CN208286038U - A kind of culture shelf for edible fungi of adjustable placing area - Google Patents

Abstract

The utility model discloses a kind of culture shelf for edible fungi of adjustable placing area, including cultivating stand ontology, cultivating stand ontology is in rectangular box structure, the surface of cultivating stand ontology is provided with hiding slot, it hides there are two slot settings, two hiding slots are distributed about the central symmetry of cultivating stand ontology, the internal slide for hiding slot is connected with expansion board, the other end of expansion board is fixedly connected on the surface of buttcover plate, and there are two the settings of cultivating stand ontology, two cultivating stand ontologies are about the symmetrical distribution of buttcover plate, the surface of buttcover plate is fixedly connected with lapping plate, the top of lapping plate is overlapped with partition, there are two partition settings；Partition is set on cultivating stand ontology, and partition carries out region division to cultivating stand ontology before overturning, and pushing tow cultivating stand ontology is mobile to two sides after partition reversion, and cooperation expansion board realizes the adjusting of cultivating stand body interior placing area.

Description

A kind of culture shelf for edible fungi of adjustable placing area

Technical field

The utility model relates to culture shelf for edible fungi technical field, the edible mushroom of specially a kind of adjustable placing area is trained Support frame.

Background technique

Edible mushroom is that large-scale fructification can be formed in fungi, and mushroom general name that can be edible or medicinal for people, edible mushroom It needing to use culturing rack in culture, culture shelf for edible fungi is generally frame structure, and the bacterium bag of edible mushroom is piled up in frame, When edible mushroom maturation, edible mushroom is extractd from bacterium bag by way of manually picking；And existing culture shelf for edible fungi Area is fixed, and can not be adjusted, and user needs to add new culture when needing to place more bacterium bag codes Frame increases the economic consumption of user；For this purpose, the utility model proposes a kind of cultures of the edible mushroom of adjustable placing area Frame.

Utility model content

The purpose of this utility model is to provide a kind of culture shelf for edible fungi of adjustable placing area, to solve above-mentioned back The problem of being proposed in scape technology.

To achieve the above object, the utility model provides the following technical solutions: a kind of edible mushroom of adjustable placing area Culturing rack, including cultivating stand ontology, the cultivating stand ontology are in rectangular box structure, and the surface of cultivating stand ontology is provided with hiding Slot, there are two the hiding slot settings, and two hiding slots are distributed about the central symmetry of cultivating stand ontology, and the inside for hiding slot is sliding Dynamic to be connected with expansion board, the other end of the expansion board is fixedly connected on the surface of buttcover plate, and cultivating stand ontology is provided with Two, two cultivating stand ontologies are fixedly connected with lapping plate about the symmetrical distribution of buttcover plate, the surface of the buttcover plate, The top of the lapping plate is overlapped with partition, and there are two the partition settings, and two partitions are in symmetrical above and below point about lapping plate Cloth, and the surface of partition is fixedly connected with fixed block, and buckle is snapped on the outside of the fixed block, the surface of the buttcover plate is solid Surely it is connected with rotating block, the rotating block is matched with the rotation slot that the side wall of partition is arranged, and the top of buttcover plate is provided with Location hole is plugged with locating rod inside the location hole, and the locating rod is fixedly connected on the surface of connector, the connector There are two settings, is plugged with limit connecting rod between two connectors.

Preferably, the expansion board is in T font rectangular cylinder plate structure, and the T font handover end of expansion board, which is in, to hide The inside of slot, and the tip lengths of expansion board are greater than the closing in width for hiding slot, and there are two expansion board settings, two expansion boards About the symmetrical distribution of buttcover plate.

Preferably, the location hole is in circle hole shape structure, and location hole is provided with multiple, and multiple location holes run through cultivation simultaneously The outer wall of frame ontology, buttcover plate and partition is arranged, and is provided with partition on the top surface of the partition and side wall.

Preferably, the width of the buttcover plate is less than cross-sectional width of the cultivating stand ontology at hiding slot, the partition folder It holds between two cultivating stand ontologies, the side wall of partition is contacted with cultivating stand ontology in the end face hidden at slot.

Preferably, the connector is in the rectangular cylinder structure of inner hollow, the rounded cylinder knot of limit connecting rod Structure, the both ends for limiting connecting rod are fixedly connected with anti-dropout baffle, and anti-dropout baffle is in the inside of connector, and anti-dropout The diameter of baffle is greater than the aperture of connector and limit connection lever attachment hole.

