CN109913356A - A kind of novel foodstuff enzyme preparation facilities - Google Patents
A kind of novel foodstuff enzyme preparation facilities Download PDFInfo
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- CN109913356A CN109913356A CN201910268173.4A CN201910268173A CN109913356A CN 109913356 A CN109913356 A CN 109913356A CN 201910268173 A CN201910268173 A CN 201910268173A CN 109913356 A CN109913356 A CN 109913356A
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Abstract
The invention discloses a kind of novel foodstuff enzyme preparation facilities, including apparatus main body, rotation chamber is equipped in described device main body, the intracavitary rotation of rotation is equipped with preparation tank, it is equipped in the preparation tank and prepares chamber, described prepare is connected to equipped with drain hole between chamber and the rotation chamber, described prepare is equipped with capping apparatus on the upside of chamber, it communicates on the left of the rotation chamber equipped with retraction slot symmetrical above and below, the configuration of the present invention is simple, it is easy to operate, device sealing in original state and fermentation process is made to prepare chamber by capping apparatus, avoid harmful microorganism enter prepare it is intracavitary, guarantee prepares intracavitary environment and reaches hygienic requirements, be conducive to ferment, this device is only arranged a material mouth and acts on for blowing and discharge, prevent the problem for preparing chamber leakproofness difference caused by more material mouths from occurring, influence the preparation of enzyme food, and convenient for clear after this device use It is clean, by the way that the intracavitary water that different temperatures is added of open rotation, to reach heating and insulation effect, installation area is small, convenient for operation.
Description
Technical field
The present invention relates to technical field of enzyme preparation, specially a kind of novel foodstuff enzyme preparation facilities.
Background technique
The preparation process of food enzyme is culture, fermentation, flocculation, extraction, concentration and the drying of strain, different enzyme preparations
Technique difference, wherein fermentation process as enzyme prepare in important link, the preparation facilities used also will affect the hair of enzyme
Ferment effect, current food enzyme fermentation preparation facilities upside is equipped with feed inlet and downside is provided with discharge port and subsequent processing connects
Connect, more material mouths will lead to prepared in fermentor chamber leakproofness it is poor, influence to ferment, secondly, device is after use, due to it
The complicated and more material mouth of internal structure is arranged, so that cleaning is difficult, cleaning effect is poor, influences the use of next device, and existing
Some food enzyme fermentation preparation facilities are fixed, and flexibility is poor, are only used as fermentation, and use value is low, and it is big to consume energy, and increases
Preparation cost.
For this reason, it is necessary to further improve enzyme food preparation facilities in the prior art, to improve the hair of enzyme food
Ferment quality.
Summary of the invention
It is in the prior art above-mentioned for overcoming the purpose of the present invention is to provide a kind of novel foodstuff enzyme preparation facilities
Defect.
A kind of novel foodstuff enzyme preparation facilities according to the present invention, including apparatus main body are equipped in described device main body
Chamber is rotated, the intracavitary rotation of rotation is equipped with preparation tank, is equipped in the preparation tank and prepares chamber, described to prepare chamber and the rotation
It is connected between chamber and is equipped with drain hole, described prepare is equipped with capping apparatus on the upside of chamber, communicated on the left of the rotation chamber equipped with right up and down
The retraction slot of title, the capping apparatus to seal the drain hole and open it is described prepare chamber when turn in retraction slot, institute
It states to prepare and is equipped with transmission engagement chamber on the left of chamber, the transmission engagement is intracavitary to be equipped with first bevel gear by rotation splined shaft rotation,
The rotation splined shaft upper end and the capping apparatus are rotatablely connected, and the first bevel gear left side engagement is connected with the second cone
Gear, the second bevel gear left side are installed with drive shaft, and driving device is equipped on the left of the rotation chamber, and the transmission turns
Axis left end is connected by power with the driving device, described to prepare intracavitary rotation and be equipped with Rotational Cylindrical, uniformly distributed fixed in the Rotational Cylindrical
There is six roots of sensation stirring rod, described prepare is communicated on the downside of chamber equipped with engagement space, and space lower end is engaged with described in the Rotational Cylindrical lower end
Wall rotation connection is installed with third hand tap gear in the Rotational Cylindrical in the engagement space, passes through in the engagement space
The rotation of driving belt axis is equipped with the 4th bevel gear that connection is engaged with the third hand tap gear right side, the engagement space right side
It is connected between the rotation chamber and is equipped with driving belt slot, it is symmetrical above and below in the driving belt slot to be equipped with driving pulley, institute
It states driving belt axis right end to protrude into the driving belt slot and be connected with the driving pulley of downside, the driving belt
It is connected by power between wheel by driving belt, is installed with left end and the driving belt at the driving pulley axle center of upside
Slot left end wall rotation connection rotation axis, it is described rotation chamber on the right side of be equipped with rotating device, the rotation axis right end with described turn
Dynamic device is connected by power, and is equipped with discharge gate be connected between free surrounding space on the downside of the rotation chamber, the discharge gate right side communicates
Equipped with sealing sliding slot, sliding is equipped with the drop bar to seal the discharge gate, the drop bar in the sealing sliding slot
Lower end surface is installed with sealing slider guide, communicates on the downside of the sealing sliding slot and is equipped with sealing turn trough, by close in the sealing turn trough
Envelope shaft rotation is equipped with the sealing gear that upper end engages connection with the drop bar, and the preparation tank prepares food to ferment
Enzyme is simultaneously discharged by the discharge gate.
