Plant cultivation apparatus

Abstract

A plant cultivation apparatus of the present disclosure comprises: a base comprising a water tank and a pump connected to the water tank; a first pipe having a hollow cavity and extending upward from the base; a cultivation portion which comprises a cultivation pot seating portion accommodating a cultivation pot in which plants are provided and a discharge portion supplying water to the cultivation pot, and is fixed to the first pipe to be separated upward from the base; a water supply pipe connecting the pump with the discharge portion; a second pipe which is inserted into the hollow cavity of the first pipe and is slidable to the upper side of the first pipe; and an illumination portion comprising a cultivation lamp irradiating light toward the cultivation portion, and fixed to the upper portion of the second pipe. The first pipe comprises an accommodation recess that is recessed outward from the inner circumference and extends in the lengthwise direction of the first pipe, and the water supply pipe is provided in the accommodation recess.

Description

plant cultivation device

[0001] The present disclosure relates to a plant cultivation device.

[0002] A plant cultivation device refers to a device that cultivates plants by artificially supplying the light and water necessary for plant growth.

[0003] Published Patent Application No. 10-2022-0059843 (hereinafter referred to as '843 document) discloses a plant cultivation device comprising a cultivation shelf on which a seed package is placed, a lighting device positioned above the cultivation shelf, and a pump that supplies water from a water tank to the cultivation shelf. The cultivation shelf, etc., is positioned in a cultivation space provided by a cabinet.

[0004] The cultivation space of the plant cultivation device in the above '843 document is separated from the outside through a cabinet, so it has an advantage in temperature and humidity control. However, it has the disadvantage of being bulky due to the cabinet.

[0005] Published Patent Application No. 10-2023-0099569 (hereinafter referred to as '569') discloses a plant cultivation device comprising a main body, a water tank portion seated on the main body, and a handle portion positioned above the water tank portion to irradiate light. Unlike the plant cultivation device of Patent No. 843, the plant cultivation device of '569 does not include a cabinet, thus having a smaller volume, and does not include a pump, etc., thus having a relatively simple configuration. Additionally, it is equipped with a handle for convenient movement and is equipped with a light source that irradiates light at the bottom of the handle.

[0006] Including a spacer connecting the handle and the main body of document '569, the height between the light and the main body can be adjusted, but the spacer must be attached and detached.

[0007] Published Patent Application No. 10-2019-0004178 (hereinafter referred to as '178') discloses a multi-stage plant cultivation device. '178 includes a plurality of cultivation units rotatable around a column portion. However, it discloses a feature in which the user can rotate the cultivation units to receive natural light evenly, rather than artificially irradiating the cultivation units with light.

[0008]

[0009] The present disclosure aims to solve the aforementioned problems and other problems.

[0010] Another objective may be to provide a plant cultivation device comprising a cultivation section spaced upward from a base on which a water tank and a pump are placed.

[0011] Another objective may be to provide a plant cultivation device that can adjust the height between the lighting unit and the cultivation unit.

[0012] Another objective may be to provide a plant cultivation device that can adjust the height between the lighting unit and the cultivation unit and be easily fixed.

[0013] Another objective may be to provide a plant cultivation device that can adjust the height between the lighting unit and the cultivation unit while separating the cultivation unit from the base.

[0014] Another objective may be to provide a plant cultivation device in which a water supply pipe and a second pipe are placed inside a first pipe positioned on the outside, and the interference between the water supply pipe and the second pipe is resolved.

[0015] Another objective may be to provide a plant cultivation device capable of separating and washing the cultivation unit.

[0016] Another objective may be to provide a stand-type plant cultivation device equipped with a mood light in addition to a cultivation light that illuminates the cultivation section.

[0017] Another objective may be to provide a plant cultivation device in which multiple cultivation units are arranged in an up-and-down direction and light can be irradiated onto each cultivation unit.

[0018] The problems of the present invention are not limited to those mentioned above, and other unmentioned problems will be clearly understood by those skilled in the art from the description below.

[0019]

[0020] According to one aspect of the present disclosure for achieving the above-described purpose, a plant cultivation device including a cultivation unit and a lighting unit is provided.

[0021] The plant cultivation device may include a base. The base may include a water tank and a pump connected to the water tank.

[0022] The cultivation section can accommodate cultivation pots in which plants are placed. The cultivation pots can be placed in the cultivation pot mounting section.

[0023] The cultivation unit may include a discharge unit that supplies water to the cultivation pot.

[0024] The plant cultivation device may include a first pipe extending upward from the base. The first pipe may have a hollow space.

[0025] The above-mentioned repositioning unit can be fixed to the first pipe and spaced upward from the base.

[0026] The plant cultivation device may include a second pipe that is inserted into the hollow of the first pipe and is slidably provided to the upper side of the first pipe.

[0027] The lighting unit may include a cultivation light that irradiates light toward the cultivation unit. The lighting unit may be fixed to the upper part of the second pipe.

[0028] The plant cultivation device may include a water supply pipe connecting the pump and the discharge part.

[0029] The first pipe may include a receiving groove that is recessed from the inner circumference outward and extends in the longitudinal direction of the first pipe.

[0030] The above water supply pipe can be placed in the above receiving groove.

[0031] The above water supply pipe comprises: a pump connection part connected to the pump; an extension part extending from the pump connection part in the longitudinal direction of the first pipe and disposed in the receiving groove; and

[0032] It may include a discharge connection part that extends from the extension part to the outside of the first pipe and is connected to the discharge part.

[0033] The above extension may be disposed in the receiving groove and positioned on the outside of the second pipe in the radial direction of the second pipe.

[0034] The above-mentioned cultivation unit may include a container having a bottom and side walls, which is open to the top and provides a space for storing water supplied through the discharge unit.

[0035] The above-mentioned repot mounting portion can be placed in the above-mentioned container.

[0036] The above container may include a partition wall that divides the space inside the container into a first area where the replanting pot seating portion is placed and a second area where the discharge portion is placed.

[0037] The discharge section may include: a port into which water flows from the water supply pipe; a first extension section extending upward from the port; and a second extension section that bends from the first extension section and extends to the outlet of the discharge section.

[0038] The outlet of the above discharge unit may be positioned above the first area.

[0039] The above-mentioned redistribution unit is positioned in the above-mentioned second area and may further include a connector connecting the above-mentioned water supply pipe and the above-mentioned discharge unit.

[0040] The above port can be rotatably coupled to the connector around a vertical axis.

[0041] The above-mentioned cultivation pot mounting portion may include: a board covering the upper side of the first area; and a receiving portion recessed downward from the board, on which the cultivation pot is placed and which has a connecting hole.

[0042] The above board may include a pipe insertion hole that penetrates vertically to accommodate the second pipe.

[0043] The above pipe insertion hole can be extended to the outer edge and opened radially.

[0044] It may further include a discharge cover that covers the upper side of the second area.

[0045] The above-mentioned relocation unit may further include a coupler.

[0046] The above coupler may include: a circumferential portion coupled to the first pipe; and a support portion extending radially outward from the bottom of the circumferential portion to support the lower surface of the repositioning portion.

[0047] The above-mentioned rear portion may further include a coupler receiving portion that is recessed from the lower side to the upper side to accommodate the support portion.

[0048] The plant cultivation device may further include an inlet pipe connecting the water tank and the pump.

[0049] The above-mentioned tank may be placed on the base so as to be detachable from the base.

[0050] The above water tank may include an outlet port.

[0051] The above inlet pipe may include a connection port that is inserted into the outlet port when the above water tank is placed on the base.

[0052] The plant cultivation device may further include a support base that supports the base from below and is equipped with a wheel.

[0053] The above-mentioned cultivation light may include: a light source facing downward; a cover disposed below the light source, which widens toward the bottom and includes a hole disposed at a position corresponding to the light source; and a convex lens disposed below the cover.

[0054] The lighting unit may further include: a mood light positioned above the cultivation light; a lampshade surrounding the mood light; and a diffuser plate positioned below the lampshade.

[0055] A holder disposed in the hollow of the first pipe and fixed to the second pipe; and a friction part having an outer part in contact with the inner circumference of the first pipe and an inner part supporting the holder may be further included.

[0056] It may further include a gas spring comprising a first coupling part coupled to the base side and a second coupling part coupled to the holder side.

[0057] The above gas spring may further include: a cylinder filled with compressed gas; a piston disposed in the cylinder and dividing the internal space of the cylinder into a first space and a second space; an orifice formed in the piston and communicating the first and second spaces; a rod disposed on the side of the second space and extending from the piston to the outside of the cylinder; and a sealing disposed between the rod and the cylinder to seal the second space.

[0058] A plant cultivation device may include: a base comprising a water tank and a pump connected to the water tank; a first pipe having a hollow and extending upward from the base; a cultivation section including a cultivation pot mounting section for receiving a cultivation pot in which a plant is placed and a discharge section for supplying water to the cultivation pot, and which is fixed to the first pipe and spaced upward from the base; a water supply pipe connecting the pump and the discharge section; a second pipe inserted into the hollow of the first pipe and slidably provided to the upper side of the first pipe; and a lighting section including a cultivation light that irradiates light toward the cultivation section and which is fixed to the upper part of the second pipe. The first pipe may include a receiving groove that is recessed outward from the inner circumference and extends in the longitudinal direction of the first pipe. The water supply pipe may be placed in the receiving groove.

