Summary of the invention
The object of the present invention is to overcome the problems of the prior art, provides a kind of medical medicinal material wormwood harvesting squeezing liquid
Machine, the configuration of the present invention is simple can further can convey wormwood by the rotation of first conveyor belt, from
And so that wormwood is fallen in second conveyor belt by the sorting slot, thus uh can pass through described
Two conveyor belts further convey wormwood, can convey runner by the first conveying runner and described second
Rotation can carry out further clamp to wormwood and convey, and can separate the sorting hole being arranged in block by the cauline leaf, can
Further cauline leaf is separated, wormwood can be crushed by the crushing chamber, so as to further circulate
Into the extrusion chamber, so as to further be squeezed wormwood by the squeezing rod, so as to end in compression
The juice of wormwood is squeezed in the process of grass, wormwood liquid purpose is collected so as to reach, further avoids tradition
Juice collection mode caused by the impure problem of wormwood liquid, so as to further improve the purity of wormwood liquid, energy
Enough further effects for guaranteeing to realize to medical treatment.
The invention is realized by the following technical scheme:
A kind of medical treatment medicinal material wormwood harvesting squeezing liquid machine, includes a body, first inside groove, institute is provided in the body
The first rotating shaft rotated synchronously there are four settings in the first inside groove is stated, is respectively arranged with first roller in the first rotating shaft
Axis is provided with first conveyor belt on four first roll shafts, and setting spacing is uniformly set in first conveyor belt
The sorting slot set, is provided with the import of a connection corresponding with first inside groove on the body, the import with it is described
Sorting slot is corresponding.Further wormwood can be conveyed by the rotation of first conveyor belt, so as to
Sub-cut further enough can be carried out to wormwood by the sorting slot, thus allow for further handling.
The supporting block being connected on the body, the both ends difference of the supporting block are provided in first inside groove
It is provided with the second shaft of a rotation, the first rotating shaft drives the second shaft rotation, distinguishes in second shaft
It is provided with second roll shaft, the corresponding support sliding slot of a row, difference in the support sliding slot are provided in the supporting block
It is provided with the second conveyor belt rotated on second roll shaft described in both ends, second conveyor belt and described first defeated
Crossbelt is sent to rotate.Wormwood can further be conveyed by second conveyor belt, so as to realize by
The purpose of root conveying, thus allows for the purpose by root processing.
The compression bar slided up and down in the body, the compression bar is respectively set in the two sides of first inside groove
First conveyor belt is pressed respectively, and the rotation of second shaft drives the sliding of the compression bar.It can be by described
Compression bar is swung up and down, and can further drive the shake of first conveyor belt, so as to further make to end
Grass can carry out the sorting by root by the sorting slot.
The side of the body is provided with the first delivery chute of a connection corresponding with first inside groove, and described first
Setting is there are two corresponding the second conveying runner for clamping rotation in delivery chute, and one and described the are additionally provided in the body
The corresponding cauline leaf of one delivery chute separates block, and row's sorting hole, difference in the sorting hole are provided on the cauline leaf separation block
It is provided with a cauline leaf separation cutterhead, the first conveying rotated there are two corresponding clamping is also set up in first delivery chute and turns
Wheel, the first rotating shaft drive second conveying runner and the first conveying runner rotation, described second conveys on runner
It is provided with row extruding slot corresponding with the sorting hole.Wormwood can be transported in first delivery chute, Neng Goutong
Cross the first conveying runner and described second convey runner rotation can further clamp wormwood and conveyed, so as to
Can further the folium artemisiae argyi on wormwood be separated by separating cutterhead by the cauline leaf, to reach the mesh of cauline leaf separation
's.
It is additionally provided with second delivery chute in the body, sorting hole one end with second delivery chute respectively
Corresponding connection is additionally provided with a crushing chamber, the other end of second delivery chute and the crushing chamber phase in the body
It is corresponding to be connected to, it is additionally provided with the extrusion chamber of a connection corresponding with the crushing chamber in the body, is also set in the body
It is equipped with the reservoir of a connection corresponding with the extrusion chamber, the squeezing rod of a sliding, institute are provided in the extrusion chamber
State the drainage hole that a connection corresponding with the reservoir is additionally provided in body.It can be to folium artemisiae argyi by the extrusion chamber
It is squeezed, so as to compress out by the juice of wormwood during compression, to reach the mesh for collecting wormwood liquid
, so that further avoiding traditional wormwood liquid from collecting leads to impure problem, so as to further guarantee to doctor
Treat the effect of experiment.
The first delivery pipe of a connection corresponding with the reservoir, the side of the body are provided in the body
It is provided with the holding tank of a connection corresponding with first delivery chute.
