TWM498466U - Planting device with circumferential rotary door design - Google Patents

Description

Plant grower with full-circle revolving door design

This creation is about the technical field of LED plant cultivation equipment, especially a plant grower with a full-circle revolving door design with a full-circle sliding door design.

With the continuous advancement of human civilization, lighting devices used to illuminate human life have also been continuously improved, among them, from Thomas. After the invention of the light bulb by Thomas Alva Edison, human lighting technology is no longer merely presented by means of flame illumination, but instead is the light bulb or tube that is produced by energization.

From time to time, when the lighting technology of Light-Emitting Diode (LED) was invented, it was like the invention of the original light bulb, and it also set off a revolution in the use of lighting devices. Among them, because the LED tube or the bulb uses the light-emitting diode as the light source, it has higher luminous efficiency, is more energy-saving, has a longer service life, and is more environmentally friendly. Therefore, it has become the most ideal product to replace fluorescent tubes or bulbs at this stage.

Further, in the past ten years, the technology of LED lighting devices has not been adopted. In the evolution of the market, there is a LED plant cultivation device that controls the rapid growth of plants by controlling the wavelength of light emitted by LEDs, and its main technical structure is to replace the artificial illumination and illumination of LED lights with specific wavelengths. The sunshine that the plant feels, and then adjusts or controls the number of hours the LED light illuminates the plant, allowing the illuminated plant to grow rapidly. What deserves special mention is that in the modern city where the size of the land is high, this technical method of achieving indoor planting and high-density production has become more and more widely used in our lives, and the existing technology is mainly aimed at Leafy plants in human daily diet are the main cultivation focus.

Please refer to the first figure, which is a perspective view of a conventional LED plant cultivation box. As shown in the first figure, a conventional LED plant cultivation box 1' is mainly composed of a box of cylindrical body 11' and a device accommodating base. 13' and an LED switch device 12', wherein the box cylindrical body 11' is disposed on the device receiving base 13' and houses a partition member 111' and at least two plant cultivation boxes 112. ', and the plant cultivation box 112' is used to grow plants or crops thereon. Moreover, by the design of the conventional LED plant cultivation box 1', when the user places the desired plant 2' inside the box cylindrical body 11', the operation of the LED switch device 12' can be made. An LED light-emitting element (not shown) disposed on the top of the cylindrical body 11' of the box and the bottom of the spacer element 111' operates to generate light to illuminate the plants and crops placed inside the cultivation box.

Among them, it should be particularly noted that in the conventional LED plant cultivation box 1' structure, two sliding door members 14' corresponding to each other are arranged on the cylindrical body 11' of the box, and the user is permeable. The pull tab 141' on the sliding member 14' operates the two sliding member 14' to perform the opening/closing operation. However, as shown in the first figure, when the sliding door member 14' is in the open state, its door system is directly suspended from the side of the cylindrical body 11' of the case, so that when the user carries or adjusts the internal plants thereof, It will be blocked to some extent by the sliding member 14', which will affect the difficulty of the operation. In addition, in actual use, it is more likely that the sliding member 14' is damaged due to the collision of the user.

Therefore, through the above description, it can be known that the specific structure of the conventional LED plant cultivation box still has shortcomings and deficiencies and needs to be improved; in view of this, the creator of the case tries to research and create, and finally develops and completes the creation. A plant grower with a full-circle revolving door design, and the above-mentioned related deficiencies and shortcomings can be replaced and improved by the creative department.

The purpose of the present invention is to provide a plant grower with a full-circle revolving door design, mainly by combining the circumferential revolving door module with the cylindrical main body, so that the user can operate the circular revolving door mold by operating the circular revolving door mold Set and turn on/off the plant grower, and when it is open, it will The revolving door is hidden inside the cylindrical body, which replaces the design of the traditional plant cultivation box opening and closing door, and greatly improves the convenience and safety of the creation.