Further technical solution, the capping apparatus include downward opening contraction chamber, the contraction chamber bilateral symmetry
It communicates and is equipped with lifting groove, the contraction chamber sliding is equipped with left and right end and is respectively protruding into the lifter plate in the lifting groove, the lifting
Plate lower end surface is installed with the sealing block that lower end is protruded into the drain hole, is installed on the sealing block in the drain hole
Rubber seal, rotation is equipped in the lifting groove in left side is threadedly coupled and upper end and the lifting groove upper end wall with the lifter plate
The elevating screw of rotation connection, the lifting groove downside, which communicates, is equipped with synchronous trough of belt, and bilateral symmetry is equipped in the synchronous trough of belt
Synchronous pulley, the elevating screw lower end is protruded into the synchronous trough of belt and is connected with the synchronous pulley on right side, described same
It walks and is connected between belt wheel by synchronous belt power, the synchronous pulley in the rotation splined shaft upper end and left side is connected, described
Synchronous trough of belt upside, which communicates, is equipped with engagement chamber, the intracavitary rotation spline block for being installed with hollow shape of engagement, on the engagement chamber
Side, which communicates, is equipped with lifting chamber, and the rotation splined shaft upper end connects through the rotation spline block and lifting chamber upper end wall rotation
Connect, the intracavitary rotation splined shaft upper spline of the lifting be connected with lower end protrude into the engagement it is intracavitary to described turn
The rotation spline housing of dynamic spline block spline connection, the lifting chamber outside are communicated equipped with symmetrical lifting sliding slot, right side
It communicates on the right side of the lifting sliding slot equipped with connecting cavity, rotation spline housing periphery rotation is equipped with the lifting of left end and left side
The connecting plate that sliding slot is slidably connected, the connecting plate right end protrude into the connecting cavity, the company in the lifting sliding slot
The adjustable spring that fishplate bar lower end surface is installed with lower end and the lifting sliding slot lower end wall is connected, the connecting cavity and the left side
Transmission device is provided between the lifting groove, connection is engaged with the transmission device in the connecting plate right side.
Further technical solution, the transmission device include symmetrical belt turn trough, are led in the belt turn trough
It crosses the rotation of belt shaft and is equipped with rotating wheel belt, be connected by power between the belt shaft by connecting belt, the skin in left side
Band turn trough is communicated with the connecting cavity, and the rotating wheel belt in left side engages connection, the institute on right side with the connecting plate right side
It states and squeezes slot be connected to be equipped between the lifting groove on the upside of belt turn trough, slides in the extrudings slot equipped with lower end surface and right side
Rotating wheel belt engagement connection and right end protrude into the crushing block in the lifting groove, the crushing block upper surface is installed with the
One reset assembly.
Further technical solution, the driving device include the driving chamber that right side is communicated with the rotation chamber, the drive
It is installed with driving motor on the downside of dynamic chamber, the driving motor upper end has been connected by power driving spline housing, in the driving spline housing
Spline is connected with the driving splined shaft that upper end is protruded into the driving chamber and is installed with the 5th bevel gear, the drive shaft left end
The 6th bevel gear for engage and connecting with the 5th bevel gear is protruded into the driving chamber and is installed with, under the 5th bevel gear
Side position is rotated by connection shaft in the driving chamber in being installed with the 7th bevel gear on the driving splined shaft and is equipped with front end
To engage the 8th bevel gear of connection with the 7th bevel gear, the connection shaft is connected by power with the rotating device,
Communicate to be equipped on the outside of the driving chamber and push away chamber, on the driving splined shaft rotation be equipped with left and right end be respectively protruding into described in push away it is intracavitary
Pushing block, the pushing block lower end surface are installed with lower end and the top pressure spring for pushing away chamber lower end wall and being connected, the top pressure spring downside
It communicates and is equipped with link slot, the connecting rod that sliding is equipped with upper end and the pushing block is connected in the link slot, the connecting rod lower end
The connecting spring that face is installed with lower end and the link slot lower end wall is connected, the connecting rod is interior to be equipped with the perforative inclined-plane in left and right
Slot is connected between the link slot and the discharge gate and is equipped with slide bar slot, in the slide bar slot sliding be equipped with left end with it is described
The press slide bar that surface groove abuts, the press slide bar lower end surface is installed with the second reset assembly.
Further technical solution, the rotating device include the rotation slot that left side is communicated with the rotation chamber, the system
Standby tank right end is installed with the swivel becket of right end and rotation slot right end wall rotation connection, the rotation in the rotation slot
It is installed with rotate gear on ring, communicates on the downside of the rotation slot equipped with drive cavity, rotation is equipped with upper end and institute in the drive cavity
The connection bevel gear of rotate gear engagement connection is stated, the connection bevel gear right end engagement is connected with drive bevel gear, the biography
Dynamic bevel gear lower end surface is installed with drive splines axis, is equipped with power device, drive splines axis lower end on the downside of the drive cavity
It is connect with the power device spline, is communicated on the right side of the rotation slot and be equipped with connection turn trough, communicated and set on the right side of the connection turn trough
There is engaging groove, the rotation axis right end is protruded into the engaging groove and is installed with through the swivel becket and the connection turn trough and nibbles
Bevel gear is closed, is installed with the driving lever abutted with the power device in the rotation axis in the connection turn trough, it is described to nibble
It closes in slot and front end and the rotating bevel gear for engaging bevel gear engagement connection is equipped with by rotary gear shaft rotation, the gear turns
It is connected by power between axis and the connection shaft by the gearing belt (not shown) of rear side.
