Forestry tree planting and seedling raising device

Abstract

A forestry tree planting and seedling raising device comprises a planting bottom plate, supporting legs, a rotating main baffle, a first hinge, a rectangular sleeve plate, a rotating auxiliary baffle, a second hinge, a side rotating baffle, a third hinge, an L-shaped positioning plate and a positioning strip plate, the lower portion of the planting bottom plate is connected with the supporting legs, the multiple supporting legs are distributed at the bottom of the planting bottom plate, and the planting bottom plate is provided with air holes; bottom plate side plates are arranged on the side faces of the planting bottom plate, the bottom plate side plates are distributed on the side faces of the planting bottom plate, the rotating main baffles are connected with the bottom plate side plates through first hinges, the four rotating main baffles are distributed on the four faces of the planting bottom plate, the adjacent rotating main baffles are combined, the upper surfaces of the rotating main baffles are aligned, and the side faces of the rotating main baffles are aligned with the planting bottom plate. The planting bottom plate is matched with the rectangular sleeve plate, the planting bottom plate is inserted into the rectangular sleeve plate, the outer side face of the rotating main baffle is attached to the rectangular sleeve plate, and the lower surface of the rectangular sleeve plate is attached to the first hinge.

Description

Technical Field

[0001] The utility model relates to the field of forestry tree planting, in particular to a forestry tree planting and seedling raising device. Background Art

[0002] The existing patent (Announcement No.: CN207354978U) proposes a tree seedling raising device. The tree seedling raising device includes a seedling raising pool, a liquid adding chamber is provided on one side of the seedling raising pool, and a channel is provided at the bottom of the liquid adding chamber to communicate with the seedling raising pool; a plurality of seedling raising pots are placed in the seedling raising pool, and the side walls of the seedling raising pots are foldable corrugated cylinder walls, and the bottom of the seedling raising pots is a bottom plate with through holes, and a bracket is connected under the bottom plate; a drainage port is also provided at the bottom of the seedling raising pool. A plurality of seedling raising pots are placed in the seedling raising pool described in this device, and the side walls of the seedling raising pots are foldable corrugated cylinder walls, but the seedling raising area of ​​the seedling raising pots is fixed, and there is no folding and telescopic structure, which cannot meet the needs when the amount of seedlings raised is large. Summary of the invention

[0003] In view of the above-mentioned deficiencies in the prior art, the utility model provides a forestry tree planting and seedling raising device which can adjust the planting area of ​​the device by adjusting a rotating main baffle, a rotating auxiliary baffle and a side rotating baffle, and is flexible and convenient to use.

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

[0005] A forestry tree planting and seedling raising device comprises a planting base plate, legs, a rotating main baffle, a No. 1 hinge, a rectangular sleeve, a rotating auxiliary baffle, a No. 2 hinge, a side rotating baffle, a No. 3 hinge, an L-shaped positioning plate, and a positioning strip. The lower part of the planting base plate is connected to the legs, and a plurality of legs are distributed at the bottom of the planting base plate. The planting base plate has air holes, and the side of the planting base plate has a base plate side plate. A plurality of base plate side plates are distributed on the side of the planting base plate. The rotating main baffle is connected to the base plate side plate through a No. 1 hinge. Four rotating main baffles are distributed on four sides of the planting base plate. Adjacent rotating main baffles are relative to each other, and the upper surfaces of the plurality of rotating main baffles are aligned. The side surfaces of the rotating main baffles are aligned with the planting base plate. The planting base plate is adapted to the rectangular sleeve, and the planting base plate is inserted into the rectangular sleeve. The outer side surface of the rotating main baffle fits with the rectangular sleeve, and the lower surface of the rectangular sleeve fits with the No. 1 hinge.

[0006] The rotating main baffle plate has an inner groove of the rotating main baffle plate, the rotating sub-baffle plate is adapted to the inner groove of the rotating main baffle plate, the rotating sub-baffle plate is inserted into the inner groove of the rotating main baffle plate, the rotating sub-baffle plate is connected to the inner groove of the rotating main baffle plate through a set of No. 2 hinges, the positioning strips are connected to the inner groove of the rotating main baffle plate, a set of positioning strips are distributed in the inner groove of the rotating main baffle plate, and the outer side surface of the rotating sub-baffle plate is in contact with the positioning strips.