[0059] A plant cultivation device may include: a base comprising a water tank and a pump connected to the water tank; a first pipe having a hollow space and extending upward from the base; a cultivation section fixed to the first pipe and spaced upward from the base, comprising a cultivation pot mounting section for receiving a cultivation pot in which a plant is placed and a discharge section for supplying water to the cultivation pot; a water supply pipe connecting the pump and the discharge section; a second pipe extending upward from the cultivation section; and a lighting section including a cultivation light fixed to the upper part of the second pipe and irradiating light toward the cultivation section. The first pipe may include a receiving groove that is recessed outward from the inner circumference and extends along the longitudinal direction of the first pipe. The water supply pipe may be positioned in the receiving groove.

[0060] A plant cultivation device may include: a base comprising a water tank and a pump connected to the water tank; a first pipe having a hollow space and extending upward from the base; a first cultivation unit including a first cultivation pot mounting portion for receiving a first cultivation pot in which a plant is placed and a first discharge portion for supplying water to the first cultivation pot, and fixed to the first pipe and spaced upward from the base; a second cultivation unit including a second cultivation pot mounting portion for receiving a second cultivation pot in which a plant is placed and a second discharge portion for supplying water to the second cultivation pot, and positioned on the upper part of the base; a second pipe extending from the first cultivation unit; a lighting unit including a first cultivation light that irradiates light toward the first cultivation unit and fixed to the upper part of the second pipe; and a second cultivation light positioned on the lower surface of the first cultivation unit and irradiating light toward the second cultivation unit.

[0061] According to one aspect of the present disclosure for achieving the above-described purpose, a plant cultivation device comprises: a base; a first pipe extending upward from the base and having a hollow; a cultivation section coupled to the first pipe and including a cultivation pot seating section for receiving a cultivation pot in which a plant is placed; a second pipe inserted into the hollow of the first pipe and extending upward from the first pipe so as to be rotatable with respect to the first pipe and slide in the longitudinal direction of the first pipe; a lighting section including a cultivation lamp fixed to the second pipe and positioned above the cultivation section and irradiating light toward the cultivation section; a holder positioned in the hollow of the first pipe and fixed to the second pipe; and a friction section having an outer section in contact with the inner circumference of the first pipe and an inner section supporting the holder.

[0062] The holder comprises: a disk having a diameter smaller than the hollow of the first pipe; and a camshaft extending vertically from the disk and inserted into the inner part of the friction portion to provide the rotational center of the holder.

[0063] The center of rotation of the above holder may be spaced radially from the center of the above disk.

[0064] The above disk may include a contact point located on the outer circumference of the disk and spaced apart from the center of rotation of the holder by the radius of the inner circumference of the first pipe.

[0065] The above contact point may contact the inner circumference of the first pipe according to the rotation of the second pipe to restrict the vertical movement of the second pipe, or may be spaced apart from the inner circumference of the first pipe to release the restriction.

[0066] The outer circumference of the above disk may include a first region in which the distance to the rotation center of the holder is smaller than the radius of the inner circumference of the first pipe, and a second region in which the distance is larger than the radius of the inner circumference of the first pipe.

[0067] The second region may contact the inner circumference of the first pipe according to the rotation of the second pipe to restrict the vertical movement of the second pipe, or be spaced apart from the inner circumference of the first pipe to release the restriction.

[0068] The rotational center of the above disk may be spaced radially from the longitudinal centerline of the first pipe.

[0069] The center of the inner circumference of the friction part may be spaced radially from the center of the outer circumference of the friction part.

[0070] The above disk may include a lower disk disposed on the lower side of the friction part.

[0071] The above disk may further include an upper disk disposed above the friction part.

[0072] The above holder may further include an upper coupling portion inserted into the lower end of the second pipe.

[0073] The above plant cultivation device may include a base. The first pipe may be coupled to the base. The first pipe may extend upward from the base.

[0074] It may further include a gas spring comprising a first coupling part coupled to the base side and a second coupling part coupled to the holder side.

[0075] The above gas spring may include: a cylinder filled with compressed gas; and a piston disposed in the cylinder to divide the internal space of the cylinder into a first space and a second space.

[0076] The above gas spring may further include: an orifice formed in the piston to communicate the first and second spaces; a rod disposed on the second space side and extending from the piston to the outside of the cylinder; and a sealing disposed between the rod and the cylinder to seal the second space.

[0077] The above-described plant cultivation device may further include a control unit electrically connected to the lighting unit. The control unit may be disposed on the base.

[0078] The above plant cultivation device is configured so that the upper and lower parts can rotate relative to each other and may further include a slip ring that electrically connects a wire connected to the upper part and a wire connected to the lower part.

[0079] The slip ring may be placed inside the first pipe or the second pipe.

[0080] The first wire connected to the lighting unit may extend downward inside the second pipe and be connected to the upper part of the slip ring. The second wire connected to the lower part of the slip ring may extend downward along the first pipe. The third wire connected to the control unit may extend from the second wire.

[0081] The above plant cultivation device may further include a rotator having an upper and a lower portion that are rotatably provided relative to each other.

[0082] The upper part of the rotator is coupled to the holder and can rotate together with the holder.

[0083] The second wire can be connected to the slip ring inside the rotator and extend radially to the outside of the rotator.

[0084] One side of the gas spring of the above-described plant cultivation device may be connected to the lower part of the rotator, and the other side may be connected to the base. The distance between the one side and the other side of the gas spring may be adjusted.

[0085] The above second wire can be extended vertically in a spiral shape.

[0086] The above cultivation light may include a light source facing downward. The light source may face the cultivation unit.

[0087] The above-mentioned cultivation light may include: a cover positioned below the light source, which has a hole positioned at a location corresponding to the light source and widens as it extends downward; and a convex lens positioned below the cover.

[0088]

[0089] According to one aspect of the present disclosure for achieving the above-described purpose, a plant cultivation device comprises: a base; a first pipe extending upward from the base and having a hollow; a cultivation section coupled to the first pipe and including a cultivation pot seating section for receiving a cultivation pot in which a plant is placed; a second pipe inserted into the hollow of the first pipe and extending upward from the first pipe so as to be rotatable with respect to the first pipe and slide in the longitudinal direction of the first pipe; a lighting section including a cultivation lamp fixed to the second pipe and positioned above the cultivation section and irradiating light toward the cultivation section; a holder positioned in the hollow of the first pipe and fixed to the second pipe; and a friction section having an outer section in contact with the inner circumference of the first pipe and an inner section supporting the holder. The holder may comprise: a disc having a diameter smaller than the hollow of the first pipe; and a camshaft extending vertically from the disc and inserted into the inner section of the friction section to provide a center of rotation of the holder. The center of rotation of the above holder may be spaced radially from the center of the above disk.

[0090] According to one aspect of the present disclosure for achieving the above-described purpose, a plant cultivation device may include: a base; a first pipe extending upward from the base and having a hollow; a cultivation unit coupled to the first pipe and including a cultivation pot seating portion for receiving a cultivation pot in which a plant is placed; a second pipe inserted into the hollow of the first pipe and extending upward from the first pipe so as to be slidable in the longitudinal direction of the first pipe; and a lighting unit fixed to the second pipe and positioned above the cultivation unit. The lighting unit may include: a cultivation light that irradiates light toward the cultivation unit; a mood light positioned above the cultivation light; a lampshade surrounding the mood light; and a diffuser plate positioned below the lampshade.

[0091] According to one aspect of the present disclosure for achieving the above-described purpose, a plant cultivation device may comprise: a base including a water tank and a pump connected to the water tank; a first pipe having a hollow and extending upward from the base; a cultivation unit coupled to the first pipe, comprising a cultivation pot mounting portion for receiving a cultivation pot in which a plant is placed and a discharge portion for supplying water to the cultivation pot; a water supply pipe connecting the pump and the discharge portion; a second pipe inserted into the hollow of the first pipe and slidably provided to the upper side of the first pipe; and a lighting portion fixed to the upper part of the second pipe, comprising a cultivation light that irradiates light toward the cultivation unit. The cultivation unit may comprise: a container having a bottom and side walls, open upward, and providing a space for storing water supplied through the discharge portion. The cultivation pot mounting portion may be disposed in the container so as to be detachable from the container.

[0092] The above-mentioned cultivation pot mounting portion may further include a pipe insertion hole into which the second pipe is inserted. The pipe insertion hole may extend to the edge of the cultivation pot mounting portion and be radially open.

[0093]

[0094] Specific details of other embodiments are included in the detailed description and drawings.

[0095]

[0096] According to at least one of the embodiments of the present disclosure, a plant cultivation device may be provided that includes a cultivation section spaced upward from a base on which a water tank and a pump are arranged.

[0097] According to at least one of the embodiments of the present disclosure, a plant cultivation device capable of adjusting the height between a lighting unit and a cultivation unit can be provided.

[0098] According to at least one of the embodiments of the present disclosure, a plant cultivation device can be provided that can adjust the height between the lighting unit and the cultivation unit and easily fix it.

[0099] According to at least one of the embodiments of the present disclosure, a plant cultivation device can be provided that can adjust the height between the lighting unit and the cultivation unit while separating the cultivation unit from the base.

[0100] According to at least one of the embodiments of the present disclosure, a plant cultivation device can be provided in which a water supply pipe and a second pipe are arranged inside a first pipe arranged on the outside, and interference between the water supply pipe and the second pipe is resolved.

[0101] According to at least one of the embodiments of the present disclosure, a plant cultivation device capable of separating and washing the cultivation unit can be provided.

[0102] According to at least one of the embodiments of the present disclosure, a stand-type plant cultivation device may be provided that includes a mood light in addition to a cultivation light that irradiates light to a cultivation section.

[0103] According to at least one of the embodiments of the present disclosure, a plant cultivation device can be provided in which a plurality of cultivation units are arranged in an up-and-down direction and light can be irradiated onto each cultivation unit.

