TWM546085U - Mechanism for cultivating plant or farming animal by circulatory method - Google Patents

Description

Institutions that cultivate plants or farm animals in a circular manner

Refers to a mechanism for cultivating plants or animals in a circular manner, which can increase the control and management of animal feeding space or planting space and its growing environment.

At present, plant cultivation methods can be divided into outdoor natural environment cultivation, net room cultivation and indoor cultivation, etc., wherein indoor cultivation can generally be divided into light-weight or opaque materials according to the characteristics of plants, and the plants thereof The planting method can also be divided into planting plants on the ground or planting the plants in pots and then placing them on the shelf. The shelf cultivation can be divided into single-layer or multi-layered plants according to different plants. For example, vegetables need sunlight. Photosynthesis, so it is usually planted on the ground in a single layer or planted in potted plants and placed on a shelf. For example, mushrooms do not need sunlight. Therefore, mushroom cultivation can be cultivated in a multi-layered manner to increase the planting area. At present, there are also more advanced cultivation methods to cultivate fruits and vegetables in a multi-layered manner and then use fruits and vegetables to carry out photosynthesis by means of LED lighting. In addition, the breeding methods of poultry such as chickens, ducks, etc. can be generally divided into indoors. Breeding or outdoor farming, while indoor breeding can be divided into multi-layer cages or in flat-fed farming.

The main purpose of this creation is to provide a mechanism for cultivating plants or animals in a circular manner. A symmetrical fixing bracket is erected on a base, and a plurality of upper and lower rows are arranged on both sides of the fixed bracket. The sprocket is freely rotated, and a revolving sprocket provided on both sides of the fixed bracket is provided with a synchronously rotatable circulating chain. The plurality of rigging frames are hung on the two chains and are decelerated between the two chains. The motor can drive the various baskets to circulate, so that the plants or animals placed on the basket can increase the animal feeding space or the planting space. In particular, the control and management functions of the growing environment can move the baskets to The working window that can be opened or closed facilitates the planting and harvesting of plants or the feeding and management of animals. Moreover, the circulation mode of each basket is a one-on-one operation method, and the weights thereof have mutual resistance, therefore, the motor does not A large load is required to drive the various baskets to cycle.

In order to achieve the above objectives, the "institution for cultivating plants or animals in a circular manner" of the present invention mainly includes: a fixed bracket, a freely rotating sprocket, a straight track, a two-chain chain, a basket, a driving mechanism, and a setting manner thereof. A fixing bracket is arranged on a base, and the fixing bracket is a left-right symmetric bracket, and a plurality of free-rotating sprockets are arranged on the fixing bracket, each of which is symmetrical by a rotating sprocket and is at a relative position, and the two chains are Each cycle mechanism is provided with a left chain and a right chain on each of the fixed brackets, and each chain is arranged in a sequence of a rotating sprocket and arranged in series in a recyclable manner, and each basket is a kind of loadable The weight of the frame forms a lifting ring on both sides thereof, and the hanging basket frame can directly plant the plant on the hanging basket frame, and can also plant the plant A device for placing a potted plant on a basket, and if the animal is raised directly on the hanger, the animal can be raised in the cage and placed on the basket, and the basket is formed on both sides. There is a lifting ring, and the two lifting rings are combined with a roller and are combined with the left chain and the right chain in an equidistant manner between the two chains.

10‧‧‧Fixed bracket

101‧‧‧straight support frame

102‧‧‧Horizontal bracket

103‧‧‧Second sprocket bracket

104‧‧‧Second medium sprocket bracket

105‧‧‧Two lower sprocket bracket

105C‧‧‧Two Slope Sprocket Bracket

107‧‧‧ Straight track fixing shaft hole

108‧‧‧Work window

109‧‧‧ enclosure

110‧‧‧ doors and windows

20‧‧‧Free rotating sprocket

200‧‧‧ Large free rotating sprocket

201‧‧‧Sprocket fixing shaft

202‧‧‧ bearing

204‧‧‧ buckle

30‧‧‧Direct Orbit

300‧‧‧L-shaped plate

301‧‧‧Fixed shaft hole

302‧‧‧ screws

303‧‧‧ screws

304‧‧‧ Track

305‧‧‧ Track fixed shaft hole

50‧‧‧Chain

50A‧‧‧Left chain

50B‧‧‧right chain

501‧‧‧ plates

502‧‧‧Roller

503‧‧‧ hollow shaft tube

504‧‧‧Axis hole

60‧‧‧ hanging basket

60‧‧‧ hanging basket

601‧‧‧ hanger

602‧‧‧ bearing

603‧‧‧ rings

604‧‧‧Roller

605‧‧‧ screws

607‧‧‧ Nuts

701‧‧‧ linkage shaft

702‧‧‧joint bearing

703‧‧‧Door sprocket

704‧‧‧Sprocket

705‧‧‧Chain

706‧‧‧Speed motor

707‧‧‧Chain

708‧‧‧ bearing

Fig. 1 is a perspective view showing a first embodiment of a "system for cultivating plants or animals in a circular manner" in a circular manner.