Further, be provided with a first motor in the body, the first motor drive one of them described
One shaft rotates, and is respectively arranged with corresponding first sprocket wheel, four first sprocket wheels in four first rotating shafts
It is upper to pass through a corresponding connection of the first chain.Four first sprocket wheels can be carried out by first chain corresponding
Connection, so as to the rotation for further making four first roll shafts synchronous.
It is provided with a rotation third shaft in the body, divides on one end of the third shaft and the first rotating shaft
It is not provided with the first bevel gear of a corresponding engagement connection, divides on the other end of the third shaft and second shaft
Be not provided with the third hand tap gear of a corresponding engagement connection, be respectively arranged in the second shaft described in both ends one it is corresponding
Third sprocket wheel, pass through a corresponding connection of third chain between two third sprocket wheels.Described first turn can be passed through
The rotation of axis can further drive the rotation of second shaft, so as to make first roll shaft and second roll shaft
Synchronous rotation.
Further, the two sides of first inside groove are respectively included there are two the first sliding groove being arranged on the body,
The first sliding groove is corresponding with first conveyor belt respectively, and two compression bars are sliding in the first sliding groove respectively
Dynamic, the two sides of first inside groove are respectively arranged with the 6th shaft rotated in the body, the 6th shaft
Both ends are respectively arranged with the press cam rotated in the first sliding groove, and the press cam presses against the top respectively
The both ends of compression bar, there are two vertical the 5th shaft rotated corresponding with the 6th shaft, the institutes for the interior setting of the body
The 5th bevel gear that a corresponding engagement connection is respectively arranged on one end and the 6th shaft of the 5th shaft is stated, it is described
The both ends of second shaft are respectively arranged with the 4th bevel gear of a corresponding engagement connection with the other end of the 5th shaft.
The rotation of the press cam can be further driven, by the rotation of second shaft so as to further
The sliding of the compression bar is driven, so as to further push trembling for the conveyor belt by the sliding of the compression bar
It is dynamic.
Multiple rows of guide rod corresponding with the support sliding slot is provided in the supporting block, described in the guide rod guiding
The wormwood that sorting slot is fallen.Further wormwood can be oriented to by the guide rod, so as to further make
Wormwood drops into the support sliding slot, so as to further be conveyed to wormwood.
Further, the two sides of first delivery chute are respectively set that there are two the 7th shafts that rotate in the body
With eight revolution axis, two the second conveying runners are separately positioned in the 7th shaft, two the first conveying runners
It is separately positioned on the eight revolution axis, the end of two the 7th shafts and two eight revolution axis is respectively arranged with one
The first gear of a corresponding engagement connection, sets respectively on one of them described 7th shaft and eight revolution axis described in one of them
It is equipped with corresponding second sprocket wheel, passes through a corresponding connection of the second chain between two second sprocket wheels.It can
Conveying further is clamped to wormwood by the first conveying runner and the second conveying runner, is thus allowed for
The further normal sliding for guaranteeing to arrive wormwood.
It is provided with vertical the 4th shaft rotated corresponding with the 7th shaft in the body, described 4th turn
The second bevel gear of a corresponding engagement connection, the 4th shaft are respectively arranged on one end of axis and the first rotating shaft
The other end and the 7th shaft on be respectively arranged with one it is corresponding engagement connection the 6th bevel gear.
The extruding slot, the sorting hole, the support sliding slot setting quantity it is corresponding, and between spacing it is identical, institute
The cauline leaf separation tapered setting of cutterhead is stated, and is provided with the convex thorn of protrusion on cauline leaf separation cutterhead.
Further, the second delivery chute tapered setting is provided with second motor in the crushing chamber, described
A crushing vane and rotation wind wheel are provided on second motor, be provided in the body one it is corresponding with the crushing chamber
The guide groove of connection, guide groove connection corresponding with the extrusion chamber, be additionally provided in the body one it is first hydraulic
Push rod, first hydraulic push rod push the squeezing rod sliding.It can be by the sliding of first hydraulic push rod
The sliding of the promotion squeezing rod of one step, so as to further squeeze wormwood, so as to will be in wormwood
Juice squeezes away, to achieve the purpose that collect wormwood liquid.
Further, the reservoir tapered setting is provided with a third motor, the third electricity in the body
A screw shaft is provided on machine, the screw shaft passes through first delivery pipe and rotates in the reservoir, described
It is additionally provided with the second delivery pipe of a connection corresponding with first delivery pipe in body, is provided with one in the body
The sealing sliding block slided in second delivery pipe, the sealing sliding block seal second delivery pipe, set in the body
It is equipped with the control sliding plate slided in the reservoir, the squeezing rod squeezes after wormwood generates pressure and drives the control
Sliding plate sliding, the sliding of the sliding control sealing sliding block of the control sliding plate.The rotation of the screw shaft can be passed through
Discharge processing further can be carried out to compressed wormwood.
