CN203866312U - Slant culture medium subpackaging bottle - Google Patents

Abstract

The utility model relates to a culture medium subpackaging device, particularly to a slant culture medium subpackaging bottle, and belongs to the field of tools for microbiological labs. The slant culture medium subpackaging bottle comprises a bottle body (2) with a bottle cover (1), wherein the upper part of the bottle body (2) adopts a tapered structure; the lower part of the bottle body (2) adopts a square structure; a plurality of culture medium placing tubes (4) are arranged on each of the two sides at the lower part of the bottle body (2); the culture medium placing tubes (4) are the same in size and inclination angle, and are arranged at equal intervals; a tapered inlet (5) is formed in the top end of each culture medium placing tube (4); scales (7) are respectively formed in the upper part of the bottle body (2), and the culture medium placing tubes (4). According to the utility model, when the slant culture medium is prepared, the bottle body can be placed on an experiment table to subpackage a culture solution, so that time and labor can be saved; the size and the inclination angle of the tubes where the culture medium is placed are the same, so that conducting of follow-up experiment steps and biological observation are facilitated, the problem that the culture solution placing standard is not unified is effectively solved, the structure is simple, and the use is convenient.

Description

Slant medium sub-bottling

Technical field

The utility model relates to a kind of substratum packaging device, and particularly a kind of slant medium sub-bottling, belongs to Microbiological Lab's field of tool.

Background technology

Slant medium plays an important role in microbiological test spawn culture.At present, making when slant medium, first access successively nutrient solution and carry out packing by holding several test tubes, then by tilting test tube to strengthen the surface of tube culture,

Convenient operation and observation.But test tube needs special upholder to support in the time of slant setting, and because the surface of test tube is very smooth, in the time placing, be easily scattered, gently affect experiment effect, heavy cannot continue experiment, and due to each also disunity of standard of placing that uses, cause each substratum sightingpiston size obtaining not identical, subsequent experimental is produced to certain impact.

Utility model content

According to above deficiency of the prior art, problem to be solved in the utility model is: provide a kind of simple in structure, solid and reliable, substratum liquid level gradient is consistent, is convenient to the slant medium sub-bottling that subsequent experimental step is carried out and biology is observed.

The utility model solves the technical scheme that its technical problem adopts:

Described slant medium sub-bottling, comprise the bottle with bottle cap, the top of bottle is pyramidal structure, bottom is square structure, the both sides, bottom of bottle are obliquely installed multiple substratum disposed tubes, and the size of multiple substratum disposed tubes and angle of inclination are all identical, and spaced set, substratum disposed tubes top arranges conical entrance, in the top of bottle and substratum disposed tubes, is provided with scale.

The substratum disposed tubes of described slant medium sub-bottling is fixedly connected with or active link with being connected to of bottle, in making processes, bottle can be placed on experiment table, carry out nutrient solution and access packing, time saving and energy saving, because size and the angle of inclination of substratum disposed tubes are all identical, therefore, be convenient to carrying out and biological observation of subsequent experimental step, efficiently solve nutrient solution and place the skimble-scamble problem of standard, simple in structure, easy to use.Bottle top is conical design, can also carry out by top the packing of plating medium, and one bottle multiplex, easy to use.

Preferred further, bottle arranged outside thermal insulation layer.Increase heat insulation effect.

Preferred further, spiricle is set on bottle.Effectively anti-skidding.

The beneficial effect that the utility model has is:

The bottle body bottom of described slant medium sub-bottling is two dimensional structure, can be stable be placed on experiment table, multiple substratum disposed tubes are set in bottle both sides, the size of substratum disposed tubes, size and obliquity are identical, therefore ensured the stability of slant medium in making processes, be convenient to the carrying out of subsequent experimental step and biological observation, simultaneously, in order to ensure that substratum enters substratum disposed tubes easily, entrance in substratum disposed tubes is set to conical entrance, easy to operate, simple in structure, ensure the stability of test, practicality is stronger.

Brief description of the drawings

Fig. 1 is structural representation of the present utility model;

Fig. 2 is side-view of the present utility model;

Wherein, 1, bottle cap; 2, bottle; 3, spiricle; 4, substratum disposed tubes; 5, conical entrance; 6, thermal insulation layer; 7, scale.

Embodiment

Below in conjunction with accompanying drawing, embodiment of the present utility model is described further:

As Figure 1-Figure 2, slant medium sub-bottling described in the utility model, comprise the bottle 2 with bottle cap 1, the top of bottle 2 is pyramidal structure, and bottom is square structure, and the both sides, bottom of bottle 2 are obliquely installed multiple substratum disposed tubes 4, the size of multiple substratum disposed tubes 4 and angle of inclination are all identical, and spaced set, substratum disposed tubes 4 tops arrange conical entrance 5, in the top of bottle 2 and substratum disposed tubes 4, are provided with scale 7.

Wherein, in order to increase heat insulation effect and the surface landing of skidding in the time taking, in bottle 2 arranged outside thermal insulation layers 6 and spiricle 3.

Principle of work and use procedure:

Slant medium sub-bottling described in the utility model in use, bottle 2 is placed on experiment table, nutrient solution is splashed into by the conical entrance 5 of substratum disposed tubes 4 upper ends, simple in structure, easy to operate, time saving and energy saving, and the size of substratum disposed tubes 4 is all identical with angle of inclination, therefore, be convenient to carrying out and biological observation of subsequent experimental step, efficiently solve nutrient solution and place the skimble-scamble problem of standard, simple in structure, easy to use.

Claims (3)

1. a slant medium sub-bottling, it is characterized in that: comprise the bottle (2) with bottle cap (1), the top of bottle (2) is pyramidal structure, bottom is square structure, the both sides, bottom of bottle (2) are obliquely installed multiple substratum disposed tubes (4), size and the angle of inclination of multiple substratum disposed tubes (4) are all identical, and spaced set, substratum disposed tubes (4) top arranges conical entrance (5), in the top of bottle (2) and substratum disposed tubes (4), is provided with scale (7).

2. slant medium sub-bottling according to claim 1, is characterized in that: described bottle (2) arranged outside thermal insulation layer (6).

3. slant medium sub-bottling according to claim 1, is characterized in that: on described bottle (2), spiricle (3) is set.