Fig. 2 is a perspective view showing a fixing bracket of the first embodiment of the "institution for cultivating plants or animals in a circular manner".

Fig. 3 is a cross-sectional view showing a first embodiment of the "institution for cultivating plants or animals in a circular manner".

Fig. 4 is a partial perspective view showing the first embodiment of the "institution for cultivating plants or animals in a circular manner".

Figure 5 is a perspective view of the double sprocket of the creation of a mechanism for cultivating plants or animals in a circular manner.

Fig. 6 is a cross-sectional view showing the assembly of the chain of the first embodiment of the "institution for cultivating plants or animals in a circular manner".

Figure 7 is a perspective view of the straight track assembly of the creation of a mechanism for cultivating plants or animals in a circular manner.

Figure 8 is a schematic diagram of the assembly of the chain of the "institution for cultivating plants or animals in a circular manner".

Figure 9 is the creation of a “plant that cultivates plants or animals in a circular manner” Schematic diagram of the assembly of the freely rotating sprocket and the basket.

Fig. 10 is a perspective view showing a second embodiment of the "institution for cultivating plants or animals in a circular manner".

Figure 11 is a cross-sectional view showing a second embodiment of the "institution for cultivating plants or animals in a circular manner".

Fig. 12 is a schematic view showing the assembly of a large free-rotating sprocket and a basket frame in the second embodiment of the "institution for cultivating plants or animals in a circular manner".

Figure 13 is a cross-sectional view showing a second embodiment of the "institution for cultivating plants or animals in a circular manner".

Fig. 14 is a perspective view showing a third embodiment of the "institution for cultivating plants or animals in a circular manner".

Fig. 15 is a perspective view showing a fixing bracket of a third embodiment of the "institution for cultivating plants or animals in a circular manner".

Fig. 16 is a partially assembled perspective view showing a third embodiment of the "institution for cultivating plants or animals in a circular manner".

Fig. 17 is a cross-sectional view showing a third embodiment of the "institution for cultivating plants or animals in a circular manner".

Fig. 18 is a schematic view showing the arrangement of two or more circulation mechanisms for the creation of a mechanism for cultivating plants or animals in a circular manner.

Figure 19 is a schematic view of the installation of the enclosure and the working window of the "institution for cultivating plants or animals in a circular manner".

In order for your review board to have a clear understanding of the content of this creation, please refer to the following instructions only.

Please refer to FIG. 1 to FIG. 9 , which are a schematic view, an exploded perspective view and a cross-sectional view of the first preferred embodiment of the present invention, which mainly include: FIG. 2 and FIG. 7 , the fixing bracket 10 is shown. A fixing bracket 10 is fixed on a base. Preferably, the fixing bracket 10 can be a steel structure or an RC structure, and the fixing bracket 10 is a left-right symmetric frame-shaped structure, and the frame-shaped structure includes: The support frame 101, the lateral support 102, the two upper sprocket support 103, the two middle sprocket support 104 and the two lower sprocket support 105 are formed, and the straight support frame 101 and the lateral support 102 are the outer frame support of the fixed support 10. The structure, the two upper sprocket brackets 103, the two middle sprocket brackets 104 and the two lower sprocket brackets 105 are each set on the left and right sides, and the length and the height are opposite positions, and are in the two upper sprocket brackets 103 and 2 A plurality of sprocket fixing shafts 201 and a straight rail fixing shaft hole 107 are disposed at opposite positions of the sprocket bracket 104 and the two lower sprocket brackets 105.

Referring to FIG. 2, FIG. 7 and FIG. 9, the freely rotating sprocket 20 is attached to the two upper sprocket brackets 103, the two middle sprocket brackets 104 and the two lower sprocket brackets 105. Each of the sprocket fixing shafts 201 of the fixed bracket 10 reserved thereon is pivotally provided with a freely rotatable freely rotating sprocket 20 in a manner of sleeved bearings 202, each of which is rotated by a sprocket 20 and each has a buckle 204 is fixed.

