 is characterized in that A plurality of U-shaped partition bars (15) are evenly distributed on the rectangular bottom plate (01), the U-shaped partition bars (15) are opposite to the strip partition plate (04), and the receiving tray (07) has a plurality of receiving tray inner grooves (08).

3. The novel forestry engineering seedling storage device according to claim 2 is characterized in that The positioning shaft (05) is connected to the side plate of the rectangular bottom plate (01); the lower part of the rotating card plate (09) is provided with a rotating card plate lower sleeve (10); the rotating card plate lower sleeve (10) is sleeved on the positioning shaft (05); the positioning shaft (05) rotates in the rotating card plate lower sleeve (10); a plurality of rotating card plates (09) are distributed on the positioning shaft (05); adjacent rotating card plates (09) are fitted together; and the sapling soil ball is placed in the inner groove (08) of the receiving tray.

4. The novel forestry engineering seedling storage device according to claim 3 is characterized in that The rotating card plate (09) has a rotating card plate inner groove (11), and the upper part of the rotating card plate (09) has a rotating card plate upper plate (12). The rotating card plate (09) upper plate is placed above the U-shaped partition rod (15), and two groups of rotating card plates (09) are symmetrically arranged on both sides of the rectangular bottom plate (01).

5. The novel forestry engineering seedling storage device according to claim 4 is characterized in that The symmetrical rotating card plate upper plate (12) is fitted together, the strip clamping plate (16) has a strip clamping plate inner hole (17), the rotating card plate upper plate (12) is adapted to the strip clamping plate inner hole (17), and the rotating card plate upper plate (12) is inserted into the strip clamping plate inner hole (17).

Images