CN108354029A - A kind of portable brick tea producing device - Google Patents
A kind of portable brick tea producing device Download PDFInfo
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- CN108354029A CN108354029A CN201810451982.4A CN201810451982A CN108354029A CN 108354029 A CN108354029 A CN 108354029A CN 201810451982 A CN201810451982 A CN 201810451982A CN 108354029 A CN108354029 A CN 108354029A
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- block
- main body
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- pan feeding
- face
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23F—COFFEE; TEA; THEIR SUBSTITUTES; MANUFACTURE, PREPARATION, OR INFUSION THEREOF
- A23F3/00—Tea; Tea substitutes; Preparations thereof
- A23F3/06—Treating tea before extraction; Preparations produced thereby
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- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
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- Apparatus For Making Beverages (AREA)
- Tea And Coffee (AREA)
Abstract
The invention discloses a kind of portable brick tea producing devices,Including the first processing main body,The feeding device being set in the first processing main body and the compression set being set on the first processing main body downside end face,The compression set includes the second processing main body being set on the downside of the processing main body on end face,It is provided with the first processing cavity in the second processing main body,On the right side of first processing cavity the first sliding cavity for communicating and being open with first processing cavity to the right is provided in inner wall,The first cylinder is fixedly connected with by first support in first processing cavity,It is provided with the first motion block that can be horizontally slipped on the right side of first cylinder and in first sliding cavity,It is connected with the first barometric leg between the first motion block left end face and first cylinder,Third processing main body is fixedly installed in the right end face of the second processing main body.
Description
Technical field
The present invention relates to technical field of food preparation, specifically a kind of portable brick tea producing device.
Background technology
Nowadays before many tea growers bring sale out after winning tealeaves, Tea manufacture company is mass-producing tealeaves
When, in addition to selling a part, part tealeaves can be made to the form of brick tea, brick tea is easily stored relative to ordinary tea leaves,
Nowadays brick tea is still manually made mostly, low production efficiency while easily causes waste, therefore designing one kind can quantitatively pair
Brick tea carries out shaping work, while also improving production efficiency, reduce a kind of portable brick tea producing device of waste it is really necessary to.
Invention content
Technical problem to be solved by the invention is to provide a kind of portable brick tea producing devices, can solve above-mentioned existing
In the art the problem of.
The present invention is achieved through the following technical solutions：A kind of portable brick tea producing device of the present invention, including
First processing main body is set to feeding device and be set on the downside of the first processing main body that described first processes in main body
Compression set on end face, the compression set include the second processing main body being set on the downside of the processing main body on end face,
It is provided with the first processing cavity in the second processing main body, is provided in the right side inner wall of first processing cavity and described first
The first sliding cavity that processing cavity is communicated and is open to the right, first processing cavity is interior to be fixedly connected with the first gas by first support
Cylinder, is provided with the first motion block that can be horizontally slipped on the right side of first cylinder and in first sliding cavity, and described first
The first barometric leg, the right-hand end of the second processing main body are connected between the left end face of motion block and first cylinder
Third processing main body is fixedly installed on face, be provided with opening to the left in third processing main body and with first sliding cavity
The second processing cavity communicated is provided with first communicated with second processing cavity in the front and back side inner wall of second processing cavity
It is flared slot, described first is flared the left end of slot and is provided with and described first on the upper and lower sides inner wall of second processing cavity
The second flaring slot that flaring slot communicates is provided in the upper inside walls of second processing cavity and is communicated with second processing cavity
Second sliding cavity is provided with the first sliding groove communicated with second sliding cavity, institute in the upper inside walls of second sliding cavity
It states and is fixedly installed the first motor in the right side inner wall of the second sliding cavity, the left end be connected by power of first motor has
One screw rod, the left end of first screw rod are rotatably assorted by bearing in the inner left wall for being connected to second sliding cavity, institute
Stating to be provided in the second sliding cavity can horizontally slip and the second motion block in second processing cavity is stretched into lower end, and described
Two motion blocks are connected with first screw flight and by being fixedly connected on upper surface and extending into the first sliding groove
First lead motion block and carry out leading position, the lower end of second motion block is fixedly connected with the second motor and consolidates block, and described second is electronic
Machine is consolidated to be fixedly connected on the downside end face of block leads motion block with second of inner wall sliding connection on the downside of second processing cavity,
Second motor, which is consolidated in block, is fixedly connected with the second motor, and the left end of second motor passes through shaft be connected by power
There is the first solid block, is fixedly installed and stretches into the second flaring slot respectively on the side end face up and down of the described first solid block
Second solid block, in the left end face of the described first solid block fixed setting process the of cavity wall sliding connection with described second
Three motion blocks, are fixedly installed the first jittering device in the third motion block, fixed on the downside end face of the third processing main body
It is connected with the 4th processing main body, the first storage chamber of opening to the left, first storage are provided in the 4th processing main body
The first outlet for being connected to first storage chamber and second processing cavity, first storage are provided in the upper inside walls of chamber
Intracavitary is provided with the first handle of sliding connection, and the second storage chamber, second storage are provided in first handle
The second outlet for being connected to the first outlet and second storage chamber is provided in the upper inside walls of chamber, first handle
The first handle is fixedly installed in left end face, the feeding device top is additionally provided with illumination apparatus.