Please refer to Figure 4, Figure 7 and Figure 9, the straight track 30, which is tied to the second The left sprocket support 103, the two middle sprocket brackets 104, and the two lower sprocket brackets 105 are disposed between the left free chain sprocket 20 and the two free sprocket 20 in the path of the free sprocket 20, and the straight track 30 is disposed. A track required for the movement path of the chain 50 between the freely rotating sprocket 20 and the freely rotating sprocket 20, for example, as shown in the drawings, is fixed to the upper sprocket with an L-shaped plate body 300. On the bracket 103, the two middle sprocket brackets 104 and the two lower sprocket brackets 105, a plurality of fixed shaft holes 301 are formed on the surface of the L-shaped plate body 300, and a plurality of tracks are formed on the other side of the L-shaped plate body 300. The fixed shaft hole 305, each L-shaped plate body 300 is fixed to the two upper sprocket bracket 103, the two middle sprocket bracket 104 and the two lower sprocket bracket 105 by a screw 302. Further, a rail 304 is fixed to the L-shaped plate body 300 by a screw 303 to form a straight rail 30.

Referring to FIG. 4, FIG. 6, FIG. 8 and FIG. 9, the chain 50 is a combination of a plate 501 and a roller 502 which are hollow shaft tubes 503. And forming an elongated plate body of each of the shaft holes 504, each of the plate pieces 501 is connected by a pinch roller 502 by a hollow shaft tube 503 to form a chain 50, and each of the circulation mechanisms is provided with a left chain 50A and a right chain 50B. It is hung on the opposite inner side of the fixed bracket 10. Referring to the drawing of Fig. 6, the hanging manner of the left chain 50A and the right chain 50B is performed, and the left chain 50A and the right chain 50B are respectively connected. It is a recyclable chain mode.

Referring to FIG. 2, FIG. 3, FIG. 4 and FIG. 5, the driving mechanism is a linkage shaft 701 which is disposed in parallel with the sprocket fixing shaft 201, and the linkage shaft 701 is attached to the left and right. A two-seat bearing 702 is disposed on each of the two upper sprocket supports 103 on both sides, on the left A double sprocket 703 having a bearing 708 is also disposed at a relative position of the chain 50A and the right chain 50B, and is also pivoted on the interlocking shaft 701 at the position of the double chain 703 of the left chain 50A and the right chain 50B. A sprocket 704 is provided, and the two sprocket wheels 704 disposed on the linkage shaft 701 are respectively connected by a chain 705 and a double sprocket 703 of the left chain 50A and the right sprocket 50B, and a reduction motor 706 is also coupled. The interlocking shaft 701 is disposed in parallel on the upper sprocket support 103 and is connected to the linkage shaft 701 by a sprocket and a chain 707 for power transmission connection.

Referring to FIG. 1 , FIG. 3 , FIG. 8 and FIG. 9 , the basket 60 is a carrier capable of carrying weight, and the basket 60 can be used when planting plants. The plant is directly cultivated on the frame of the basket 60, and the plant can be cultivated in the pot and placed on the basket 60. In addition, if the basket 60 is used for raising animals, the animals are raised. The device can be directly raised on the basket 60, and the animals can be kept in the cage, and then the cage is placed on the basket 60. The basket 60 is formed on each side of the basket 60. The hanger 601 and the end of the two hangers 601 each form a lifting ring 603 and a roller 604 having a bearing 602 disposed in an equidistant manner between the left chain 50A and the right chain 50B. Each of the baskets 60 and the left chain 50A and the right chain 50B are fixed to the basket 60 by a screw 605 through the hollow shaft tube 503 of the chain 50 and the roller 604 and the eye 603 of the basket 60.

Referring to Figures 1 and 19, the "institution for cultivating plants or animals in a circular manner" can be used to set up a cage or a closed chamber 109 depending on the characteristics of the plant or animal to be raised. A working window 108 is reserved on a side of the body 109 that moves parallel to the basket 60, and a door and window 110 that can be opened or closed is provided. The window 108 can manage the planting of the plants on each of the baskets 60 and the harvesting operation or management of the animals to be raised by initiating the reduction motor 706 to move the baskets 60 to the work window 108.