Compared with prior art, the utility model has the beneficial effects that the utility model structure setting is reasonable, it is functional By force, it has the advantage that

1. partition is arranged on cultivating stand ontology, partition carries out region division to cultivating stand ontology before overturning, and partition is anti- Pushing tow cultivating stand ontology is mobile to two sides after turning, and cooperation expansion board realizes the adjusting of cultivating stand body interior placing area；

2. the setting limit connecting rod between two connectors, limit connecting rod fit connection meet in cultivating stand ontology Portion's placing area adjusts fixation of the front and back to cultivating stand ontology, buttcover plate and partition.

Detailed description of the invention

Fig. 1 is the utility model configuration schematic diagram；

Fig. 2 is the utility model connector configuration schematic diagram.

In figure: cultivating stand ontology 1, hide slot 2, expansion board 3, buttcover plate 4, lapping plate 5, partition 6, fixed block 7, buckle 8, Rotating block 9, rotation slot 10, location hole 11, connector 12, locating rod 13, limit connecting rod 14.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

The utility model provides a kind of technical solution referring to FIG. 1-2: a kind of edible mushroom culture of adjustable placing area Frame, including cultivating stand ontology 1, cultivating stand ontology 1 are in rectangular box structure, and the surface of cultivating stand ontology 1 is provided with hiding slot 2, It hides there are two the settings of slot 2, two hiding slots 2 are distributed about the central symmetry of cultivating stand ontology 1, hide the internal slide of slot 2 It is connected with expansion board 3, the other end of expansion board 3 is fixedly connected on the surface of buttcover plate 4, and cultivating stand ontology 1 is provided with two A, about the symmetrical distribution of buttcover plate 4, the surface of buttcover plate 4 is fixedly connected with lapping plate 5, takes two cultivating stand ontologies 1 The top of fishplate bar 5 is overlapped with partition 6, and there are two the settings of partition 6, and two partitions 6 are in symmetrical up and down about lapping plate 5, and The surface of partition 6 is fixedly connected with fixed block 7, and the outside of fixed block 7 is snapped with buckle 8, and the surface of buttcover plate 4 is fixedly connected with Rotating block 9, rotating block 9 is matched with the rotation slot 10 that the side wall of partition 6 is arranged, and the top of buttcover plate 4 is provided with location hole 11, locating rod 13 is plugged with inside location hole 11, and locating rod 13 is fixedly connected on the surface of connector 12, and connector 12 is provided with Two, limit connecting rod 14 is plugged between two connectors 12.

Further, expansion board 3 is in T font rectangular cylinder plate structure, and the T font handover end of expansion board 3, which is in, to hide The inside of slot 2, and the tip lengths of expansion board 3 are greater than the closing in width for hiding slot 2, and there are two the settings of expansion board 3, two expansions Plate 3 is opened about the symmetrical distribution of buttcover plate 4, and when partition 6 is overturn, pushing tow cultivating stand ontology 1 is certain to two sides, then Expansion board 3 is in hiding 2 internal slide of slot, when partition 6 is parallel with the bottom surface of cultivating stand ontology 1, the end of expansion board 3 and hide Inner wall contacts at the closing in of slot 2.

Further, location hole 11 is in circle hole shape structure, and location hole 11 is provided with multiple, and multiple location holes 11 run through simultaneously The outer wall of cultivating stand ontology 1, buttcover plate 4 and partition 6 is arranged, and is provided with partition 6, partition 6 on the top surface of partition 6 and side wall Two location holes 11 on surface perpendicular to the bottom surface of cultivating stand ontology 1 and are parallel to the bottom surface of cultivating stand ontology 1 in partition 6 respectively Locating rod 13 is cooperated to fix partition 6 when two kinds of situations.

Further, the width of buttcover plate 4 is less than cross-sectional width of the cultivating stand ontology 1 at hiding slot 2, and partition 6 clamps Between two cultivating stand ontologies 1, the side wall of partition 6 is contacted with cultivating stand ontology 1 in the end face hidden at slot 2, and partition 6 is overturn Before, buttcover plate 4 and two cultivating stand ontologies 1 collectively form a rectangular channel, are placed with partition 6 inside rectangular channel.

Further, connector 12 is in the rectangular cylinder structure of inner hollow, limits the rounded column structure of connecting rod 14, The both ends of limit connecting rod 14 are fixedly connected with anti-dropout baffle, and anti-dropout baffle is in the inside of connector 12, and anticreep The diameter for falling baffle is greater than connector 12 and limits the aperture of 14 connecting hole of connecting rod, and the cooperation limit connecting rod 14 of connector 12 is right Cultivating stand ontology 1, buttcover plate 4 and partition 6 are attached before cultivating stand ontology 1 is expanded and after expansion.