Further technical solution, the power device include power turn trough, and the power turn trough lower end wall is installed with dynamic
Force motor, the power motor upper end are connected by power the power shaft of upper end and power turn trough upper end wall rotation connection,
Be installed with power gear on the power shaft, on the left of the power turn trough be connected between the drive cavity equipped with power cavity,
Rotation is equipped with the power spline housing that right end engages connection with the power gear, power spline set upper side in the power cavity
It is connect with the drive splines axis spline, is equipped on the right side of the power cavity with connection between the connection turn trough and abuts slot, it is described
Power spline housing periphery, which is rotatably connected to, to be protruded into the abutting slot and the abutting bar that abuts with the driving lever of upper end, the abutting
Bar lower end surface is installed with lower end and abuts the connected fixed spring of slot lower end wall with described, communicates on the downside of the power cavity and is equipped with transmission
Space, the transmission space is interior to be equipped with gearing bevel gear by connection splined shaft rotation, and institute is protruded into the connection splined shaft upper end
It states in power cavity to be connect with the power spline housing spline, the gearing bevel gear rear end face engagement is connected with conical tooth
Wheel, the angular wheel rear end face are installed with mandrel, by cooperateing with belt (not scheme between the mandrel and the sealing pivot
Show) it is connected by power.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, make device initial by capping apparatus
Sealing prepares chamber in state and fermentation process, avoids harmful microorganism from entering and prepares intracavitary, guarantee prepares intracavitary environment and reaches
Hygienic requirements is conducive to ferment, this device is only arranged a material mouth and acts on for blowing and discharge, prevents system caused by more material mouths
The problem of standby chamber leakproofness difference occurs, and influences the preparation of enzyme food, and convenient for cleaning after this device use, by open turn
The intracavitary water that different temperatures is added is moved to reach heating and insulation effect, structure is simple, and installation area is small, convenient for operation.
Detailed description of the invention
Fig. 1 is a kind of inside overall structure diagram of novel foodstuff enzyme preparation facilities of the invention；
Fig. 2 is " A " direction structure schematic diagram in Fig. 1 in the present invention；
Fig. 3 is " B " enlarged structure schematic diagram in Fig. 1 in the present invention；
Fig. 4 is " C " enlarged structure schematic diagram in Fig. 1 in the present invention.
Specific embodiment
Below with reference to Fig. 1-4, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
Referring to Fig.1-4, a kind of novel foodstuff enzyme preparation facilities of embodiment according to the present invention, including apparatus main body
10, rotation chamber 11 is equipped in described device main body 10, rotation is equipped with preparation tank 12 in the rotation chamber 11, in the preparation tank 12
Equipped with chamber 13 is prepared, described prepare is connected to equipped with drain hole 28 between chamber 13 and the rotation chamber 11, described to prepare 13 upside of chamber
Equipped with capping apparatus, communicate on the left of the rotation chamber 11 equipped with retraction slot 29 symmetrical above and below, the capping apparatus is to seal
The drain hole 28 and open it is described turn in retraction slot 29 when preparing chamber 13, described prepare is equipped with transmission engagement on the left of chamber 13
Chamber 14, the transmission engagement chamber 14 is interior to be equipped with first bevel gear 16, the rotation splined shaft 15 by the rotation rotation of splined shaft 15
Upper end and the capping apparatus are rotatablely connected, and 16 left side of the first bevel gear engagement is connected with second bevel gear 17, described
17 left side of second bevel gear is installed with drive shaft 18, is equipped with driving device, the drive shaft on the left of the rotation chamber 11
18 left ends are connected by power with the driving device, described to prepare rotation in chamber 13 and be equipped with Rotational Cylindrical 19, in the Rotational Cylindrical 19
Cloth is installed with six roots of sensation stirring rod 20, and described prepare is communicated on the downside of chamber 13 equipped with engagement space 108,19 lower end of Rotational Cylindrical and institute
Engagement 108 lower end wall of space rotation connection is stated, is installed with triconodont in the Rotational Cylindrical 19 in the engagement space 108
Wheel 21, interior be equipped with by the rotation of driving belt axis 25 in the engagement space 108 engage company with 21 right side of third hand tap gear
The 4th bevel gear 22 connect, 108 right side of the engagement space be connected between the rotation chamber 11 equipped with driving belt slot 23, institute
State it is symmetrical above and below in driving belt slot 23 be equipped with driving pulley 24,25 right end of driving belt axis protrudes into the driving belt
It is connected in slot 23 and with the driving pulley 24 of downside, is connected between the driving pulley 24 by 26 power of driving belt
It connects, turn of left end and the 23 left end wall of driving belt slot rotation connection is installed at 24 axle center of the driving pulley of upside
Moving axis 27,11 right side of rotation chamber are equipped with rotating device, and 27 right end of rotation axis is connected by power with the rotating device,
11 downside of the rotation chamber is equipped with discharge gate 30 be connected between free surrounding space, communicates on the right side of the discharge gate 30 and is equipped with sealing cunning
Slot 31, the interior sliding of sealing sliding slot 31 are equipped with the drop bar 32 to seal the discharge gate 30, the drop bar 32
Lower end surface is installed with sealing slider guide 33, communicates on the downside of the sealing sliding slot 31 and is equipped with sealing turn trough 34, the sealing turn trough 34
The interior sealing gear 36 for engaging connection with the drop bar 32 equipped with upper end by the rotation of sealing pivot 35, the preparation tank 12
Enzyme food is prepared and by the discharge gate 30 discharge to ferment.
