CN208500956U - A kind of use for laboratory is quantitatively inoculated with the culture dish of edible fungus species - Google Patents

Abstract

The utility model discloses the culture dishes that a kind of use for laboratory is quantitatively inoculated with edible fungus species, including culture dish body, the culture ware lid and cutting plate to match with culture dish figure shape, the culture dish is as square structure, the culture ware lid is connected to culture dish body outer tip end, the culture dish body inner bottom is divided at least 20 groups of culture lattice by partition, the cutting plate is plugged on inside culture dish body, and the cutting plate bottom end is in partition tip contact, the culture dish body inner wall side is equidistant to be bonded at least four groups of calibration blocks, the cutting plate offers mesh corresponding with culture lattice, fungus block is cut by cutting plate, separate to complete the impartial of fungus block, it is easy to use, it is higher to separate precision than traditional scribing line；Operator is efficient and convenient so as to get information about the growing state of mycelia by observation calibration block.

Description

A kind of use for laboratory is quantitatively inoculated with the culture dish of edible fungus species

Technical field

The utility model relates to culture dish technical field, specially a kind of use for laboratory is quantitatively inoculated with the training of edible fungus species Support ware.

Background technique

Culture dish is a kind of for microorganism or the labware of cell culture, by the bottom and one of a flat circle plate-like A lid composition, is generally made of glass or plastics, culture dish material is essentially divided into two classes, predominantly plastic and glass, glass The adhere-wall culture that can be used for vegetable material, microculture and zooblast of glass may also be used, and plastics may be poly- Vinyl material, once property and it is nonexpondable, be suitble to laboratory inoculation, scribing line, separation of bacterial operation, can be used for The culture of vegetable material.

In edible mushroom experiment, need to carry out the inoculation work that first class inoculum turns second class inoculum, this often relates to strain Quantitative problem, traditional solution are cultivated using round plate culture dish, pass through scribing line point after mycelia is covered with Every mode etc. divide fungus block, this method is complicated for operation, and precision is lower, be easy to cause the fungus block of separation of different sizes, and one As culture dish operator can not get information about the condition of production of mycelia.

Utility model content

The purpose of this utility model is to provide the culture dishes that a kind of use for laboratory is quantitatively inoculated with edible fungus species, can be right Equal part quickly is carried out to fungus block, precision is high, and can get information about the growing state of mycelia, to solve above-mentioned background technique The problem of middle proposition.

To achieve the above object, the utility model provides the following technical solutions: a kind of use for laboratory is quantitatively inoculated with edible mushroom The culture dish of strain, including culture dish body, the culture ware lid to match with culture dish figure shape and cutting plate, the culture dish body For square structure, the culture ware lid is connected to culture dish body outer tip end, and the culture dish body inner bottom passes through partition point It is divided at least 20 groups of culture lattice, the cutting plate to be plugged on inside culture dish body, and the cutting plate bottom end and partition top Contact, the culture dish body inner wall side is equidistant to be bonded at least four groups of calibration blocks, and the cutting plate offers and culture lattice Corresponding mesh.

Preferably, at least the quantity and specification of culture lattice and mesh described in 20 groups are all the same.

Preferably, the length of the cutting plate is identical as the inner wall length of culture dish body.

Preferably, culture dish body bottom end quadrangle is bonded with foot pad, and the foot pad bottom end is zigzag.

Preferably, side is bonded with transparency glass plate outside the culture dish body, and the transparency glass plate is U-shaped knot Structure.

Preferably, the length of the calibration block at least 2cm smaller than the length of mesh.

Compared with prior art, the utility model has the beneficial effects that

1, fungus block is cut by cutting plate, is separated to complete the impartial of fungus block, it is easy to use, it is drawn than traditional It is higher that line separates precision；

2, operator is efficient and convenient so as to get information about the growing state of mycelia by observation calibration block.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the utility model culture dish body schematic diagram of internal structure；

Fig. 3 is the utility model cutting plate structural schematic diagram.

In figure: 1 culture dish body, 2 culture ware lids, 3 cutting plates, 4 partitions, 5 culture lattice, 6 mesh, 7 transparency glass plates, 8 quarters Spend block, 9 foots pad.

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.

Please refer to Fig. 1-3, the utility model provides a kind of technical solution: a kind of use for laboratory is quantitatively inoculated with edible fungus species Culture dish, including culture dish body 1, the culture ware lid 2 to match with 1 shape of culture dish body and cutting plate 3, which is used In the cutting of strain, the culture dish body 1 is square structure, and the culture dish body 1 of square structure is in segmentation procedures than general Round culture dish is easier to determine the size of culture lattice 5, so that the volume of every group of culture lattice 5 be made to keep identical, the culture dish Lid 2 is connected to 1 outer tip end of culture dish body, and the culture ware lid 2 is for preventing dust from entering inside culture dish body 1, the training It supports 1 inner bottom of ware body and at least 20 groups of culture lattice 5 is divided by partition 4, the partition 4 is for being divided culture dish body 1 Every the cutting plate 3 is plugged on inside culture dish body 1, and 3 bottom end of the cutting plate and 4 tip contact of partition, the culture dish 1 inner wall side of body is equidistant to be bonded at least four groups of calibration blocks 8, and operator can intuitively be observed by observing calibration block 8 To the growth area of mycelia, the cutting plate 3 offers mesh 6 corresponding with culture lattice 5.