[0104]

[0105] FIG. 1 is a perspective view of a plant cultivation device according to a first embodiment of the present disclosure.

[0106] Figure 2 is a front view of the plant cultivation device shown in Figure 1.

[0107] Figure 3 is a cross-sectional view of the plant cultivation device shown in Figure 1.

[0108] Figure 4 is an exploded perspective view of the repositioning unit shown in Figure 3.

[0109] Figure 5 is an enlarged view of the repositioning unit shown in Figure 3.

[0110] Fig. 6 is an exploded perspective view of the base shown in Fig. 1.

[0111] Figure 7 is an enlarged view of the base shown in Figure 3.

[0112] Figure 8 is a cross-sectional view of the base shown in Figure 3.

[0113] FIG. 9 is a perspective view showing the receiving groove of the first pipe illustrated in FIG. 7.

[0114] FIG. 10 is a front view of a plant cultivation device in which the height of the lighting unit shown in FIG. 2 has been changed.

[0115] FIG. 11 is an exploded view of the height adjustment device shown in FIG. 3.

[0116] FIG. 12 is a front view of the height adjustment device shown in FIG. 3.

[0117] FIG. 13 is a perspective view of the assembly of the friction part and the holder and the friction part shown in FIG. 11.

[0118] Fig. 14 is an enlarged view of the height adjustment unit shown in Fig. 3.

[0119] FIG. 15 is a cross-sectional view of the assembly of the friction part and the holder shown in FIG. 14.

[0120] FIG. 16 is a conceptual diagram showing the operation of the friction part, the holder, and the first pipe.

[0121] Figure 17 is a conceptual diagram of the gas pipe illustrated in Figure 11.

[0122] Fig. 18 is an enlarged view of the lighting unit shown in Fig. 3.

[0123] FIG. 19 is an exploded perspective view of the lens of the lighting unit shown in FIG. 18.

[0124] FIG. 20 is a front view of a plant cultivation device according to a second embodiment of the present disclosure.

[0125] FIGS. 21 and FIGS. 22 are perspective views of the plant cultivation device shown in FIGS. 20.

[0126] FIG. 23 is a cross-sectional view of the plant cultivation device illustrated in FIG. 20.

[0127] FIG. 24 is an enlarged view of the first repositioning unit shown in FIG. 23.

[0128] FIG. 25 is an enlarged view of the second repositioning unit shown in FIG. 23.

[0129] FIG. 26 is an enlarged view of the third rear section and base shown in FIG. 23.

[0130] FIG. 27 is a front view of a plant cultivation device according to a third embodiment of the present disclosure.

[0131]

[0132] Hereinafter, embodiments disclosed in this specification will be described in detail with reference to the attached drawings. Identical or similar components regardless of drawing symbols are given the same reference number, and redundant descriptions thereof will be omitted.

[0133] The suffixes "module" and "part" used for components in the following description are assigned or used interchangeably solely for the ease of drafting the specification, and do not inherently possess distinct meanings or roles.

[0134] In addition, when describing the embodiments disclosed in this specification, if it is determined that a detailed description of related prior art may obscure the essence of the embodiments disclosed in this specification, such detailed description is omitted. Furthermore, the attached drawings are intended only to facilitate understanding of the embodiments disclosed in this specification, and the technical concept disclosed in this specification is not limited by the attached drawings; it should be understood that they include all modifications, equivalents, and substitutions that fall within the concept and technical scope of this disclosure.

[0135] Terms including ordinal numbers, such as first, second, etc., may be used to describe various components, but said components are not limited by said terms. These terms are used solely for the purpose of distinguishing one component from another.

[0136] When it is stated that one component is "connected" or "connected" to another component, it should be understood that while it may be directly connected or connected to that other component, there may also be other components in between. On the other hand, when it is stated that one component is "directly connected" or "directly connected" to another component, it should be understood that there are no other components in between.

[0137] A singular expression includes a plural expression unless the context clearly indicates otherwise.

[0138] Hereinafter, a plant cultivation device according to the first embodiment of the present disclosure will be described with reference to FIGS. 1 to 19.

[0139] Referring to FIGS. 1 to 3, the plant cultivation device includes a cultivation section (30) and a lighting section (80) that irradiates light onto the cultivation section (30). A cultivation pot (35) in which a plant is placed may be placed in the cultivation section (30).

[0140] The cultivation section (30) may include a cultivation pot seating section (33) in which a cultivation pot (35) is placed. The cultivation pot seating section (33) can accommodate a cultivation pot.

[0141] The cultivation section (30) may be cylindrical. The cultivation section (30) may be cylindrical in shape, with a diameter greater than its height.

[0142] The cultivation unit (30) may include a discharge unit (37) that supplies water to the cultivation pot (35). The discharge unit (37) may supply water directly to the cultivation pot (35). For example, the outlet of the discharge unit (37) may be positioned above the cultivation pot (35) to supply water directly to the cultivation pot. Alternatively, the discharge unit (37) may supply water to the cultivation pot (35) through other configurations of the cultivation unit (30). For example, the discharge unit (37) may supply water to the cultivation pot mounting unit (33), and the water supplied to the cultivation pot mounting unit (33) may be supplied to the cultivation pot (35).

[0143] The plant cultivation device may include a base (10). The base (10) may include a water tank (15) and a pump (17) (see FIG. 6). The base (10) will be described later with reference to FIG. 6.

[0144] The plant cultivation device may include a support (19) positioned on the lower side of the base (10). The support (19) will be described later with reference to FIG. 6.

[0145] The plant cultivation device may include a height adjustment unit (60). The height adjustment unit (60) may include a first pipe (61) and a second pipe (62).

[0146] The plant cultivation device may include a first pipe (61). The first pipe (61) may separate the cultivation section (30) upward from the base (10).

[0147] The first pipe (61) may extend upward from the base (10). The first pipe (61) may be connected to the base (10).

[0148] The lower part of the first pipe (61) can be inserted into the base (10). The first pipe (61) can penetrate the upper surface of the base (10) and extend upward.

[0149] A cultivation unit (30) can be attached to the first pipe (61). The cultivation unit (30) can be attached to the upper part of the first pipe (61). The cultivation unit (30) can be attached to the top of the first pipe (61).

[0150] The upper part of the first pipe (61) can be inserted into the cultivation unit (30). The upper part of the first pipe (61) can be inserted into the cultivation unit (30).

[0151] The plant cultivation device may include a second pipe (62). The second pipe (62) may separate the lighting unit (80) upward from the cultivation unit (30).

[0152] The second pipe (62) can be connected to the first pipe (61). The second pipe (61) can be inserted into the first pipe (61).

[0153] The second pipe (62) may extend upward from the first pipe (61). The second pipe (62) may protrude upward from the first pipe (61).

[0154] The second pipe (62) can be inserted into the cultivation section (30). The lower part of the second pipe (62) can be inserted into the cultivation section (30). The second pipe (62) can be extended upward from the cultivation section (30).

[0155] The second pipe (62) can be combined with a lighting unit (80). The lighting unit (80) can be combined with the upper part of the second pipe (62). The lighting unit (80) can be combined with the upper part of the second pipe (62).

[0156] The lighting unit (80) may include a switch (85). The switch (85) may be a touch switch. The power of the lighting unit (80) may be turned on / off via the switch (85). The power of the re-light (81, see FIG. 18) described later may be turned on / off via the switch (85). The power of the mood light (82, see FIG. 18) described later may be turned on / off via the switch (85).

[0157]

[0158] Referring to FIGS. 4 and 5, the cultivation unit (30) may include a container (31). The container (31) may store water supplied through the discharge unit (37).

[0159] The container (31) can provide a space that is open to the upper side. Water supplied from the discharge unit (37) can be stored in the said space.

[0160] The container (31) may include a bottom (311) and a side wall (3112). The side wall (3112) may extend upward from the edge of the bottom (311).

[0161] The container (31) may include a panel (312) positioned on the outside of the side wall (3112). The top of the side wall (3112) may be positioned above the panel (312).

[0162] The container (31) may include a central wall (315). The central wall (315) may be placed in the center of the container (31).

[0163] The central wall (315) can form a hollow (316). The hollow (316) can be opened vertically.

[0164] A first pipe (61) can be inserted into the inner side of the central wall (315), that is, the hollow (316). A second pipe (62) can be inserted into the hollow (316).

[0165] The container (31) may include a coupler (317). The coupler (317) may be placed inside the central wall (315). The coupler (317) may be placed in the hollow (316). The coupler (317) may be fixed to the central wall (315).

[0166] The coupler (317) can be connected to the first pipe (61). The coupler (317) can be connected to the top of the first pipe (61).

[0167] The second pipe (62) can pass through the coupler (317).

[0168] The container (31) may include a coupler receiving portion (3111) that is recessed upward from the bottom surface of the bottom (311). A coupler (317) may be placed in the coupler receiving portion (3111).

[0169] The coupler (317) may include a cylindrical circumference (3172) surrounding the first pipe (61) and a support portion (3173) extending outward from the bottom of the circumference portion (3172). The support portion (3173) may be ring-shaped. The support portion (3173) may support the container (31) from below.

[0170] The coupler (317) may include an upper portion (3171) extending inward from the top of the circumference portion (3172). The upper portion (3171) may be ring-shaped. The upper portion (3171) may be positioned above the top of the first pipe (61). The second pipe (62) may pass through the upper portion (3171).

[0171] The container (31) may include a partition wall (313). The partition wall (313) may divide the space inside the container (31) into a first area (3141) where a cultivation pot (35) and / or a cultivation pot mounting part (33) is placed, and a second area (3142) where a discharge part (37) is placed.