Valuably or illustratively, the capping apparatus includes downward opening contraction chamber 37, the contraction chamber 37 or so
It symmetrically communicates equipped with lifting groove 39, the sliding of contraction chamber 37 is equipped with left and right end and is respectively protruding into the lifter plate in the lifting groove 39
38,38 lower end surface of lifter plate is installed with the sealing block 40 that lower end is protruded into the drain hole 28, in the drain hole 28
The sealing block 40 on be installed with rubber seal 41, rotation is equipped with and 38 screw thread of lifter plate in the lifting groove 39 in left side
The elevating screw 42 of connection and upper end and 39 upper end wall of lifting groove rotation connection, communicate on the downside of the lifting groove 39 be equipped with it is same
Trough of belt 43 is walked, bilateral symmetry is equipped with synchronous pulley 44 in the synchronous trough of belt 43, and 42 lower end of elevating screw is protruded into described same
It walks in trough of belt 43 and is connected with the synchronous pulley 44 on right side, connected between the synchronous pulley 44 by 45 power of synchronous belt
It connects, the synchronous pulley 44 in rotation 15 upper end of splined shaft and left side is connected, and communicates and is equipped on the upside of the synchronous trough of belt 43
Chamber 47 is engaged, the rotation spline block 48 of hollow shape is installed in the engagement chamber 47, is communicated on the upside of the engagement chamber 47 and is equipped with liter
Chamber 49 drops, and 15 upper end of rotation splined shaft is rotatablely connected through the rotation spline block 48 with 49 upper end wall of lifting chamber,
It is described lifting chamber 49 in 15 upper spline of rotation splined shaft be connected with lower end protrude into the engagement chamber 47 to institute
The rotation spline housing 52 of rotation 48 spline of spline block connection is stated, communicates on the outside of the lifting chamber 49 and is slided equipped with symmetrical lifting
Slot 50 communicates on the right side of the lifting sliding slot 50 on right side equipped with connecting cavity 54, and 52 periphery of the rotation spline housing rotation is equipped with a left side
The connecting plate 51 that the lifting sliding slot 50 in end and left side is slidably connected, 51 right end of connecting plate protrude into the connecting cavity 54
Interior, 51 lower end surface of the connecting plate in the lifting sliding slot 50 is installed with lower end and 50 lower end wall of lifting sliding slot is connected
Adjustable spring 53, transmission device, the connection are provided between the connecting cavity 54 and the lifting groove 39 in the left side
Connection is engaged with the transmission device in 51 right side of plate.
Valuably or illustratively, the transmission device includes symmetrical belt turn trough 55, the belt turn trough 55
It is interior that rotating wheel belt 57 is equipped with by the rotation of belt shaft 56, it is connected by power between the belt shaft 56 by connecting belt 58,
The belt turn trough 55 in left side is communicated with the connecting cavity 54, the rotating wheel belt 57 in left side and 51 right end of connecting plate
Face engagement connection, the upside of the belt turn trough 55 on right side squeezes slot 59 be connected to be equipped between the lifting groove 39, described crowded
Sliding engages connection with the rotating wheel belt 57 on right side equipped with lower end surface in indent 59 and right end protrudes into the lifting groove 39
Crushing block 60,60 upper surface of crushing block is installed with the first reset assembly 61.
Valuably or illustratively, the driving device includes the driving chamber 62 that right side is communicated with the rotation chamber 11, institute
It states and is installed with driving motor 70 on the downside of driving chamber 62,70 upper end of driving motor has been connected by power driving spline housing 69, described
Driving 69 internal spline of spline housing is connected with the driving spline that upper end is protruded into the driving chamber 62 and is installed with the 5th bevel gear 64
Axis 65,18 left end of drive shaft, which is protruded into the driving chamber 62 and is installed with, engages connection with the 5th bevel gear 64
6th bevel gear 63,64 lower position of the 5th bevel gear in being installed with the 7th bevel gear 66 on the driving splined shaft 65,
Front end is equipped with to engage the 8th of connection with the 7th bevel gear 66 by the connection rotation of shaft 67 in the driving chamber 62
Bevel gear 68, the connection shaft 67 are connected by power with the rotating device, communicated on the outside of the driving chamber 62 be equipped with push away chamber 71,
Rotation is equipped with left and right end and is respectively protruding into the pushing block 72 pushed away in chamber 71,72 lower end surface of pushing block on the driving splined shaft 65
It is installed with lower end and the top pressure spring 73 for pushing away 71 lower end wall of chamber and being connected, is communicated on the downside of the top pressure spring 73 equipped with link slot
74, the connecting rod 75 that interior sliding is equipped with upper end and the pushing block 72 is connected of link slot 74,75 lower end surface of connecting rod is consolidated
Equipped with the connecting spring 76 that lower end and 74 lower end wall of link slot are connected, the perforative inclined-plane in left and right is equipped in the connecting rod 75
Slot 80 is connected between the link slot 74 and the discharge gate 30 and is equipped with slide bar slot 77, in the slide bar slot 77 sliding be equipped with
The press slide bar 78 that left end is abutted with the surface groove 80,78 lower end surface of press slide bar are installed with the second reset assembly 79.