Referring to Figures 1, 3 and 4, the "institution for cultivating plants or animals in a circular manner" in the first preferred embodiment of the present invention is as follows: cultivation on each basket 60 The plant or the animal to be raised, by the start of the reduction motor 706, the left chain 50A and the right chain 50B are synchronously driven to move the baskets 60, so that the plants or animals on the basket 60 can take turns to receive sunlight and various management. Moreover, the "mechanism for cultivating plants or cultivating animals in a circular manner" adopts an action of up and down circulation, and the weight thereof can be mutually offset, and the rotation speed of the circulation mechanism is slow, and a speed reducer with a higher reduction ratio can be used. Therefore, the speed reduction motor The 706 does not require a large load and can be easily activated.

Please refer to FIG. 10 and FIG. 11 for a perspective view and a cross-sectional view of a second preferred embodiment of the present invention. The difference between this embodiment and the previous embodiment is that the upper sprocket bracket 103 and the second middle sprocket are The bracket 104 is replaced by a large large free-spinning sprocket 200 to replace the straight track 30 disposed between the two freely rotating sprocket wheels 20, which mainly includes: Referring to FIG. 2, FIG. 10 and FIG. 11 , the fixing bracket 10 is fixed to a base by a fixing bracket 10 . Preferably, the fixing bracket 10 can be a steel structure or an RC structure, and the fixing bracket is fixed. 10 is a left and right symmetrical frame structure, the frame structure includes: a straight support frame 101, a lateral support 102, two upper sprocket supports 103, two middle sprocket supports 104 and two lower sprocket supports 105 and The straight support frame 101 and the lateral support 102 are the outer frame support structure of the fixed bracket 10, and the upper sprocket support 103 and the second middle chain The wheel bracket 104 and the two lower sprocket brackets 105 are each set on the left and right sides, and the length and the height are opposite positions, and are on the two upper sprocket brackets 103, the two middle sprocket brackets 104, and the two lower sprocket brackets 105. A plurality of sprocket fixing shafts 201 are disposed at opposite positions, and a straight rail fixing shaft hole 107 is disposed between the two small freely rotating sprocket wheels 20 of the two lower sprocket holders 105.

Referring to FIG. 9, FIG. 10, FIG. 11, FIG. 12 and FIG. 13, the freely rotating sprocket 20 is divided into a large freely rotating sprocket 200. And the small freely rotating sprocket 20, the sprocket diameter of the large freely rotating sprocket 200 is larger than the width of the basket 60, and is attached to the bearing 202 on both sides of the central shaft hole of the large freely rotating sprocket 200. Formed in a combination manner, the large free-spinning sprocket 200 is pivotally disposed on each of the sprocket fixing shafts 201 reserved on the two upper sprocket brackets 103 and the two middle sprocket brackets 104 of the fixed bracket 10, and Each of the two sprocket fixing shafts 201 is fixed on the two sprocket fixing shafts 201 disposed on both sides of the two lower sprocket brackets 105, and the same is also The buckle 204 is fixed.

Referring to FIG. 7 , FIG. 10 and FIG. 11 , the straight track 30 is fixed on the two lower sprocket brackets 105 by an L-shaped plate body 300 on the L-shaped plate body 300 . A plurality of fixed shaft holes 301 are formed on the surface of the plate, and a plurality of rail fixing shaft holes 305 are formed on the other side of the L-shaped plate body 300. Each of the L-shaped plate bodies 300 is fixed to the two lower sprocket brackets 105 by screws 302. The chain 50 moves along the two small freely rotating sprocket wheels 20, and a rail 304 is fixed to the L-shaped plate body 300 by screws 303 to form a straight track 30.

Referring to Figures 8, 10 and 13, a chain 50, the chain 50 is A plate 501 and a roller 502 are combined by a hollow shaft tube 503. Each of the plates 501 is an elongated plate body having arcs at both ends and each forming a shaft hole, and each plate 501 is formed by sandwiching the roller 502 by a hollow shaft. The tube 503 is connected in series to form a chain 50. Each of the circulation mechanisms is provided with a left chain 50A and a right chain 50B, which are hung on opposite sides of the fixing bracket 10, as shown in the drawing of FIG. It is a hanging manner of the left chain 50A and the right chain 50B, and the left chain 50A and the right chain 50B are each connected as a recyclable chain mode.

