CN203152069U

CN203152069U - Antrodia camphorate culturing device

Info

Publication number: CN203152069U
Application number: CN 201320031446
Authority: CN
Inventors: 邱郁方
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-01-21
Filing date: 2013-01-21
Publication date: 2013-08-28
Anticipated expiration: 2023-01-21

Abstract

The utility model discloses an antrodia camphorate culturing device which comprises a base, a holder, a hollow cover body, a spraying device and an air blast device, wherein the base is provided with a water groove, at least one fog-making device used for converting water to be fog-shaped is arranged in the water tank, the holder is combined with the base, and is provided with a groove, the hollow cover body is combined with the groove of the holder, and is provided with a plurality of exhaust holes, the spraying device is communicated with the water tank and the interior of the cover body, and the air blast device is combined with the base and capable of blasting air towards the water tank. The antrodia camphorate culturing device has the advantages of being practical, simplified in structure, simplified to use and high in safety.

Description

The Antrodia camphorata culture apparatus

Technical field

The utility model is about a kind of Antrodia camphorata culture apparatus, particularly a kind of when special cultivation Antrodia camphorata is provided, come in conjunction with cultivating required fog with the fragrance that can utilize Cinnamomum kanahirai hay wood, and then can produce natural, no chemical analysis, harmless and the Antrodia camphorata culture apparatus of fragrant air arranged.

Background technology

At present general Antrodia camphorata is in the streets cultivated, and has in the casing of water nothing more than Cinnamomum kanahirai hay wood being placed on a bottom, in order to utilize the environment of the humidity that the natural evaporation of water produces, and reaches structure and technology and the method that Cinnamomum kanahirai hay wood can grow Antrodia camphorata of cultivating.

But how designing one can be faster and can shorten outside the growth structure of Antrodia camphorata, also can take into account simultaneously to have the advantages that to reach fragrant air, and this is the problem of applicant institute desire innovation.

The utility model content

The research that this case inventor is engaged in association area for many years, the understanding that has certain degree for existing pluses and minuses of how to cultivate Antrodia camphorata, this case inventor satisfies in line with the research and development experience of being engaged in association area for many years, deeply inquire at aforesaid disappearance, and comply with aforesaid demand and actively seek solution, after research and test through long-term endeavour, finish the utility model finally, be to solve existing shortcoming and promote its progressive that does not have and practicality.

The purpose of this utility model provides a kind of Antrodia camphorata culture apparatus, make in the structural environment of cultivating, the fog that has atomized initiatively is provided, via the enforceable driving of blowing device, and with this fog transmission and via sprayer unit, and can above Cinnamomum kanahirai hay wood, present the technical characterictic that nature is trickled down fog.

Of the present utility model time a purpose provides a kind of Antrodia camphorata culture apparatus, the required fog of generation culture environment is being reached under the required environment of growth, also fusion can there be Cinnamomum kanahirai hay banksia rose gas to be thrown in the air, and then reaches and have fragrant air natural, fragrant, no chemical composition in the air.

A purpose more of the present utility model provides a kind of Antrodia camphorata culture apparatus, and culturist double fragrant machine of a kind of air that can be used as when cultivating is used.

For reaching aforementioned creation purpose, the technology contents that the utility model uses comprises:

A kind of Antrodia camphorata culture apparatus, it comprises: a pedestal, have a tank, be provided with at least one in this tank in order to water is converted to the mist device of mist-like; A stacker is incorporated into this pedestal, and this stacker has a groove; A lid that is hollow form is incorporated into the groove of this stacker, and this lid has several air vents; A sprayer unit is communicated with the inside of this tank and this lid; And a blowing device, be incorporated into this pedestal and can be to the blowing of this tank.

Wherein, this blowing device comprises one and is the fixedly shell block of hollow form, a fan and a swash plate, fixedly shell block has an opening, this fan is located at this opening, this swash plate is located at this fixedly in the shell block, this swash plate is provided with a perforation and an obstruct thin slice, and this obstruct thin slice can turn over and cover on this perforation with lifting.