Valuably or illustratively, the rotating device includes the rotation slot 81 that left side is communicated with the rotation chamber 11, institute
The swivel becket 82 that 12 right end of preparation tank is installed with right end and the 81 right end wall of rotation slot rotation connection is stated, in the rotation slot 81
It is installed with rotate gear 83 on the interior swivel becket 82, is communicated on the downside of the rotation slot 81 equipped with drive cavity 90, the transmission
Rotation is equipped with the connection bevel gear 91 that upper end engages connection with the rotate gear 83,91 right end of connection bevel gear in chamber 90
Engagement is connected with drive bevel gear 92, and 92 lower end surface of drive bevel gear is installed with drive splines axis 93, the drive cavity 90
Downside is equipped with power device, and 93 lower end of drive splines axis is connect with the power device spline, 81 right side of rotation slot
It communicates and is equipped with connection turn trough 88, communicated on the right side of the connection turn trough 88 equipped with engaging groove 84,27 right end of rotation axis runs through institute
It states swivel becket 82 and the connection turn trough 88 protrudes into the engaging groove 84 and be installed with engagement bevel gear 85, turn in the connection
It is installed with the driving lever 89 abutted with the power device in the rotation axis 27 in slot 88, passes through gear in the engaging groove 84
The rotation of shaft 86 is equipped with front end and the rotating bevel gear 87 for engaging the engagement connection of bevel gear 85, the rotary gear shaft 86 and institute
It states and is connected by power between connection shaft 67 by the gearing belt (not shown) of rear side.
Valuably or illustratively, the power device includes power turn trough 99, and 99 lower end wall of power turn trough is fixed
Dynamic motor 101,101 upper end of power motor has been connected by power upper end and 99 upper end wall of power turn trough is rotatablely connected
Power shaft 102, power gear 100,99 left side of power turn trough and the transmission are installed on the power shaft 102
Connection is equipped with power cavity 98 between chamber 90, and rotation is equipped with right end and engages connection with the power gear 100 in the power cavity 98
Power spline housing 97,97 upper end of power spline housing connect with 93 spline of drive splines axis, and the power cavity 98 is right
Connection is equipped with and abuts slot 95 between side and the connection turn trough 88, described in 97 periphery of power spline housing is rotatably connected to and protrudes into
Abut in slot 95 and the abutting bar 94 that is abutted with the driving lever 89 of upper end, 94 lower end surface of abutting bar be installed with lower end with it is described
The connected fixed spring 96 of 95 lower end wall of slot is abutted, is communicated on the downside of the power cavity 98 equipped with transmission space 103, the transmission is empty
Between be equipped with by the connection rotation of splined shafts 104 in 103 and interlock bevel gear 105, described move is protruded into 104 upper end of connection splined shaft
To connect with 97 spline of power spline housing in power chamber 98,105 rear end face of the gearing bevel gear engagement is connected with taper
Gear 107,107 rear end face of angular wheel are installed with mandrel 106, lead between the mandrel 106 and the sealing pivot 35
Collaboration belt (not shown) is crossed to be connected by power.
When original state, sealing block 40 abuts sealing with drain hole 28 and prepares chamber 13, rotation spline housing 52 and rotation spline
The connection of the non-spline of block 48, the 6th bevel gear 63 engage connection, the 7th bevel gear 66 and the 8th bevel gear 68 with the 5th bevel gear 64
Connection is not engaged, and drop bar 32 opens discharge gate 30, and drive splines axis 93 is connect with the non-spline of power spline housing 97, power flower
Key set 97 is connected with 104 spline of splined shaft is connect.
