CN204897919U - Fungi culture dish is used in laboratory - Google Patents

Abstract

The utility model relates to a fungi culture dish is used in laboratory belongs to the microorganism field. Fungi culture dish is used in laboratory includes dish body, sets up tubulose household utensils in the dish body, with ware lid that the dish body phase -match set up, with the bottle that disinfects of dish body one side intercommunication, the bottle that disinfects sets up in the standing groove, it is provided with the liquid that disinfects in the bottle to disinfect, bottle one end of disinfecting pass through the air supply pipe with dish body body intercommunication, the other end pass through outlet duct and filtration drying globule intercommunication, the air supply pipe with the outlet duct all inserts disinfect in the liquid. The utility model discloses dish body covers the sealing membrane that need not not reuse and seals after the ware covers, utilize the high -efficient ultraviolet penetrating ability of optics level plastic paper, carry out ultraviolet irradiation induction training to the fungi, the assurance fungi is when growing, and the fungi is cultivateed inner chamber region growing by the restriction of tubulose household utensils the fungi, and the pollution can not caused to it to outside bacterium, make that the culture dish is inside to carry out the circulation of air with the outside, carry out bacterial treatment to the air that enters into in the culture dish, reach aseptic state, eliminate the influence that outside microorganism was cultivateed to the fungi.

Description

Use for laboratory fungus culture vessel

Technical field

The utility model relates to microorganism field, particularly a kind of use for laboratory fungus culture vessel.

Background technology

In the lab, need to carry out fungus culture in an aseptic environment and usually need timing to observe the growth breeding state cultivated and observe the microorganism in ware, according to its growth alteration outside atmosphere or substratum, to reach experiment purpose.Existing use for laboratory fungus culture vessel is made of plastics mostly, and it is made up of a plate and lid.

Realizing in process of the present utility model, contriver finds that prior art at least exists following problem:

Very easily broken in handling process, and, during with this kind of culture dish inoculation sample, need to seal with sealed membrane.Poor to ultraviolet transparency, can not ultraviolet induction be used for.In cultivation bioprocess, the microorganisms such as the bacterium in air often enter into culture dish, impact the cultivation of microorganism in Bioexperiment, cause the undesirable or the failure of an experiment of experimental result.

Summary of the invention

In order to solve the problem of prior art, the utility model embodiment provides a kind of use for laboratory fungus culture vessel.Described technical scheme is as follows:

The utility model embodiment provides a kind of use for laboratory fungus culture vessel, and described use for laboratory fungus culture vessel comprises ware body, the tubulose vessel be arranged in described ware body, match with described ware body the ware lid arranged, the sterilization bottle be communicated with described ware body side;

Described ware body comprises ware body matrix, from the upwards extended ware body body of described ware body matrix, be arranged on the intrinsic groove of described ware body, the sealing-ring be arranged on outside described ware body bodies top, the standing groove that is connected with described ware body body bottom portion;

Fungus culture inner chamber and fungus culture exocoel is provided with in described ware body;

Described tubulose vessel bottom is placed on in the middle part of described ware body matrix, and the spacing of described tubulose vessel top and described ware lid bottom has 1mm;

Optical-grade plastic paper is provided with in the middle part of described ware lid;

Described sterilization bottle is arranged in described standing groove; Disinfecting liquid is provided with in described sterilization bottle; Described sterilization bottle one end is communicated with described ware body body by air-supply duct, and the other end is communicated with filtration drying globule by escape pipe; Described air-supply duct and described escape pipe all insert in described disinfecting liquid.

The beneficial effect that the technical scheme that the utility model embodiment provides is brought is:

Sealed membrane sealing need not be re-used after ware body covers ware lid; Utilize the high-efficiency UV transparency of optical-grade plastic paper, uviolizing inducing culture is carried out to fungi; Ensure that fungi is when growing, fungi is limited in fungus culture cavity region by tubulose vessel and grows, and outside bacterium can not pollute it; Make culture dish inside carry out air circulation with outside, germicidal treatment is carried out to the air entered in culture dish, reaches aseptic state, eliminate external microbial to the impact of fungus culture.

