CN111820121A - Plant trough production equipment and plant trough transmission mechanism - Google Patents

Abstract

The present invention relates to a plant trough production equipment and a plant trough transmission mechanism, which adjust the spacing according to the daily growth of hydroponic plants to allow hydroponic plants of different ages to obtain the best growth space; the plant trough production equipment of the present invention The plant trough production equipment includes a feeding and conveying mechanism, a plant trough conveying mechanism, and a discharging and conveying mechanism; thereby, the plant trough production equipment of the present invention mainly uses a plurality of top pieces to position the hardware design of each water tank, effectively According to the daily growth of hydroponic plants in each tank, the spacing is adjusted so that hydroponic plants of different ages can obtain the best growth space. In conjunction with the feeding and discharging of the plant tanks, the cultivation of hydroponic plants can be truly automated and improve The quality of the hydroponic plants produced and cultivated, and the effective use of limited space, thereby increasing the yield of cultivated crops.

Description

Plant trough production equipment and plant trough transmission mechanism

technical field

The present invention relates to a plant trough production equipment and a plant trough conveying mechanism, in particular to a plant trough which adjusts the spacing therebetween in response to the daily growth of hydroponic plants so that hydroponic plants of different ages can obtain optimal growth space Production equipment.

Background technique

The general procedure for cultivating hydroponic plants is to first raise seedlings, and then transplant the seedlings to the production tank for cultivation, and grow slowly by the adsorption of the culture medium by the hydroponic plants. Traditional hydroponic plants (such as hydroponic vegetables) are grown in During the growth process, it needs to be transplanted according to the date of planting, for example: planting in the 1st area from the 1st day to the 3rd day, moving it to the 2nd area on the 4th day to the 6th day, and transplanting it from the 7th day to the 9th day. To the 3rd area, and so on, by recording the planting date, the hydroponic vegetables can be harvested after they reach the best mature state; however, this cultivation method is not only troublesome, labor-consuming and time-consuming, but also requires detailed records of the planting during transplanting. date, otherwise it will affect the planting results of hydroponic vegetables.

The "Hydroponic Vegetable Cultivation Device" of Taiwan's New Patent No. M494481 was developed to solve the above problems. This patent mainly includes a plurality of troughs side by side, and a plurality of sliding plates placed on the troughs. Among them, the slide plates span across the tank body and can move along the tank body, and the slide plate is provided with a fixing frame corresponding to each tank body and provided with an adsorption member, so that the culture solution is placed in each tank body, and the Vegetable seeds are placed on the adsorption part of the fixing frame, and the cultivation liquid of hydroponic vegetables is formed by adsorbing the culture liquid, and the slide plate is pushed back in sequence according to the planting date. After the slide plate is pushed to the end of the tank body, the The growing hydroponic vegetables are harvested, so that the cultivation of hydroponic vegetables is more convenient and efficient; however, although the fixed frame of this patent moves along the tank body by means of a sliding plate, the volume of the hydroponic vegetables will gradually increase as it grows. As the plant grows up, it has the disadvantage that the required growth distance of the hydroponic vegetables in the fixed frame cannot be controlled. Therefore, how to effectively use the innovative hardware design to effectively allow the hydroponic plants of different ages to obtain their own The best growth space can indeed improve the quality of hydroponic plants and effectively use the limited space to obtain a large amount of cultivation and cultivation. It is still the hydroponic plant cultivation device and other related industry developers and related researchers need to continue to work hard to overcome and solve the problem. 's subject.

SUMMARY OF THE INVENTION

Today, the inventor considers that there are still many deficiencies in the actual implementation of the traditional plant trough control structure, so it is a tireless spirit, and with the assistance of its rich professional knowledge and years of practical experience, to improve it, And according to this research and create the present invention.

The main purpose of the present invention is to provide a plant trough production equipment and a plant trough transmission mechanism, especially a device that adjusts the spacing between hydroponic plants in response to the daily growth of hydroponic plants so that hydroponic plants of different ages can obtain the best growth space. The plant trough production equipment mainly uses a plurality of top pieces to locate each water tank and the hardware design of the plant trough transmission mechanism, which can effectively adjust the spacing of the hydroponic plants in each tank according to the daily growth of the hydroponic plants, so that the hydroponic plants of different ages can be adjusted. It can obtain the best growth space, and cooperate with the feeding and discharging of the plant trough of hydroponic plants, which can indeed achieve the automatic production of cultivated hydroponic plants, improve the quality of cultivated hydroponic plants, and effectively use the limited space, thereby improving the cultivation of hydroponic plants. The main advantage of planting yield and so on.