Therefore, in order to achieve the above-mentioned purpose of the present creation, the creator of the present invention proposes a plant grower with a full-circle revolving door design, comprising: a cylindrical body having an upper receiving component, a plant receiving portion and a The end receiving member, and the plant receiving portion is disposed between the upper end receiving member and the lower end receiving member; at least one plant culture tank is disposed in the plant receiving portion and configured to provide an external plant An LED lighting module is disposed in the upper receiving component, and the LED lighting module has at least one switching component and a plurality of LED lighting components, wherein the LED lighting components are disposed The plant receiving portion passes through the switching element to control the operation thereof, and is configured to illuminate the plant disposed on the plant culture tank; and a circumferential revolving door module is disposed on the cylindrical body, and the circumference The revolving door module comprises a semi-circular fixing plate and a semi-circular rotating sliding door; wherein the semi-circular fixing plate is fixedly disposed at the upper ends of the cylindrical body respectively Element facing the lower end of the accommodating element, and the mask portion around the receiving portion of the plant; Wherein the semicircular rotating sliding door is suspended from the semicircular fixing plate and slidably disposed on the upper end receiving member of the cylindrical body, and the semicircular fixing plate and the half are The circular rotating sliding door is arranged to form a circumference and completely cover the circumference of the plant receiving portion; wherein the sliding of the semicircular rotating sliding door system can make it complete with respect to the semicircular fixing plate The circumference is rotated to achieve the effect of opening/closing the plant receiving portion.

<this creation>

1‧‧‧Plant grower with full-circle revolving door design

2‧‧‧ plants

11‧‧‧Cylindrical subject

12‧‧‧LED lighting module

13‧‧‧Circular revolving door module

14‧‧‧plant culture tank

111‧‧‧Upper receiving component

112‧‧‧Bottom receiving component

113‧‧‧plant accommodation

114‧‧‧ column shaft components

121‧‧‧Switching elements

122‧‧‧LED lighting elements

131‧‧‧Semi-circular fixing plate

132‧‧‧Semi-circular rotating sliding door

141‧‧‧ Semicircular dish

142‧‧‧ cover

1111‧‧‧Fixed plate fixing groove

1112‧‧‧Circular rotary sliding door chute

1121‧‧‧Sliding wheel

1122‧‧‧ nutrient solution storage tank

1123‧‧‧ arc door

1124‧‧ ‧ partition

1125‧‧‧Connected openings

1126‧‧‧Second fixing plate fixing groove

1131‧‧‧ compartment components

1141‧‧‧ nutrient solution line opening

1142‧‧‧LED power supply line opening

1221‧‧‧ circuit board

1222‧‧‧LED lights

1321‧‧‧ pulley

1322‧‧‧Plastic joints

1411‧‧‧ cover support bump

1412‧‧‧ semicircular groove

1421‧‧‧plant hole

<知知>

1'‧‧‧LED plant cultivation box

11'‧‧‧Box cylindrical body

12'‧‧‧LED switchgear

13’‧‧‧ device pedestal

14'‧‧‧Sliding components

111'‧‧‧ compartment components

112’‧‧‧plant cultivation box

141’‧‧‧ Pull ring

2’‧‧‧ plants

The first figure is a stereoscopic view of a kind of LED plant cultivation box; the second picture is a perspective view of a plant grower with a full-circle revolving door design; the third A to the third C figure has a full-circle revolving door design. Schematic diagram of the use of the plant grower; the fourth figure is a schematic cross-sectional view of the circumferential revolving door module of the present invention disposed on the upper end receiving component; the fifth figure is the circumferential revolving door module of the present invention is disposed at the lower end receiving component The first perspective view of the cylindrical body of the present invention; the seventh figure is the second perspective view of the cylindrical body of the present creation; the eighth figure is the perspective view of the plant culture groove of the present creation; The ninth figure is an exploded view of the plant culture tank of the present creation.

In order to more clearly describe a plant grower having a full-circle revolving door design proposed by the present invention, a preferred embodiment of the present invention will be described in detail below with reference to the drawings.

Please refer to the second figure and the third to third Cth drawings, which are schematic views and schematic diagrams of a plant grower with a full-circle revolving door design; as shown in the second figure and the third A to the third C As shown in the figure, a plant grower 1 with a full-circle revolving door design mainly comprises: a cylindrical body 11, two plant culture tanks 14, an LED lighting module 12 and a circumferential revolving door module. 13 constitutes.

The cylindrical body 11 has an upper receiving member 111, a plant receiving portion 113 and a lower receiving member 112, and the plant receiving portion 113 is disposed on the upper receiving member 111 and the lower end. Between the elements 112, the two plant culture tanks 14 are disposed within the plant receiving portion 113 and are configured to provide an external plant 2 thereon.

It should be particularly noted that, in the present creation, the circumferential revolving door module 13 is disposed on the cylindrical body 11, and the circumferential revolving door module 13 includes a semi-circular fixing plate 131 and a half. a circular rotating sliding door 132; wherein the semicircular fixing plates 131 are respectively fixed at both ends The upper end of the cylindrical body 11 accommodates the element 111 and the lower end receiving member 112, and is partially covered around the plant receiving portion 113.