[0172] The partition wall (313) may be extended along the radial direction. The partition wall (313) may be extended outward from the central wall (315). The partition wall (313) may be extended from the central wall (315) to the side wall.

[0173] The partition walls (313) may be provided in pairs. The pair of partition walls (313) may be arranged side by side. The second area (3142) may be the space between the pair of partition walls. The first area (3141) may be the space outside the pair of partition walls.

[0174] The discharge unit (37) may be positioned in the second area (3142). The outlet (375) of the discharge unit (37) may be positioned above the first area (3141).

[0175] The discharge unit (37) can rotate around a vertical axis (37c). The discharge unit (37) may include a port (371) into which water flows and a first extension (372) extending upward from the port. The first extension (372) may be arranged vertically. The discharge unit (37) can rotate around the first extension (372).

[0176] The discharge section (37) may include a second extension section (373) extending from the top of the first extension section (372). The second extension section (373) may extend from the first extension section (372) to the outlet (375). The second extension section (373) may extend in a direction intersecting the first extension section (373). For example, the second extension section may extend in a horizontal direction.

[0177] The exit (375) may face downward. The exit (375) may be spaced horizontally apart from the first extension (372).

[0178] Depending on the rotation of the discharge unit (37), the outlet (375) may be positioned above the first area (3141) or the second area (3142). Depending on the rotation of the discharge unit (37), the second extension unit (373) may be positioned above the first area (3141) and may not extend beyond the space extending the first area (3141) upward.

[0179] The redistribution unit (30) may include a connector (3131). The connector (3131) may connect the water supply pipe (173) and the discharge unit (37).

[0180] The water supply pipe (173) may be connected to the connector (3131). The water supply pipe (173) may include a discharge connection part (1733) connected to the connector (3131). A check valve (3132) may be disposed at the end of the discharge connection part (1733). The check valve (3132) may allow flow from the discharge connection part (1733) to the discharge part (37) and prevent backflow from the discharge part (37) to the water supply pipe (173).

[0181] The discharge portion (37) can be connected to the connector (3131). The port (371) of the discharge portion (37) can be coupled to the connector (3131). The port (371) can be rotatably coupled to the connector (3131).

[0182] The water supply pipe (173) may include a pump connection part (1731, see FIG. 7 and FIG. 8) connected to a pump (17). The water supply pipe (173) may include an extension part (1732, see FIG. 7) connected to the pump connection part (1731) and disposed inside the first pipe (61). The extension part (1732) may extend along the first pipe (61). The extension part (1732) may be connected to a discharge connection part (1733).

[0183] The water supply pipe (173) may extend from inside the first pipe (61) to the outside. The discharge connection (1733) may be positioned outside the first pipe (61).

[0184] Through holes communicating with each other are formed in the first pipe (61), coupler (317), and central wall (315), and a water supply pipe (173) can pass through the through holes and be connected to a connector (3131).

[0185] The cultivation section (30) may include a discharge section cover (34). The discharge section cover (34) may cover the upper side of the second area (3142). The discharge section cover (34) may be placed on the same plane as the board (331) of the cultivation pot mounting section (33).

[0186] The discharge cover (34) can cover the hollow (316) of the container (31) from the upper side. The discharge cover (34) can cover a portion of the hollow (316) of the container (31) from the upper side. The discharge cover (34) covers the hollow (316) and may include a first hole (346) into which a second pipe (62) is inserted.

[0187] The discharge part cover (34) may include a second hole (347) into which the discharge part (37) is inserted. A first extension part (372) may be disposed in the second hole (347).

[0188] A cultivation pot (35) may be placed in the cultivation section (30). The cultivation pot (35) may contain a plant. Seeds of a plant may be embedded in the cultivation pot (35). The seeds in the cultivation pot (35) may germinate and grow by a plant cultivation device.

[0189] The cultivation section (30) may include a cultivation pot mounting section (33). The cultivation pot mounting section (33) may accommodate a cultivation pot (35). The cultivation pot mounting section (33) may include a receiving section (333) that accommodates a cultivation pot (350). The receiving section (333) may provide a space (335) that accommodates the cultivation pot (35).

[0190] The receiving portion (333) may be provided in multiple numbers. The multiple receiving portions (333) may be arranged along the circumferential direction of the cultivation portion (30).

[0191] The replanting pot mounting portion (33) may include a board (331).

[0192] The board (331) can be connected to the receiving portion (333). The board (331) can connect multiple receiving portions (333).

[0193] The board (331) can be placed on the top of the side wall (3112) of the container (31). The edge (332) of the board (331) can be placed on the upper side of the top of the side wall (3112).

[0194] The board (331) can cover the open upper side of the container (31). The board (331) can cover the open upper side of the first area (3141).

[0195] The cultivation pot mounting portion (33) can be separated from the container (31). The cultivation pot mounting portion (33) can be placed in the container (31) so that it can be separated upward.

[0196] The board (331) may include a pipe insertion hole that penetrates vertically. A second pipe (61) may be placed in the pipe insertion hole (338). The pipe insertion hole (338) may be extended to the outer edge and open radially. The pipe insertion hole (338) may be extended radially from the center of the board (331) to the outer edge.

[0197] As described above, depending on the rotation of the discharge unit (37), the discharge unit (37) may not move out of the space extending upward from the second region (3142).

[0198] A discharge cover (34) can be placed in the pipe insertion hole (338).

[0199] Accordingly, the cultivation pot mounting portion (33) can be separated upward from the container (31). Additionally, the cultivation pot mounting portion (33) can be separated from the second pipe (62).

[0200] The receiving portion (333) may be recessed downward from the board (331). The receiving portion (333) may include a side wall (337) extending downward from the board (331) and a bottom (336) extending from the bottom of the side wall.

[0201] The receiving section (333) may include a connecting hole (334) that connects the receiving space (335) and the outside of the receiving section (333). The connecting hole (334) may be placed on the floor (336). The floor (336) of the receiving section (333) may be spaced upward from the floor (311) of the container (31).

[0202] The cultivation pot mounting portion (33) can be placed in the first area (3141) of the container (31). The board (331) can cover the upper side of the first area (3141). The receiving portion (333) can be placed in the first area (3141).

[0203] Water can be supplied to the first area (3141) of the cultivation unit (30) through the discharge unit (37). When the outlet (375) of the discharge unit (737) is located above the first area (3141), and the pump (17, see FIG. 8) is driven, water stored in the water tank (15) can be supplied to the board (331) or the receiving unit (333) through the discharge unit (37). The water supplied to the board (331) can flow to the receiving unit (333). If a cultivation pot (35) is placed in the receiving unit (333), the water supplied to the receiving unit can be supplied to the cultivation pot (35).

[0204] Water supplied to the receiving section (333) or the cultivation pot (35) can be discharged to the outside of the receiving section (333) through the connecting hole (314). Water discharged to the outside of the receiving section (333) can be stored in the container (31). Water stored in the container (31) can be supplied to the receiving section (333) or the cultivation pot (35) through the connecting hole (314).

[0205] The redistribution unit (30) may include a water level sensor (319). The water level sensor (319) may be placed in a container (31). The water level sensor (319) may be placed in a first area (3141).

[0206] The water level sensor (319) may include a buoy (3192) that is less dense than water, a magnet installed on the buoy (3192), and a Hall sensor (3193) that detects the magnetic force of the magnet. The water level sensor (319) may include a sensor housing (3194) that accommodates the buoy (3192) and guides vertical movement. The sensor housing (3194) may be placed in a first area.

[0207] The cultivation section (30) may include a seating section cover (39) that covers the cultivation pot seating section (33). The seating section cover (39) may be provided with a hole (396) in which a second pipe (62) is disposed in the center.

[0208] The mounting cover (39) may include a first mounting cover (391) and a second mounting cover (392). The first and second mounting covers (391, 392) may be connected to form the hole (396).

[0209] A first magnetic body (399) may be placed on the mounting cover (39). A second magnetic body (339) that combines with the first magnetic body (399) of the mounting cover (39) may be placed on the cultivation pot mounting portion (33). For example, either the first magnetic body (399) or the second magnetic body (339) may be a magnet, and the other may be a metal that adheres to a magnet.

[0210] The mounting cover (39) can be placed on the upper side of the mounting portion (33) when there is no mounting portion (35) in the mounting portion (33).

[0211]

[0212] Referring to FIGS. 6 and 7, the base (10) may include a base housing (11). The base (10) may include a cover (12) that covers the upper side of the base housing (11).

[0213] A pipe insertion hole (126) into which a first pipe (61) is inserted may be formed in the cover (12). Hereinafter, the cover (12) is also referred to as the first cover (12).

[0214] The base housing (11) may include a bottom (111) and side walls (13, 14). The side walls (13, 14) may be made of a single member, or two or more side walls (13, 14) may be connected to each other to form the side walls (13, 14).

[0215] For example, as shown in FIG. 6, a first side wall (13) and a second side wall (14) having an arc shape with height can be combined to form a cylindrical side wall (13, 14).

[0216] The side walls (13, 14) may be formed integrally with the bottom (111) or configured separately and joined together. For example, as shown in FIG. 6, the first side wall (13) extends upward from the bottom (111), and the second side wall (14) may be connected to the bottom (111) and the first side wall (13) as a separate member. Hereinafter, the second side wall (14) is also referred to as the second cover (14).

[0217] The base (10) may include a water tank (15). The water tank (15) may be placed in the internal space of the base housing (11).

[0218] The water tank (15) can slide on the base housing (11). A groove is formed on either the bottom of the water tank (15) or the bottom of the base housing (11), and a protrusion (114) is formed on the other to guide the sliding of the water tank (15).

