CN203206782U - Suspension type track planting system for edible mushrooms - Google Patents
Suspension type track planting system for edible mushrooms Download PDFInfo
- Publication number
- CN203206782U CN203206782U CN 201320163545 CN201320163545U CN203206782U CN 203206782 U CN203206782 U CN 203206782U CN 201320163545 CN201320163545 CN 201320163545 CN 201320163545 U CN201320163545 U CN 201320163545U CN 203206782 U CN203206782 U CN 203206782U
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- suspended
- hook
- suspended rail
- lifting arm
- rail
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Abstract
The utility model discloses a suspension type track planting system for edible mushrooms and relates to the field of edible mushroom suspension planting. The system comprises a rack, suspension tracks of suspension shafts, push units, layer transfer units, a lifting unit and a power source. The push units are used for pushing the suspension shafts of edible mushroom planting baskets to move on the suspension tracks, the layer transfer units are used for transferring the suspension shafts on the upper-layer suspension tracks onto the lower-layer suspension tracks, the lifting unit is used for transferring the suspension shafts on the bottom-layer suspension track onto the top-layer suspension track. The lifting unit comprises a fixed bearing support, a planting basket lifting rod B and a power mechanism controlling the planting basket lifting rod B to reciprocate vertically, and a plurality of hooks A and hooks B which are different in direction are arranged on the planting basket lifting rod B. By means of the system, planting baskets can be prevented from colliding during operation, the planting quality of the edible mushrooms is guaranteed, the transmission is stable, the labor intensity of workers is reduced, and the production efficiency is improved.
Description
Technical field
The utility model relates to the suspension field of planting of edible mushroom, specifically the suspension type track implant system of a kind of edible mushroom.
Background technology
Edible mushroom is one of vegetable protein important in people's daily life and source of nutritive element, because its culture medium raw material wide material sources, cultivation method is simple, has therefore obtained very big development in China.In the prior art, in order rationally to utilize the place, increase the output of edible mushroom to greatest extent, adopt catenary system to plant edible mushroom, specific practice is: in plantation position, indoor upper and lower runner is set, with closed loop chain group and two runner engagements, rotates around both then, be hung with hanging basket every a segment distance on chain, the edible mushroom culture bag is placed in the hanging basket along with chain moves; When plucking, drop chain with motor, make the hanging basket that will pluck drop to picking desk and get final product.But because that chain produces after long between in use is tired, its length is elongated, originally the spacing between the equidistant hanging basket disposed thereon changes, hanging basket collision before and after very easily taking place when turning to like this causes transmission not steady, even production accident takes place.
The utility model content
Problems such as the transmission that the tired stretching of chain that exists for chain drive in the solution prior art causes is not steady, hanging basket collision, the utility model provides the suspension type track implant system of a kind of edible mushroom.
The utility model is to address the above problem the technical scheme that adopts to be: the suspension type track implant system of edible mushroom, comprise frame, be arranged on the suspended rail of the planting edible mushroom basket suspended axle on the frame, be used for promoting suspended axle in the mobile passing unit of suspended rail, for the layer buanch unit that the suspended axle on the suspended rail of upper strata is transferred on lower floor's suspended rail, for the power source that the suspended axle on the orlop suspended rail is transferred to the lift unit on the superiors' suspended rail and reciprocating power is provided for whole system, described lift unit comprises fixedly bearing frame, the actuating unit that Plant basket lifting arm B and control Plant basket lifting arm B pump, described Plant basket lifting arm B is located at fixedly between the bearing frame and suspended rail, Plant basket lifting arm B is provided with respectively some hook A and the hook B that is oppositely arranged with fixedly bearing frame and suspended rail, hook A realizes that suspended axle is in suspended rail and the fixedly transfer between the bearing frame, and realize the lifting of suspended axle on fixing bearing frame, hook B realizes the suspended axle of upper strata suspended rail end is transferred to the top of lower floor's suspended rail, the end of described suspended rail is provided with supporting, supporting is by the rotating end that is articulated in suspended rail of drive-connecting shaft, so that make suspended axle unidirectional passing through in the lifting process of Plant basket lifting arm B, the described top that is positioned at top layer suspended rail articulates a hook A by drive-connecting shaft.