Further, the semicircular rotary sliding door 132 is suspended from the semicircular fixing plate 131 and slidably disposed on the upper end receiving member 111 of the cylindrical body 11, and by the semicircular shape The fixing plate 131 and the semicircular rotating sliding door 132 are arranged to form a circumference and completely cover the periphery of the plant receiving portion 113; and, as shown in the third to third C, the sliding through The semicircular rotary sliding door 132 is configured to be rotated all the way with respect to the semicircular fixing plate 131, thereby achieving the effect of opening/closing the plant receiving portion 113.

According to the description of the circular revolving door module 13 of the present invention, the creation can avoid the effect of exposing/exposed to the outside of the plant grower when the door is opened, thereby making the creation The actual product has the advantages of fashionable appearance and convenient use and safety compared with the conventional LED plant cultivation box.

Please continue to refer to the third to third C drawings, and please refer to the fourth and fifth figures at the same time, which are the cross-sectional schematic and circumferential rotation of the circumferential revolving door module of the present invention. The schematic diagram of the door module disposed at the lower end receiving component. As shown in the third to third C, fourth, and fifth figures, the bottom surface of the upper end receiving member 111 and the top surface of the lower end receiving member 112 are formed with a first fixing plate fixing groove 1111. And a second fixing plate fixing groove 1126, and the semicircular fixing plate 131 is transparent The first fixing plate fixing groove 1111 and the second fixing plate fixing groove 1126 are fixedly disposed on the cylindrical body 11.

In addition, the upper end receiving member 111 is further formed with a circumferential type sliding sliding door sliding groove 1112 on the bottom surface thereof, and the semicircular rotating sliding door 132 is provided with at least two pulleys 1321 on the upper edge thereof, wherein the two The pulley 1321 is slidable on the circumferential type sliding sliding door sliding groove 1112, so that the semicircular rotating sliding door 132 can be rotated around the entire circumference of the cylindrical body 11. In the embodiment, the semicircular fixing plate 131 and the semicircular rotating sliding door 132 are made of transparent glass material, and each pulley 1321 is combined with two plastics corresponding to each other. The piece 1322 is disposed on the semicircular rotary sliding door 132.

It should be further noted that, in the embodiment, the semi-circular rotating sliding door 132 is made of transparent glass material. Therefore, the plastic bonding member 1322 for fixing the pulleys 1321 is used through the plastic material. The function of protecting the semicircular rotary sliding door 132 is generated, and the shock absorbing effect and the like are relatively generated by the characteristics of the plastic material. In addition, the semi-circular fixing plate 131 and the semi-circular rotating sliding door 132 of the present invention can also be made of materials other than transparent glass for different product orientations, such as metal materials, alloy materials, plastic materials, and the like.

In addition, the LED lighting module 12 of the present invention is disposed in the upper receiving component 111, and the LED lighting module 12 has at least one switching component 121 and a plurality of LED lighting components 122, wherein the LEDs emit light. The component 122 is disposed in the plant receiving portion 113 and transmitted through the switching element 121 to control its operation, and is used to illuminate the plant 2 disposed on the plant culture tank 14. In addition, in the embodiment, each LED The light-emitting element 122 is composed of a circuit substrate 1221 and a plurality of LED lamps 1222.

Please continue to refer to the third to third C drawings, and please refer to the sixth and seventh figures at the same time, which are respectively the first perspective view and the second perspective view of the cylindrical body of the creation; as shown in the third to third figures C and the sixth and seventh figures, the cylindrical body 11 of the present invention further includes a column shaft member 114, and the upper end receiving member 111 and the lower end receiving member 112 are respectively disposed on the column shaft. Both ends of the element 114, and the plant housing portion 113 is formed around the column shaft member 114.

In this embodiment, a spacer element 1131 is disposed on the column shaft member 114, and the plant culture tank 14 is disposed on the upper surface of the spacer element 1131 and the lower end receiving member 112. The LED light-emitting element 122 is disposed on the lower surface of the spacer element 1131 and the upper end receiving element 111. It should be noted that, in the present embodiment, the spacer element 1131 is added to further increase the planting area and capacity of the whole plant grower. However, in product implementation, the product can be removed, added or adjusted according to actual needs. The number of the spacer elements 1131, as such, will greatly enhance the plasticity and range of use of the present invention.