The inventor proposes a plant trough conveying mechanism, which at least includes: a conveying assembly, including a conveying motor, a transmission shaft arranged on the transmission motor, a transmission shaft arranged on the transmission shaft and having a first conveying surface A transmission belt, a sensing element arranged on one side of the transmission belt, and a positioning member, the positioning member includes a positioning bracket arranged at the lower end of the transmission belt, a positioning bracket arranged at the lower end of the positioning bracket and electrically connected a positioning lifting member connected to the sensing element, and a plurality of top members fixed on the positioning lifting member; and a transmission support assembly, including a support frame, and a plurality of respectively arranged on the two sides of the transmission belt and Connect the support rods of the support frame.

In order to achieve the above implementation purpose, the present inventor proposes a plant trough production equipment, which at least includes a feeding conveying mechanism, a plant trough conveying mechanism, and a discharging conveying mechanism; the feeding conveying mechanism is provided with a feeding drive assembly, and at least one paddle connected to the feeding drive assembly; the plant trough conveying mechanism is arranged on one side of the feeding conveying mechanism, the plant trough conveying mechanism includes at least one conveying assembly, and a conveying support assembly, and the conveying assembly includes a conveying motor , a transmission shaft arranged on the transmission motor, a transmission belt arranged on the transmission shaft and having a first conveying surface, a sensing element arranged at one side of the transmission belt, and a positioning member, the positioning member includes There is a positioning bracket arranged at the lower end of the conveyor belt, a positioning lifting piece arranged at the lower end of the positioning bracket and electrically connected to the sensing element, and a plurality of top pieces fixed on the positioning bracket, and the transmission support assembly includes a support a rack, and a plurality of support rods that are respectively arranged on two sides of the conveyor belt and connected to the support frame; the discharging conveying mechanism is arranged at the other end of the plant trough conveying mechanism relative to the feeding conveying mechanism, and the discharging conveying mechanism includes: There is a ejector assembly, a discharge bracket, a discharge lifter, and at least one set of discharge conveying assemblies, and the ejection assembly is arranged at the other end of the plant trough conveying mechanism, and the ejection assembly is arranged in the The lower end of the conveying belt, and the discharge conveying assembly is fixed above the discharge support, and the ejecting assembly includes a ejecting lifter, an ejecting drive, a push rod, and a push piece. The ejecting driving member is connected to the ejecting lifting member, one side of the ejecting driving member is connected to the ejecting rod, the ejecting piece is fixed on the other end of the ejecting rod relative to the ejecting driving member, and the discharging conveying assembly It includes a discharging motor and a discharging belt connected with the discharging motor and having a second conveying surface.

The plant trough production equipment as described above, wherein the plant trough production equipment may further comprise a plurality of water tanks arranged side by side on the conveyor belt.

In the above-mentioned plant tank production equipment, an adjustment piece is provided on one side of the water tank.

In the above-mentioned plant tank production equipment, the water tank is provided with at least one reinforcing sheet to increase the wear resistance of the water tank.

In the above-mentioned plant trough production equipment, the feeding driving component is a tensile member, and the tensile member includes a power source and a telescopic rod respectively connecting the power source and the paddle.

The plant trough production equipment as described above, wherein the feed drive assembly may further comprise a feed motor and a feed belt connected to the feed motor.

The plant trough production apparatus as described above, wherein the top piece has a gradually widening spacing toward the direction in which the conveyor belt moves.

The above-mentioned plant trough production equipment, wherein the top piece has a plurality of top sheets, the two sides of the positioning bracket are respectively provided with a fixing rod, and the top sheets are correspondingly worn on the fixed rods, and wherein the plurality of top sheets are respectively worn in two by two correspondingly. For the two fixing rods, the top sheets respectively include a through hole and an adjustment screw, the fixing rods are correspondingly penetrated in the through hole and fixed by the adjustment screw.