[0219] The water tank (15) may include an insertion hole (156). A first pipe (61) may be inserted into the insertion hole (156). The insertion hole (156) may be opened and extended outward in the direction in which the water tank (15) is withdrawn from the base housing (11).

[0220] The second cover (14) can be coupled to the water tank (15). For example, the second cover (14) may include a coupling protrusion (145), and the water tank (15) may include a coupling groove (154) into which the coupling protrusion (145) is inserted.

[0221] The base (10) may include an electrical housing (16). The electrical housing (16) may accommodate a pump (17). The electrical housing (16) may accommodate a control unit (18).

[0222] The base (10) may include a leg (119). The leg (119) may be attached to the bottom (111) of the base (10). The leg (119) may be provided to be height-adjustable.

[0223] The base (10) can be placed on a base (19). The base (19) may include a wheel (199).

[0224] The base (19) may include a ring-shaped protrusion (191). The base (19) may include an outer portion (192) extending outward from the protrusion (191). The outer portion (192) may be positioned lower than the protrusion (191).

[0225] The leg (119) may be positioned on the upper side of the outer portion (192). The leg (119) may be in contact with the outer circumference of the protrusion (191).

[0226] The base (19) may include a groove located in the center. The groove may be positioned on the lower side of the first pipe (61).

[0227]

[0228] Referring to FIGS. 7 through 9, the base (10) may include a control unit (18). The control unit (18) may be placed inside the electrical housing (16).

[0229] A wire can be connected to the control unit (18). The wire can connect the control unit (18) and the lighting unit (80). The wire can supply power to the lighting unit (80).

[0230] The wire may include a first wire (181) connected to a lighting unit (80), a third wire (183) connected to a control unit (18), and a second wire (182) connecting the first wire and the third wire.

[0231] The third wire (183) may be placed outside the first pipe (61). The third wire (183) may extend between the first pipe (61) and the control unit (18).

[0232] The second wire (182) can be placed inside the first pipe (61). The second wire (182) can be arranged spirally. A fixing part (63) can be placed on the spiral inner side of the second wire (182).

[0233] The fixed part (63) can be coupled to the base (10). The fixed part (63) can be coupled to the bottom (111) of the base (10). The fixed part (63) can be inserted into the first pipe (61).

[0234] The fixed part (63) may include a base fastening part (631) that is coupled to the base (10). The base fastening part (631) may be coupled to the bottom (111) of the base (10).

[0235] The base fastening portion (631) may have a disc shape. The base fastening portion (631) may include a line hole (638) that is recessed inward from the outer circumference and open vertically. A portion of the lower surface of the first pipe (61) may be opened through the line hole (638). The line hole (638) may be positioned at a location corresponding to the receiving groove (617) of the first pipe (61).

[0236] A wire or water pipe can be inserted into the first pipe (61) through the line hole (638).

[0237] The wire (183) extends from the control unit (18) to the first pipe (61), and the wire (182) passing through the receiving groove (617) can be placed inside the first pipe (61).

[0238] The fixed portion (63) may include a fixed extension portion (632) extending upward from the base fastening portion (631). The fixed extension portion (632) may be inserted into the first pipe (61).

[0239] The fixed part (63) may include a bracket (634). The bracket (634) may be coupled to the first coupling part (643) of the gas spring (64) described later. The bracket (634) may be provided at the top of the fixed extension part (632).

[0240] The base (10) may include a pump (17). The pump (17) may be placed inside the base housing (11). The pump (17) may be placed inside the electrical housing (16), and the electrical housing (16) may be placed inside the base housing (11).

[0241] The pump (17) can be connected to the water tank (15). The base (10) may include an inlet pipe (176) connecting the water tank (15) and the pump (17). The inlet pipe (176) can be connected to the pump (17). A connection port (175) may be provided at the end of the inlet pipe (176).

[0242] The water tank (15) may include an outlet port (157). A connection port (175) may be connected to the outlet port (157). For example, the connection port (175) may be inserted into the outlet port (157).

[0243] When the water tank (15) is placed inside the base housing (11), the connection port (175) and the water outlet port (157) are connected to each other, and when the water tank (15) is removed from the base housing (110), the water outlet port (157) can be separated from the connection port (175).

[0244] The pump (17) may include an inlet port (171). The inlet port (171) may be connected to an inlet pipe (176).

[0245] The pump (17) may include a discharge port (172). The discharge port (172) may be connected to a water supply pipe (173).

[0246] The water supply pipe (173) may include a pump connection part (1731) connected to the pump (17). The pump connection part (1731) may be connected to the discharge port (172) and extend to the first pipe (61). The pump connection part (1731) may be positioned outside the first pipe (61).

[0247] The water supply pipe (173) may extend into the interior of the first pipe (61) by passing through the water supply pipe hole (618) of the first pipe (61). Alternatively, the water supply pipe may extend into the interior of the first pipe (61) through the line hole (638).

[0248] A water supply pipe placed inside the first pipe (61) is called an extension (1732). The extension (1732) may be placed inside the first pipe (61). The extension (1732) may extend along the first pipe (61). The extension (1732) may extend along the length of the first pipe (61).

[0249] The first pipe (61) may include a receiving groove (617) that is recessed from the inner side to the outer side. The receiving groove (617) may extend along the longitudinal direction of the first pipe (61).

[0250] The extension part (1732) can be placed in the receiving groove (617).

[0251] The receiving grooves (617) may be provided in multiple numbers. The multiple receiving grooves (617) may be arranged along the circumferential direction of the first pipe (61). The multiple receiving grooves (617) may be arranged at equal intervals.

[0252]

[0253] Referring to FIGS. 5 and FIGS. 7 through 9, the water supply pipe (173) may include a pump connection part (1731) connected to a pump (17), an extension part (1732) extending from the pump connection part (1731) and disposed inside the first pipe (61), and a discharge connection part (1733) connected to a discharge part (37).

[0254] The extension (1732) may be placed on the outside of the second pipe (62). Additionally, the extension (1732) may be placed in the receiving groove (617).

[0255] Therefore, even if the second pipe (62) moves up and down inside the first pipe (61), the extension (1732) may not interfere with the second pipe (62).

[0256]

[0257] Referring to FIG. 2 and FIG. 10, the distance (h1, h2) between the lighting unit (80) and the distribution unit (30) can be adjusted. For example, the distance (h2) between the lighting unit (80) and the distribution unit (30) shown in FIG. 10 is greater than the distance (h1) between the lighting unit (80) and the distribution unit (30) shown in FIG. 2.

[0258] Through this, the distance between the lighting unit (80) and the cultivation unit (30) can be adjusted according to the length of the plant's growth.

[0259] As described above, the second pipe (62) is inserted into the first pipe (61) and can slide in the up and down direction (see FIG. 3).

[0260] Hereinafter, the first pipe is also referred to as the fixed pipe and the second pipe as the movable pipe.

[0261]

[0262] Referring to FIGS. 3 and FIGS. 11, the height adjustment unit (60) may include a holder (68) coupled to the second pipe (61) and a friction unit (67) coupled to the holder (68). A detailed description of the holder (68) and the friction unit (67) will be provided later with reference to FIGS. 13 to 16.

[0263] The height adjustment unit (60) may include a slip ring (65) and a rotator (66) that accommodates the slip ring. The description of the slip ring (65) and the rotator (66) will be given later with reference to FIG. 12.

[0264] The height adjustment unit (60) may include a gas spring (64). A detailed description of the gas spring (64) will be given later with reference to FIG. 17.

[0265] The height adjustment part (60) may include a fixing part (63). The fixing part (63) may be coupled to the base (10). The fixing part (63) may be coupled to the bottom (111) of the base (10).

[0266] The fixed part (63) may include a base fastening part (631) that is coupled to the base (10). The base fastening part (631) may be coupled to the bottom (111) of the base (10).

[0267] The fixed portion (63) can be inserted into the first pipe (61). The fixed portion (63) may include a fixed extension portion (632) extending upward from the base fastening portion (631). The fixed extension portion (632) can be inserted into the first pipe (61).

[0268] The fixed portion (63) may include a bracket (634). The bracket (634) may be coupled to the first coupling portion (643) of the gas spring (64). The bracket (634) may be provided at the top of the fixed extension portion (632).

[0269]

[0270] Referring to FIGS. 11 and 12, the slip ring (65) is configured so that the upper wire (181) and the lower wire (182) are connected to each other and can rotate relative to each other.

[0271] The height adjustment unit (60) includes a rotator (66) that accommodates a slip ring (65). The rotator (66) may be coupled to a holder (68). The rotator (66) may be coupled to a gas spring (64).

[0272] The rotator (66) may be provided with an upper and a lower portion that can rotate relative to each other. The upper portion of the rotator (66) may be connected to a holder (68), and the lower portion of the rotator (66) may be connected to a gas spring (64).

[0273] The lower part of the rotator (66) is connected to a gas spring (64) so ​​that it can be fixed without rotating even if the upper part rotates.

[0274] The second wire (182) connected to the lower part of the slip ring (65) may extend to the outside of the rotator. Even if the first wire (181) connected to the upper part of the slip ring (65) rotates, the second wire (182) may not rotate.

[0275] The holder (68) is coupled to the second pipe (62) and can rotate together with the second pipe (62). The upper part of the rotator (66) can rotate together with the holder (68).

[0276] The lighting unit (80) is connected to the second pipe (62) and can rotate together with the second pipe (62). The first wire (181) is connected to the lighting unit (80) and can rotate together with the lighting unit and the second pipe (62).

[0277] The first wire (181) and the second wire (182) can be connected by a slip ring (65). When the second pipe (62) is rotated, the lighting unit (80) and the first wire (181) rotate together with the second pipe (62), but the second wire (182) may not rotate.