Accompanying drawing explanation

In order to be illustrated more clearly in the technical scheme in the utility model embodiment, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is the structural representation of the use for laboratory fungus culture vessel that the utility model embodiment provides.

Embodiment

For making the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, the utility model embodiment is described in further detail.

Embodiment

The utility model embodiment provides a kind of use for laboratory fungus culture vessel, see Fig. 1, described use for laboratory fungus culture vessel comprises ware body 1, the tubulose vessel 2 be arranged in ware body 1, match with ware body 1 the ware lid 3 arranged, the sterilization bottle 4 be communicated with ware body 1 side;

Ware body 1 comprise ware body matrix 11, from the upwards extended ware body body 12 of ware body matrix 11, the groove 13 be arranged in ware body body 12, the sealing-ring 14 be arranged on outside ware body body 12 top, with the standing groove 15 be connected bottom ware body body 12; Can air be left in groove 13, the growth of fungi can be accelerated under the effect of this air; Sealed membrane sealing need not be re-used after ware body 1 covers ware lid 3;

Tubulose vessel 2 bottom is placed on in the middle part of ware body matrix 11, leaves the wide gap of about 1mm between tubulose vessel 2 top and ware lid 3 bottom; Ware body 1 is divided into two independently spaces by tubulose vessel 2, and tubulose vessel 2 are inner outside with it, are respectively fungus culture inner chamber 21 and fungus culture exocoel 22; Ensure that fungi is when growing, fungi is limited in fungus culture cavity region by tubulose vessel and grows, and outside bacterium can not pollute it;

Optical-grade plastic paper 31 is provided with in the middle part of ware lid 3; Utilize the high-efficiency UV transparency of optical-grade plastic paper, uviolizing inducing culture is carried out to fungi;

Sterilization bottle 4 is arranged in standing groove 15; Disinfecting liquid 42 is provided with in sterilization bottle 4; Sterilization bottle 4 one end is communicated with ware body body 12 by air-supply duct 41, and the other end is communicated with filtration drying globule 44 by escape pipe 43; Air-supply duct 41 and escape pipe 43 all insert in disinfecting liquid 42; Make culture dish inside carry out air circulation with outside, germicidal treatment is carried out to the air entered in culture dish, reaches aseptic state, eliminate external microbial to the impact of fungus culture.

The beneficial effect that the technical scheme that the utility model embodiment provides is brought is:

Sealed membrane sealing need not be re-used after ware body covers ware lid; Utilize the high-efficiency UV transparency of optical-grade plastic paper, uviolizing inducing culture is carried out to fungi; Ensure that fungi is when growing, fungi is limited in fungus culture cavity region by tubulose vessel and grows, and outside bacterium can not pollute it; Make culture dish inside carry out air circulation with outside, germicidal treatment is carried out to the air entered in culture dish, reaches aseptic state, eliminate external microbial to the impact of fungus culture.

The foregoing is only preferred embodiment of the present utility model, not in order to limit the utility model, all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.

Claims (1)

1. a use for laboratory fungus culture vessel, is characterized in that,

Described use for laboratory fungus culture vessel comprises ware body, the tubulose vessel be arranged in described ware body, match with described ware body the ware lid arranged, the sterilization bottle be communicated with described ware body side;

Described ware body comprises ware body matrix, from the upwards extended ware body body of described ware body matrix, be arranged on the intrinsic groove of described ware body, the sealing-ring be arranged on outside described ware body bodies top, the standing groove that is connected with described ware body body bottom portion;

Fungus culture inner chamber and fungus culture exocoel is provided with in described ware body;

Described tubulose vessel bottom is placed on in the middle part of described ware body matrix, and the spacing of described tubulose vessel top and described ware lid bottom has 1mm;

Optical-grade plastic paper is provided with in the middle part of described ware lid;

Described sterilization bottle is arranged in described standing groove; Disinfecting liquid is provided with in described sterilization bottle; Described sterilization bottle one end is communicated with described ware body body by air-supply duct, and the other end is communicated with filtration drying globule by escape pipe; Described air-supply duct and described escape pipe all insert in described disinfecting liquid.