According to another preferred embodiment of the output conveying mechanism of the plant trough production equipment of the present invention, the output conveying mechanism is arranged at the other end of the plant trough conveying mechanism relative to the feeding conveying mechanism, and the output conveying mechanism includes a A plurality of discharge supports and a plurality of discharge conveying components, the discharge supports are respectively connected to the discharge conveying component and the discharge lifting member, and the discharge conveying component includes a discharge motor, and a connection to the discharge motor And there is a discharging belt with a second conveying surface, and every two discharging belts are adjacently arranged on the one conveying belt.

Thereby, the plant trough production equipment and the plant trough transfer mechanism of the present invention mainly use a plurality of top pieces to locate the hardware design of each water tank, so as to effectively adjust the spacing of the hydroponic plants in each water tank as the water tank grows day by day, so that different days can be adjusted. Age-old hydroponic plants can obtain the best growth space, and with the feeding and discharging of the plant troughs of hydroponic plants, it is indeed possible to automate the production of plant troughs for cultivated hydroponic plants, improve the quality of cultivated hydroponic plants, and effectively The main advantage of using limited space is to increase the yield of cultivation and cultivation.

Description of drawings

Fig. 1 is a schematic diagram (1) of the overall equipment appearance of a preferred embodiment of the plant trough production equipment of the present invention.

Figure 2: A schematic diagram (2) of the overall equipment appearance of a preferred embodiment of the plant trough production equipment of the present invention.

Fig. 3 is a top view of the overall equipment appearance of a preferred embodiment of the plant trough production equipment of the present invention.

Figure 4: A side view (1) of the operation of the plant trough conveying mechanism of a preferred embodiment of the plant trough production equipment of the present invention.

Figure 5: A side view (2) of the operation of the plant trough conveying mechanism of a preferred embodiment of the plant trough production equipment of the present invention.

Fig. 6: A side view (3) of the operation of the plant trough conveying mechanism of a preferred embodiment of the plant trough production equipment of the present invention.

Figure 7: A side view (4) of the operation of the plant trough conveying mechanism of a preferred embodiment of the plant trough production equipment of the present invention.

Fig. 8: Schematic diagram (1) of the operation of the discharge conveying mechanism of a preferred embodiment of the plant trough production equipment of the present invention.

Fig. 9: Schematic diagram (2) of the operation of the discharge conveying mechanism of a preferred embodiment of the plant trough production equipment of the present invention.

Figure 10: Schematic diagram (3) of the operation of the discharge conveying mechanism of a preferred embodiment of the plant trough production equipment of the present invention.

Fig. 11: A schematic diagram (4) of the operation of the discharge conveying mechanism of a preferred embodiment of the plant trough production equipment of the present invention.

Fig. 12 is a schematic diagram showing the arrangement of the discharge conveying mechanism of a preferred embodiment of the plant trough production equipment of the present invention.

Figure 13 is a schematic diagram of the overall appearance of the second preferred embodiment of the plant trough production equipment of the present invention.

Figure 14: A schematic diagram of the arrangement of the top piece of the second preferred embodiment of the plant trough production equipment of the present invention.

Description of drawing numbers:

1 Plant trough production equipment

10 Feed conveying mechanism

11 Feed drive assembly

111 Power source

112 Telescopic rod

113 Feed motor

114 Feed belt

12 Picks

20 Plant trough transfer mechanism

21 Transmission components

211 Transmission motor

212 Drive shaft

213 Conveyor belt

2131 The first conveying surface

214 Sensing element

215 Positioning member

2151 Positioning bracket

21511 Fixed rod

2152 Positioning lifter

2153 Top piece

21531 Top sheet

215311 Perforation

215312 Adjusting screw

22 Transmission support assembly

221 Support frame

222 Support rod

223 Support piece

30 Outlet conveying mechanism

31 Ejector assembly

311 Ejector lifter

312 Ejection drive

313 putter

314 Push Pieces

32 Outlet bracket

33 Discharge lifter

34 Outlet conveyor assembly

341 Outlet motor

342 Outlet belt

3421 Second conveying surface

40 sinks

41 Cover

411 Plant Holes

42 Tabs

43 Reinforcement

44 Inlet.

Detailed ways

First, please refer to FIG. 1 to FIG. 4 , which are the overall equipment appearance schematic diagram (1), the overall equipment appearance diagram (2), the overall equipment appearance top view, and the plant tank appearance diagram of a preferred embodiment of the plant tank production equipment of the present invention. The operation side view of the conveying mechanism (1), wherein the plant slot conveying mechanism of the present invention, the plant slot conveying mechanism 20 includes at least: a conveying assembly 21, including a conveying motor 211, a transmission shaft arranged on the conveying motor 211 212, a conveyor belt 213 disposed on the transmission shaft 212 and having a first conveying surface 2131, a sensing element 214 disposed on one side of the conveyor belt 213, and a positioning member 215, the positioning member 215 It includes a positioning bracket 2151 disposed at the lower end of the conveyor belt 213, a positioning lifting member 2152 disposed at the lower end of the positioning bracket 2151 and electrically connected to the sensing element 214, and a plurality of positioning lifting members 2152 fixed on the positioning lifting member 2152 and a conveying support assembly 22, including a support frame 221, and a plurality of support rods 222 arranged on two sides of the conveying belt 213 and connected to the support frame 221 respectively.

Further, the plant trough production equipment 1 of the present invention at least includes a feeding conveying mechanism 10, a plant trough conveying mechanism 20, a discharging conveying mechanism 30, and a plurality of water tanks 40, and the plurality of water tanks 40 can be respectively provided with an inlet In a preferred embodiment of the present invention, the water tank 40 includes a cover 41, and the cover 41 is provided with a plurality of plant holes 411, and each plant hole 411 is planted with at least one hydroponic plant (not shown in the figure), and an adjusting piece 42 is provided on one side of the water tank 40, and each water tank 40 is positioned by the adjusting piece 42 abutting against each other, especially if the length dimension of the plurality of water tanks 40 is wrong When the value is set, the plurality of water tanks 40 can be abutted against each other by the adjusting sheet 42, so that the plurality of water tanks 40 can be properly adjusted to be positioned at an accurate conveying position.

The feed conveying mechanism 10 is provided with a feed drive assembly 11 and at least one paddle 12 connected to the feed drive assembly 11; in addition, the feed drive assembly 11 includes a power source 111, and a pair of respectively connected to the feed drive assembly 11. The power source 111 and the tension member of the telescopic rod 112 of the paddle 12, wherein the power source 111 is a device such as a cylinder or a hydraulic cylinder; in a preferred embodiment of the present invention, the tension member is The feed drive assembly 11 presented in this aspect includes the power source 111 composed of a cylinder or a hydraulic cylinder, etc., and the telescopic rod 112 connecting the power source 111 and the paddle 12 respectively, wherein When the power source 111 drives the telescopic rod 112 from the outside to the inside and pulls the paddle 12 back, the paddle 12 can pull the water tank 40 to one side of the telescopic rod 112 , first place the water tank 40 On a support rod 222 and a support piece 223 and located inside the telescopic rod 112, the power source 111 drives the telescopic rod 112, and then pushes the paddle 12 to drive the water tank 40 to move to the plant tank for transmission The mechanism 20 positions all the water tanks 40 , and then drives the transmission belt 213 by the transmission motor 211 to displace the water tanks 40 on the transmission belt 213 .

The plant trough conveying mechanism 20 is disposed on one side of the feeding conveying mechanism 10 , the plant trough conveying mechanism 20 includes at least one conveying component 21 and a conveying support component 22 , and the at least one conveying component 21 includes a conveying motor 211. A transmission shaft 212 arranged on the transmission motor 211, a transmission belt 213 arranged on the transmission shaft 212 and having the first conveying surface 2131, a sensing device arranged at one side of the transmission belt 213 element 214, and a positioning member 215, the positioning member 215 includes a positioning bracket 2151 disposed at the lower end of the conveyor belt 213, a positioning lifting member disposed at the lower end of the positioning bracket 2151 and electrically connected to the sensing element 214 2152, and a plurality of top pieces 2153 fixed on the positioning lifting piece 2152, wherein the top piece 2153 has a gradually widening spacing toward the moving direction of the conveying belt 213, and the conveying support assembly 22 includes a support frame 221, One end of the support frame 221 is provided with a plurality of support pieces 223 to form a feeding channel, and a plurality of support rods 222 respectively arranged on two sides of the conveyor belt 213) and connected to the support frame 221; please refer to 4 to 7 are the operation side view (1) of the plant trough conveying mechanism, the operation side view (2) of the plant trough conveying mechanism, and the operation side of the plant trough conveying mechanism according to a preferred embodiment of the plant trough production equipment of the present invention. View (3), and a side view (4) of the operation of the plant trough conveying mechanism, wherein when the water troughs 40 are displaced to the proper position on the conveyor belt 213 of the plant trough conveying mechanism 20 by the push of the pick 12 When the water tanks 40 are driven by the transmission motor 211 to drive the transmission shaft 212 to drive the transmission belt 213 to rotate, the water tanks 40 start to move, and the sensing element 214 located on one side of the transmission belt 213 That is, the action of detection starts. When the sensing element 214 senses the displacement between the plurality of water tanks 40 at the first gap, a signal is generated and sent to the positioning lifting member 2152, and the positioning lifting member 2152 receives the signal. The signal starts to activate and moves the top pieces 2153 to rise, so that the moving water troughs 40 abut against the top pieces 2153 to stop moving and form a distance between the water troughs 40 for positioning, that is, The synchronous displacement of the water tank 40 is controlled, and the positioning lifter 2152 will automatically return to spacing to achieve the spacing required to control the hydroponic plant growth schedule between the tanks 40 .