The feeding device includes the first pan feeding being set in the first processing main body as a preferred technical solution,
The right end of chamber, the first pan feeding chamber downside inner wall is provided with connection the first pan feeding chamber and the first of second processing cavity
Guide hole, is fixedly installed the second cylinder in the inner left wall of the first pan feeding chamber, the upside of second cylinder and is located at institute
The third flaring slot for being provided in the first processing main body and being communicated with the first pan feeding chamber is stated, the first pan feeding intracavitary is provided with
The 4th motion block that can be horizontally slipped is connected with the second gas between the left end face and second cylinder of the 4th motion block
Compression leg, the upper end of the 4th motion block left end face is fixedly connected with the block stretched into the third flaring slot, described
It is provided through the second guide hole up and down in 4th motion block, being provided through third in the upper inside walls of the first pan feeding chamber leads
Hole is provided with blowing block on the upside of the first processing main body, blowing chamber is provided in the blowing block, under the blowing chamber
It is provided with the 4th guide hole for being connected to the third guide hole and the blowing chamber in the inner wall of side, on the downside of the 4th guide hole and is located at institute
It states and is fixedly installed the second jittering device identical with the first jittering device structure in the downside inner wall of the first pan feeding chamber, it is described to put
It is fixedly installed the first pan feeding block, the first pan feeding block on the upside end face on the right side of material block and processing main body positioned at described first
It is inside provided with the second pan feeding chamber, connection the second pan feeding chamber and described the are provided in the downside inner wall of the second pan feeding chamber
One pan feeding chamber and the 5th guide hole right over first guide hole are set respectively in the left and right sides inner wall of the second pan feeding chamber
It is equipped with shifting chute, third motor is fixedly installed in the downside inner wall of the shifting chute, the upper end of the third motor is dynamic
Power is connected with the second screw rod, and the upper end of second screw rod is rotatably assorted by bearing is connected to the upper inside walls of the shifting chute
On, the movable block that can be slided up and down and be connected with second screw flight, the movement are provided in the shifting chute
Slot expands close to connection the second pan feeding chamber is provided on the side inner wall of the second pan feeding chamber with the 4th of the shifting chute
Mouth slot, the second pan feeding intracavitary, which is provided with, to be fixedly connected between the movable block and upper in the 4th flaring slot can glide
Dynamic third leads motion block, and the lower end that the third leads motion block is fixedly connected with connecting rod, and the lower end of the connecting rod, which is fixedly connected with, to push away
Motion block.
First jittering device includes shake main body as a preferred technical solution, is provided in the shake main body
Chamber is shaken, shake motor is fixedly installed in the downside inner wall of the shake chamber, the upper end power of the shake motor connects
It is connected to shake shaft, the upper end of the shake shaft is rotatably assorted by bearing in the upper inside walls for being connected to the shake chamber,
The solid block of shake is fixedly connected in the shake shaft, the right end of the solid block of shake, which is fixedly connected with, applies pouring weight.