Further, the second sliding slot of a connection corresponding with the reservoir, the control are provided in the body
Sliding plate processed slides in the second sliding slot, and it is sliding that a third corresponding with the second sliding slot is additionally provided in the body
Slot is provided with first slide-bar slided in the third sliding slot, setting in the second sliding slot on the control sliding plate
There is first spring for suppressing the control sliding plate, is provided with one on first slide-bar and is slided in the third sliding slot
Limited block, the sliding chamber of a sealing is additionally provided in the body, is provided with second slide-bar on the limited block, described the
A sealing slide-bar in the sliding intracavitary sliding of the sealing is provided on two slide-bars, the two sides for sealing sliding chamber have respectively included
One setting is connected with a blast pipe, the vent on the intracorporal air inlet hole of the machine and vent, the air inlet hole
On be connected with an air-exhausting duct, be additionally provided in the body one drive it is described sealing sliding block sliding pneumatic cylinder, the row
Air hose is supplied to the pneumatic cylinder.Second conveying can further enough can be controlled by the sliding of the sealing sliding block
The closure of pipe, so as to prevent because of the compression to wormwood caused by wormwood liquid flow out the problem of, so as to further
Guarantee to take liquid to the normal compression of wormwood progress.
Compared with prior art, the beneficial effects of the invention are as follows:It can by the rotation of first conveyor belt
The further sliding for driving wormwood, can be by the sorting slot that is arranged in first conveyor belt, so as to further
Wormwood is sorted, so as to realize to wormwood carry out by root separation convey;
The conveying by root further can be carried out to the wormwood separated by root by the rotation of second conveyor belt,
Thus allow for the transport process by root;
The shake of first conveyor belt can be further driven by the sliding of the compression bar, so as to
It is further to guarantee to be able to carry out the separation by root to wormwood;
Wormwood can be further transported in first delivery chute, the first conveying runner and described the can be passed through
The rotations of two conveying runners further can be clamped conveying to wormwood, can be by cauline leaf separation cutterhead
One step carries out cauline leaf separation to wormwood, thus avoid cauline leaf while the impure problem of wormwood liquid caused by being compressed,
It can further guarantee the effect realized to medical treatment, while can further be avoided through artificial mode by machinery
Caused by workload increase, can further improve efficiency, reduce cost;
Further wormwood can be squeezed by the sliding of the squeezing rod, so as to further reach receipts
Collect the purpose of wormwood liquid.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawing.
Fig. 1 is that liquid machine overall structure diagram is squeezed in the harvesting of medical treatment of embodiment of the present invention medicinal material wormwood.
Fig. 2 is that the embodiment of the present invention applies example medical treatment medicinal material wormwood harvesting squeezing liquid machine overall structure side view.
Fig. 3 is the first conveyor belt of embodiment of the present invention overall structure top view.
Fig. 4 is that the embodiment of the present invention presses cam overall structure diagram.
Fig. 5 is the first delivery chute of embodiment of the present invention overall structure top view.
Fig. 6 is that the embodiment of the present invention controls sliding plate overall structure diagram.
Fig. 7 is that the embodiment of the present invention seals sliding block overall structure diagram.
In figure:1 body, 2 first inside grooves, 3 imports, 4 first rotating shafts, 5 first roll shafts, 6 first conveyor belts, 7 supporting blocks,
8 second conveyor belts, 9 second roll shafts, 10 second shafts, 11 third shafts, 12 first bevel gears, 13 first motors, 14 first
Sprocket wheel, 15 first delivery chutes, 16 the 4th shafts, 17 first conveying runners, 18 holding tanks, 19 cauline leafs separate block, 20 sorting holes, 21
Second delivery chute, 22 crushing chambers, 23 second motors, 24 rotation wind wheels, 25 crushing vanes, 26 extrusion chambers, 27 first hydraulic push rods,
28 squeezing rods, 29 reservoirs, 30 drainage holes, 31 third motors, 32 first delivery pipes, 33 screw shafts, 34 second delivery pipes, 35
Control sliding plate, 36 sealing sliding blocks, 37 second bevel gears, 38 third hand tap gears, 39 the 5th shafts, 40 the 4th bevel gears, 41 supports
It is sliding slot, 42 compression bars, 43 press cams, 44 guide rods, 45 the 6th shafts, 46 the 5th bevel gears, 47 first sliding grooves, 48 second defeated
Send runner, 49 the 6th bevel gears, 50 the 7th shafts, 51 squeeze slots, 52 cauline leafs separation cutterhead, 53 second sprocket wheels, 54 second chains,
55 first gears, 56 eight revolution axis, 57 guide grooves, 58 third sprocket wheels, 59 second sliding slots, 60 first slide-bars, 61 first springs, 62
Third sliding slot, 63 limited blocks, 64 seal sliding chamber, 65 second slide-bars, 66 sealing slide-bars, 67 air inlet holes, 68 vents, 69 air inlets
Pipe, 70 air-exhausting ducts, 71 wind pressure push rods, 72 first chains, 73 sorting slots.