[0278] The holder (68) and the gas spring (64) can be connected by a rotator (66). When the second pipe (62) is rotated, the holder (68) rotates together with the second pipe (62), but the gas spring (64) may not rotate.

[0279] The second wire (182) can be extended spirally. The second wire (182) can be extended spirally around the gas spring (64). The second wire (182) can be extended spirally around the fixed part (63).

[0280] Through this, the wire can be extended in the up and down direction when the gas spring (64) is extended.

[0281]

[0282] Referring to FIGS. 13 and 14, the holder (68) can be coupled to the second pipe (62). The holder (68) may include an upper coupling portion (683) coupled to the second pipe (62). The upper coupling portion (683) may be inserted into the lower end of the second pipe (62). The holder (68) can rotate and move integrally with the second pipe (62).

[0283] A holder (68) may be placed in the hollow of the first pipe (61). The holder (68) may include a camshaft (687). The camshaft (687) may be placed parallel to the first pipe (61). The center (C2) of the camshaft (687) may be spaced apart from the center (C1) of the inner diameter of the first pipe (61) (see FIG. 15).

[0284] The holder (68) may include a first disk (685). The first disk (685) may be connected to the lower end of the upper coupling portion (683). The upper coupling portion (683) may extend upward from the first disk (685). The outer diameter of the first disk (685) may be larger than the inner diameter of the second pipe (62).

[0285] The first disk (685) may be positioned above the camshaft (687). The camshaft (687) may extend downward from the first disk (685). The second disk (685) may be positioned below the camshaft (687). The camshaft (687) may extend upward from the second disk (686). The camshaft (687) may extend between the first disk (685) and the second disk (686).

[0286] The diameter of the camshaft (687) may be smaller than the diameter of the first disk (685). The diameter of the camshaft (687) may be smaller than the diameter of the second disk (686).

[0287] The friction portion (67) may include an inner circumferential surface (677) forming a hollow (678). The hollow (678) may be radially open. A camshaft (687) may be inserted into the hollow (678) through the open portion.

[0288] The inner circumferential surface (677) can surround the camshaft (687). The inner circumferential surface (677) can rotatably support the camshaft (687).

[0289] The friction part (67) may be disposed in the hollow of the first pipe (61). The friction part (67) may be in contact with the inner circumference of the first pipe (61).

[0290] The friction portion (67) may include an outer surface (671). The outer surface (671) may be in contact with the inner circumference of the first pipe (61). The second pipe (62) and the lighting portion (80) may be supported on the first pipe (61) by the frictional force between the friction portion (67) and the inner diameter of the first pipe (61).

[0291] The outer surface (671) may have a gear shape. The outer surface (671) may include a protrusion (672) and a groove (673). The protrusion (672) and the groove (673) may be arranged alternately along the circumferential direction of the outer surface (671). The protrusion (672) may be in contact with the inner circumference of the first pipe (61), and the groove (673) may be spaced apart from the inner circumference. The protrusion (672) and the groove (673) may extend in the vertical direction.

[0292] Through this, the frictional force acting between the frictional part (67) and the inner circumference of the first pipe (61) when rotating the second pipe (62) may be greater than the frictional force acting between the frictional part (67) and the inner circumference of the first pipe (61) when moving the second pipe (62) up and down.

[0293]

[0294] Referring to FIG. 15, the radius (D3) of the friction part (67) in an uncompressed state may be larger than the radius (D1) of the inner circumference of the first pipe (61). Unless otherwise noted, the radius of the friction part refers to the distance from the center of the friction part to the outer surface of the protrusion (672).

[0295] The friction part (67) may be made of a material that is more flexible than the first pipe (61). For example, the friction part (67) may be made of rubber or synthetic resin, etc. The first pipe (61) may be made of metal or synthetic resin that is harder than the friction part (67).

[0296] For example, the friction part (67) may be made of ABS (Acrylonitrile, Butadiene, Styrene) resin or polyacetal (POM, Polyoxymetylene).

[0297] The friction part (67) can be pressed into the hollow of the first pipe (61).

[0298] The camshaft (687) can be in contact with the inner circumference (677) of the friction part (67) to provide the rotation center (c2) of the holder (68). When the second pipe (62) rotates, the friction part (67) is fixed to the first pipe (61), and the holder (68) can rotate around the center (c2) of the camshaft (687).

[0299] The radius (D2) of the disk (685, 686) may be smaller than the radius (D1) of the inner circumference of the first pipe (61). Thus, the holder (68) can rotate inside the first pipe (61).

[0300] The center (c2) of the camshaft (687) and / or the center of rotation (c2) of the holder (68) may be radially spaced from the center (c1) of the disk. Accordingly, any point located on the outer circumference of the disk (685, 686) may have its distance from the inner circumference of the first pipe (61) changed according to the rotation of the holder (68).

[0301] The disc (685, 686) may be made of a material that is more flexible than the first pipe (61). For example, the disc (685, 686) may be made of rubber or synthetic resin, etc. The first pipe (61) may be made of metal or synthetic resin that is harder than the disc (685, 686).

[0302] For example, the disc (685, 686) may be made of ABS (Acrylonitrile, Butadiene, Styrene) resin or polyacetal (POM, Polyoxymetylene).

[0303]

[0304] Referring to FIG. 16, all parts of the outer circumference of the disk (685, 686) may not come into contact with the inner circumference (613) of the first pipe (61) (state of FIG. 16(a)). When an upward and downward force is applied to the second pipe (62), the protrusion (672) of the friction part (67) comes into contact with the inner circumference (613) of the first pipe (61), so a frictional force acts between the friction part (67) and the first pipe (61). However, even if the frictional force (or the resultant force obtained by adding the force of the gas pipe described later to the frictional force) is applied, the second pipe (62) can be easily moved if the user applies an upward and downward force to the second pipe (62).

[0305] FIG. 16(b) shows that by rotating the holder (68) in FIG. 16(a) clockwise, a point (P2) on the outer circumference of the disk (685, 686) comes into contact with the inner circumference (613) of the first pipe (61), and FIG. 16(c) shows that by rotating the holder (68) in FIG. 16(a) counterclockwise, a point (P3) on the outer circumference of the disk (685, 686) comes into contact with the inner circumference (613) of the first pipe (61). Hereinafter, the points (P2, P3) are referred to as contact points (P2, P3).

[0306] The distance between the contact points (P2, P3) and the camshaft (687) is equal to the radius of the inner circumference (613) of the first pipe (61). Additionally, since the rotation center (c2) of the disk (685, 686) is spaced apart from the center (c3) of the inner circumference (613) of the first pipe (61), as the disk (685, 686) rotates, the contact points (P2, P3) may come into contact with or be spaced apart from the inner circumference of the first pipe (61).

[0307] Meanwhile, even if the center of rotation (c2) of the disk (685, 686) and the center (c3) of the inner circumference (613) of the first pipe (61) are positioned at the same location, if the inner circumference (613) of the first pipe (61) is not a perfect circle, the contact points (P2, P3) may come into contact with or be separated from the inner circumference of the first pipe (61) as the disk (685, 686) rotates.

[0308] The contact points (p2, p3) may come into contact with the inner circumference (613) of the first pipe (61) as the second pipe (62) rotates, thereby restricting the vertical movement of the second pipe (62). Alternatively, as in the state of FIG. 16(a), the contact points (p2, p3) may be separated from the inner circumference of the first pipe (61) as the second pipe (62) rotates, thereby releasing the restriction.

[0309] The points in the region (S1) corresponding to the arc connecting P2-P1-P3 on the outer circumference of the disk (685, 686) are at a distance from the center (C2) of the camshaft (687) that is less than D1, and the points in the other region, that is, the region (S2) corresponding to the arc connecting P2-P3, are at a distance from the center (C2) of the camshaft (687) that is greater than D1.

[0310] Accordingly, if the disk (658, 686) or the second pipe (62) is rotated further clockwise in the state of Fig. 16(b), or if the disk (658, 686) or the second pipe (62) is rotated further counterclockwise in the state of Fig. 16(c), the normal force pushing the outer surface of the disk (685, 686) against the inner surface (613) of the first pipe (61) increases, and the frictional force increases.

[0311] Through this, the position of the second pipe (62) can be fixed relative to the first pipe (61).

[0312]

[0313] Referring to FIG. 17, the gas spring (64) comprises a cylinder (644), a piston (641) disposed inside the cylinder (644) to divide the internal space of the cylinder into a first space (6441) and a second space (6442), and an orifice (6411) formed in the piston (641) to connect the first and second spaces (6441, 6442). The piston (641) may be provided with a rod (642) extending outside the cylinder (644), and a sealing (645) that seals the space between the rod (642) and the cylinder (644).

[0314] The internal space of the cylinder (6441, 6442) is filled with compressed gas and may contain a small amount of oil.

[0315] When no force is applied to the piston (641), the compressed gas can move between the first and second spaces (6441, 6442) through the orifice (6411), so the forces are in equilibrium.

[0316] When force is applied to the piston (641), the piston (641) can move along the cylinder (641) in the direction in which the force is applied.

[0317] For example, when force is applied to the piston (641) toward the first space (6441), the piston moves toward the first space (6441). At this time, as the volume of the first space (6441) decreases, the pressure increases, and as the volume of the second space (6442) increases, the pressure decreases. Due to the pressure difference, the compressed air in the first space (6441) passes through the orifice (6411) and moves to the second space; however, since the size of the orifice (6411) is small, the pressure cannot be balanced immediately as the piston moves, and resistance occurs.

[0318] Through this process, the gas spring (64) exerts a relatively constant repulsive force, unlike a general spring, where the elastic force changes in proportion to the displacement.