It is provided through feeding mouth up and down in the upper inside walls of the blowing chamber as a preferred technical solution, initial
When state, the feeding mouth sealed set has closing cap, the upside end face of the closing cap to be fixedly installed the second handle.
The third processing main body is solid by the second support for being fixedly connected on upside end face as a preferred technical solution,
Surely it is connected in the right end face of the first processing main body.
As a preferred technical solution, third is provided between end face and the blowing block on the upside of the first processing main body
Holder.
The illumination apparatus includes be fixedly mounted on the feeding device top described as a preferred technical solution,
Upright bar on one pan feeding block, the rod end are installed with illumination lamp.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when carrying out tea-leaf forming by the present apparatus,
Staff opens closing cap and is added into required molding tealeaves into blowing chamber by feeding mouth, and tealeaves passes through the 4th at this time
Guide hole and third guide hole drop into the second guide hole, while the second jittering device starts, and shakes motor rotation at this time, in turn
The solid block rotation of shake is driven by shaking shaft, and then drives and applies pouring weight rotation, and then eccentrically mounted pouring weight is applied by rotating
It drives the second jittering device to shake, and then is beneficial to drop into the tealeaves in the second guide hole and implements so that the molding tealeaves matter of institute
Identical, the second cylinder startup at this time is measured, and then drives the 4th motion block to move right in the first pan feeding intracavitary by the second barometric leg
To the second guide hole and the 5th guide hole and the first guide hole communicating state, in the process, the 4th motion block drives block to move right, into
And opened the partition of third guide hole and the first pan feeding chamber by block, third motor rotation at this time, and then pass through the second screw rod band
Dynamic movable block moves down in shifting chute, and then drive is led motion block and moved down, and then connecting rod is driven to move down, and then band
Dynamic pushing block moves down, and the tealeaves in the second guide hole is being pushed away backwardness, and the 4th motion block and pushing block are returned to original state,
The first cylinder starts simultaneously, and then drives the first motion block to move right by the first barometric leg, and then will fall into the second processing cavity
Tealeaves elapse to the right, and by the extruding between third motion block by tealeaves extrusion forming, after being molded, rotation, into
And the first solid block rotation is driven by shaft, and then the second solid block is driven to be transferred in the first flaring slot, the first motor opens at this time
It is dynamic, and then drive the second motion block to move right in the second sliding cavity by the first screw rod, and then the second motor is driven to consolidate block
It moves right, and then third motion block is driven to move right, and then drive the molding brick tea being built-up in third motion block left end face
It moves right on the upside of first outlet, the first jittering device starts at this time, and then the brick tea on third motion block is shaken off to second
In storage chamber, when the brick tea storage capacity in the second storage chamber reaches certain amount, staff can be by pulling first to the left
First handle is pulled out from the first storage chamber left end opening and then takes out brick tea by handle, not only can be to tea by the present apparatus
Brick completes shaping work, while device self structure is simple, and maintenance cost is relatively low, is worth of widely use.
Description of the drawings
The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.
Fig. 1 is a kind of internal structure schematic diagram of portable brick tea producing device of the present invention；
Fig. 2 is the enlarged diagram of " A " in Fig. 1；
Fig. 3 is the enlarged diagram of " B " in Fig. 1；
Fig. 4 is the structural schematic diagram of the second jittering device in the present invention.