Referring to FIG. 5, FIG. 10, FIG. 11 and FIG. 13, the driving mechanism is a linkage shaft 701 which is arranged in parallel with the sprocket fixing shaft 201, and the linkage shaft 701 is attached to the left and right. A two-seat bearing 702 is disposed on each of the two upper sprocket supports 103 on the two sides, and a double sprocket 703 is also disposed at the opposite positions of the left chain 50A and the right chain 50B, and is disposed on the left chain 50A and the right chain 50B. A sprocket 704 is also disposed on the linkage shaft 701 at the position of the double sprocket 703. The two sprocket wheels 704 disposed on the linkage shaft 701 are respectively connected by a chain 705 and a double chain of the left chain 50A and the right sprocket 50B. The sprocket 703 is used as a power transmission connection. A reduction motor 706 is also disposed on the two upper sprocket holders 103 in parallel with the linkage shaft 701 and is connected to the linkage shaft 701 by a chain 707.

Referring to FIG. 9, FIG. 10, FIG. 11 and FIG. 12, the basket 60, the basket 60 is a carrier capable of carrying weight, and the basket 60 can be used when planting plants. The plant is directly cultivated on the frame of the basket 60, and the plant can be cultivated in the pot and placed on the basket 60. In addition, if the basket 60 is used for raising animals, the animals are raised. It can be directly raised on the basket 60, and the animals kept can be kept in the cage, and then the cage is placed on the basket 60. A device, a hanger 601 is formed on each side of the basket 60, and a lifting ring 603 and a roller 604 having a bearing 602 are formed at the end points of the two hangers 601, and the hanging baskets are arranged in an equidistant manner. The frame 60 is disposed between the left chain 50A and the right chain 50B. Each of the baskets 60 and the left chain 50A and the right chain 50B pass through the hollow shaft tube 503 of the chain 50 and the roller 604 and the ring 603 of the basket 60 with screws 605. The basket 60 is then secured by a nut 607.

Referring to Figures 10 and 19, the "institution for cultivating plants or animals in a circular manner" may be provided with a cage 109 of a net or a closed chamber depending on the characteristics of the plant or the animal to be raised, and may be surrounded by A working window 108 is reserved on a side of the body 109 that moves parallel to the basket 60, and a door or window 110 that can be opened or closed is provided. The working window 108 can move the baskets 60 to the work by activating the speed reducing motor 706. The manner of the window 108 is to manage the planting of the plants on each of the baskets 60 and the management of the harvesting operations or animals.

Referring to Figures 10 and 11, the second preferred embodiment of the present invention "the mechanism for cultivating plants or animals in a circular manner" is as follows: plants or plants cultivated on each of the baskets 60 By raising the deceleration motor 706, the left chain 50A and the right chain 50B simultaneously drive the baskets 60 to move, so that the plants or animals on the basket 60 can take turns to receive sunlight and various management. The invention relates to a "mechanism for cultivating plants or cultivating animals in a circular manner", which adopts an action of up and down circulation, and the weights thereof are mutually offset, and the rotation speed of the circulation mechanism is slow, and a reduction gear of a higher reduction ratio can be used. Therefore, the reduction motor 706 is not It requires a lot of load and can be easily activated.

Please refer to FIG. 14 and FIG. 17 for a perspective view and a cross-sectional view of a third preferred embodiment of the present invention. The difference between this embodiment and the first two embodiments is that the moving path of the chain of the embodiment is to set a slope. The track mode reaches the weight balance, which mainly includes: As shown in FIG. 15 , the fixing bracket 10 is fixed to a base by a fixing bracket 10 . Preferably, the fixing bracket 10 can be a steel structure or an RC structure, and the fixing bracket 10 is a left-right symmetric frame shape. The frame body comprises: a straight support frame 101, a lateral support 102 and a two-slope sprocket support 105C. The straight support frame 101 and the lateral support 102 are outer frame support structures of the fixed support 10, and two slopes The sprocket brackets 105C are each set on the left and right sides, and the length and the inclination are relative positions. A plurality of sprocket fixing shafts 201 are respectively disposed at the relative positions of the two sprocket sprocket holders 105C, and the two sprocket sprocket wheels are disposed. A straight rail fixing shaft hole 107 is disposed between the two freely rotating sprockets 20 at both ends of the bracket 105C.

Referring to FIG. 9, FIG. 15, and FIG. 16, the freely rotating sprocket 20 is attached to each of the sprocket-mounted shafts 201 reserved on the two-slope sprocket holder 105C. A freely rotatable freely rotating sprocket 20 is pivoted in a manner in which the sprocket sleeves are sleeved, each of which is rotated by a rotating sprocket 20 and secured by a retaining ring 204.