The reciprocating power of described power source output is broken down into the reciprocating power of vertical and reciprocating power two parts of horizontal direction, wherein, the reciprocating power of the vertical of output passes to lift unit and layer buanch unit by driving chain, and the reciprocating power of the horizontal direction of output passes to the passing unit by driving chain.
Described layer buanch unit comprises Plant basket lifting arm A and the hook B that is located on the Plant basket lifting arm A, and hook B is used for colluding getting the suspended axle that is on the suspended rail end.
Described passing unit comprises a plurality of be parallel to each other and space-stop rack is located at pusher rod on the frame, pusher rod is provided with shifting block, one end of shifting block is connected with pusher rod by rotating shaft, and the other end is free end, and a side of shifting block is provided with the bumping post that rotates to this side around the shaft for the restriction shifting block.
Described pusher rod is made up of two quarter butts that a stock and symmetry are located at the stock two ends, and stock inside is provided with the through hole that arranges along its axial direction, and two quarter butt ends connect by the draught line that passes through hole, and the length of draught line is greater than the length of stock.
Described frame and fixing support rack are provided with a plurality of directive wheels, and directive wheel connects and composes closed loop by driving chain and passing unit.
Side near Plant basket lifting arm B on the described fixedly bearing frame is articulated with some hook A.
Described hook A can rotate around drive-connecting shaft, and the end of hook A is provided with draw-in groove, and the other end is provided with limited step, described suspended rail, Plant basket lifting arm B and fixedly be respectively equipped with the gag lever post that cooperatively interacts with limited step on the bearing frame.
Described supporting can rotate around the end of drive-connecting shaft at suspended rail by the gravity effect, and drive-connecting shaft is divided into the unequal two parts of quality with supporting, wherein, the heavy side of supporting quality is provided with the locating part that the restriction supporting moves upward, and the side that the supporting quality is light is provided with draw-in groove.
The utility model for whole suspension type track implant system provides the power unit of reciprocating power, is broken down into the reciprocating power of the vertical that passes to layer buanch unit and lift unit, and the reciprocating power that passes to the horizontal direction of passing the unit.Wherein, the suspended axle that layer buanch unit realized being positioned on the suspended rail on upper strata is transferred on the suspended rail that is positioned at lower floor, hook A has realized the suspended axle on the suspended rail on upper strata is transferred on the suspended rail of lower floor on the lift unit, the suspended axle that hook B on the lift unit has realized being positioned on the undermost suspended rail is promoted on the suspended rail that is positioned at the superiors step by step, passes the unit and has realized that the promotion suspended axle is mobile at suspended rail.
Beneficial effect:
One, the utility model adopt single power unit as drive source, can guarantee the synchronism of lift unit, layer buanch unit and passing cell operation, prevent that the planting edible mushroom basket from bumping at run duration, guarantee the plantation quality of edible mushroom;
They are two years old, lift unit in the utility model not only can be realized the layer forwarding function of suspended axle, the suspended axle that can also realize being positioned on the orlop suspended rail is promoted on the suspended rail that is positioned at the superiors, this lifting process is by the transitional function of fixing support rack, earlier suspended axle is promoted on the fixing support rack from suspended rail, be promoted to Plant basket on the suspended rail that is positioned at the superiors from fixing support rack again, alleviated the weight of Plant basket lifting arm B institute load on the one hand, improve its service life, on the other hand, such structure setting can guarantee that there is certain time interval in lifting process, the suspended axle that has guaranteed to be promoted on the superiors' suspended rail can not bump, and guarantees the plantation quality of edible mushroom;
They are three years old, the utility model employing is arranged on Plant basket uses the passing unit to promote the method that it moves then on the suspended rail, replaced in the conventional method Plant basket is arranged on the mode that moves with stretched wire on the stretched wire, stopped problem tired because of stretched wire generation after using the long period, that front and back Plant basket collision takes place in length elongation back when turning to, stable drive, and reduced working strength of workers, improved production efficiency, this suspension type track implant system is intuitive and reliable, is convenient to maintenance and use thereof.