In addition, in the embodiment, the lower receiving component 112 includes a partition 1124, a nutrient solution storage tank 1122, and an arc door 1123. And a plurality of sliding wheels 1121; wherein the partitioning plate 1124 is disposed inside the lower end receiving component 112, thereby separating the interior of the lower receiving component 112 into an upper space and a lower space, and the upper space is internally provided with a LED light emitting element 122.

The nutrient solution storage tank 1122 is disposed in the lower space, and the nutrient solution storage tank 1122 is disposed on the bottom plate of the lower end receiving member 112 by the design of the slide rail system. The door 1123 is disposed on the lower end receiving member 112, and the upper space and the lower space can be simultaneously opened/closed by operating the circular arc door 1123, and the sliding wheels 1121 are disposed at the lower end receiving component. Below 112.

In addition, a plurality of communication openings 1125 are defined in the top of the lower receiving member 112 and the partition 1124, and the interior of the column member 114 is connected to the upper portion by the arrangement of the communicating openings 1125. Both the space and the lower space are interconnected. In addition, the column shaft member 114 is provided with a plurality of nutrient solution line openings 1141 and a plurality of LED power supply line openings 1142; wherein the nutrient solution for extracting the plant nutrient liquid inside the nutrient solution storage tank 1122 A pipeline (not shown) can input the plant nutrient liquid into the plant culture tank 14 through the communication openings 1125 and the nutrient solution line openings 1141, and the power supply unit of the LED light-emitting module 12 ( The cable for the cable (not shown) is electrically connected to the LED light-emitting elements 122 through the LED power supply line openings 1142.

Please continue to refer to the third to third C pictures, and please refer to the same 8 and 9 are a perspective view and an exploded view of the plant culture tank 14 of the present invention. As shown in the figure, the plant culture tank 14 of the present invention is mainly composed of two semi-circular petri dishes 141 corresponding to each other, and Each of the semi-circular petri dishes 141 includes: a cover plate 142 and a plurality of cover plate supporting protrusions 1411; wherein the cover plate 142 is disposed on the semi-circular petri dish 141, and the cover plate The 142 series is formed with a plurality of plant openings 1421 thereon.

Moreover, the cover supporting protrusions 1411 are formed on the inner wall of the semicircular petri dish 141, and the cover plate 142 is disposed through the cover supporting protrusions 1411 and covers the semicircular petri dish 141. on. As described above, the semicircular culture dish 141 is formed with a semicircular groove 1412 on its side corresponding to the column axis member 114, and when the two semicircular culture dishes 141 are coupled to each other, Two semi-circular recesses 1412 can be enclosed and wrapped around the post shaft member 114.

Thus, through the above, the components and technical features of the plant grower with the full-circle revolving door design have been clearly and completely described, and we can know that the creation has the following advantages:

1. With the design of this creation, the design and use of the switch door of the conventional LED plant cultivation box can be effectively improved, thereby greatly improving the convenience and safety of the plant cultivation box.

2. In view of the above, with the full-circle revolving door design of this creation, the plant cultivation box can present a visual appearance of simple fashion and futuristic appearance.

It is to be understood that the foregoing detailed description of the embodiments of the present invention is not intended to limit the scope of the present invention. Both should be included in the scope of the patent in this case.

1‧‧‧Plant grower with full-circle revolving door design

2‧‧‧ plants

11‧‧‧Cylindrical subject

12‧‧‧LED lighting module

13‧‧‧Circular revolving door module

14‧‧‧plant culture tank

111‧‧‧Upper receiving component

112‧‧‧Bottom receiving component

113‧‧‧plant accommodation

121‧‧‧Switching elements

131‧‧‧Semi-circular fixing plate

132‧‧‧Semi-circular rotating sliding door

Claims (11)