Referring to FIG. 7, FIG. 15, FIG. 16, and FIG. 17, the straight track 30 is attached to the two freely rotating chains of the left chain 50A and the right chain 50B of the two-slope sprocket holder 105C. Each of the wheels 20 is disposed to the track 30. The straight track 30 is a track required for the chain 50 to move between the freely rotating sprocket 20 and the freely rotating sprocket 20, as shown, for example, in the drawings. Fixed by forming an L-shaped plate 300 A plurality of fixed shaft holes 301 are formed on the surface of the L-shaped plate body 300, and a plurality of rail fixing shaft holes 305 are formed on the other side of the L-shaped plate body 300. The plates 300 are respectively fixed by the screws 302 to the two freely rotating sprocket 20 of the chain 50 moving path of the two-slope sprocket holder 105C, and then a rail 304 is fixed on the L-shaped plate body 300 by a screw 303 to form a straight line. To the track 30.

Referring to FIG. 8 , FIG. 16 and FIG. 17 , the chain 50 is a kind of a plate 501 and a roller 502 combined by a hollow shaft tube 503 , and each of the plates 501 has a circular arc at both ends and Each of the slabs 501 is formed by a pair of hollow rollers 503, and each of the slabs 501 is connected by a hollow shaft tube 503 to form a chain 50. Each of the circulation mechanisms is provided with a left chain 50A and a right chain 50B. Hanging on the opposite inner side of the fixed bracket 10, as shown in Fig. 16 and Fig. 17, the hanging manner of the left chain 50A and the right chain 50B, and connecting the left chain 50A and the right chain 50B to each Recyclable chain mode.

Referring to FIG. 5, FIG. 14, FIG. 15, and FIG. 17, the driving mechanism is a linkage shaft 701 disposed in parallel with the sprocket fixing shaft 201, and the linkage shaft 701 is fixed. A joint bearing 702 is disposed on each of the left and right sides of the bracket 10, and a double sprocket 703 is also disposed at a relative position of the left chain 50A and the right chain 50B, and the double sprocket of the left chain 50A and the right chain 50B is disposed. A sprocket 704 is also disposed on each of the interlocking shafts 701 at the position 703. The two sprocket wheels 704 disposed on the linkage shaft 701 are respectively carried by the chain 705 and the double sprocket 703 of the left chain 50A and the right sprocket 50B. The power transmission connection, a reduction motor 706 is also disposed on the fixed bracket 10 in parallel with the linkage shaft 701, and is connected to the linkage shaft 701 by a sprocket and a chain 707 transmission. Pick up.

Referring to Figures 9, 14 and 17, the basket 60, the basket 60 is a carrier capable of carrying weight, and the basket 60 can be directly cultivated if used in cultivated plants. On the frame of the basket 60, the plants can be cultivated in the pot and placed on the basket 60. In addition, if the basket 60 is used for feeding animals, the animals can be directly raised. On the basket 60, a device for feeding the animals in the cage, and then placing the cage on the basket 60, a hanger 601 is formed on each side of the basket 60. A lifting ring 603 and a roller 604 having a bearing 602 are formed at the end points of the two hangers 601, and the hanging basket 60 is disposed in an equidistant manner between the left chain 50A and the right chain 50B. The 60 and left chain 50A and the right chain 50B are fixed to the basket 60 by a screw 605 through the hollow shaft tube 503 of the chain 50 and the roller 604 and the eye 603 of the basket 60.

Please refer to Figures 14 and 19, the "institution for cultivating plants or animals in a circular manner" may be provided with a cage 109 of a net room or a closed room depending on the characteristics of the plant or the animal to be raised, and may be surrounded by A working window 108 is reserved on a side of the body 109 that moves parallel to the basket 60, and a door or window 110 that can be opened or closed is provided. The working window 108 can move the baskets 60 to the work by activating the speed reducing motor 706. The manner of the window 108 is to manage the planting of the plants on each of the baskets 60 and the management of the harvesting operations or animals.

Referring to Figures 14 and 17, the "institution for cultivating plants or animals in a circular manner" in the third preferred embodiment of the present invention is as follows: plants or plants cultivated on each of the baskets 60 Raised animals, left by starting the reduction motor 706 The chain 50A and the right chain 50B synchronously drive the baskets 60 to move cyclically, so that the plants or animals on the basket 60 can take turns to receive sunlight and various managements, and the mechanism for cultivating plants or animals in a circular manner. The action of using the slope to slide downwards achieves the interaction between the upper and lower weights, and the rotation speed of the circulation mechanism is slow to use a speed reducer with a higher reduction ratio. Therefore, the reduction motor 706 can be easily operated without requiring a large load.