When needing device to work, driving motor 70 works, and driving driving splined shaft 65 rotates, then 64 band of the 5th bevel gear
Dynamic 6th bevel gear 63 rotation, then rotate first bevel gear 16 by drive shaft 18, then rotates the rotation of splined shaft 15, lead to
Crossing synchronous belt 45 rotates elevating screw 42, then lifter plate 38 drives sealing block 40 to rise in contraction chamber 37, and lifter plate
38 promotion crushing blocks 60 are moved to the left, so that rotating wheel belt 57 rotates counterclockwise, then connecting plate 51 drives under rotation spline housing 52
Drop then rotates splined shaft 15 and rotates so that rotation spline block 48 so that rotation spline housing 52 is connect with rotation 48 spline of spline block
Rotation, then 46 rotating opening of cover prepares chamber 13, rotation 15 rotation process of splined shaft in, lifter plate 38 continue rise and with squeeze
Briquetting 60 abuts, and when cover 46 turns in retraction slot 29, lifter plate 38 is located at 39 upside extreme position of lifting groove, then will
Raw material needed for enzyme food preparation, which is put into, to be prepared in chamber 13, and driving motor 70 rotates backward work, then it is reversed to rotate splined shaft 15
So that the decline of lifter plate 38 but when not abutting with the disengaging of crushing block 60, cover 46 is rotated backward to preparing chamber 13 and preparation tank for rotation
12 upper surfaces abut, and when lifter plate 38 is abutted with the disengaging of crushing block 60, connecting plate 51 rises under the effect of adjustable spring 53 to be made
Spline housing 52 must be rotated to be disconnected with rotation spline block 48, then rotate splined shaft 15 and persistently rotate, so that lifter plate 38 drives
Sealing block 40, which drops in drain hole 28, will prepare chamber 13 and seal, and thereafter, power motor 101 works, and drive 100 turns of power gear
Dynamic, so that power spline housing 97, which drives, interlocks the rotation of bevel gear 105, then angular wheel 107 rotates, close by cooperateing with belt to make
Envelope gear 36 rotates counterclockwise, then drop bar 32 is moved to the left sealing discharging mouth 30, and seals 31 left end of sliding slot and protrude into slide bar
It squeezes press slide bar 78 in slot 77 to be moved to the left, then connecting rod 75 drives pushing block 72 to decline, so that the 5th bevel gear 64 and the 6th
Bevel gear 63 is disengaged from and the 7th bevel gear 66 with the 8th bevel gear 68 engages connection, and the fermenting raw materials prepared in chamber 13 are made
Liquid enzymes, in fermentation process, driving motor 70 works, and driving the 7th bevel gear 66 rotation makes rotating cone by interlocking belt
Gear 87 rotates, then rotation axis 27 rotates, and makes third hand tap gear 21 that Rotational Cylindrical 19 be driven to rotate by driving belt 26, to system
Fermentation material, which is stirred, in standby chamber 13 makes it sufficiently ferment, and during the fermentation, can be by the way that hot water is added into rotation chamber 11
Or cold water to be to heat up or insulation effect, after fermentation, rotation axis 27 turns to driving lever 89 and abuts with abutting bar 94 and be detached from, then exists
Under fixed spring 96 acts on, power spline housing 97 rise to connect splined shaft 104 be disconnected and with drive splines axis 93 it is colored
Key connection, then 101 task driven drive bevel gear 92 of power motor rotates, then connects bevel gear 91 and drive 83 turns of rotate gear
Dynamic, so that swivel becket 82 drives preparation tank 12 to turn to drain hole 28, to be located at 11 downside of rotation chamber corresponding with discharge gate 30, connects
, rotation axis 27 turns to, and driving lever 89 is abutted with bar 94 is abutted, so that abutting the decline of bar 94 drives power spline housing 97 and transmission
Splined shaft 93 is disconnected, and power spline housing 97 is connect with 105 spline of bevel gear is interlocked, then 101 direction of power motor rotates
Power gear 100 is driven to rotate, then power spline housing 97, which drives, interlocks the rotation of bevel gear 105, so that sealing gear 36 reversely turns
Dynamic, drop bar 32, which moves right, opens discharge gate 30, then presses slide bar 78 and move to right under the effect of the second reset assembly 79, and even
Extension bar 75 drives pushing block 72 to rise, so that the 7th bevel gear 66 and the 8th bevel gear 68 are disconnected and the 5th bevel gear 64 and the
The engagement connection of six bevel gears 63, then driving motor 70 works, and repeats blowing and uncaps movement, passes through the rotation rotation drive of splined shaft 15
46 opening of cover prepares chamber 13, then the liquid enzymes prepared in chamber 13 are exported by discharge gate 30, into the extraction of next enzyme food
In device.
The beneficial effects of the present invention are: the configuration of the present invention is simple, easy to operate, make device initial by capping apparatus
Sealing prepares chamber in state and fermentation process, avoids harmful microorganism from entering and prepares intracavitary, guarantee prepares intracavitary environment and reaches
Hygienic requirements is conducive to ferment, this device is only arranged a material mouth and acts on for blowing and discharge, prevents system caused by more material mouths
The problem of standby chamber leakproofness difference occurs, and influences the preparation of enzyme food, and convenient for cleaning after this device use, by open turn
The intracavitary water that different temperatures is added is moved to reach heating and insulation effect, structure is simple, and installation area is small, convenient for operation.
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.