Specific implementation mode
As Figure 1-Figure 4, a kind of portable brick tea producing device of the invention, including the first processing main body 11, setting
The feeding device processed in main body 11 in described first and the compression being set on the first processing main body, 11 downside end face
Device, the compression set include being set to the second processing main body 62 processed on 11 downside end face of main body, and described second
It is provided with the first processing cavity 64 in processing main body 62, is provided in the right side inner wall of first processing cavity 64 and adds with described first
The first sliding cavity 68 that work chamber 64 is communicated and is open to the right, first processing cavity 64 is interior to be fixedly connected with by first support 63
First cylinder 65, the right side of first cylinder 65 and that can horizontally slip first is provided in first sliding cavity 68 is dynamic
Block 67 is connected with the first barometric leg 66 between the left end face of first motion block 67 and first cylinder 65, described
It is fixedly installed third processing main body 71 in the right end face of second processing main body 62, is provided in the third processing main body 71
The second processing cavity 73 that opening communicates to the left and with first sliding cavity 68, in the front and back side inner wall of second processing cavity 73
It is provided with the first flaring slot 75 communicated with second processing cavity 73, the left end of the first flaring slot 75 and positioned at described the
The the second flaring slot 85 communicated with the first flaring slot 75 is provided on the upper and lower sides inner wall of two processing cavitys 73, described second adds
The second sliding cavity 81 communicated with second processing cavity 73, second sliding cavity 81 are provided in the upper inside walls of work chamber 73
Upper inside walls in be provided with the first sliding groove 79 communicated with second sliding cavity 81, in the right side of second sliding cavity 81
It is fixedly installed the first motor 78 in wall, the left end be connected by power of first motor 78 has the first screw rod 82, and described
The left end of one screw rod 82 is rotatably assorted by bearing in the inner left wall for being connected to second sliding cavity 81, second sliding
Being provided in chamber 81 can horizontally slip and the second motion block 77 in second processing cavity 73 is stretched into lower end, and described second is dynamic
Block 77 connect with 82 screw-thread fit of the first screw rod and by being fixedly connected on upper surface and extending into the first sliding groove 79
Interior first leads motion block 83 and carries out leading position, and the lower end of second motion block 77 is fixedly connected with the second motor and consolidates block 74, described
Second motor, which is consolidated on the downside end face of block 74, to be fixedly connected with and second processing cavity, 73 downside inner wall is slidably connected
Second lead motion block 72, second motor, which is consolidated in block 74, is fixedly connected with the second motor 76, second motor 76
Left end have the first solid block 87 by shaft be connected by power, be fixedly installed respectively on the side end face up and down of the described first solid block 87
Second stretched into the second flaring slot 85 consolidates block 84, and described first consolidates fixed setting and institute in the left end face of block 87
The third motion block 86 of 73 inner wall of the second processing cavity sliding connection is stated, the first shake is fixedly installed in the third motion block 86
Device 110 is fixedly connected with the 4th processing main body 95, the 4th processing master on the downside end face of third processing main body 71
It is provided with the first storage chamber 92 of opening to the left in body 95, is provided with described in connection in the upper inside walls of first storage chamber 92
The first outlet 88 of first storage chamber 92 and second processing cavity 73 is provided with the company of being slidably matched in first storage chamber 92
The first handle 89 connect is provided with the second storage chamber 93, the upper inside walls of second storage chamber 93 in first handle 89
On be provided with the second outlet 91 for being connected to the first outlet 88 and second storage chamber 93, the left side of first handle 89
The first handle 94 is fixedly installed on end face, the feeding device top is additionally provided with illumination apparatus.
Valuably, the feeding device includes the first pan feeding chamber 37 being set in the first processing main body 11, described
The right end of first pan feeding chamber, 37 downside inner wall is provided with connection the first pan feeding chamber 37 and the first of second processing cavity 73
Guide hole 61 is fixedly installed the second cylinder 21, the upside of second cylinder 21 in the inner left wall of the first pan feeding chamber 37
And the third flaring slot 23 for being provided in main body 11 and being communicated with the first pan feeding chamber 37 is processed positioned at described first, described first
The 4th motion block 35 that can be horizontally slipped, left end face and second cylinder of the 4th motion block 35 are provided in pan feeding chamber 37