Wherein, the sidewall of this tank is provided with at least one connecting hole, this fixedly the lateral wall of shell block be provided with the connecting pipe of respective amount, this connecting pipe is communicated to this fixedly inside of shell block, this connecting pipe is incorporated into this connecting hole.

Wherein, the sidewall of this tank is provided with first joint, and the two ends of this first joint lay respectively at the inside and outside portion of this pedestal; This lid is provided with second joint, and the two ends of this second joint lay respectively at the inside and outside portion of this lid; This sprayer unit comprises a tube connector and a fog discharge frame pipe, one end of this tube connector connects the end that this first joint is positioned at this pedestal outside, the other end of this tube connector connects the end that this second joint is positioned at this lid outside, one end of this fog discharge frame pipe connects the end that this second joint is positioned at this lid portion inside, and this fog discharge frame pipe has several defogging holes.

Wherein, this fog discharge frame pipe is that this fog discharge frame pipe connects the end that this second joint is positioned at this lid portion inside by this T type pipe by several transfer tubes, several straight tubes and the square body that T type pipe composes in series, and these several defogging holes are located at this several straight tubes.

Wherein, the sidewall of the groove of this stacker is provided with a drainpipe.

Wherein, a bearing frame is positioned in the groove of this stacker, and this bearing frame is the hollow form of intersecting parallels.

Wherein, the sidewall of the groove of this stacker is provided with several build-in pieces, and the sidewall of these several build-in pieces and this groove trims, and these several build-in pieces are mounted in the corresponding sidewall of the tank of this pedestal respectively.

Wherein, this lid is provided with a hole, and temp. and humidity detector passes this hole by an end and stretches in this lid, and a lamp build-in is in this hole.

Wherein, a heating rod is located in this tank, and the sidewall of this tank is provided with at least one build-in hole, and the power line of this heating rod passes this build-in hole and is electrically connected with a heating controller.

The beneficial effect of this Antrodia camphorata culture apparatus is, mainly be that it can provide proprietary fog, and fog can be sent in the sprayer unit that is installed in the lid via the action of blowing device, relend the defogging hole on the fog discharge frame pipe that helps sprayer unit, and then formation can form the characteristics of unrestrained fog in the top of Cinnamomum kanahirai hay wood, and the perseveration of recycling blowing device, and the fog that fusion can be had the Cinnamomum kanahirai hay banksia rose to distinguish the flavor of, be thrown in the air via the several air vents on the lid, and then also with the effect of fragrant air.

Description of drawings

Fig. 1: be perspective exploded view of the present utility model.

Fig. 2: be three-dimensional combination schematic diagram of the present utility model.

Fig. 3 A: be combination action schematic diagram () of the present utility model.

Fig. 3 B: be combination action schematic diagram (two) of the present utility model.

Fig. 4: be fog flow schematic diagram of the present utility model.

Fig. 5: be the buckle schematic diagram between stacker of the present utility model and pedestal.

Fig. 6 A: be the utility model fan action schematic diagram ().

Fig. 6 B: be the utility model fan action schematic diagram (two).

[primary clustering symbol description]

1 pedestal, 101 tanks

102 filler pipes, 1021 lids

103 connecting holes, 104 first joints, 105 build-in holes

2 stackers, 201 build-in pieces

2021 lids, 202 drainpipes, 203 grooves

3 lids, 301 second joints, 302 air vents

303 holes

4 mist devices, 401 power lines

5 heating controllers, 501 power lines

6 heating rods

7 fans

8 fixing shell block 801 connecting pipes 8011 through holes

802 swash plates, 8021 perforation, 803 openings

804 intercept thin slice

9 bearing frames

10 fog discharge frame pipes, 1001 transfer tubes

1002T type pipe 1003 defogging holes 1004 straight tubes

11 tube connectors, 12 lamps, 13 temp. and humidity detectors

14 Cinnamomum kanahirai hays wood, 15 sprayer units, 16 blowing devices.

Embodiment

For above-mentioned and other purpose, feature and advantage of the present utility model can be become apparent, preferred embodiment of the present utility model cited below particularly, and conjunction with figs. are described in detail below:

See also illustrated in figures 1 and 2ly, Antrodia camphorata culture apparatus of the present utility model mainly is made of lid 3, sprayer unit 15, bearing frame 9, stacker 2, pedestal 1, blowing device 16 and lamp 12, temp. and humidity detector 13, several mist devices 4, heating rod 6.This lid 3 hollow form that is square wherein, the one side has one second joint 301, and on the relative side of this second joint 301, then has several air vents 302, and top one side of lid 3 then has a hole 303; Sprayer unit 15 mainly is made of tube connector 11, fog discharge frame pipe 10, and this tube connector 11 is hollow tubular, the body and fog discharge frame pipe 10 is square, and composed in series by four transfer tubes 1001 and four straight tubes 1004 and a T type pipe 1002; Bearing frame 9 is the intersecting parallels hollow form; Stacker 2 is square-shaped, its centre then has a groove 203, and the sidewall appropriate location of groove 203 then has a drainpipe 202, but upper shield one lid 2021 on this drainpipe 202, in the centre of groove 203 4 sidewalls, then respectively has a build-in piece 201 that trims with each sidewall in addition; Pedestal 1 body that is square, its central authorities have a tank 101, the sidewall of tank 101 then has two connecting holes 103, first joint 104, three build-in holes 105, filler pipe 102 respectively, but and upper shield one lid 1021 on the filler pipe 102; Blowing device 16, mainly be by fan 7, fixedly shell block 8, swash plate 802, connecting pipe 801 are constituted, fixing shell block 8 shape that is rectangle wherein, one end has an opening 803, fixedly the swash plate 802 central appropriate locations in the shell block 8 then have a perforation 8021, fixedly the lateral wall of shell block 8 then has two connecting pipes 801, and this connecting pipe 801 is communicated to this fixedly inside of shell block 8.See also Fig. 1 during assembling, Fig. 3 A and Fig. 3 B, earlier several mist devices 4 are positioned over respectively in the tank 101 of pedestal 1, and the power line 401 of several mist devices 4 put a stopper (not shown) respectively, again this stopper is mounted in build-in hole 105, can finish power line 401 is fixed on pedestal 1 sidewall, and the effect because of stopper, and can make the water in the tank 101 can not spill outside the pedestal 1, then equally heating rod 6 is placed in the tank 101, and the power line 501 of this heating rod 6 puts a stopper (not shown) equally, so the power line 501 of heating rod 6 can be fixed on pedestal 1 sidewall, and the effect because of stopper, and can make the water in the tank 101 can not spill outside the pedestal 1, then again with fan 7 build-ins appropriate location (as shown in Figure 6A) in a side tool opening shape of fixing shell block 8, and intercept the place, top that thin slice 804 1 ends are pasted on swash plate 802 with one, can finish the assembling of blowing device 16, then again with the blowing device 16 that assembles, utilize connecting pipe 801 intercalations to go into the connecting hole 103 of pedestal 1, so can finish on the side that blowing device 16 is fixed on pedestal 1 (as shown in Figure 3A), again stacker 2 is placed on the place, top of pedestal 1 this moment, can finish stacker 2 again easily and be bonded on (shown in Fig. 3 B) on the pedestal 1, because the four side of stacker 2 respectively has a build-in piece 201 by place, central authorities below, so when stacker 2 is bonded on the pedestal 1, this stacker 2 can be securely fixed on the pedestal 1 because of the effect of build-in piece 201, and can not move arbitrarily (as shown in Figure 5), come earlier bearing frame 9 to be placed groove 203 centre (shown in Fig. 3 B) of stacker 2 again, and and then Cinnamomum kanahirai hay wood 14 is positioned on the bearing frame 9, again the intercalation of going ahead of the rest of tube connector 11 1 ends is gone into the first joint 104(on the pedestal 1 shown in Fig. 3 B), after connecting, lid 3 be placed on stacker 2 groove 203, and second joint 301 and tube connector 11 1 ends on the lid 3 are together in series, namely finish the assembling (as shown in Figure 2) of the utility model primary structure body, this moment is as long as go into lamp 12 intercalations in the hole 303 on lid 3 tops and fix it, namely finish the combination of lamp 12 and lid 3, similarly, if when need controlling warm and humid situation of the present utility model, as long as the end with temp. and humidity detector 13, by placing the hole 303 on lid 3 tops, can be installed in the lid 3.