Working principle: when needing to expand the placing area inside cultivating stand ontology 1, by connector 12 from cultivating stand The top of ontology 1 is removed, at this point, the locating rod 13 of the location hole 11 at 6 top of cultivating stand ontology 1, buttcover plate 4 and partition is extracted out, Three lacks connection structure, then removes the buckle 8 in two 6 surface fixed block of partition, 7 outsides, and partition 6 is moved to and is turned At motion block 9, then cultivating stand ontology 1 is rotated around rotating block 9, the expansion board 3 on 4 surface of buttcover plate exists in rotation process During 6 pushing tow cultivating stand ontology 1 of partition, stretched out from hiding slot 2, at this point, the length of cultivating stand ontology 1 is gradually increased, Until the plate face of partition 6 is parallel with the bottom surface of cultivating stand ontology 1, the locating rod 13 on 12 surface of connector is plugged on positioning at this time In hole 11, cultivating stand ontology 1, buttcover plate 4 and partition 6 are fixed, connector 12 at this time is not overturn compared to partition 6 Preceding 12 length of connector, the limit connecting rod 14 inside connector 12 is stretched out, and limits the anticreep of 14 end of connecting rod Baffle is fallen to be attached on the inner wall of connector 12, in this way, realize the adjustment of 1 inside placing area of cultivating stand ontology, it is easy to operate It is convenient, avoid caused by purchasing new cultivating stand that the production cost increases.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (5)

1. a kind of culture shelf for edible fungi of adjustable placing area, including cultivating stand ontology (1), it is characterised in that: the cultivation Frame ontology (1) is in rectangular box structure, and the surface of cultivating stand ontology (1) is provided with hiding slot (2), hiding slot (2) setting There are two, two hiding slots (2) are distributed about the central symmetry of cultivating stand ontology (1), and the internal slide for hiding slot (2) is connected with The other end of expansion board (3), the expansion board (3) is fixedly connected on the surface of buttcover plate (4), and cultivating stand ontology (1) is set There are two setting, two cultivating stand ontologies (1) are fixed about buttcover plate (4) symmetrical distribution, the surface of the buttcover plate (4) Be connected with lapping plate (5), the top of the lapping plate (5) is overlapped with partition (6), and there are two the partition (6) settings, two every Plate (6) is in symmetrical up and down about lapping plate (5), and the surface of partition (6) is fixedly connected with fixed block (7), the fixation It is snapped on the outside of block (7) buckle (8), the surface of the buttcover plate (4) is fixedly connected with rotating block (9), the rotating block (9) The rotation slot (10) being arranged with the side wall of partition (6) matches, and the top of buttcover plate (4) is provided with location hole (11), described It is plugged with locating rod (13) inside location hole (11), the locating rod (13) is fixedly connected on the surface of connector (12), described There are two connector (12) settings, and limit connecting rod (14) is plugged between two connectors (12).

2. a kind of culture shelf for edible fungi of adjustable placing area according to claim 1, it is characterised in that: the expansion Plate (3) is in T font rectangular cylinder plate structure, and the T font handover end of expansion board (3) is in the inside for hiding slot (2), and expands The tip lengths of plate (3) are greater than the closing in width for hiding slot (2), and there are two expansion board (3) settings, two expansion boards (3) are closed In buttcover plate (4) symmetrical distribution.

3. a kind of culture shelf for edible fungi of adjustable placing area according to claim 1, it is characterised in that: the positioning Hole (11) be in circle hole shape structure, location hole (11) be provided with it is multiple, multiple location holes (11) simultaneously through cultivating stand ontology (1), The outer wall of buttcover plate (4) and partition (6) is arranged, and is provided with partition (6) on the top surface of the partition (6) and side wall.

4. a kind of culture shelf for edible fungi of adjustable placing area according to claim 1, it is characterised in that: the docking The width of plate (4) is less than the cross-sectional width of cultivating stand ontology (1) at hiding slot (2), and the partition (6) is clamped in two cultivations Between frame ontology (1), the side wall of partition (6) is contacted with cultivating stand ontology (1) in the end face hidden at slot (2).

5. a kind of culture shelf for edible fungi of adjustable placing area according to claim 1, it is characterised in that: the connection Part (12) is in the rectangular cylinder structure of inner hollow, and the rounded column structure of the limit connecting rod (14) limits connecting rod (14) both ends are fixedly connected with anti-dropout baffle, and anti-dropout baffle is in the inside of connector (12), and anti-dropout baffle Diameter be greater than connector (12) and limit connecting rod (14) connecting hole aperture.