Bacteria stick sterilizing, warehouse for drying
Technical field
The utility model belongs to agricultural facility technical field, and in particular to a kind of sterilizing of bacteria stick, warehouse for drying.
Background technology
During cultivating edible such as mushroom, bacteria stick need sterilizing, drying and processing.Currently, most cultivating edibles family
It is covered and is sterilized using plastic foil, i.e., by bacteria stick code squarely pile, then cover plastic foil, the steam of logical steam oven sterilizes.
This mode is more traditional, and method is easy, but is contacted between bacteria stick and bacteria stick closely, forms sterilizing dead angle, causes sterilizing not
Thoroughly.Simultaneously during being sterilized using steam, steam gas leak phenomenon is serious, causes heat-energy losses, wasting phenomenon tight
Weight, is heated furthermore with coal, can also cause serious environmental pollution.And existing equipment sterilizing needs difference with drying
Tables of equipment is stayed alone reason, and of high cost, efficiency is low.
Utility model content
In view of the above-mentioned problems of the prior art, the utility model aim is to provide a kind of bacteria stick sterilizing, warehouse for drying.
To achieve the above object, the utility model adopts the following technical solution:
Bacteria stick sterilizing, warehouse for drying, including expansion bracket, sliding bar, sliding sleeve, upper cover, seal pipe, supporter, spiral tube, under
Seal groove one, vapor can, air filtering plate, water pot, water inlet, heater, snorkel, tracheae valve two, air accumulator, draught engine, under it is close
Sealing groove two, heated beam array, the sliding bar are arranged at the top of expansion bracket, and the sliding sleeve is set on sliding bar, the sliding sleeve
Bottom is connect with upper cover, and the upper cover is threadedly coupled with seal pipe, and multiple supporters, the sealing are provided in the seal pipe
Bottom of the tube is engraved structure, and the setting of seal pipe bottom end is respectively formed sterilization bin and drying on lower seal groove cavity one or lower seal groove cavity two
Storehouse;Spiral tube is provided on the lower seal groove cavity one, one bottom of the lower seal groove cavity is provided with vapor can, the spiral tube
It is connected to vapor can, the steam pot bottom is connect by air filtering plate with water pot, and water inlet, the water are provided on the water pot
Pot bottom is connect with heater;Multiple heated beam arrays are provided on the lower seal groove cavity two, two bottom of the lower seal groove cavity is set
It is equipped with air accumulator, the air accumulator is connect by snorkel with vapor can, and tracheae valve two, the storage are provided on the snorkel
Gas tank bottom is connected with draught engine.
Preferably, the spiral tube is equipped with tracheae valve one with vapor can junction.
Preferably, the spiral tube is arranged in rectangular-ambulatory-plane spiral, and stomata is evenly arranged in spiral tube.
Compared with prior art, the utility model has the following advantages:
The utility model sterilization bin homogeneous heating, time short effect is good, and spiral tube is arranged using rectangular-ambulatory-plane spiral to be made
Steam is uniformly filled in sterilization bin so that bacteria stick is uniformly contacted with steam, keeps bacteria stick sterilizing thorough.The utility model collection goes out
Bacterium, in one, makes full use of steam to complete sterilizing and drying, energy utilization rate is high, cost-effective, and heater uses day with drying
Right gas heats for water pot, and energy consumption is low, meets environmentally protective sustainable development idea.
Description of the drawings
Fig. 1 is the structural schematic diagram of the utility model;
Fig. 2 is the structural schematic diagram of the utility model seal pipe;
Fig. 3 is the structural schematic diagram of the utility model lower seal groove cavity one and its associated components;
Fig. 4 is the structural schematic diagram of the utility model lower seal groove cavity two and its associated components;
Wherein, expansion bracket 1, sliding bar 2, sliding sleeve 3, upper cover 4, seal pipe 5, supporter 501, spiral tube 6, tracheae valve one
601, lower seal groove cavity 1, vapor can 8, air filtering plate 9, water pot 10, water inlet 11, heater 12, snorkel 13, tracheae valve 2 14,
Air accumulator 15, draught engine 16, lower seal groove cavity 2 17, heated beam array 18.
Specific implementation mode
As shown in figures 1-4, bacteria stick sterilizing, warehouse for drying, including expansion bracket 1, sliding bar 2, sliding sleeve 3, upper cover 4, seal pipe 5,
Supporter 501, lower seal groove cavity 1, vapor can 8, air filtering plate 9, water pot 10, water inlet 11, heater 12, is supplied gas at spiral tube 6
Pipe 13, tracheae valve 2 14, air accumulator 15, draught engine 16, lower seal groove cavity 2 17, heated beam array 18, the setting of the sliding bar 2 exist
1 top of expansion bracket, the sliding sleeve 3 are set on sliding bar 2, and 3 bottom of the sliding sleeve is connect with upper cover 4, the upper cover 4 and sealing
Pipe 5 is threadedly coupled, and multiple supporters 501 are provided in the seal pipe 5, and 5 bottom of the seal pipe is engraved structure, seal pipe
5 bottom ends are arranged on lower seal groove cavity 1 or lower seal groove cavity 2 17;Spiral tube 6 is provided on the lower seal groove cavity 1, it is described
One 7 bottom of lower seal groove cavity is provided with vapor can 8, and the spiral tube 6 is connected to vapor can 8, and 8 bottom of the vapor can passes through filter
Gas plate 9 is connect with water pot 10, and water inlet 11 is provided on the water pot 10, and 10 bottom of the water pot is connect with heater 12;Institute
It states and is provided with multiple heated beam arrays 18 on lower seal groove cavity 2 17,2 17 bottom of the lower seal groove cavity is provided with air accumulator 15, institute
It states air accumulator 15 to connect with vapor can 8 by snorkel 13, tracheae valve 2 14, the air accumulator is provided on the snorkel 13
15 bottoms are connected with draught engine 16.
The spiral tube 6 is equipped with tracheae valve 1 with 8 junction of vapor can.
The spiral tube 6 is arranged in rectangular-ambulatory-plane spiral, and stomata is evenly arranged in spiral tube 6.
When utility model works:By the water filling into water pot 10 of water inlet 11, water pot 10 is carried out by heater 12
High-temperature heating so that liquid water evaporation becomes vapor, and steam enters vapor can 8 across air filtering plate 9, and passes through spiral tube
6 release, wherein because of tracheae shape and air-flow flow process so that the steam discharged rises in the shape of a spiral, and raising is gone out
Bacterium effect.Bacteria stick is placed on after supporter 501 and closes upper cover 4 and seal pipe 5 tightly, while by sliding sleeve 3 on sliding bar 2
Mobile and expansion bracket 1 lifting makes the sealing nested with lower seal groove cavity 1 of 5 lower end of seal pipe form sterilization bin, above-mentioned steam
It enters in the seal pipe 5 of sealing state and sterilizes.After completing sterilization processes, pass through expansion bracket 1, sliding bar 2, sliding sleeve
3 equal combination operations can will be transferred to drying operation area, 5 lower end of seal pipe and lower seal groove cavity with the seal pipe 5 of upper cover 4
2 17 nested sealings form warehouse for drying, simultaneously close off tracheae valve 1 and open tracheae valve 2 14 so that steam can be by sending
Tracheae 13 is entered by water conservancy diversion in air accumulator 15, and the steam of high temperature enables to heated beam array 18 to become the condition of high temperature, to sealing
The seal pipe 5 of state carries out high temperature drying, then because the steam that temperature declines in air accumulator 15 becomes liquid again, passes through draught engine
16 discharges, move in circles, until completing drying operation.