[0007] The lower part of the side rotating baffle is connected to the inner groove of the rotating main baffle through a group of No. 3 hinges, the side surface of the side rotating baffle is aligned with the side surface of the inner groove of the rotating main baffle, the side surface of the rotating sub-baffle is in contact with the side rotating baffle, and there is a No. 1 giveway groove at both ends of the rotating sub-baffle. The No. 3 hinge is inserted into the No. 1 giveway groove, and the side rotating baffle is aligned with the upper surface of the rotating sub-baffle.

[0008] The L-shaped positioning plate has an L-shaped positioning plate side groove, the side rotating baffle is adapted to the L-shaped positioning plate side groove, the side rotating baffle is inserted into the L-shaped positioning plate side groove, the side rotating baffle is symmetrically arranged at both ends of the L-shaped positioning plate, the lower surface of the L-shaped positioning plate is fitted with the upper surface of the planting base plate, the lower ends of the L-shaped positioning plate have No. 2 making way grooves, the No. 3 hinge is inserted into the No. 2 making way groove, and the side rotating baffle is symmetrically arranged at both ends of the rotating auxiliary baffle. Beneficial Effects

[0009] 1. The utility model connects the bottom plate side plate with the rotating main baffle through a hinge No. 1, so that the rotating main baffle is connected to the planting bottom plate and the rotating main baffle can rotate at the same time. The rotating main baffle is set to a rotatable structure. The horizontal and vertical states of the rotating main baffle can be changed to change the ground area of ​​the planting device. When the rotating main baffle is vertical, two adjacent rotating main baffles are in a docking state. Since the side of the rotating main baffle is a forty-five-degree inclined surface, there is no gap between the adjacent rotating main baffles when they are vertically docked. The rectangular sleeve is sleeved on the outer side of the assembled rotating main baffle, and the No. 1 hinge supports the rectangular sleeve to prevent the rectangular sleeve from sliding downward during forestry tree planting and seedling raising. The rotating main baffle is fixed by the rectangular sleeve , in forestry tree planting and seedling raising, the spliced ​​rotating main baffle is prevented from tilting outward and opening under the pressure of the soil inside the device, so as to ensure the use state of the device, the rotating sub-baffle is connected to the inner groove of the rotating main baffle through a group of No. 2 hinges, the rotating sub-baffle can be rotated, and the rotating sub-baffle can be rotatably stored in the inner groove of the rotating main baffle. When the rotating sub-baffle is rotated into the inner groove of the rotating main baffle, the side surface of the rotating sub-baffle is aligned with the side surface of the rotating main baffle, and the side rotating baffle is connected to the inner groove of the rotating main baffle through a group of No. 3 hinges. When multiple rotating main baffles are spliced ​​in pairs, the rotating sub-baffle can be rotated to make the rotating sub-baffle stored in the inner groove of the rotating main baffle, and then the symmetrical side rotating baffle is rotated to make the symmetrical side rotating baffle cover the outside of the rotating sub-baffle.

[0010] 2. When the planting area needs to be expanded, the utility model rotates the main rotating baffle to make the side of the main rotating baffle contact with the side of the planting bottom plate. At this time, the rotating sub-baffle and the symmetrical side rotating baffles can be opened, and the rotating sub-baffle supports the inside of the symmetrical side rotating baffles, and the positioning strips support the outside of the rotating sub-baffles. The rotating sub-baffle prevents the symmetrical side rotating baffles from tilting inwards during forestry tree planting and seedling raising. The positioning strips prevent the rotating sub-baffles from tilting outwards during forestry tree planting and seedling raising. The side rotating baffles are inserted into the side grooves of the L-shaped positioning plate, and the adjacent side rotating baffles are supported and fixed by the L-shaped positioning plate. The side rotating baffles are prevented from tilting outwards during forestry tree planting and seedling raising. The L-shaped positioning plate is used to keep the device seamless. The planting area of ​​the device can be adjusted by adjusting the rotating main baffle, the rotating sub-baffle and the side rotating baffle. The use is flexible and convenient. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 It is an enlarged top axonometric view of a forestry tree planting and seedling raising device described in the utility model.

