Summary of the invention
The purpose of the present invention is to provide a kind of breed of edible fungus devices, for overcoming drawbacks described above in the prior art.
A kind of breed of edible fungus device according to the present invention, including main box and box body is cultivated, it sets in the main box
There is the interlocking chamber cultivating cavity and being set on the left of the cultivation cavity, is installed with setting symmetrical above and below in the cultivation cavity
Support plate, be equipped with temperature control device on the upside of the support plate, be connected between the interlocking chamber and the cultivation cavity equipped with upper
Under symmetrically arranged intercommunicating pore, be equipped in the right side wall for cultivating cavity and be connected and the entrance of setting symmetrical above and below with the external world
Slot, the left side of the interlocking chamber are equipped with the first sliding chamber of setting symmetrical above and below, and it is sliding to be equipped with second between the described first sliding chamber up and down
Chamber is connected equipped with the first through slot, the described first sliding intracavitary company of being slidably matched between the described first sliding chamber and the interlocking chamber
It is connected to the first sliding block, press is connected with top pressure spring on the left of first sliding block, and the described first sliding chamber and described second are slided
It is connected between chamber equipped with the second through slot, second cunning is intracavitary to be equipped with the second sliding block, the upper and lower end face of second sliding block
It is interior to be equipped with embedding groove, it is slidably connected with convex sliding block in second through slot, described convex sliding block one end protrudes into described first
It slides intracavitary and is connect with the first sliding block secure fit, the convex sliding block other end protrudes into the embedding groove and in described embedding
Groove is slidably connected, and is connected between embedding groove described in upper and lower two sides equipped with guide runner, the right side end wall of the guide runner
Inside it is connected equipped with recessed channel, slider guide is slidably connected in the guide runner, is consolidated in the right end face of the slider guide
Equipped with tooth-strip part, the driving gear that connection is engaged with the tooth-strip part, the rear wall of the female slot are equipped in the female slot
It is inside installed with front side end and the sliding tooth to move in turn the driving motor that force-fitting connect, be also threadedly engaged in second sliding block
Be connected with the extended adjusting screw rod in left and right, the adjusting screw rod left distal end with admittedly in the described second sliding chamber left side wall
Adjusting motor power be cooperatively connected, the right side wall of the right end of the adjusting screw rod and the second sliding chamber is rotatably assorted company
It connects, the intracavitary interlocking mechanism equipped with setting symmetrical above and below of interlocking, the interlocking mechanism includes and the interlocking chamber left side wall
The articulation piece of secure fit connection and the transmission arm being hingedly cooperatively connected with the articulation piece, the top end surface of the transmission arm
On be installed with semi-circular protuberances, the bottom of the upside transmission arm is hingedly connected with first connecting rod, the downside linkage
The bottom of arm is hingedly connected with the second connecting rod.
Further technical solution, the temperature control device include the fixation being fixedly arranged between the cultivation cavity front and rear wall
Block is installed with temperature control sensor on the fixed block bottom end face, and the left and right sides of the temperature control sensor is installed with warm respectively
Tracheae and ventilation duct.
Further technical solution, the intercommunicating pore of upside and the inlet slot of upside are respectively positioned on the upside support
The upper side position of plate, the intercommunicating pore of downside and the inlet slot of downside are respectively positioned on the upside position of the downside support plate
It sets.
Further technical solution, the one end of the first connecting rod far from the upside transmission arm through upside described
The described first sliding intracavitary and with upside first sliding block that one through slot protrudes into upside is hingedly cooperatively connected, and described second connects
The one end of extension bar far from the downside transmission arm through first through slot of downside protrude into downside described first it is sliding intracavitary and
It is hingedly cooperatively connected with first sliding block of downside.
Further technical solution, the contact control switch.