The second barometric leg 24 is connected between 21, the upper end of 35 left end face of the 4th motion block is fixedly connected with extension and stretches into institute
The block 22 in third flaring slot 23 is stated, is provided through the second guide hole 36 up and down in the 4th motion block 35, described first enters
Expect to be provided through third guide hole 34 in the upper inside walls of chamber 37, the upside of the first processing main body 11 is provided with blowing block
26, blowing chamber 27 is provided in the blowing block 26, and the connection third is provided in the downside inner wall of the blowing chamber 27 and is led
4th guide hole 32 in hole 34 and the blowing chamber 37,32 downside of the 4th guide hole and the downside positioned at the first pan feeding chamber 37
Be fixedly installed the second jittering device 100 identical with 110 structure of the first jittering device in inner wall, 26 right side of the blowing block and
It is fixedly installed the first pan feeding block 46 on the upside end face of the first processing main body 11, is set in the first pan feeding block 46
Be equipped with the second pan feeding chamber 47, be provided in the downside inner wall of the second pan feeding chamber 47 connection the second pan feeding chamber 47 with it is described
First pan feeding chamber 37 and the 5th guide hole 38 right over first guide hole 61, in the left and right sides of the second pan feeding chamber 47
It is respectively arranged with shifting chute 43 in wall, is fixedly installed third motor 42 in the downside inner wall of the shifting chute 43, described
The upper end be connected by power of three-motor 42 has the second screw rod 44, and the upper end of second screw rod 44 is rotatably assorted connection by bearing
In in the upper inside walls of the shifting chute 43, be provided in the shifting chute 43 can slide up and down and with 44 spiral shell of the second screw rod
The movable block 49 that line is connected, the shifting chute 43 is close to being provided with connection institute on the side inner wall of the second pan feeding chamber 47
Fourth flaring slot 45 of the second pan feeding chamber 47 with the shifting chute 43 is stated, is provided with and the movement in the second pan feeding chamber 47
The third that being fixedly connected between block 49 can slide up and down in the 4th flaring slot 45 leads motion block 51, and the third leads motion block
Lower end is connected with connecting rod 48, and the lower end of the connecting rod 48 is fixedly connected with pushing block 41.
Valuably, second jittering device 100 includes shake main body 101, and shake is provided in the shake main body 101
Chamber 103, it is described shake chamber 103 downside inner wall in be fixedly installed shake motor 102, it is described shake motor 102 it is upper
End be connected by power has shake shaft 105, and the upper end of the shake shaft 105 is rotatably assorted by bearing is connected to the shake chamber
In 103 upper inside walls, the solid block 104 of shake, the right end for shaking solid block 104 are fixedly connected in the shake shaft 105
It is fixedly connected with and applies pouring weight 106.
Valuably, it is provided through feeding mouth 29 up and down in the upper inside walls of the blowing chamber 27, in the initial state, institute
Stating feeding mouth sealed set has closing cap 28, the upside end face of the closing cap 28 to be fixedly installed the second handle 31.
Valuably, the third processing main body 71 is fixedly connected on by being fixedly connected on the second support 69 of upside end face
In the right end face of the first processing main body 11.
Valuably, it is provided with third holder 25 between the first processing 11 upside end face of main body and the blowing block 26.
Valuably, the illumination apparatus includes being fixedly mounted on the first pan feeding block 46 on the feeding device top
Upright bar 112,112 top of the upright bar is installed with illumination lamp 111, to provide illuminating effect.
When original state, the second barometric leg 24 is retracted to greatest extent in the second cylinder 21, at this time the left side of the 4th motion block 35
End face and the inner left wall of the first pan feeding chamber 37 abut against, and the second guide hole 36 communicates to greatest extent with third guide hole 34 at this time, together
When pushing block 41 be retracted into greatest extent in the 5th guide hole 38, meanwhile, the first barometric leg 66 is retracted the first cylinder 65 to greatest extent
Interior, the left end face of the first motion block 67 and the inner left wall of the second processing cavity 73 abut against at this time, the left-hand end of the second motion block 77
Face and the inner left wall of the second sliding cavity 81 abut against, and the second motor consolidates block 74 in the first pan feeding chamber 37 to greatest extent at this time
It moves to left, the right end face of the second solid block 84 and the right end face of the second flaring slot 85 abut against at this time, second lead motion block 72 at this time
Left end face and the right side inner wall of first outlet 88 be in and flush state, the first handle 89 stretches into the first storage to greatest extent at this time
It deposits in chamber 92, second outlet 91 communicates to greatest extent with first outlet 88 at this time.