[0319] The gas spring (64) can be set to generate a desired repulsive force. For example, the repulsive force of the gas spring (64) can be set to be equal to the load of the lighting unit (80).

[0320] The first connecting part (643) can be connected to the bracket (634) of the fixed part (63), and the second connecting part (646) can be connected to the rotator (66).

[0321] Through this, the weight of the lighting unit (80) can be offset, and the second pipe (62) can be moved up and down with less force.

[0322] A first coupling part (643) is provided on the outer end of the rod (642), and a second coupling part (646) may be provided on the cylinder (644).

[0323]

[0324] Referring to FIGS. 18 and 19, the lighting unit (80) may be coupled to the second pipe (62). The lighting unit (80) may include a flange (86) coupled to the second pipe (62).

[0325] The flange (86) may include an inner flange (866) that is inserted into the upper end of the second pipe (62). The inner flange (866) may have an inner portion inserted into the second pipe (62) and an outer portion that extends radially. The inner flange (866) may be coupled to the second pipe (62).

[0326] The flange (86) may include an outer flange (861) positioned on the outside of the second pipe (62). The second pipe (62) may be inserted into the center of the outer flange (861). The outer flange (861) may extend radially. The outer flange (861) may be connected to the second pipe (62).

[0327] The inner flange (866) can be positioned on the upper side of the outer flange (861).

[0328] The lighting unit (80) may include a cultivation light (81). The cultivation light (81) may include a light-emitting body (811) that emits light. For example, the light-emitting body may be an LED (light-emitting diode). The LED (811) may be positioned facing downward.

[0329] The light bulb (81) may include a PCB (813, printed circuit board) on which an LED is installed. The LED (811) may be placed on the lower side of the PCB.

[0330] The light source (81) may include a cover (815). The cover (815) may include a hole at a position corresponding to the LED that widens as it moves away from the LED. Through this, the light emitted from the LED (811) can be diffused as it moves away from the LED (811).

[0331] The cultivation light (81) may include a lens (817) positioned below the cover (815). The lens (817) may be a convex lens.

[0332] This allows you to reduce the degree of light diffusion, direct the light vertically, or collect the light.

[0333] Through this, even if the distance between the lighting unit (80) and the cultivation unit (30) changes, the amount of light per unit area reaching the cultivation unit (30) can be maintained at a constant level.

[0334] The cultivation light (81) can be installed on the outer flange (861). The cultivation light (81) can be placed on the outer side of the outer flange (861).

[0335] The lighting unit (80) may include a mood light (82). The mood light (82) may be placed above the cultivation light (81).

[0336] The lighting unit (80) may include a lampshade (84) surrounding the mood light (82). The lampshade (84) may have a shape that slopes downward from the center toward the outside. The lampshade (84) may have a curved shape.

[0337] The lampshade (84) may be transparent or translucent. The lampshade (84) may be colorless, achromatic, or chromatic.

[0338] The lighting unit (80) may include a hub (87) that supports the lampshade (84). The hub (87) may be positioned on the upper side of the flange (86).

[0339] The hub (87) may include a lower hub (876) positioned above the flange. The hub (87) may include an upper hub (871) positioned above the lower hub to support the lampshade (84).

[0340] A switch (85) may be provided in the lampshade (84). The switch (85) may be a touch switch. The upper hub (871) may accommodate a switch PCB connected to the switch (85).

[0341] The lighting unit (80) may include a diffuser plate (83) placed between the lampshade (84) and the mood light (82). The diffuser plate (83) can diffuse the light irradiated from the mood light (82).

[0342] The diffuser plate (83) can be in contact with the lampshade (84).

[0343] The diffuser plate (83) can be supported on the hub (87).

[0344] The mood light (82) may include a mood light PCB (823) arranged along the perimeter of a lampshade (84) or a diffuser plate (83), and a plurality of mood light emitting elements (821) installed on the mood light PCB (823) and arranged along the perimeter of the lampshade (84) or the diffuser plate (83). The mood light emitting elements (821) may be LEDs. Hereinafter, the mood light emitting elements (821) are referred to as mood light LEDs.

[0345] A plurality of mood light PCBs (823) can be arranged along the radial direction centered on the hub.

[0346] The mood light (82) may include a mood light base (829) on which a mood light PCB is placed. The mood light base may be tilted or stepped so that the central part is located on the upper side.

[0347] The mood light LED (821) can be positioned in the normal direction of the diffuser plate (83). For example, the mood light PCB can be positioned at an angle with respect to the vertical direction, and the mood light LED (821) can be positioned perpendicular to the mood light PCB.

[0348] The mood light LED (821) can be positioned horizontally. For example, the mood light PCB (823) can be positioned vertically, and the mood light LED can be positioned vertically relative to the mood light PCB.

[0349] A first wire (181) can be connected to the lighting unit (80). The first wire (181) can be connected to the lighting PCB (810) and the mood light PCB (823). The first wire (181) can be connected to the switch PCB (853).

[0350]

[0351] With reference to FIGS. 20 to 26, a plant cultivation device according to a second embodiment of the present disclosure will be described.

[0352] The plant cultivation device according to the second embodiment of the present disclosure differs from the plant cultivation device of the first embodiment described above in that it is equipped with a plurality of cultivation sections (30, 40, 50). The description of the first embodiment described above may also apply to the second embodiment. Descriptions of features identical or similar to those of the first embodiment described above may be omitted to aid in understanding the features of the second embodiment.

[0353]

[0354] Referring to FIGS. 20 to 22, the plant cultivation device includes a first cultivation section (30) and a lighting section (80) that irradiates light onto the first cultivation section (30). A first cultivation pot (35) in which a plant is placed may be placed in the first cultivation section (30).

[0355] The first cultivation unit (30) may include a cultivation pot seating unit (33) on which the first cultivation pot (35) is placed, and may include a discharge unit (37) that supplies water to the cultivation pot (35).

[0356] The lighting unit (80) may include a first cultivation lamp (81) that irradiates light onto the first cultivation unit (30).

[0357] Since the lighting unit (80), the first cultivation light (81), and the first cultivation unit (30) of this embodiment are identical to the lighting unit (80), the cultivation light (81), and the cultivation unit (30) of the first embodiment, the features of the lighting unit (80) and the cultivation unit (30) of the first embodiment may be applied, and a detailed explanation thereof is omitted.

[0358] The plant cultivation device may include a second cultivation section (40) and a second cultivation lamp (38) that irradiates light to the second cultivation section (40).

[0359] The second cultivation unit (40) may include a second cultivation pot seating unit in which a second cultivation pot (45) is placed, and may include a discharge unit (47) for supplying water to the second cultivation pot (45). Since the second cultivation unit (4) is identical or similar to the first cultivation unit (30), a detailed description thereof is omitted.

[0360] The second cultivation light (38) may be placed on the lower side of the first cultivation section (30). Similar to the first cultivation light (81), the second cultivation light (38) may include a cultivation light PCB, a cultivation light LED, a cultivation light cover, and a cultivation light lens.

[0361] The plant cultivation device may include a fixed pipe (71) that separates the first and second cultivation sections (30, 40) from the base. The fixed pipe (71) may include a first fixed pipe (711) extending upward from the base (20) and a second fixed pipe (712) extending upward from the second cultivation section (40).

[0362] The first cultivation unit (30) is connected to the top of the second fixed pipe (712), and the second cultivation unit (30) can be connected to the top of the first fixed pipe (711).

[0363] The plant cultivation device may include a movable pipe (72) that separates the lighting unit (80) from the first cultivation unit (30). The movable pipe (72) may be inserted into the second fixed pipe (712). Through this, the distance (h3, h4) between the first cultivation unit (30) and the lighting unit (80) can be adjusted.

[0364] The relationship between the moving pipe (72) and the second fixed pipe (712) is the same as the relationship between the second pipe (62) and the first pipe (61) of the first embodiment, so a detailed explanation thereof is omitted.

[0365] The plant cultivation device may include a base (20). The description of the base will be given later with reference to FIG. 26.

[0366] The plant cultivation device may further include a third cultivation unit (50) positioned on the upper part of the base (20).

[0367] The third cultivation unit (50) may include a third cultivation pot seating unit in which a third cultivation pot (55) is placed, and may include a discharge unit (57) that supplies water to the third cultivation pot (55). Since the third cultivation unit (50) is identical or similar to the first cultivation unit (30), a detailed description thereof is omitted.

[0368] The third cultivation light (48) may be placed on the lower side of the second cultivation section (40). Similar to the first cultivation light (81), the third cultivation light (48) may include a cultivation light PCB, a cultivation light LED, a cultivation light cover, and a cultivation light lens.

[0369] The plant cultivation device may include a base (29) equipped with a wheel (199), and a base (20) may be positioned on the upper side of the base (29).

[0370]

[0371] Referring to FIGS. 23 and 24, the plant cultivation device according to the present embodiment may include a height adjustment unit (60) as in the first embodiment. The height adjustment unit (60) may include a holder (68) coupled to a movable pipe (72) and a friction unit (67) coupled to the holder (68). Since the features of the holder (68) and the friction unit (67) are the same as those of the holder (68) and the friction unit of the first embodiment, a detailed description thereof is omitted.

[0372] The height adjustment unit (60) may include a slip ring (65) and a rotator (66) that accommodates the slip ring. Since the characteristics of the slip ring (65) and the rotator (66) are the same as those of the slip ring (65) and the rotator (66) of the first embodiment, a description thereof is omitted.

[0373] The height adjustment unit (60) may include a gas spring (64). Since the characteristics of the gas spring (64) are the same as those of the gas spring (64) of the first embodiment, a detailed description thereof is omitted.