Description of drawings
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of Plant basket lifting arm B in the utility model;
Fig. 3 is the structural representation of passing the unit in the utility model;
Fig. 4 is the application state figure that passes the unit in the utility model;
Fig. 5 is the structural representation of hook A in the utility model;
Fig. 6 is the application state figure of supporting in the utility model.
Reference numeral: 1, lift unit, 2, pass the unit, 3, suspended rail, 4, frame, 5, driving chain, 6, layer buanch unit, 7, Plant basket lifting arm A, 8, directive wheel, 9, hook B, 10, supporting, 11, pusher rod, 11a, stock, 11b, quarter butt, 11c, draught line, 12, fixing bearing frame, 13, hook A, 14, Plant basket lifting arm B, 15, gag lever post, 16, draw-in groove, 17, limited step, 18, shifting block, 19, suspended axle.
Embodiment
As shown in Figure 1, the suspension type track implant system of edible mushroom, comprise frame 4, be arranged on the suspended rail 3 of the planting edible mushroom basket suspended axle 19 on the frame 4, be used for promoting suspended axle 19 in the passing unit 2 of suspended rail 3 movements, for the layer buanch unit 6 that the suspended axle on the upper strata suspended rail 3 is transferred on lower floor's suspended rail 3, for the power source that the suspended axle 19 on the orlop suspended rail 3 is transferred to the lift unit 1 on the superiors' suspended rail 3 and reciprocating power is provided for whole system, described suspended rail 3 from top to bottom is located on the frame 4 successively, and each layer suspended rail 3 equal correspondences are provided with passes unit 2; Described lift unit 1 comprises fixedly bearing frame 12, the actuating unit that Plant basket lifting arm B14 and control Plant basket lifting arm B14 pump, described Plant basket lifting arm B14 is located at fixedly between the bearing frame 12 and suspended rail 3, Plant basket lifting arm B14 is provided with respectively some hook A13 and the hook B9 that is oppositely arranged with fixedly bearing frame 12 and suspended rail 3, hook A13 realizes that suspended axle 19 is in suspended rail 3 and the fixedly transfer between the bearing frame 12, and realize the lifting of suspended axle 19 on fixing bearing frame 12, hook B9 realizes the suspended axle 19 of upper strata suspended rail 3 ends is transferred to the top of lower floor's suspended rail 3, the end of described suspended rail 3 is provided with supporting 10, supporting 10 is by the rotating end that is articulated in suspended rail 3 of drive-connecting shaft, so that make suspended axle 19 unidirectional passing through in the lifting process of Plant basket lifting arm B14, the described top that is positioned at top layer suspended rail 3 articulates a hook A13 by drive-connecting shaft; Side near Plant basket lifting arm B14 on the described fixedly bearing frame 12 is articulated with some hook A13.
Further, the reciprocating power of this power source output is broken down into the reciprocating power of vertical and reciprocating power two parts of horizontal direction, wherein, the reciprocating power of the vertical of output passes to lift unit 1 and layer buanch unit 6 by driving chain 5, and the reciprocating power of the horizontal direction of output passes to by driving chain 5 and passes unit 2.
Further, this layer buanch unit 6 comprises Plant basket lifting arm A7 and the hook B9 that is located on the Plant basket lifting arm A7, and hook B9 is used for colluding getting the suspended axle 19 that is on suspended rail 3 ends.