When carrying out tea-leaf forming by the present apparatus, staff opens closing cap 28 and by feeding mouth 29 to blowing chamber 27
It is inside added into required molding tealeaves, tealeaves drops into the second guide hole 36 by the 4th guide hole 32 and third guide hole 34 at this time
It is interior, while the second jittering device 100 starts, shaking motor 102 at this time rotates, and then drives shake by shaking shaft 105
Gu block 104 rotates, and then drives and applies the rotation of pouring weight 106, and then drives the second shake by rotating eccentrically mounted pouring weight 106 of applying
Device 100 is shaken, and then is beneficial to drop into the tealeaves in the second guide hole 36 and implements so that the molding tea quality of institute is identical,
The second cylinder 21 starts at this time, and then drives the 4th motion block 35 to move right in the first pan feeding chamber 37 by the second barometric leg 24
To 61 communicating state of the second guide hole 36 and the 5th guide hole 38 and the first guide hole, in the process, the 4th motion block 35 drives block 22
It moving right, and then is opened third guide hole 34 and the partition of the first pan feeding chamber 37 by block 22, third motor 42 rotates at this time,
And then drive movable block 49 to be moved down in shifting chute 43 by the second screw rod 44, and then drive is led motion block 51 and is moved down,
And then connecting rod 48 is driven to move down, and then pushing block 41 is driven by connecting rod 48, it is fallen pushing away the tealeaves in the second guide hole 36
Afterwards, the 4th motion block 35 and pushing block 41 are returned to original state, while the first cylinder 65 starts, and then pass through the first barometric leg
66 the first motion blocks 67 of drive move right, and then the tealeaves for falling into the second processing cavity 68 is elapsed to the right, and by dynamic with third
Extruding between block 86 is by tealeaves extrusion forming, after being molded, rotation, and then the first solid 87 turns of block is driven by shaft
It is dynamic, and then the second solid block 84 is driven to be transferred in the first flaring slot 75, the first motor 78 starts at this time, and then passes through the first screw rod
82 the second motion blocks 77 of drive move right in the second sliding cavity 81, and then drive the second motor to consolidate block 74 and move right, into
And third motion block 86 is driven to move right, and then the molding brick tea being built-up in 86 left end face of third motion block is driven to move right
To 88 upside of first outlet, the first jittering device 110 starts at this time, and then the brick tea on third motion block 86 is shaken off to the second storage
It deposits in chamber 93, when the brick tea storage capacity in the second storage chamber 93 reaches certain amount, staff can be by pulling to the left
First handle 89 is pulled out from 92 left end opening of the first storage chamber and then takes out brick tea by one handle 94.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when carrying out tea-leaf forming by the present apparatus,
Staff opens closing cap and is added into required molding tealeaves into blowing chamber by feeding mouth, and tealeaves passes through the 4th at this time
Guide hole and third guide hole drop into the second guide hole, while the second jittering device starts, and shakes motor rotation at this time, in turn
The solid block rotation of shake is driven by shaking shaft, and then drives and applies pouring weight rotation, and then eccentrically mounted pouring weight is applied by rotating
It drives the second jittering device to shake, and then is beneficial to drop into the tealeaves in the second guide hole and implements so that the molding tealeaves matter of institute
Identical, the second cylinder startup at this time is measured, and then drives the 4th motion block to move right in the first pan feeding intracavitary by the second barometric leg
To the second guide hole and the 5th guide hole and the first guide hole communicating state, in the process, the 4th motion block drives block to move right, into
And opened the partition of third guide hole and the first pan feeding chamber by block, third motor rotation at this time, and then pass through the second screw rod band
Dynamic movable block moves down in shifting chute, and then drives third to lead motion block and move down, and then connecting rod is driven to move down, into
And pushing block is driven by connecting rod, the tealeaves in the second guide hole is being pushed away into backwardness, the 4th motion block and pushing block are returned to initially
State, while the first cylinder starts, and then drive the first motion block to move right by the first barometric leg, and then second will be fallen into and added
The tealeaves of work chamber elapses to the right, and by the extruding between third motion block by tealeaves extrusion forming, after being molded, turns
It is dynamic, and then the first solid block rotation is driven by shaft, and then the second solid block is driven to be transferred in the first flaring slot, first is electronic at this time