[0012] Figure 2 The utility model is an enlarged upward axonometric view of a forestry tree planting and seedling raising device.

[0013] Figure 3 It is a collapsed top axonometric view of a forestry tree planting and seedling raising device described in the utility model.

[0014] Figure 4 It is a collapsed cross-sectional view of a forestry tree planting and seedling raising device described in the utility model.

[0015] Figure 5 This is an axonometric drawing of the planting base plate described in the present utility model.

[0016] Figure 6 This is an axonometric view of the rotating main baffle described in the utility model.

[0017] Figure 7 This is an axonometric drawing of the rectangular sleeve plate described in the present utility model.

[0018] Figure 8 This is an axonometric view of the L-shaped positioning plate described in the utility model. DETAILED DESCRIPTION

[0019] The utility model is further described in detail below according to the accompanying drawings and embodiments:

[0020] Embodiment 1:

[0021] A forestry tree planting and seedling raising device, comprising a planting base plate 01, legs 02, a rotating main baffle 05, a first hinge 06, a rectangular cover plate 07, a rotating auxiliary baffle 08, a second hinge 09, a side rotating baffle 10, a third hinge 11, an L-shaped positioning plate 13, and a positioning strip plate 17. The lower part of the planting base plate 01 is connected to the legs 02, and a plurality of legs 02 are distributed at the bottom of the planting base plate 01. The planting base plate 01 has air holes 04, and the side of the planting base plate 01 has a base plate side plate 0 3. Multiple bottom plate side plates 03 are distributed on the side of the planting bottom plate 01, and the rotating main baffle plate 05 is connected to the bottom plate side plates 03 through the first hinge 06. Four rotating main baffle plates 05 are distributed on the four sides of the planting bottom plate 01, and the adjacent rotating main baffle plates 05 are relatively matched. The upper surfaces of the multiple rotating main baffle plates 05 are aligned, and the side surfaces of the rotating main baffle plates 05 are aligned with the planting bottom plate 01, so that the rotating main baffle plates 05 are connected to the planting bottom plate 01 and the rotating main baffle plates 05 can rotate at the same time. The rotating main baffle plates 05 are set to be rotatable. The movable structure can change the ground area of ​​the planting device by rotating the horizontal and vertical states of the rotating main baffle 05. When the rotating main baffle 05 is vertical, two adjacent rotating main baffles 05 are in a docking state. Since the side of the rotating main baffle 05 is a forty-five degree inclined surface, there is no gap between the adjacent rotating main baffles 05 when they are vertically docked. The planting base plate 01 is adapted to the rectangular sleeve plate 07. The planting base plate 01 is inserted into the rectangular sleeve plate 07. The outer side surface of the rotating main baffle 05 is fitted with the rectangular sleeve plate 07. The lower surface of the rectangular sleeve plate 07 is fitted with the No. 1 hinge 06. The rectangular sleeve plate 07 is sleeved on the outside of the assembled rotating main baffle 05. The No. 1 hinge 06 supports the rectangular sleeve plate 07 to prevent the rectangular sleeve plate 07 from sliding downward during forestry tree planting and seedling raising. The rotating main baffle 05 is fixed by the rectangular sleeve plate 07 to prevent the assembled rotating main baffle 05 from tilting outward and opening under the pressure of the soil inside the device during forestry tree planting and seedling raising, thereby ensuring the use state of the device.