As shown in Figure 3, this passing unit 2 comprises a plurality of be parallel to each other and space-stop rack is located at pusher rod 11 on the frame 4, pusher rod 11 is provided with shifting block 18, one end of shifting block 18 is connected with pusher rod 11 by rotating shaft, the other end is free end, and a side of shifting block 18 is provided with the bumping post that rotates to this side around the shaft for restriction shifting block 18; This pusher rod 11 is made up of the two quarter butt 11b that a stock 11a and symmetry are located at stock 11a two ends, stock 11a inside is provided with the through hole that arranges along its axial direction, two quarter butt 11b ends connect by the draught line 11c that passes through hole, and the length of draught line 11c is greater than the length of stock 11a.In the above-mentioned passing unit 2, connect by connecting rod between the adjacent pusher rod in twos 11, connecting rod is with after driving chain 5 is connected, and guide effect and the transmission of power unit formation by directive wheel 8 circulate.
In the above-mentioned passing unit 2, connect by connecting rod between the adjacent pusher rod in twos 11, connecting rod is connected with driving chain 5, and frame 4 and fixing support rack 12 are provided with a plurality of directive wheels 8, and driving chain 5 constitutes the transmission circulation by guide effect and the power unit of directive wheel 8.
Shown in Fig. 1,2 and 5, the hook on the Plant basket lifting arm B14 is made up of hook A13 and hook B9, and described hook A13 is located at a close fixedly side of bearing frame 12, and hook B9 is located at the side near suspended rail 3; Hook A13 can rotate around drive-connecting shaft, and the end of hook A13 is provided with draw-in groove 16, and the other end is provided with limited step 17, described suspended rail 3, Plant basket lifting arm B14 and fixedly be respectively equipped with the gag lever post 15 that cooperatively interacts with limited step 17 on the bearing frame 12.
As shown in Figure 6, supporting 10 can rotate around the end of drive-connecting shaft at suspended rail 3 by the gravity effect, and drive-connecting shaft is divided into the unequal two parts of quality with supporting 10, wherein, the heavy side of supporting 10 quality is provided with the locating part that restriction supporting 10 moves upward, and the side that supporting 10 quality are light is provided with draw-in groove 16.This supporting 10 both can be rod member, also can be striped blocks shape part.
As shown in Figure 4, pass unit 2 and promoting suspended axle 19 when suspended rail 3 moves, can realize moving with the time-delay of quarter butt 11b to same moved further and the stock 11a of both sides by the draught line 11c that arranges between it by two quarter butt 11b.Be that one of them quarter butt 11b is mobile earlier, restraining function by draught line 11c, it is mobile together to drive another quarter butt 11b, this moment, stock 11a remained static, it is mobile at suspended rail 3 that shifting block 18 on two quarter butts promotes suspended axles 19, move to when contacting with stock 11a when being pulled quarter butt 11b that line 11c pins down, stock 11a begins mobile.This passes the structural design of pusher rod 11 in the unit 2, the suspended axle 19 that can realize a part moves to the end of suspended rail 3 earlier, after certain time interval, it is mobile at suspended rail 3 earlier that shifting block 18 on the stock 11a promotes suspended axle 19, stopped the mutual extrusion phenomenon of planting edible mushroom basket, guaranteed the normal operation of this suspension type track implant system and the plantation quality of edible mushroom, it is simple in structure that this passes unit 2, operate steadily, safe and reliable.
In this implant system, suspended rail 3 is L shaped left track by section and forms with the symmetrically arranged L shaped right track of left track, is breach between left track and the right track.The suspension type track implant system of this edible mushroom is when work, power unit is given transmission of power by driving chain 5 and is passed unit 2, the suspended axle 19 of passing unit 2 promotion Plant baskets is mobile at suspended rail 3, when suspended axle 19 moves to suspended rail 3 ends, suspended axle 19 drops down onto in the supporting 10, in this process, supporting 10 rotates to horizontal level from vertical position, hook B9 in the layer buanch unit 6, suspended axle 19 colluded from supporting 10 take out, in the process that Plant basket lifting arm A7 moves down, hook B9 is by the breach between the suspended rail 3, and suspended axle 19 is placed to the top of suspended rail 3, and after this suspended axle 19 is mobile at suspended rail 3 under 2 effects of passing unit.