Further technical solution, the right end face for cultivating box body is interior to be equipped with handle portion, sets in the cultivation box body
There is the holding tank of opening upwards setting, is installed with inserted bar of lock, the left side of the inserted bar of lock in the left end face for cultivating box body
End is installed with inclined-plane protrusion, is equipped with semi-circular recesses in the bottom end face of the inserted bar of lock.
Further technical solution, the contact control switch and the temperature control sensor are electrically connected.
Specific embodiment
Below with reference to Fig. 1-6, the present invention is described in detail.
Referring to Fig.1-6, a kind of breed of edible fungus device of embodiment according to the present invention, including main box 6 and cultivation
Box body 62, interior be equipped with of the main box 6 cultivates cavity 61 and is set to the interlocking chamber 63 for cultivating 61 left side of cavity, described
The support plate 611 for being installed with setting symmetrical above and below in cavity 61 is cultivated, temperature control device is equipped on the upside of the support plate 611, it is described
Be connected the intercommunicating pore 614 equipped with setting symmetrical above and below between interlocking chamber 63 and the cultivation cavity 61, the cultivation cavity 61
Right side wall in be equipped with and be connected and the inlet slot 613 of setting symmetrical above and below with the external world, the left side of the interlocking chamber 63 is equipped with upper
Under symmetrically arranged first sliding chamber 64, be equipped with the second sliding chamber 65 between the described first sliding chamber 64 up and down, the described first sliding chamber 64 with
It is connected between the interlocking chamber 63 equipped with the first through slot 645, it is sliding to be slidably connected with first in the described first sliding chamber 64
Block 641, press is connected with top pressure spring 642 on the left of first sliding block 641, the described first sliding chamber 64 and described second sliding
It is connected between chamber 65 equipped with the second through slot 643, the described second sliding chamber 65 is interior to be equipped with the second sliding block 651, second sliding block
It is equipped with embedding groove 659 in 651 upper and lower end face, is slidably connected with convex sliding block 644 in second through slot 643, it is described
Convex 644 one end of sliding block is protruded into the described first sliding chamber 64 and is connect with 641 secure fit of the first sliding block, the convex sliding block
644 other ends are protruded into the embedding groove 659 and are slidably connected in the embedding groove 659, embedding groove described in upper and lower two sides
It is connected between 659 equipped with guide runner 655, is connected in the right side end wall of the guide runner 655 equipped with recessed channel 657, it is described
It is slidably connected with slider guide 656 in guide runner 655, is installed with tooth-strip part 6561 in the right end face of the slider guide 656,
The driving gear 658 that connection is engaged with the tooth-strip part 6561, the rear side of the female slot 657 are equipped in the female slot 657
The driving motor 6571 of front side end and driving 658 power of the gear mating connection, second sliding block 651 are installed in wall
Inside also be threadedly engaged and be connected with the extended adjusting screw rod 652 in left and right, 652 left distal end of adjusting screw rod be embedded in institute admittedly
653 power of adjusting motor stated in the second sliding 65 left side wall of chamber is cooperatively connected, the right end of the adjusting screw rod 652 with it is described
The right side wall of second sliding chamber 65 is rotatably assorted connection, and the interlocking mechanism equipped with setting symmetrical above and below in the interlocking chamber 63 is described
Interlocking mechanism includes the articulation piece 631 connecting with the interlocking 63 left side wall secure fit of chamber and cuts with scissors with the articulation piece 631
The transmission arm 632 of mating connection is connect, is installed with semi-circular protuberances 633 in the top end surface of the transmission arm 632, upside is described
The bottom of swing arm 632 is hingedly connected with first connecting rod 635, and the bottom of the downside transmission arm 632 is hingedly cooperatively connected
There is the second connecting rod 636.
Valuably or illustratively, the temperature control device includes the fixation being fixedly arranged between cultivation 61 front and rear wall of cavity
Block 612 is installed with temperature control sensor 6122, the left and right two of the temperature control sensor 6122 on 612 bottom end face of fixed block
Side is installed with steam heating pipe 6121 and ventilation duct 6123 respectively, to realize the adjusting control work of A.T.C, mentions significantly
The high cultivation quality of edible mushroom.