Claims (6)
1. a kind of novel foodstuff enzyme preparation facilities, including apparatus main body, described device main body is interior to be equipped with rotation chamber, the rotation
Intracavitary rotation is equipped with preparation tank, is equipped in the preparation tank and prepares chamber, it is described prepare to be connected between chamber and the rotation chamber be equipped with
Drain hole, described prepare is equipped with capping apparatus, communicates on the left of the rotation chamber equipped with retraction slot symmetrical above and below on the upside of chamber, described
Capping apparatus to seal the drain hole and open it is described prepare chamber when turn in retraction slot, described prepare is equipped on the left of chamber
Transmission engagement chamber, intracavitary rotated by rotation splined shaft of the transmission engagement is equipped with first bevel gear, on the rotation splined shaft
End is rotatablely connected with the capping apparatus, and the first bevel gear left side engagement is connected with second bevel gear, second cone
Gear left side is installed with drive shaft, is equipped with driving device, the drive shaft left end and the drive on the left of the rotation chamber
Dynamic device is connected by power, described to prepare intracavitary rotation and be equipped with Rotational Cylindrical, is uniformly installed with six roots of sensation stirring rod, institute in the Rotational Cylindrical
It states to prepare to communicate on the downside of chamber and is equipped with engagement space, the rotation connection of space lower end wall is engaged with described in the Rotational Cylindrical lower end, in institute
It states and is installed with third hand tap gear in the Rotational Cylindrical in engagement space, set in the engagement space by the rotation of driving belt axis
There is the 4th bevel gear that connection is engaged with the third hand tap gear right side, between the engagement space right side and the rotation chamber
It is connected to and is equipped with driving belt slot, it is symmetrical above and below in the driving belt slot to be equipped with driving pulley, the driving belt axis right end
It protrudes into the driving belt slot and is connected with the driving pulley of downside, pass through transmission skin between the driving pulley
Drive connects, and left end is installed at the driving pulley axle center of upside and driving belt slot left end wall is rotatablely connected
Rotation axis, be equipped with rotating device on the right side of the rotation chamber, the rotation axis right end is connected by power with the rotating device, institute
It states and is equipped with discharge gate be connected between free surrounding space on the downside of rotation chamber, communicate to be equipped on the right side of the discharge gate and seal sliding slot, it is described
Sliding is equipped with the drop bar to seal the discharge gate in sealing sliding slot, and the drop bar lower end surface is installed with sealing and leads
Sliding block, the sealing sliding slot downside, which communicates, is equipped with sealing turn trough, by sealing pivot rotation equipped with upper end in the sealing turn trough
The sealing gear of connection is engaged with the drop bar, the preparation tank prepares enzyme food and by the discharge gate to ferment
Discharge.
2. a kind of novel foodstuff enzyme preparation facilities according to claim 1, it is characterised in that: the capping apparatus includes
Downward opening contraction chamber, the contraction chamber bilateral symmetry are communicated equipped with lifting groove, and the contraction chamber sliding is equipped with left and right end point
The lifter plate in the lifting groove is not protruded into, and the lifter plate lower end surface is installed with the sealing that lower end is protruded into the drain hole
Block is installed with rubber seal on the sealing block in the drain hole, in the lifting groove in left side rotation be equipped with it is described
Lifter plate is threadedly coupled and the elevating screw of upper end and lifting groove upper end wall rotation connection, communicates and sets on the downside of the lifting groove
There is synchronous trough of belt, bilateral symmetry is equipped with synchronous pulley in the synchronous trough of belt, and the synchronous belt is protruded into the elevating screw lower end
It is connected in slot and with the synchronous pulley on right side, is connected between the synchronous pulley by synchronous belt power, the rotation flower
The synchronous pulley in key axis upper end and left side is connected, and communicates on the upside of the synchronous trough of belt and is equipped with engagement chamber, and the engagement is intracavitary
It is installed with the rotation spline block of hollow shape, is communicated on the upside of the engagement chamber and is equipped with lifting chamber, the rotation splined shaft upper end is run through
The rotation spline block and the lifting chamber upper end wall are rotatablely connected, in the intracavitary rotation splined shaft upper spline of the lifting
It is connected with lower end and protrudes into the intracavitary rotation spline housing to connect with the rotation spline block spline of the engagement, the lifting chamber
Outside is communicated equipped with symmetrical lifting sliding slot, and the lifting sliding slot right side on right side is communicated equipped with connecting cavity, the rotation
The connecting plate that the rotation of spline housing periphery is slidably connected equipped with the lifting sliding slot of left end and left side, the connecting plate right end protrude into
In the connecting cavity, the connecting plate lower end face in the lifting sliding slot is installed with lower end and the lifting sliding slot lower end wall
Transmission device, the connecting plate are provided between the lifting groove in connected adjustable spring, the connecting cavity and the left side
Connection is engaged with the transmission device in right side.
3. a kind of novel foodstuff enzyme preparation facilities according to claim 2, it is characterised in that: the transmission device includes
Symmetrical belt turn trough is equipped with rotating wheel belt by the rotation of belt shaft in the belt turn trough, the belt shaft it
Between by connect belt be connected by power, the belt turn trough in left side is communicated with the connecting cavity, the rotating wheel belt in left side
It engages connection with the connecting plate right side, is equipped with extruding be connected between the lifting groove on the upside of the belt turn trough on right side
Slot, connection is engaged with the rotating wheel belt on right side equipped with lower end surface for the interior sliding of the extruding slot and right end protrudes into the lifting groove
Interior crushing block, the crushing block upper surface are installed with the first reset assembly.