In this implant system, the both sides of Plant basket lifting arm A7 are provided with a pair of directive wheel 8 at least so that its maintenance vertically moves up and down, and the both sides of Plant basket lifting arm B14 are provided with a pair of directive wheel 8 at least so that its maintenance vertically moves up and down.Prevent that skew from appearring in Plant basket lifting arm A7 and Plant basket lifting arm B14 in the process of moving back and forth up and down.
Hook in this lift unit 1 is made up of hook A13 and hook B9, hook B9 wherein can realize with above-mentioned layer of buanch unit 6 in hook B9 identical functions, namely can realize the transfer of suspended axle 19 between each layer suspended rail 3; Hook A13 wherein is promoted to the suspended axle 19 of bottom suspended rail 3 ends at the top of top layer suspended rail 3, in this lifting process, when Plant basket lifting arm B14 moves down, hook A13 on it hangs the suspended axle of getting 19 and is placed on the hook A13 on the fixing support rack 12, when Plant basket lifting arm B14 moves up, again the suspended axle 19 on the hook A13 in the fixing support rack 12 is taken out, because Plant basket bumps with the hook A13 that top layer suspended rail 3 tops articulate, hook A13 rotates and does not influence the movement of Plant basket lifting arm B14 around drive-connecting shaft, when Plant basket lifting arm B14 moves down, the hook A13 that this moment, top layer suspended rail 3 tops articulated falls after rise to horizontal level, and the suspended axle 19 on it is placed in the hook groove of the hook A13 that top layer suspended rail 3 tops articulate.This lifting process is not the top that directly suspended axle 19 of bottom suspended rail 3 ends is promoted to top layer suspended rail 3, but the effect of accepting by fixing support rack 12, promote suspended axle 19 step by step, the time interval of this process can guarantee that Plant basket does not bump.
Claims (9)
1. the suspension type track implant system of edible mushroom, comprise frame (4), be arranged on the suspended rail (3) of the planting edible mushroom basket suspended axle (19) on the frame (4), be used for promoting suspended axle (19) in the mobile passing unit (2) of suspended rail (3), for the layer buanch unit (6) that the suspended axle (19) on the upper strata suspended rail (3) is transferred on lower floor's suspended rail (3), be used for the suspended axle (19) on the orlop suspended rail (3) is transferred to the lift unit (1) on the superiors' suspended rail (3) and the power source that reciprocating power is provided for whole system, it is characterized in that: described lift unit (1) comprises fixedly bearing frame (12), Plant basket lifting arm B(14) and control Plant basket lifting arm B(14) actuating unit that pumps, described Plant basket lifting arm B(14) is located at fixedly between the bearing frame (12) and suspended rail (3), Plant basket lifting arm B(14) be provided with respectively the some hook A(13 that are oppositely arranged with fixedly bearing frame (12) and suspended rail (3)) and hook B(9), hook A(13) realizes that suspended axle (19) is in suspended rail (3) and the fixedly transfer between the bearing frame (12), and realize the lifting of suspended axle (19) on fixing bearing frame (12), hook B(9) the realization suspended axle (19) that upper strata suspended rail (3) is terminal is transferred to the top of lower floor's suspended rail (3), the end of described suspended rail (3) is provided with supporting (10), supporting (10) is by the rotating end that is articulated in suspended rail (3) of drive-connecting shaft, so that make suspended axle (19) at Plant basket lifting arm B(14) lifting process in unidirectional passing through, the described top that is positioned at top layer suspended rail (3) articulates a hook A(13 by drive-connecting shaft).
2. the suspension type track implant system of edible mushroom according to claim 1, it is characterized in that: the reciprocating power of described power source output is broken down into the reciprocating power of vertical and reciprocating power two parts of horizontal direction, wherein, the reciprocating power of the vertical of output passes to lift unit (1) and layer buanch unit (6) by driving chain (5), and the reciprocating power of the horizontal direction of output passes to by driving chain (5) and passes unit (2).