Please refer to Figure 18, the creation of a mechanism for cultivating plants or animals in a circular manner. A circular mechanism for a fixed bracket can also be provided with a plurality of circulating mechanisms formed by mutually arranged fixing brackets. When more than one of the circulating mechanisms are arranged, the two upper sprocket brackets 103, the two middle sprocket brackets 104 and the two lower sprocket brackets 105 of the adjacent fixed brackets 10 can be shared, for example, as shown in the drawings. Two circulating mechanisms, the two upper sprocket brackets 103, the two middle sprocket brackets 104 and the two lower sprocket brackets 105 of the adjacent fixed brackets 10 are shared.

However, the above descriptions are only preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, such as the conversion of power units, baskets, sprockets, and chains, or to increase temperature control or The way in which the external walls are changed is also within the scope of this creation; the equivalent changes and modifications made by this skill should be covered by the scope of this creation.

In summary, the “institutions that cultivate plants or farm animals in a circular manner” are patented and valuable for the industry; the applicants filed new patents with the bureau in accordance with the provisions of the Patent Law. Application.

10‧‧‧Fixed bracket

20‧‧‧Free rotating sprocket

30‧‧‧Direct Orbit

50‧‧‧Chain

60‧‧‧ hanging basket

701‧‧‧ linkage shaft

702‧‧‧joint bearing

703‧‧‧Door sprocket

704‧‧‧Sprocket

705‧‧‧Chain

706‧‧‧Speed motor

707‧‧‧Chain

Claims (25)