4. a kind of novel foodstuff enzyme preparation facilities according to claim 1, it is characterised in that: the driving device includes
The driving chamber that right side is communicated with the rotation chamber, the driving chamber downside are installed with driving motor, and the driving motor upper end is dynamic
Power is connected with driving spline housing, and the driving spline housing internal spline is connected with upper end and protrudes into the driving chamber and be installed with the 5th
The driving splined shaft of bevel gear, the drive shaft left end are protruded into the driving chamber and are installed with and nibble with the 5th bevel gear
Close the 6th bevel gear of connection, the 5th bevel gear lower position in being installed with the 7th bevel gear on the driving splined shaft,
Eightth bevel gear of the front end to engage connection with the 7th bevel gear is equipped with by connection shaft rotation in the driving chamber,
The connection shaft is connected by power with the rotating device, and the driving chamber outside, which communicates to be equipped with, pushes away chamber, the driving splined shaft
Upper rotation be equipped with left and right end be respectively protruding into it is described push away intracavitary pushing block, the pushing block lower end surface is installed with lower end and described pushes away under chamber
End wall connected top pressure spring is communicated equipped with link slot on the downside of the top pressure spring, in the link slot sliding be equipped with upper end with
The connected connecting rod of the pushing block, the connection bullet that the connecting rod lower end surface is installed with lower end and the link slot lower end wall is connected
Spring, the connecting rod is interior to be equipped with the perforative surface groove in left and right, is connected between the link slot and the discharge gate and is equipped with slide bar slot,
Sliding is equipped with the press slide bar abutted with left end with the surface groove in the slide bar slot, and the press slide bar lower end surface is installed with
Second reset assembly.
5. a kind of novel foodstuff enzyme preparation facilities according to claim 1, it is characterised in that: the rotating device includes
The rotation slot that left side is communicated with the rotation chamber, the preparation tank right end is installed with right end and rotation slot right end wall rotation connects
The swivel becket connect is installed with rotate gear on the swivel becket in the rotation slot, communicates and is equipped on the downside of the rotation slot
Drive cavity, the interior rotation of the drive cavity are equipped with the connection bevel gear that upper end engages connection with the rotate gear, the connection cone
The engagement of gear right end is connected with drive bevel gear, and the drive bevel gear lower end surface is installed with drive splines axis, the drive cavity
Downside is equipped with power device, and drive splines axis lower end is connect with the power device spline, communicates on the right side of the rotation slot
Equipped with connection turn trough, communicate on the right side of the connection turn trough equipped with engaging groove, the rotation axis right end runs through the swivel becket and institute
It states connection turn trough and protrudes into the engaging groove and be installed with engagement bevel gear, it is solid in the rotation axis in the connection turn trough
Equipped with the driving lever abutted with the power device, front end is equipped with by rotary gear shaft rotation in the engaging groove and engages cone with described
The rotating bevel gear of gear engagement connection, between the rotary gear shaft and the connection shaft (not by the gearing belt of rear side
Diagram) it is connected by power.
6. a kind of novel foodstuff enzyme preparation facilities according to claim 5, it is characterised in that: the power device includes
Power turn trough, the power turn trough lower end wall are installed with power motor, and the power motor upper end has been connected by power upper end and institute
The power shaft of power turn trough upper end wall rotation connection is stated, is installed with power gear, the power turn trough on the power shaft
It is connected between left side and the drive cavity and is equipped with power cavity, rotation is equipped with right end and engages with the power gear in the power cavity
The power spline housing of connection, power spline set upper side are connect with the drive splines axis spline, on the right side of the power cavity with
Connection, which is equipped with, between the connection turn trough abuts slot, power spline housing periphery be rotatably connected to protrude into the abuttings slot it is interior and
The abutting bar that upper end is abutted with the driving lever, the abutting bar lower end surface are installed with lower end and abut what slot lower end wall was connected with described
Fixed spring, the power cavity downside are communicated equipped with transmission space, are equipped in the transmission space by connection splined shaft rotation
Bevel gear is interlocked, the connection splined shaft upper end is protruded into the power cavity to connect with the power spline housing spline, institute
State and interlock the engagement of bevel gear rear end face and be connected with angular wheel, the angular wheel rear end face is installed with mandrel, the mandrel with
By cooperateing with belt (not shown) to be connected by power between the sealing pivot.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910268173.4A CN109913356A (en) | 2019-04-03 | 2019-04-03 | A kind of novel foodstuff enzyme preparation facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910268173.4A CN109913356A (en) | 2019-04-03 | 2019-04-03 | A kind of novel foodstuff enzyme preparation facilities |
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| CN109913356A true CN109913356A (en) | 2019-06-21 |
Family
ID=66968588
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| Application Number | Title | Priority Date | Filing Date |
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| CN201910268173.4A Withdrawn CN109913356A (en) | 2019-04-03 | 2019-04-03 | A kind of novel foodstuff enzyme preparation facilities |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110328779A (en) * | 2019-07-15 | 2019-10-15 | 东莞北托饰品有限公司 | A kind of decomposition apparatus of hospital's medical plastic |
| CN110694774A (en) * | 2019-10-29 | 2020-01-17 | 诸暨昌学医药科技有限公司 | Medical intermediate milling device |
-
2019
- 2019-04-03 CN CN201910268173.4A patent/CN109913356A/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110328779A (en) * | 2019-07-15 | 2019-10-15 | 东莞北托饰品有限公司 | A kind of decomposition apparatus of hospital's medical plastic |
| CN110328779B (en) * | 2019-07-15 | 2021-03-26 | 江苏食品药品职业技术学院 | Degradation device of medical plastics for hospital |
| CN110694774A (en) * | 2019-10-29 | 2020-01-17 | 诸暨昌学医药科技有限公司 | Medical intermediate milling device |
| CN110694774B (en) * | 2019-10-29 | 2020-06-19 | 国药集团工业有限公司 | Medical intermediate milling device |
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Application publication date: 20190621 |
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