A discharging conveying mechanism 30 is disposed at the other end of the plant trough conveying mechanism 20 relative to the feeding conveying mechanism 10 , and the discharging conveying mechanism 30 includes a ejector assembly 31 , a discharging support 32 , and at least A set of discharging conveying components 34 is provided, and the ejecting component 31 is disposed on the other end of the plant trough conveying mechanism 20, and the discharging bracket 32 is disposed on the opposite side of the planting trough conveying mechanism 20. The assembly 34 is fixed on the top of the discharging bracket 32 , and the ejecting assembly 31 includes an ejecting lifting member 311 , a ejecting driving member 312 , a pushing rod 313 , and at least one pushing piece 314 . The ejecting lifting member 311 The ejector drive member 312 is connected to the top, and the push rod 313 is connected to one side of the ejector driver member 312 , and the push piece 314 is fixed at one end of the push rod 313 ; please refer to FIG. 8 to FIG. 11 . A schematic diagram of the operation of the discharging conveying mechanism (1), the schematic diagram of the operation of the discharging conveying mechanism (2), the schematic diagram of the operation of the discharging conveying mechanism (3), and the schematic diagram of the operation of the discharging conveying mechanism ( 4), wherein the discharging conveying assembly 34 includes a discharging motor 341, and a discharging belt 342 connected to the discharging motor 341 and having a second conveying surface 3421; When the hydroponic plant inside has reached a long schedule, the second conveying surface 3421 of the discharging belt 342 is equal to the height of the first conveying surface 2131 of the conveying belt 213, and the conveying motor 211 is activated to drive the conveying belt 213 to position , and activate the ejector lifting member 311 to raise the ejection drive member 312, and link the push rod 313 and the push piece 314 to rise, so that the push piece 314 can be raised to the height of the water tank 40, Then drive the ejector drive member 312 to push the ejector piece 314 to the top of the water tank 40 to the top of the discharge belt 342, and finally drive the discharge motor 341 to drive the discharge belt 342 to output the water tank 40, the ejector The driving member 312 drives the push rod 313 and the push piece 314 to return.

For the discharge conveying mechanism of another preferred embodiment of the plant trough production equipment of the present invention, please refer to FIG. 2 and FIG. 3 at the same time. At the other end of the conveying mechanism 20, the discharging conveying mechanism 30 includes a plurality of discharging brackets 32, a discharging lifting member 33, and a plurality of discharging conveying assemblies 34, and the discharging conveying assembly 34 includes a discharging motor 341; The material conveying assembly 34 and the material discharging lifting member 33 are fixed above the discharging support 32 , and the discharging support 32 enables a plurality of the discharging conveying elements 34 to ascend and descend synchronously. When the hydroponic plants in the water tanks 40 close to the discharge belt 342 have reached a long schedule, the plant tank production equipment 1 first starts the discharge lifter 33 to make the second conveyance of the discharge belt 342 When the surface 3421 is lower than the height of the first conveying surface 2131 of the conveying belt 213, then start the conveying motor 211 to drive the conveying belt 213 to push the plurality of water tanks 40 in the same row to the top of the discharging belt 342, and stop the conveying The motor 211 positions the plurality of water tanks 40 above the discharge belt 342, activates the discharge lifter 33 to raise the discharge belt 342, and makes the second conveying surface 3421 of the discharge belt 342 higher than the conveying belt 342 The height of the first conveying surface 2131 of the belt 213 finally drives the discharging motor 341 to drive the discharging belt 342 to output the plurality of water tanks 40 . Furthermore, the bottom of the plurality of water tanks 40 is flat, and at least one magnetic attraction member (not shown) or a load-bearing member (not shown) can be fixed at the bottom to achieve the stability of the plurality of water tanks 40 during transmission and prevent the plurality of water tanks 40 from being transported. The sink 40 is overturned while moving.