A plant grower with a full-circle revolving door design, comprising: a cylindrical body having an upper receiving component, a plant receiving portion and a lower receiving component, wherein the plant receiving portion is disposed on the Between the upper end receiving member and the lower end receiving member; at least one plant culture tank is disposed in the plant receiving portion and configured to provide an external plant thereon; an LED lighting module is disposed on the The LED illuminating module has at least one switching element and a plurality of LED illuminating elements, wherein the LED illuminating elements are disposed in the plant accommodating portion and pass through the switching element to control the operation thereof. And for illuminating the plant disposed on the plant culture tank; and a circumferential revolving door module disposed on the cylindrical body, and the circumferential revolving door module comprises a half circular fixing plate and a half a circular rotating sliding door; wherein the two semi-circular fixing plates are respectively fixedly disposed on the upper end receiving member and the lower end receiving member of the cylindrical body, and partially covered in the plant The semicircular rotating sliding door is suspended from the semicircular fixing plate and slidably disposed on the upper end receiving member of the cylindrical body, and by the semicircular fixing plate And the semi-circular rotating sliding door setting system Forming a circumference and completely covering the circumference of the plant accommodating portion; wherein the semi-circular rotating sliding door system is slidable to rotate the semi-circular fixing plate for a full circumference, thereby achieving opening/closing The effect of the plant accommodation. The plant grower with a full-circle revolving door design according to the first aspect of the invention, wherein the bottom surface of the upper end receiving member and the top surface of the lower end receiving member are formed with a first fixing plate fixing groove and a second fixing plate fixing groove, and the semi-circular fixing plate is fixedly disposed on the cylindrical body through the first fixing plate fixing groove and the second fixing plate fixing groove. A plant grower having a full-circle revolving door design according to the first aspect of the invention, wherein the upper end receiving member is formed with a circumferential type sliding sliding door sliding groove on a bottom surface thereof, and the semicircular rotating pull The door system is provided with at least two pulleys on the upper edge thereof, wherein the two pulleys are slidable on the circumferential type sliding sliding door sliding groove, so that the semicircular rotating sliding door can be performed on the cylindrical body Rotate all the way around the circumference. A plant grower having a full-circle revolving door design as described in claim 3, wherein the semi-circular fixed plate and the semi-circular rotating sliding door are made of glass material, and each Pulleys through each other The corresponding two plastic joints are disposed on the semicircular rotary sliding door. A plant grower having a full-circle revolving door design as described in claim 1, wherein each of the LED light-emitting elements is composed of a circuit substrate and a plurality of LED lamps. A plant grower having a full-circle revolving door design as described in claim 1, wherein the cylindrical main system includes a column shaft member, and the upper end receiving member and the lower end receiving member are respectively disposed on Both ends of the column shaft member, and the plant housing portion is formed around the column shaft member. The plant grower with a full-circle revolving door design as described in claim 6, wherein the column shaft member is provided with a plurality of LED power supply line openings, and one of the LED lighting modules The supply cable of the power supply unit is electrically connected to the LED light-emitting elements through the LED power supply line openings. A plant grower having a full-circle revolving door design according to claim 6, wherein the column shaft member is provided with at least one partition member, and the plant culture tank is disposed on the partition member The lower end receives the upper surface of the component, and further, the LED light emitting components are disposed on the lower surface of the spacer component and the upper end receiving component. A plant grower having a full-circle revolving door design according to claim 6, wherein the lower end receiving component comprises: a partition disposed inside the lower receiving component, and further the lower end The inside of the component is divided into an upper space and a lower space, and the upper space is internally provided with at least one LED light-emitting element; a nutrient solution storage tank is disposed in the lower space, and the nutrient solution storage tank Provided on the bottom plate of the lower receiving component by the design of the slide rail system; an arc door is disposed on the lower end receiving component, and the arc door can be simultaneously opened/closed by operating the arc door system The space and the lower space; and a plurality of sliding wheels are disposed under the lower receiving component; wherein the top of the lower receiving component and the partition are provided with a plurality of communicating openings, and the communication is opened by the communication The arrangement of the holes is such that the interior of the column shaft member and the upper space and the lower space are in communication with each other. The plant grower with a full-circle revolving door design according to claim 9, wherein the column shaft member is provided with a plurality of nutrient liquid pipeline openings, and is used for extracting the nutrient solution. The nutrient solution pipeline of the plant nutrient liquid inside the tank can insert the plant nutrient liquid into the plant culture through the communication openings and the nutrient liquid pipeline openings Inside the tank. A plant grower having a full-circle revolving door design as described in claim 6, wherein the plant culture tank is composed of two semi-circular petri dishes corresponding to each other, and each semi-circular culture The dish includes: a cover plate disposed on the semicircular culture dish, and the cover plate is formed with a plurality of plant partitions thereon; a plurality of cover supporting protrusions are formed on the semicircle Forming an inner wall of the culture dish, and the cover plate is disposed through the cover support protrusions and covering the semicircular culture dish; wherein the semicircular culture dish is formed corresponding to the column axis member There are half circular grooves on the sides thereof, and when the two semi-circular petri dishes are coupled to each other, the two semi-circular grooves are enclosed and wrapped around the column shaft member.