[0022] Embodiment 2:

[0023] The utility model described rotating main baffle 05 has rotating main baffle inner groove 16, rotating sub-baffle 08 is adapted to the rotating main baffle inner groove 16, rotating sub-baffle 08 is inserted into the rotating main baffle inner groove 16, rotating sub-baffle 08 is connected to the rotating main baffle inner groove 16 through a set of second hinges 09, rotating sub-baffle 08 can rotate, rotating sub-baffle 08 can be rotatably stored in the rotating main baffle inner groove 16, when the rotating sub-baffle 08 rotates to the rotating main baffle inner groove 16, the rotating sub-baffle 08 side The surface is aligned with the side of the rotating main baffle 05, the positioning strip 17 is connected to the inner groove 16 of the rotating main baffle, a group of positioning strips 17 are distributed in the inner groove 16 of the rotating main baffle, the outer side of the rotating sub-baffle 08 is in contact with the positioning strips 17, the positioning strips 17 support the outer side of the rotating sub-baffle 08, the rotating sub-baffle 08 prevents the symmetrical side rotating baffle 10 from tilting inward during forestry tree planting and seedling raising, and the positioning strips 17 prevents the rotating sub-baffle 08 from tilting outward during forestry tree planting and seedling raising.

[0024] Embodiment 3:

[0025] The lower part of the side rotating baffle 10 of the utility model is connected to the inner groove 16 of the rotating main baffle through a group of No. 3 hinges 11, the side surface of the side rotating baffle 10 is aligned with the side surface of the inner groove 16 of the rotating main baffle, and the side surface of the rotating auxiliary baffle 08 is in contact with the side rotating baffle 10. When multiple rotating main baffles 05 are assembled in pairs, the rotating auxiliary baffle 08 can be rotated to make the rotating auxiliary baffle 08 accommodated in the inner groove 16 of the rotating main baffle, and then the symmetrical side rotating baffle 10 is rotated to cover the symmetrical side rotating baffle 10 on the rotating main baffle. On the outside of the movable sub-baffle 08, when the planting area needs to be expanded, the rotating main baffle 05 is rotated to make the side of the rotating main baffle 05 contact with the side of the planting bottom plate 01. At this time, the rotating sub-baffle 08 and the symmetrical side rotating baffle 10 can be opened. The rotating sub-baffle 08 supports the inside of the symmetrical side rotating baffle 10. Both ends of the rotating sub-baffle 08 have a No. 1 giveway groove 12, and the No. 3 hinge 11 is inserted into the No. 1 giveway groove 12. The side rotating baffle 10 is aligned with the upper surface of the rotating sub-baffle 08.

[0026] Embodiment 4:

[0027] The L-shaped positioning plate 13 of the utility model has an L-shaped positioning plate side groove 15, and the side rotating baffle 10 is adapted to the L-shaped positioning plate side groove 15. The side rotating baffle 10 is inserted into the L-shaped positioning plate side groove 15, and the adjacent side rotating baffle 10 is supported and fixed by the L-shaped positioning plate 13, so as to prevent the side rotating baffle 10 from tilting outward during the planting and seedling raising of forestry trees. The side rotating baffle 10 is symmetrically arranged at both ends of the L-shaped positioning plate 13, and the lower surface of the L-shaped positioning plate 13 is in contact with the upper surface of the planting base plate 01. The two ends of the lower part of the L-shaped positioning plate 13 are provided with a No. 2 making way groove 14, and the No. 3 hinge 11 is inserted into the No. 2 making way groove 14. The side rotating baffle 10 is symmetrically arranged at both ends of the rotating auxiliary baffle 08, and the device is kept seamless by the L-shaped positioning plate 13. The planting area of ​​the device can be adjusted by adjusting the rotating main baffle 05, the rotating auxiliary baffle 08, and the side rotating baffle 10, and the use is flexible and convenient.

[0028] Embodiment 5:

[0029] The installation steps of the utility model are as follows: connect the lower part of the planting base plate 01 to the supporting legs 02, connect the outer side of the rotating main baffle 05 to the base plate side plate 03 through a group of No. 1 hinges 06, connect the lower part of the rotating sub-baffle 08 to the rotating main baffle inner groove 16 through a group of No. 2 hinges 09, connect the lower part of the side rotating baffle 10 to the rotating main baffle inner groove 16 through a group of No. 3 hinges 11, connect the positioning strip 17 to the rotating main baffle inner groove 16, rotate the rotating sub-baffle 08 so that the side of the rotating sub-baffle 08 is in contact with the positioning strip 17, fit the two sides of the rotating sub-baffle 08 with the symmetrical side rotating baffles 10, and insert the side rotating baffle 10 into the side groove 15 of the L-shaped positioning plate.