In addition, please also refer to FIG. 12 , which is a schematic diagram of the setting of the discharge conveying mechanism of a preferred embodiment of the plant tank production equipment of the present invention, wherein at least one reinforcing sheet 43 is provided in the middle and two sides of the water tank 40 , The reinforcing sheet 43 can effectively increase the wear resistance of the water tank 40 on the conveyor belt 213 to prevent the water tank 40 from being damaged.

Furthermore, please refer to FIG. 4 and FIG. 13 together, which are schematic diagrams of the overall equipment appearance of the second preferred embodiment of the plant trough production equipment of the present invention, wherein the feeding drive assembly 11 includes a feeding motor 113, and a A feeding belt 114 is connected to the feeding motor 113 , the feeding belt 114 is fixed with a plurality of paddles 12 with intervals, and a water tank 40 is placed on a supporting piece 223 beside the feeding belt 114 and located therein Between the two paddles 12, the feeding motor 113 is activated again to drive the feeding belt 114 to move a plurality of the paddles 12, and the water tank 40 can be moved to the plant trough by the pushing of the paddles 12. At an appropriate position on the conveying mechanism 20 , the conveying motor 211 drives the conveying belt 213 to displace the water tank 40 on the conveying belt 213 .

In addition, please refer to FIG. 14 , which is a schematic diagram of the arrangement of the top piece of the second preferred embodiment of the plant trough production equipment of the present invention, wherein the top piece 2153 has a plurality of top pieces 21531 , and the two side portions of the positioning bracket 2151 are respectively A fixing rod 21511 is provided, and the plurality of top sheets 21531 are respectively pierced through the two fixing rods 21511, wherein the plurality of the top sheets 21531 respectively include a through hole 215311 and an adjustment screw 215312, and the fixing rods 21511 are correspondingly penetrated in the The through hole 215311 is fixed by the adjusting screw 215312. The position of the top sheets 21531 can be adjusted by adjusting the adjusting screw 215312 to control the position of the top sheets 21531 on the fixing rod 21511, so as to adjust the position of the plurality of top sheets 21531. The spacing of the top pieces 2153 is required to achieve the spacing required to control the hydroponic plant growth schedule between the tanks 40 .

In addition, in the plant trough production equipment of the present invention, the belt is used for conveying, and a support plate needs to be used under the belt as a support function; or, a plurality of rollers are used as a support function. This is a well-known structure and will not be repeated here. In addition, when multiple belts are used for the same transmission, it is necessary to synchronize the transmission. Further, in the plant trough production equipment of the present invention, the feeding conveying mechanism and the discharging conveying mechanism can be operated and exchanged in reverse, so as to achieve automatic production of feeding and discharging.

It can be seen from the above description of the implementation that the plant trough production equipment and the plant trough conveying mechanism of the present invention have the following advantages compared with the prior art.

The plant trough production equipment and the plant trough transmission mechanism of the present invention mainly use a plurality of top pieces to locate the hardware design of each water tank, which can effectively adjust the spacing of the hydroponic plants in each water tank as the water grows day by day, so that the water of different ages can be adjusted. Cultivated plants can obtain the best growth space, and with the feeding and discharging of the plant trough of hydroponic plants, it can indeed achieve automatic production of cultivated hydroponic plants, improve the quality of cultivated hydroponic plants, and effectively use limited space, and then The main advantages of increasing the yield of cultivation and cultivation.

Claims (10)

1. A plant pot transport mechanism, characterized in that the plant pot transport mechanism (20) comprises at least:

the conveying assembly (21) comprises a conveying motor (211), a transmission shaft (212) which is axially arranged on the conveying motor (211), a conveying belt (213) which is arranged on the transmission shaft (212) and is provided with a first conveying surface (2131), a sensing element (214) which is arranged on one side part of the first conveying surface (2131), and a positioning member (215), wherein the positioning member (215) comprises a positioning support (2151) which is arranged on the lower end part of the conveying belt (213), a positioning lifting piece (2152) which is arranged on the lower end part of the positioning support (2151) and is electrically connected with the sensing element (214), and a plurality of top pieces (2153) which are fixedly arranged on the positioning support (2151).