During work, see also Fig. 1, Fig. 2, shown in Fig. 6 A and Fig. 6 B, earlier the lid 1021 on the filler pipe 102 is opened, after again water being added by filler pipe 102 places, can cover, the water surface that add water this moment need be higher than mist device 4, because the power line 401 of mist device 4 is cascaded with the power line (not shown) of fan 7 respectively, so when with switch open, mist device 4 soon moves and water can be transformed into mist-like, and be full of in pedestal 1, and when mist device 4 is made fog, fan 7 namely becomes state shown in Fig. 6 B by the state shown in Fig. 6 A, that is the blast that produces of fan 7, namely can blow afloat via the perforation 8021 on the swash plate 802 intercepting thin slice 804, and then the blast that fan 7 is produced then forcibly enters in the pedestal 1 via through hole 8011, this moment the former fog that is full of in pedestal 1, namely can be by being connected first joint 104 on the pedestal 1, tube connector 11, second joint 301, and fog is imported in the fog discharge frame pipe 10 in the sprayer unit 15 forcibly, because the straight tube 1004 on the fog discharge frame pipe 10 is covered with several defogging holes 1003 are arranged, so fog that mist device 4 produces, namely by via fog discharge frame pipe 10 from top to bottom, naturally trickle down on the Cinnamomum kanahirai hay wood 14 in being placed on lid 3, and then form the culture environment (as shown in Figure 4) of a temp. and humidity that suits.After fog and 14 combinations of Cinnamomum kanahirai hay wood, not only can be Cinnamomum kanahirai hay wood 14 and bring the growing environment that is fit to the self-sow Antrodia camphorata, the also action that can continue because of fan 7, and can make the fog that merges with Cinnamomum kanahirai hay wood 14 fragrance, and by discharging in air via several air vents 302 in the lid 3, and then reach fragrant fog the most natural, no chemical composition and be full of in indoor, so can be in the process of finishing Cinnamomum kanahirai hay wood cultivation Antrodia camphorata, but the subsidiary fragrant air that produces a delicate fragrance air allows people's Buddhist of walking back and forth place oneself in the midst of in the Forest Bath.Fog in lid 3 is too many and condense into water droplet and after the downward landing of wall, then this water droplet then can accumulate in the groove 203 of stacker 2 automatically, when the water yield is too many, as long as uncap 2021 can make water outside drainpipe 202 dischargers.

When setting fan 7 stops operating, then originally be the obstruct thin slice 804(of perk shape shown in Fig. 6 B), can automatically reset and be attached to (as shown in Figure 6A) on the swash plate 802, so can make the perforation 8021 that intercepts on the thin slice 804 sealing swash plates 802, when fan 7 is not moved, fog in the pedestal 1 can not pass back in the fan 7, causes the damage of fan 7 and the loss of fog.

When the temperature of the water in pedestal 1 tank 101 low and when the fog that sets temperature can't be provided to Cinnamomum kanahirai hay wood 14, as long as the power line 501 of heating rod 6 is inserted power supplys and with after the switch opens, comes design temperature as long as rotate heating controller 5, water can be heated.

Similarly (see also shown in Figure 4), when illumination was done in the needs source that turns on the light, this moment was as long as open the power switch (not shown) of lamp 12.