[0374] The height adjustment part (60) may include a fixing part (63). Since the characteristics of the fixing part (63) are the same as those of the fixing part (63) of the first embodiment, a detailed description thereof is omitted.

[0375] A third water supply pipe (2733) is connected to the first distribution section (30). A portion of the third water supply pipe (2733) may be placed in a receiving groove that is recessed from the inner circumference of the second fixed pipe outward. The structure connected to the discharge section of the third water supply pipe (2733) is identical to the discharge connection section (1733) of the first embodiment described above, so a detailed description thereof is omitted.

[0376] The second distribution unit (40) may include a distributor (4133) connected to the second water supply pipe (2732). The distributor (4133) may be connected to the third water supply pipe (2733).

[0377] The second distribution unit (40) may include a discharge connection unit (4131) connecting the distributor (4133) and the connector (4131).

[0378] The third cultivation unit (50) may include a distributor connected to the first water supply pipe (2731). Since the water supply pipe connection structure of the third cultivation unit (50) is the same as that of the second cultivation unit (40), a detailed description is omitted.

[0379] The first water supply pipe can be connected to a pump (272).

[0380] The plant cultivation device may further include a third fixed pipe (713). The third fixed pipe (713) may be connected to the lower side of the first fixed pipe (711). The third fixed pipe (713) may be connected to the lower part (21) of the base (20).

[0381] The base (20) and the stand (29) may be integrated.

[0382] A water tank (25) may be placed on the base (20). A control unit (28) may be placed on the base. A pump (272) may be placed on the base (20). The control unit (28) and the pump (272) may be placed in an electrical housing (26). The electrical housing (26) may be placed on the base (20).

[0383] Since the features of the water tank (25), control unit (28), pump (272) and electrical housing (26) are identical or similar to the features of the water tank (15), control unit (18), pump (17) and electrical housing (16) of the first embodiment, a detailed description is omitted.

[0384]

[0385] Hereinafter, with reference to FIG. 27, a plant cultivation device according to the third embodiment of the present disclosure will be described. The plant cultivation device of the present embodiment includes a base (10), a stand (19), a cultivation unit (30), and a lighting unit (80), which may be identical to the first embodiment described above. Therefore, a description thereof is omitted.

[0386] The plant cultivation device may include a height adjustment device (600) that separates the cultivation section (30) upward from the base (10). The height adjustment device (600) may include a first pipe (610) and a second pipe (62).

[0387] The plant cultivation device of this embodiment differs from the plant cultivation device according to the first embodiment described above in that the water supply pipe (1730) is positioned on the outside of the first pipe (610). In addition, unlike the first pipe (61) of the embodiment described above, the first pipe (610) may not be provided with a receiving groove (617).

[0388]

[0389] Some or other embodiments of the present disclosure described above are not exclusive or distinct from one another. Some or other embodiments of the present disclosure described above may be used in combination or combined for their respective configurations or functions.

[0390] For example, this means that configuration A described in a specific embodiment and / or drawing and configuration B described in another embodiment and / or drawing can be combined. That is, it means that even if the combination between configurations is not directly described, combination is possible except in cases where it is described that combination is impossible.

[0391] The foregoing detailed description should not be interpreted restrictively in all respects and should be considered exemplary. The scope of the invention shall be determined by a reasonable interpretation of the appended claims, and all modifications within the equivalent scope of the invention are included within the scope of the invention.

Claims

1. A base comprising a water tank and a pump connected to the water tank; A first pipe having a hollow and extending upward from the base; A cultivation unit comprising a cultivation pot mounting portion for accommodating a cultivation pot in which a plant is placed, and a discharge portion for supplying water to the cultivation pot, and a cultivation portion fixed to the first pipe and spaced upward from the base; A water supply pipe connecting the above pump and the above discharge part; A second pipe inserted into the hollow of the first pipe and configured to slide upward toward the first pipe; and It includes a cultivation lamp that irradiates light toward the cultivation section, and a lighting section fixed to the upper part of the second pipe. The first pipe is recessed from the inner circumference outward and includes a receiving groove extending in the longitudinal direction of the first pipe, and The above water supply pipe is a plant cultivation device placed in the above receiving groove.

2. In Paragraph 1, The above water supply pipe is: A pump connection part connected to the above pump; An extension extending from the pump connection portion in the longitudinal direction of the first pipe and disposed in the receiving groove; and A plant cultivation device comprising a discharge connection portion that extends from the extension portion to the outside of the first pipe and is connected to the discharge portion.

3. In Paragraph 2, The above extension is disposed in the receiving groove and is a plant cultivation device disposed on the outside of the second pipe in the radial direction of the second pipe.

4. In Paragraph 1, The above-mentioned cultivation unit includes a container having a bottom and side walls, which is open upward and provides a space for storing water supplied through the discharge unit, and The above-mentioned cultivation pot mounting portion is a plant cultivation device placed in the above-mentioned container.

5. In Paragraph 4, The above container is a plant cultivation device comprising a partition wall that divides the space inside the container into a first area where the cultivation pot seating portion is placed and a second area where the discharge portion is placed.

6. In Paragraph 5, The above discharge unit is: A port into which water flows from the above-mentioned water supply pipe; A first extension portion extending upward from the above port; It includes a second extension portion that bends from the first extension portion and extends to the outlet of the discharge portion, The outlet of the above discharge section is a plant cultivation device positioned above the first region.

7. In Paragraph 6, The above-mentioned redistribution unit is positioned in the above-mentioned second area and further includes a connector connecting the above-mentioned water supply pipe and the above-mentioned discharge unit, The above port is a plant cultivation device rotatably coupled to the above connector around a vertical axis.

8. In Paragraph 5, The above-mentioned replanting pot mounting part is: A board covering the upper side of the first area; and A plant cultivation device comprising a receiving portion having a connecting hole, wherein the cultivation pot is positioned by being recessed downward from the board.

9. In Paragraph 8, The above board includes a pipe insertion hole that penetrates vertically to accommodate the second pipe, and A plant cultivation device in which the above pipe insertion hole extends to the outer edge and opens radially.

10. In Paragraph 9, A plant cultivation device further comprising a discharge cover covering the upper side of the second region.

11. In Paragraph 1, The above-mentioned relocation unit further includes a coupler, and The above coupler is: A perimeter portion connected to the first pipe; and A plant cultivation device comprising a support member that extends radially outward from the lower end of the above-mentioned perimeter and supports the lower surface of the cultivation section.

12. In Paragraph 11, A plant cultivation device comprising a coupler receiving portion that is recessed from the lower side to the upper side to accommodate the support portion.

13. In Paragraph 1, It further includes an inlet pipe connecting the above water tank and the above pump, The above tank is positioned on the base so as to be detachable from the base, and The above water tank includes an outlet port, and A plant cultivation device comprising a connection port that is inserted into the outlet port when the water tank is placed on the base.

14. In Paragraph 1, A plant cultivation device further comprising a support base that supports the above base from below and is equipped with a wheel.

15. In Paragraph 1, The above cultivation lights are: A light source facing downward; A cover comprising a hole positioned at a location corresponding to the light source, which is positioned below the light source and widens toward the bottom; and A plant cultivation device including a convex lens positioned on the lower side of the cover.

16. In Paragraph 1, The above lighting unit is: A mood light positioned above the above cultivation light; A lampshade surrounding the above mood light; and A plant cultivation device further comprising a diffuser plate disposed on the lower side of the light shade.

17. In Paragraph 1, A holder disposed in the hollow of the first pipe and fixed to the second pipe; and A plant cultivation device further comprising a friction part having an outer part that contacts the inner circumference of the first pipe and an inner part that supports the holder.

18. In Paragraph 1, The gas spring further includes a first coupling part coupled to the base side and a second coupling part coupled to the holder side, and The above gas spring is: A cylinder filled with compressed gas inside; A piston disposed in the cylinder and dividing the internal space of the cylinder into a first space and a second space; An orifice formed in the piston above to connect the first and second spaces; A rod disposed in the second space side and extending from the piston to the outside of the cylinder; A plant cultivation device further comprising a sealing member disposed between the rod and the cylinder to seal the second space.

19. A base comprising a water tank and a pump connected to the water tank; A first pipe having a hollow and extending upward from the base; A cultivation unit comprising a cultivation pot mounting portion for accommodating a cultivation pot in which a plant is placed, and a discharge portion for supplying water to the cultivation pot, and a cultivation portion fixed to the first pipe and spaced upward from the base; A water supply pipe connecting the above pump and the above discharge part; A second pipe extending upward from the above-mentioned regeneration section; It includes a lighting unit that is fixed to the upper part of the second pipe and includes a cultivation light that irradiates light toward the cultivation unit, The first pipe is recessed from the inner circumference outward and includes a receiving groove extending in the longitudinal direction of the first pipe, and The above water supply pipe is a plant cultivation device placed in the above receiving groove.

20. A base comprising a water tank and a pump connected to the water tank; A first pipe having a hollow and extending upward from the base; A first cultivation unit comprising a first cultivation pot mounting portion for accommodating a first cultivation pot in which a plant is placed, and a first discharge portion for supplying water to the first cultivation pot, and a first cultivation unit fixed to the first pipe and spaced upward from the base; A second cultivation unit positioned on the upper part of the base, comprising a second cultivation unit seating a second cultivation unit having a plant placed thereon, and a second discharge unit supplying water to the second cultivation unit; A second pipe from the first distribution unit above; A lighting unit fixed to the upper part of the second pipe, including a first cultivation lamp that irradiates light toward the first cultivation unit; A plant cultivation device comprising a second cultivation lamp positioned on the lower surface of the first cultivation section and irradiating light toward the second cultivation section.

Images