[0030] 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 forestry tree planting and seedling raising device, characterized in that The invention comprises a planting base plate (01), a leg (02), a main rotating baffle (05), a first hinge (06), a rectangular cover plate (07), a rotating auxiliary baffle (08), a second hinge (09), a side rotating baffle (10), a third hinge (11), an L-shaped positioning plate (13), and a positioning strip plate (17). The lower part of the planting base plate (01) is connected to the leg (02), and a plurality of legs (02) are distributed at the bottom of the planting base plate (01). The planting base plate (01) has air holes (04). The side of the planting base plate (01) has a base plate side plate (03). A plurality of base plate side plates (03) are arranged on the planting base plate (01). The main rotating baffles (05) are distributed on the side, and the main rotating baffles (05) are connected to the bottom plate side plate (03) through the first hinge (06). The four main rotating baffles (05) are distributed on the four sides of the planting bottom plate (01). The adjacent main rotating baffles (05) are relatively matched. The upper surfaces of the plurality of main rotating baffles (05) are aligned. The side surfaces of the main rotating baffles (05) are aligned with the planting bottom plate (01). The planting bottom plate (01) is adapted to the rectangular sleeve plate (07). The planting bottom plate (01) is inserted into the rectangular sleeve plate (07). The outer side surface of the main rotating baffle (05) is fitted with the rectangular sleeve plate (07). The lower surface of the rectangular sleeve plate (07) is fitted with the first hinge (06).

2. A forestry tree planting and seedling raising device according to claim 1, characterized in that The rotating main baffle (05) has an inner groove (16) of the rotating main baffle, the rotating auxiliary baffle (08) is adapted to the inner groove (16) of the rotating main baffle, the rotating auxiliary baffle (08) is inserted into the inner groove (16) of the rotating main baffle, the rotating auxiliary baffle (08) is connected to the inner groove (16) of the rotating main baffle through a set of second hinges (09), the positioning strips (17) are connected to the inner groove (16) of the rotating main baffle, a set of positioning strips (17) are distributed in the inner groove (16) of the rotating main baffle, and the outer side surface of the rotating auxiliary baffle (08) is in contact with the positioning strips (17).

3. A forestry tree planting and seedling raising device according to claim 2, characterized in that The lower part of the side rotating baffle (10) is connected to the inner groove (16) of the rotating main baffle through a set of No. 3 hinges (11), the side surface of the side rotating baffle (10) is aligned with the side surface of the inner groove (16) of the rotating main baffle, the side surface of the rotating auxiliary baffle (08) is in contact with the side rotating baffle (10), the two ends of the rotating auxiliary baffle (08) are provided with No. 1 clearance grooves (12), the No. 3 hinges (11) are inserted into the No. 1 clearance grooves (12), and the upper surfaces of the side rotating baffle (10) and the rotating auxiliary baffle (08) are aligned.

4. A forestry tree planting and seedling raising device according to claim 3, characterized in that The L-shaped positioning plate (13) has an L-shaped positioning plate side groove (15), the side rotating baffle (10) is adapted to the L-shaped positioning plate side groove (15), the side rotating baffle (10) is inserted into the L-shaped positioning plate side groove (15), and the side rotating baffle (10) is symmetrically arranged at both ends of the L-shaped positioning plate (13).

5. A forestry tree planting and seedling raising device according to claim 4, characterized in that The lower surface of the L-shaped positioning plate (13) is in contact with the upper surface of the planting base plate (01), and two ends of the lower part of the L-shaped positioning plate (13) are provided with second paving grooves (14), and the third hinge (11) is inserted into the second paving groove (14), and the side rotating baffles (10) are symmetrically arranged at two ends of the rotating auxiliary baffle (08).

Images