A mechanism for cultivating plants or cultivating animals in a circular manner is to erect a symmetrical fixing bracket on a base, and a plurality of freely rotating sprocket wheels arranged on the two sides of the fixed bracket are arranged on the two sides of the fixed bracket by fixing brackets The freely rotating sprocket provided on both sides of the inner side is provided with a circulating chain which can be rotated synchronously, and a plurality of hanging basket racks are hung on the two chain strips and are opposite to the two chains, and the hanging basket frame can be driven by the speed reducing motor. . The invention relates to a mechanism for cultivating plants or cultivating animals in a circular manner, which comprises: a fixing bracket, which is arranged on a base to erect a symmetrical frame-shaped structure body, and the fixing bracket comprises: a straight support frame, a lateral support frame and two upper brackets. The sprocket bracket, the two middle sprocket brackets and the two lower sprocket brackets are formed; the freely rotating sprocket is disposed on the two upper sprocket brackets, the second middle sprocket bracket and the two lower sprocket brackets of the fixed bracket in a left-right relative position manner. Upper and opposite to the inner side of the fixed bracket; the straight track is a track disposed between the freely rotating sprocket and the freely rotating sprocket for moving the basket; the two chains are hung on the fixed bracket The upper side is opposite to the inner side, and the two sprocket wheels are respectively connected into a recyclable chain mode; the driving mechanism, a speed reducing motor transmits the two chains by the power of a linkage shaft, so that the two chains can be synchronized; the basket, The hanging basket rack is hung on the two chain strips and is opposite to the two chain strips, and the hanging basket rack can be planted or can raise animals. A mechanism for cultivating plants or cultivating animals in a circular manner as described in the second aspect of the patent application, wherein a hollow shaft tube is provided on the sheets and sheets of the two chains. The "institution for cultivating plants or cultivating animals in a circular manner" as described in the second paragraph of the patent application, wherein each of the two lifting rings of the hanging basket is provided with a roller. For example, the "system for cultivating plants or cultivating animals in a circular manner" as described in claim 2, wherein the two slings of each of the baskets are combined with the hollow shaft tubes of the two chains. A mechanism for cultivating plants or cultivating animals in a circular manner as described in claim 4, wherein a freely sprocket and a freely rotating sprocket are provided with rails for moving the rollers provided by the basket. The "institution for cultivating plants or animals in a circular manner" as described in the second aspect of the patent application, wherein the outer side of the fixing bracket is provided with a surrounding body. The "institution for cultivating plants or cultivating animals in a circular manner" as described in claim 7 of the patent application, wherein the enclosure is provided with an operation window that can be opened or closed. For example, the mechanism for cultivating plants or animals in a circular manner as described in the second paragraph of the patent application may be provided with a plurality of circulating mechanisms formed by mutually arranged fixing brackets, and when two or more circulating mechanisms are arranged, Adjacent fixed brackets can be shared. The invention relates to a mechanism for cultivating plants or cultivating animals in a circular manner, which comprises: a fixing bracket, which is arranged on a base to erect a symmetrical frame-shaped structure body, and the fixing bracket comprises: a straight support frame, a lateral support frame and two upper brackets. The sprocket bracket, the two middle sprocket brackets and the two lower sprocket brackets are formed; the freely rotating sprocket, a large freely rotating sprocket having a sprocket diameter larger than the width of the basket frame is disposed on the second fixed bracket in a left-right relative position On the sprocket bracket and the second middle sprocket bracket, a small freely rotating sprocket is arranged on the two lower sprocket brackets, and each of the large freely rotating sprocket and each small freely rotating sprocket is disposed on the fixed bracket. Inside The straight track is a track between a small free-rotating sprocket and a small free-rotating sprocket disposed on the two lower sprocket brackets for moving the basket frame; the two chains are hung on the fixed bracket. Opposite the inner side, and the two sprocket wheels are respectively connected into a recyclable chain mode; the driving mechanism, a deceleration motor transmits the two chains by the power of a linkage shaft, so that the two chains can be synchronized; the basket is suspended The basket rack is hung on the two chains and is relatively between the two chains. Plants can be planted on the baskets or animals can be kept. A mechanism for cultivating plants or cultivating animals in a circular manner as described in claim 10, wherein the plates and sheets of the two chains are provided with hollow shaft tubes. A mechanism for cultivating plants or cultivating animals in a circular manner as described in claim 10, wherein each of the two lifting rings of the basket is provided with a roller. The "institution for cultivating plants or cultivating animals in a circular manner" as described in claim 10, wherein the two slings of each of the baskets are combined with the hollow shaft tubes of the two chains. The "institution for cultivating plants or cultivating animals in a circular manner" as described in claim 12, wherein a small free-spinning sprocket on the two lower sprocket brackets and a small free-rotating sprocket are provided with a hanging basket The track on which the roller is placed. A mechanism for cultivating plants or cultivating animals in a circular manner as described in claim 10, wherein the outer side of the fixing bracket is provided with a surrounding body. The "institution for cultivating plants or animals in a circular manner" as described in claim 15 wherein the enclosure is provided with an openable or closed working window. The "institution for cultivating plants or cultivating animals in a circular manner" as described in claim 10, wherein a plurality of circulating mechanisms formed by mutually arranged fixing brackets may be provided. When two or more circulating mechanisms are arranged, the adjacent fixing brackets can be shared. A mechanism for cultivating plants or cultivating animals in a circular manner, comprising: a fixing bracket, erecting a symmetrical frame-shaped structure on a base, the fixing bracket comprises: a straight support frame, a lateral support and two slopes a sprocket bracket; the freely rotating sprocket is disposed on the two slope sprocket brackets of the fixed bracket in a left-right relative position and opposite to the inner side of the fixed bracket; the straight track is a kind of freely rotating chain Between the wheel and the freely rotating sprocket, a track for the basket to move; the two chains are hung on opposite sides of the fixed bracket, and the two sprocket wheels are respectively connected into a recyclable chain mode; the driving mechanism A deceleration motor transmits the two chains by the power of a linkage shaft, so that the two chains can be synchronized; the basket frame is hung on the two chains and is relatively arranged between the two chains, and the baskets can be planted on the baskets. Plants or animals can be raised. A mechanism for cultivating plants or cultivating animals in a circular manner as described in claim 18, wherein the plates and sheets of the two chains are provided with hollow shaft tubes. The "institution for cultivating plants or cultivating animals in a circular manner" as described in claim 18, wherein the two lifting rings of each of the hanging baskets are provided with rollers. The "institution for cultivating plants or cultivating animals in a circular manner" as described in claim 18, wherein the two slings of each of the baskets are combined with the hollow shaft tubes of the two chains. A mechanism for cultivating plants or cultivating animals in a circular manner as described in claim 20, wherein a freely sprocket and a freely rotating sprocket are provided with a rail for moving the roller provided by the basket. The "institution for cultivating plants or cultivating animals in a circular manner" as described in claim 18, wherein the outer side of the fixing bracket is provided with a surrounding body. The "institution for cultivating plants or cultivating animals in a circular manner" as described in claim 23, wherein the enclosure is provided with an operation window that can be opened or closed. The "institution for cultivating plants or animals in a circular manner" as described in claim 18, wherein a plurality of circulating mechanisms formed by mutually arranged fixing brackets may be provided, and when two or more circulating mechanisms are arranged The adjacent fixing brackets can be shared.