Valuably or illustratively, the intercommunicating pore 614 of upside and the inlet slot 613 of upside are respectively positioned on upside institute
The upper side position of support plate 611 is stated, the intercommunicating pore 614 of downside and the inlet slot 613 of downside are respectively positioned on described in downside
The upper side position of support plate 611, so that box body 62 is cultivated in fast and easy installation.
Valuably or illustratively, the one end of the first connecting rod 635 far from the upside transmission arm 632 is through upside
First through slot 645 protrudes into the described first sliding chamber 64 of upside and hingedly cooperates with first sliding block 641 of upside
Connection, the one end of second connecting rod 636 far from the downside transmission arm 632 is stretched through first through slot 645 of downside
Enter in the described first sliding chamber 64 of downside and be hingedly cooperatively connected with first sliding block 641 of downside, to realize automatic control
The swing work of transmission arm 632 processed.
Valuably or illustratively, contact control switch 6111 is equipped in the top end surface of the support plate 611.
Valuably or illustratively, handle portion 621, the cultivation box body are equipped in the right end face for cultivating box body 62
Holding tank 623 equipped with opening upwards setting in 62, the holding tank 623 are used to place culture bottle, the cultivation box body 62
Inserted bar of lock 622 is installed in left end face, the left distal end of the inserted bar of lock 622 is installed with inclined-plane protrusion 6221, and the lock is inserted
Semi-circular recesses 6222, the culture bottle so that fast and easy is taken are equipped in the bottom end face of bar 622.
Valuably or illustratively, the contact control switch 6111 is electrically connected with the temperature control sensor 6122,
To realize automatically control temperature control work, significantly reduce worker's amount of labour, when 62 bottom end face of cultivation box body with contact
When formula control switch 6111 abuts against, signal is sent by contact control switch 6111 at this time and controls 6122 work of temperature control sensor
Make.
When original state, the second sliding block 651 is set to be located at the right-most position in the second sliding chamber 65, at this point, the first sliding block 641
By the pressure on top surface of top pressure spring 642, the first sliding block 641 is made to be located at the right-most position in the described first sliding chamber 64, meanwhile, make
First sliding block 641 drives convex sliding block 644 to be located at the right-most position in the second through slot 643, at this point, keeping convex sliding block 644 separate
One end of first sliding block 641 is located at the left-most position in embedding groove 659 and abuts against with the left side wall of embedding groove 659, meanwhile,
It drives first connecting rod 635 utmostly to protrude into interlocking chamber 63 by the first sliding block 641 of upside, and then makes the transmission arm of upside
632 are in horizontality, meanwhile, drive the second connecting rod 636 utmostly to protrude into interlocking chamber 63 by the first sliding block 641 of downside
It is interior, and then the transmission arm 632 of downside is made to be in horizontality, at this point, semi-circular protuberances 633 and intercommunicating pore 614 is made to be in opposite
Position simultaneously as the second sliding block 651 is located at the right-most position in the second sliding chamber 65, and then makes guide runner 655 be located at convex cunning
The right positions of block 644.