Machine starts, and then drives the second motion block to move right in the second sliding cavity by the first screw rod, and then drives the second motor
Gu block moves right, and then drives third motion block to move right, and then drives the molding being built-up in third motion block left end face
Brick tea moves right on the upside of first outlet, and the first jittering device starts at this time, so by the brick tea on third motion block shake off to
In second storage chamber, when the brick tea storage capacity in the second storage chamber reaches certain amount, staff can be by pulling to the left
First handle is pulled out from the first storage chamber left end opening and then takes out brick tea by the first handle, not only can be with by the present apparatus
Shaping work is completed to brick tea, while device self structure is simple, maintenance cost is relatively low, is worth of widely use.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (7)
1. a kind of portable brick tea producing device, including the first processing main body, the pan feeding that is set in the first processing main body
Device and the compression set being set on the first processing main body downside end face, the compression set are described including being set to
The second processing main body on end face on the downside of main body is processed, is provided with the first processing cavity in the second processing main body, described first
The first sliding cavity for communicating and being open with first processing cavity to the right is provided in the right side inner wall of processing cavity, described first adds
Work intracavitary is fixedly connected with the first cylinder by first support, is set on the right side of first cylinder and in first sliding cavity
It is equipped with the first motion block that can be horizontally slipped, is connected between the left end face of first motion block and first cylinder
One barometric leg is fixedly installed third processing main body in the right end face of the second processing main body, and the third processes main body
Inside it is provided with the second processing cavity that opening communicates to the left and with first sliding cavity, the front and back side inner wall of second processing cavity
It is inside provided with the first flaring slot communicated with second processing cavity, described first is flared the left end of slot and adds positioned at described second
The the second flaring slot communicated with the first flaring slot, the upside of second processing cavity are provided on the upper and lower sides inner wall of work chamber
It is provided with the second sliding cavity communicated with second processing cavity in inner wall, is provided in the upper inside walls of second sliding cavity
It is electronic to be fixedly installed first in the right side inner wall of second sliding cavity for the first sliding groove communicated with second sliding cavity
The left end be connected by power of machine, first motor has the first screw rod, the left end of first screw rod to be rotatably assorted by bearing
It is connected in the inner left wall of second sliding cavity, being provided in second sliding cavity can horizontally slip and lower end is stretched
Enter the second motion block in second processing cavity, second motion block is connected with first screw flight and passes through fixation
It is connected to upper surface and what is extended into the first sliding groove first leads motion block and carry out leading position, the lower end of second motion block is fixed
It is connected with the second motor and consolidates block, second motor, which is consolidated on the downside end face of block, to be fixedly connected with and second processing cavity
The second of downside inner wall sliding connection leads motion block, and second motor, which is consolidated in block, is fixedly connected with the second motor, institute
The left end for stating the second motor has first to consolidate block by shaft be connected by power, consolidates respectively on the side end face up and down of the described first solid block
Surely be provided with the second solid block stretched into the second flaring slot, in the left end face of the described first solid block fixed setting with
Described second processes the third motion block of cavity wall sliding connection, and the first shake dress is fixedly installed in the third motion block
It sets, the 4th processing main body is fixedly connected on the downside end face of the third processing main body, is arranged in the 4th processing main body
There is the first storage chamber of opening to the left, connection first storage chamber and institute are provided in the upper inside walls of first storage chamber
The first outlet of the second processing cavity is stated, is provided with the first handle of sliding connection in first storage chamber, described first
The second storage chamber is provided in handle, be provided in the upper inside walls of second storage chamber connection first outlet with it is described
The second outlet of second storage chamber is fixedly installed the first handle, the feeding device in the left end face of first handle
Top is additionally provided with illumination apparatus.