Specifically, at least the quantity and specification of culture lattice 5 and mesh 6 described in 20 groups are all the same, when cutting plate 3 is inserted When entering to culture dish 1 inside of body, at least 20 groups of culture lattice 5 and mesh 6 can be made to correspond.

Specifically, the length of the cutting plate 3 is identical as the inner wall length of culture dish body 1, so as to make cutting plate 3 more Good is plugged into inside culture dish body 1, when cutting plate 3 is inserted into culture dish 1 inside of body, can reduce cutting plate 3 and culture The distance between 1 inner wall of ware body.

Specifically, the 1 bottom end quadrangle of culture dish body is bonded with foot pad 9, and 9 bottom end of the foot pad is zigzag, When culture dish holding body 1, foot pad 9 can support culture dish body 1, and culture dish body 1 is avoided to rub with contact surface, to prevent There is scratch in 1 bottom end of culture dish body, and zigzag lower surface is capable of increasing the friction of foot pad 9 Yu contact surface.

Specifically, the 1 outside side of culture dish body is bonded with transparency glass plate 7, and the transparency glass plate 7 is U-shaped Structure, operator is by label is inserted into inside transparency glass plate 7, so as to record the specification of culture dish body 1, just It is observed in operator.

Specifically, the length of the calibration block 8 at least 2cm smaller than the length of mesh 6, when cutting plate 3 is inserted into culture dish When 1 inside of body, calibration block 8 will not be in contact with cutting plate 3, to keep the movement of cutting cube 8 more smooth.

Working principle: the culture dish body 1 of square structure is easier to determine in segmentation procedures than general round culture dish The size for cultivating lattice 5, to keep the volume of every group of culture lattice 5 identical, 1 inner bottom of culture dish body by partition 4 be divided into Few identical culture lattice 5 of 20 groups of sizes, cultivate mycelia inside culture dish body 1, after mycelia is covered with, carry out first class inoculum and turn Cutting plate 3 is inserted into inside culture dish body 1 by the work of second class inoculum, makes 3 bottom end of cutting plate and 4 tip contact of partition, thus It is connected to mesh 6 with corresponding culture lattice 5, fungus block is cut by cutting plate 3, separate to complete the impartial of fungus block, Easy to use, higher than general scribing line separation precision, operation is simpler, and operator passes through observation calibration block 8, so as to Get information about the growth area of mycelia.

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 (6)

1. a kind of use for laboratory is quantitatively inoculated with the culture dish of edible fungus species, including culture dish body (1) and culture dish body (1) shape The culture ware lid (2) and cutting plate (3) that shape matches, it is characterised in that: the culture dish body (1) is square structure, the training Support ware lid (2) and be connected to culture dish body (1) outer tip end, culture dish body (1) inner bottom by partition (4) be divided into Few 20 groups of culture lattice (5), it is internal that the cutting plate (3) is plugged on culture dish body (1), and the cutting plate (3) bottom end with every Plate (4) tip contact, culture dish body (1) the inner wall side is equidistant to be bonded at least four groups of calibration blocks (8), the cutting plate (3) mesh (6) corresponding with culture lattice (5) is offered.

2. the culture dish that a kind of use for laboratory according to claim 1 is quantitatively inoculated with edible fungus species, it is characterised in that: extremely The quantity and specification of culture lattice (5) and mesh (6) described in 20 groups few are all the same.

3. the culture dish that a kind of use for laboratory according to claim 1 is quantitatively inoculated with edible fungus species, it is characterised in that: institute The length for stating cutting plate (3) is identical as the inner wall length of culture dish body (1).

4. the culture dish that a kind of use for laboratory according to claim 1 is quantitatively inoculated with edible fungus species, it is characterised in that: institute It states culture dish body (1) bottom end quadrangle to be bonded with foot pad (9), and the foot pad (9) bottom end is zigzag.

5. the culture dish that a kind of use for laboratory according to claim 1 is quantitatively inoculated with edible fungus species, it is characterised in that: institute It states the external side of culture dish body (1) to be bonded with transparency glass plate (7), and the transparency glass plate (7) is U-shaped structure.

6. the culture dish that a kind of use for laboratory according to claim 1 is quantitatively inoculated with edible fungus species, it is characterised in that: institute The length for stating calibration block (8) is at least 2cm smaller than the length of mesh (6).