2. The plant slot conveying mechanism according to claim 1, wherein a conveying support assembly (22) is provided, which comprises a support frame (221) and a plurality of support rods (222) respectively arranged at two side portions of the conveying belt (213) and connected to the support frame (221).

3. Plant tank production equipment, characterized by comprising at least:

the feeding conveying mechanism (10) is provided with a feeding driving component (11) and at least one shifting piece (12) connected with the feeding driving component (11);

a plant trough transfer mechanism (20) according to claim 1 or 2, said plant trough transfer mechanism (20) being disposed on a side portion of said feed conveyor (10); and

a discharge conveying mechanism (30) arranged at the other end of the plant groove conveying mechanism (20) relative to the feeding conveying mechanism (10), the discharge conveying mechanism (30) comprises a pushing component (31), a discharge support (32) and at least one group of discharge conveying components (34), the pushing component (31) is arranged at the other end of the plant groove conveying mechanism (20), the pushing component (31) is arranged at the lower end part of the conveying belt (213), the discharge conveying components (34) are fixedly arranged above the discharge support (32), the pushing component (31) comprises a pushing lifting piece (311), a pushing driving piece (312), a push rod (313) and a push sheet (314), the pushing lifting piece (311) is connected with the pushing driving piece (312), one side of the pushing driving piece (312) is connected with the push rod (313), the pushing sheet (314) is fixedly arranged at the other end part of the pushing rod (313) relative to the pushing driving piece (312), and the discharging conveying component (34) comprises a discharging motor (341) and a discharging belt (342) which is connected with the discharging motor (341) and is provided with a second conveying surface (3421).

4. Plant tank production equipment, characterized by comprising at least:

the feeding conveying mechanism (10) is provided with a feeding driving component (11) and at least one shifting piece (12) connected with the feeding driving component (11);

a plant trough transfer mechanism (20) according to claim 1 or 2, said plant trough transfer mechanism (20) being disposed on a side portion of said feed conveyor (10); and

a discharging conveying mechanism (30) arranged at the other end of the plant groove conveying mechanism (20) relative to the feeding conveying mechanism (10), wherein the discharging conveying mechanism (30) comprises a plurality of discharging supports (32), a discharging lifting member (33) and a plurality of discharging conveying components (34), the discharging supports (32) are respectively connected with the discharging conveying components (34) and the discharging lifting member (33), the discharging conveying components (34) comprise a discharging motor (341) and a discharging belt (342) which is connected with the discharging motor (341) and is provided with a plurality of second conveying surfaces (3421), and the conveying belts (213) are adjacently arranged between every two discharging belts (342).

5. Plant tank production plant according to claim 3 or 4, characterized in that it comprises a plurality of water tanks (40) arranged side by side on the conveyor belt (213).

6. Plant tank production plant according to claim 5, characterized in that the water tank (40) is provided with an adjustment tab (42) at one side; alternatively, the water tank (40) is provided with at least one reinforcing sheet (43).

7. Plant tank production plant according to claim 3 or 4, characterized in that the feeding drive assembly (11) is a stretching member comprising a power source (111) and a telescopic rod (112) connecting the power source (111) and the paddle (12) respectively.

8. Plant tank production plant according to claim 3 or 4, characterized in that the feeding drive assembly (11) comprises a feeding motor (113) and a feeding belt (114) connected to the feeding motor (113).

9. Plant slot production apparatus according to claim 3 or 4, wherein the top member (2153) has a gradually widening pitch in the direction of movement of the conveyor belt (213).

10. The plant tank production equipment as claimed in claim 3 or 4, wherein the top member (2153) has a plurality of top plates (21531), two side portions of the positioning bracket (2151) are respectively provided with a fixing rod (21511), the plurality of top plates (21531) are correspondingly penetrated through the two fixing rods (21511), wherein the plurality of top plates (21531) respectively comprise a through hole (215311) and an adjusting screw (215312), and the fixing rod (21511) is correspondingly penetrated through the through hole (215311) and fixed by the adjusting screw (215312).

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