To sum up institute is old, and " Antrodia camphorata culture apparatus " of the present utility model is that this case inventor uses mentality to design meticulously, its not only have practical effect and the structure of signing an undertaking oversimplify, use oversimplify, safe characteristic.

Just above-described, only be preferred embodiment of the present utility model, when not limiting the utility model practical range with this; Therefore, all simple equivalent of doing according to the utility model claim and utility model description change and modify, and all should still belong in the scope that the utility model patent contains.

Claims

1. Antrodia camphorata culture apparatus is characterized in that it comprises:

A pedestal has a tank, is provided with at least one in this tank in order to water is converted to the mist device of mist-like;

A stacker is incorporated into this pedestal, and this stacker has a groove;

A lid that is hollow form is incorporated into the groove of this stacker, and this lid has several air vents;

A sprayer unit, this sprayer unit is communicated with the inside of this tank and this lid; And

One can be to the blowing device of this tank blowing, and this blowing device is incorporated into this pedestal.

2. Antrodia camphorata culture apparatus as claimed in claim 1, it is characterized in that, this blowing device comprises one and is the fixedly shell block of hollow form, a fan and a swash plate, fixedly shell block has an opening, this fan is located at this opening, this swash plate is located at this fixedly in the shell block, and this swash plate is provided with a perforation and one and intercepts thin slice, and this obstruct thin slice can turn over and cover on this perforation with lifting.

3. Antrodia camphorata culture apparatus as claimed in claim 2, it is characterized in that the sidewall of this tank is provided with at least one connecting hole, this fixedly the lateral wall of shell block be provided with the connecting pipe of respective amount, this connecting pipe is communicated to this fixedly inside of shell block, and this connecting pipe is incorporated into this connecting hole.

4. Antrodia camphorata culture apparatus as claimed in claim 1 is characterized in that, the sidewall of this tank is provided with first joint, and the two ends of this first joint lay respectively at the inside and outside portion of this pedestal; This lid is provided with second joint, and the two ends of this second joint lay respectively at the inside and outside portion of this lid; This sprayer unit comprises a tube connector and a fog discharge frame pipe, one end of this tube connector connects the end that this first joint is positioned at this pedestal outside, the other end of this tube connector connects the end that this second joint is positioned at this lid outside, one end of this fog discharge frame pipe connects the end that this second joint is positioned at this lid portion inside, and this fog discharge frame pipe has several defogging holes.

5. Antrodia camphorata culture apparatus as claimed in claim 4, it is characterized in that, this fog discharge frame pipe is by several transfer tubes, several straight tubes and the square body that T type pipe composes in series, this fog discharge frame pipe connects the end that this second joint is positioned at this lid portion inside by this T type pipe, and these several defogging holes are located at this several straight tubes.

6. Antrodia camphorata culture apparatus as claimed in claim 1 is characterized in that, the sidewall of the groove of this stacker is provided with a drainpipe.

7. Antrodia camphorata culture apparatus as claimed in claim 1 is characterized in that, a bearing frame is positioned in the groove of this stacker, and this bearing frame is the hollow form of intersecting parallels.

8. Antrodia camphorata culture apparatus as claimed in claim 1 is characterized in that, the sidewall of the groove of this stacker is provided with several build-in pieces, and the sidewall of these several build-in pieces and this groove trims, and these several build-in pieces are mounted in the corresponding sidewall of the tank of this pedestal respectively.

9. Antrodia camphorata culture apparatus as claimed in claim 1 is characterized in that, this lid is provided with a hole, and temp. and humidity detector passes this hole by an end and stretches in this lid, and a lamp build-in is in this hole.

10. as the described Antrodia camphorata culture apparatus of claim 1, it is characterized in that a heating rod is located in this tank, the sidewall of this tank is provided with at least one build-in hole, and the power line of this heating rod is to pass this build-in hole and be electrically connected with a heating controller.