3. the suspension type track implant system of edible mushroom according to claim 1, it is characterized in that: described layer buanch unit (6) comprises Plant basket lifting arm A(7) and be located at Plant basket lifting arm A(7) on hook B(9), hook B(9) get the suspended axle (19) that is on suspended rail (3) end for colluding.
4. the suspension type track implant system of edible mushroom according to claim 1, it is characterized in that: described passing unit (2) comprises a plurality of be parallel to each other and space-stop rack is located at pusher rod (11) on the frame (4), pusher rod (11) is provided with shifting block (18), one end of shifting block (18) is connected with pusher rod (11) by rotating shaft, the other end is free end, and a side of shifting block (18) is provided with the bumping post that rotates to this side around the shaft for restriction shifting block (18).
5. the suspension type track implant system of edible mushroom according to claim 4, it is characterized in that: described pusher rod (11) is made up of two quarter butts (11B) that a stock (11a) and symmetry are located at stock (11a) two ends, stock (11a) inside is provided with the through hole that arranges along its axial direction, two quarter butts (11B) end connects by the draught line (11c) that passes through hole, and the length of draught line (11c) is greater than the length of stock (11a).
6. the suspension type track implant system of edible mushroom according to claim 1, it is characterized in that: described frame (4) and fixing support rack (12) are provided with a plurality of directive wheels (8), and directive wheel (8) connects and composes closed loop by driving chain (5) and passing unit (2).
7. the suspension type track implant system of edible mushroom according to claim 1 is characterized in that: described fixedly bearing frame (12) is gone up near Plant basket lifting arm B(14) a side be articulated with some hook A(13).
8. according to the suspension type track implant systems of claim 1 or 7 described edible mushrooms, it is characterized in that: described hook A(13) can rotate around drive-connecting shaft, hook A(13) a end is provided with draw-in groove (16), the other end is provided with limited step (17), described suspended rail (3), Plant basket lifting arm B(14) and fixedly be respectively equipped with the gag lever post (15) that cooperatively interacts with limited step (17) on the bearing frame (12).
9. the suspension type track implant system of edible mushroom according to claim 1, it is characterized in that: described supporting (10) can rotate around the end of drive-connecting shaft at suspended rail (3) by the gravity effect, and drive-connecting shaft is divided into the unequal two parts of quality with supporting (10), wherein, the heavy side of supporting (10) quality is provided with the locating part that restriction supporting (10) moves upward, and the side that supporting (10) quality is light is provided with draw-in groove (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320163545 CN203206782U (en) | 2013-04-03 | 2013-04-03 | Suspension type track planting system for edible mushrooms |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320163545 CN203206782U (en) | 2013-04-03 | 2013-04-03 | Suspension type track planting system for edible mushrooms |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203206782U true CN203206782U (en) | 2013-09-25 |
Family
ID=49196367
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320163545 Withdrawn - After Issue CN203206782U (en) | 2013-04-03 | 2013-04-03 | Suspension type track planting system for edible mushrooms |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203206782U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103155806A (en) * | 2013-04-03 | 2013-06-19 | 洛阳佳嘉乐农业产品开发有限公司 | Suspension type track planting system of edible mushrooms |
| CN105210714A (en) * | 2015-10-27 | 2016-01-06 | 陈键 | A kind of small-sized cultivation device |
-
2013
- 2013-04-03 CN CN 201320163545 patent/CN203206782U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103155806A (en) * | 2013-04-03 | 2013-06-19 | 洛阳佳嘉乐农业产品开发有限公司 | Suspension type track planting system of edible mushrooms |
| CN105210714A (en) * | 2015-10-27 | 2016-01-06 | 陈键 | A kind of small-sized cultivation device |
| CN105210714B (en) * | 2015-10-27 | 2017-12-29 | 新昌县合控科技有限公司 | A kind of small-sized cultivation device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130925 Effective date of abandoning: 20140402 |
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| RGAV | Abandon patent right to avoid regrant |