2. a kind of portable brick tea producing device according to claim 1, it is characterised in that：The feeding device includes setting
The right end of the first pan feeding chamber being placed in the first processing main body, the first pan feeding chamber downside inner wall is provided with described in connection
First guide hole of the first pan feeding chamber and second processing cavity is fixedly installed second in the inner left wall of the first pan feeding chamber
Cylinder, the upside of second cylinder and processes for being provided in main body and being communicated with the first pan feeding chamber positioned at described first
Three flaring slots, the first pan feeding intracavitary are provided with the 4th motion block that can be horizontally slipped, the left end face of the 4th motion block with
The second barometric leg is connected between second cylinder, the upper end of the 4th motion block left end face is fixedly connected with extension
The block in the third flaring slot is stretched into, the second guide hole, first pan feeding are provided through up and down in the 4th motion block
It is provided through third guide hole in the upper inside walls of chamber, blowing block, the blowing are provided on the upside of the first processing main body
It is provided with blowing chamber in block, the of the connection third guide hole and the blowing chamber is provided in the downside inner wall of the blowing chamber
Four guide holes are fixedly installed on the downside of the 4th guide hole and in the downside inner wall of the first pan feeding chamber and the first shake fill
Identical second jittering device of structure is set, is fixed on the blowing block right side and the upside end face for processing main body positioned at described first
It is provided with the first pan feeding block, is provided with the second pan feeding chamber in the first pan feeding block, in the downside inner wall of the second pan feeding chamber
It is provided with the 5th guide hole for being connected to the second pan feeding chamber with the first pan feeding chamber and right over first guide hole, institute
It states and is respectively arranged with shifting chute in the left and right sides inner wall of the second pan feeding chamber, is fixedly installed in the downside inner wall of the shifting chute
The upper end be connected by power of three-motor, the third motor has the second screw rod, the upper end of second screw rod to turn by bearing
It is dynamic be connected in the upper inside walls of the shifting chute, be provided in the shifting chute can slide up and down and with second spiral shell
The movable block of bar screw-thread fit connection, the shifting chute is close to being provided with described in connection on the side inner wall of the second pan feeding chamber
4th flaring slot of the second pan feeding chamber and the shifting chute, the second pan feeding intracavitary are provided with the third that can slide up and down and lead
Block, the lower end that the third leads motion block are connected with connecting rod, and the lower end of the connecting rod is fixedly connected with pushing block.
3. a kind of portable brick tea producing device according to claim 1, it is characterised in that：The first jittering device packet
Shake main body is included, shake chamber is provided in the shake main body, shake electricity is fixedly installed in the downside inner wall of the shake chamber
The upper end be connected by power of motivation, the shake motor has shake shaft, the upper end of the shake shaft to match by bearing rotation
It closes and is connected in the upper inside walls of the shake chamber, the solid block of shake, the solid block of shake are fixedly connected in the shake shaft
Right end be fixedly connected with and apply pouring weight.
4. a kind of portable brick tea producing device according to claim 1, it is characterised in that：In the upside of the blowing chamber
It is provided through feeding mouth up and down in wall, in the initial state, the feeding mouth sealed set has closing cap, the closing cap
Upside end face is fixedly installed the second handle.
5. a kind of portable brick tea producing device according to claim 1, it is characterised in that：The third processing main body is logical
The second support for crossing end face on the upside of being fixedly connected on is fixedly connected in the right end face of the first processing main body.
6. a kind of portable brick tea producing device according to claim 1, it is characterised in that：In the first processing main body
It is provided with third holder between side end face and the blowing block.
7. a kind of portable brick tea producing device according to claim 1, it is characterised in that：The illumination apparatus includes solid
Upright bar of the Dingan County on the first pan feeding block on the feeding device top, the rod end are installed with illumination lamp.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810451982.4A CN108354029A (en) | 2018-05-12 | 2018-05-12 | A kind of portable brick tea producing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810451982.4A CN108354029A (en) | 2018-05-12 | 2018-05-12 | A kind of portable brick tea producing device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108354029A true CN108354029A (en) | 2018-08-03 |
Family
ID=63011908
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810451982.4A Withdrawn CN108354029A (en) | 2018-05-12 | 2018-05-12 | A kind of portable brick tea producing device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108354029A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114271355A (en) * | 2022-01-06 | 2022-04-05 | 福建省泉州市裕园茶业有限公司 | Agilawood oolong flowering process and equipment |
-
2018
- 2018-05-12 CN CN201810451982.4A patent/CN108354029A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114271355A (en) * | 2022-01-06 | 2022-04-05 | 福建省泉州市裕园茶业有限公司 | Agilawood oolong flowering process and equipment |
| CN114271355B (en) * | 2022-01-06 | 2023-10-24 | 福建省泉州市裕园茶业有限公司 | Agilawood oolong tea flowering technology and equipment |
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Application publication date: 20180803 |