When upside, which needs to install, cultivates box body 62, driving gear 658 is controlled by driving motor 6571 and is rotated, by driving
Gear 658 drives tooth-strip part 6561 and 656 upward sliding of slider guide, until the top section of slider guide 656 protrudes into the embedding of upside
Then right positions in groove 659 and positioned at the convex sliding block 644 in upside drive adjusting screw rod 652 by controlling to adjust motor 653
Rotation, and then drive the second sliding block 651 to slide towards the left direction in the second sliding chamber 65 by adjusting screw rod 652, and make slider guide
The right end face of 656 top section and convex sliding block 644 abuts against, meanwhile, by slider guide 656 drive upside convex sliding block 644 with
And the first sliding block 641 of upside overcomes the pressure on top surface of top pressure spring 642 to slide towards the left direction in the first sliding chamber 64 of upside,
And then drive the transmission arm 632 of first connecting rod 635 and upside to rotate clockwise by the first sliding block 641 of upside, at this point, making
Intercommunicating pore 614 of the transmission arm 632 of upside utmostly far from upside will be cultivated box body 62 and be pushed into through the inlet slot 613 of upside
It cultivates in cavity 61, at this point, the intercommunicating pore 614 for making to cultivate inserted bar of lock 622 and upside on box body 62 is in relative position, until
When the left end face for cultivating box body 62 and the left side wall for cultivating cavity 61 abut against, at this point, making to cultivate the drive inserted bar of lock of box body 62
622 utmostly protrude into intercommunicating pore 614, meanwhile, protrude into the left side section of inserted bar of lock 622 utmostly in interlocking chamber 63, and
It is fully located at semi-circular recesses 6222 in interlocking chamber 63, subsequently controls to adjust motor 653 and adjusting screw rod 652 is driven reversely to turn
It is dynamic, until the second sliding block 651 restores to initial position, and then restore the first sliding block 641 by the pressure on top surface of top pressure spring 642
To initial position, and making first connecting rod 635 that the transmission arm 632 of upside be driven to rotate counterclockwise keeps the transmission arm 632 of upside extensive
Again to initial position, realized so that the semi-circular protuberances 633 on the transmission arm 632 of upside be made to be fully inserted into semi-circular recesses 6222
The locking work of upside cultivation box body 62;
When downside, which needs to install, cultivates box body 62, driving gear 658 is controlled by driving motor 6571 and is rotated backward, by driving
Gear 658 drives tooth-strip part 6561 and 656 slide downward of slider guide, until the bottom stage of slider guide 656 protrudes into the embedding of downside
Then right positions in groove 659 and positioned at the convex sliding block 644 in downside drive adjusting screw rod 652 by controlling to adjust motor 653
Rotating and then realizing drives the transmission arm 632 of the second connecting rod 636 and downside to turn clockwise by the first sliding block 641 of downside
It is dynamic, at this point, making intercommunicating pore 614 of the transmission arm 632 of downside utmostly far from downside, entrance of the box body 62 through downside will be cultivated
The push-in of slot 613 is cultivated in cavity 61, at this point, the intercommunicating pore 614 for making to cultivate inserted bar of lock 622 and downside on box body 62 is in opposite
Position, until when the left end face for cultivating box body 62 is abutted against with the left side wall for cultivating cavity 61, at this point, making to cultivate 62 band of box body
Dynamic inserted bar of lock 622 utmostly protrudes into intercommunicating pore 614, meanwhile, so that the left side section of inserted bar of lock 622 is utmostly protruded into interlocking chamber
It in 63, and is fully located at semi-circular recesses 6222 in interlocking chamber 63, subsequently controls to adjust motor 653 and drive adjusting screw rod
652 rotate backward, until the second sliding block 651 restores to initial position, and then make the first sliding block 641 by top pressure spring 642
Pressure on top surface restores to initial position, and makes the second connecting rod 636 that the transmission arm 632 of downside be driven to rotate counterclockwise the connection for making upside
Swing arm 632 restores to initial position, so that the semi-circular protuberances 633 on the transmission arm 632 of downside be made to be fully inserted into semi-circular recesses
Realize that the locking work of box body 62 is cultivated in downside in 6222.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, driving gear is controlled by driving motor
Positive and negative rotation, and then realize that the up and down adjustment of control slider guide slides work, realize the promotion for controlling the first sliding block of two sides up and down
Work substantially increases installation and takes out the convenience for cultivating box body, meanwhile, improve the stability for cultivating box body installation;When
When cultivation box body bottom end face and contact control switch abut against, signal is sent by contact control switch and controls temperature control biography
Sense device working improves automatic control work, alleviates worker operation amount, improves work efficiency and cultivate quality.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.