Specific embodiment
As shown in Figures 1 to 7, liquid machine is squeezed in a kind of medical medicinal material wormwood harvesting, includes a body 1, in the body 1
It is provided with first inside groove 2, there are four the first rotating shaft 4 rotated synchronously, the first rotating shafts for setting in first inside groove 2
It is respectively arranged with first roll shaft 5 on 4, is provided with first conveyor belt 6 on four first roll shafts 5, described
The sorting slot 73 that spacing is uniformly arranged is set in one conveyor belt 6, is provided with one and first inside groove 2 on the body 1
The import 3 of corresponding connection, the import 3 are corresponding with the sorting slot 73.
First inside groove 2 is provided in the body 1, first inside groove 2 is a cavity, first inside groove
2 are square setting, the position at four angles of first inside groove 2 be respectively arranged with one rotated in the body 1
One shaft 4 is respectively arranged with first roll shaft 5 in the first rotating shaft 4, is provided on four first roll shafts 5
One the first conveyor belt 6 can further drive first conveyor belt by the rotation of first roll shaft 5
6 rotation is provided with sub-cut slot 73 in first conveyor belt 6, and the sub-cut slot 73 is a through-hole, and is in respectively
Strip setting, the sorting slot 73 are uniformly arranged in first conveyor belt 6, are provided with one on the body 1
Import 3, the import 3 connection corresponding with first inside groove 2, so as to be inputted by the import 3 to wormwood,
So as to further be transported in first inside groove 2, wormwood can be carried out into one by first conveyor belt 6
The conveying of step further can sort wormwood by the sorting slot 73 during conveying to wormwood,
So as to drop into wormwood automatically in the sorting slot 73, to be further processed.
The supporting block 7 being connected on the body 1, the both ends of the supporting block 7 are provided in first inside groove 2
It is respectively arranged with the second shaft 10 of a rotation, the first rotating shaft 4 drives second shaft 10 to rotate, and described second turn
It is respectively arranged with second roll shaft 9 on axis 10, the corresponding support sliding slot 41 of a row is provided in the supporting block 7, it is described
It is respectively arranged with the second conveyor belt 8 rotated on second roll shaft 9 described in both ends in support sliding slot 41, described second is defeated
Belt 8 is sent to intersect rotation with first conveyor belt 6.
The supporting block 7 being connected on the body 1, the length of the supporting block 7 are provided in first inside groove 2
Degree is identical as the length of first inside groove, is respectively arranged with the second shaft 10 of a rotation at the both ends of the supporting block 7,
It is respectively arranged with one the second roll shaft 9 in second shaft 10, a row is provided in the supporting block 7 and supports sliding slot
41, the quantity that the support sliding slot 41 is arranged is configured according to the needs of design, is arranged on the second roll shaft 9 set by both ends
There is the second conveyor belt 8, the quantity that second conveyor belt 8 is arranged is identical as the quantity that the support sliding slot 4 is arranged, described
Second conveyor belt 8 can be slided in the support sliding slot 41, can drive described the by the rotation of second roll shaft 9
The rotation of two conveyor belts 8, first conveyor belt 6 are arranged with the cross-shaped state of second conveyor belt 8, and described first
So described second conveyor belt 8 of conveyor belt lateral rotation longitudinally rotates, and can fall in the sorting slot 73 in folium artemisiae argyi
After, it can drop into the support sliding slot 4, so as to pass through the rotation of second conveyor belt 8, further band
The sliding of dynamic wormwood, to be further processed.
The compression bar 42 slided up and down in the body 1, the top is respectively set in the two sides of first inside groove 2
Compression bar 42 presses first conveyor belt 6 respectively, and the rotation of second shaft 10 drives the sliding of the compression bar 42.
It is respectively arranged with the compression bar 42 slided up and down in the body 1 in the two sides of first inside groove 2, from
And can sliding up and down by the compression bar 42, top repeatedly further can be carried out to first conveyor belt 6
Pressure, so as to shake first conveyor belt 6, so as to drop into wormwood automatically in the sorting slot 73,
To achieve the purpose that sub-cut, the press can be further driven during second shaft 10 rotates
The swing of bar 42 shakes first conveyor belt 6 so as to realize, so as to guarantee falling automatically to wormwood
Enter into the sorting slot 73.
The side of the body 1 is provided with the first delivery chute 15 of a connection corresponding with first inside groove 2, described
It is corresponding there are two settings in first delivery chute 15 to clamp the second conveying runner 48 rotated, one is additionally provided in the body 1
A cauline leaf corresponding with first delivery chute 15 separates block 19, is provided with row's sorting hole on the cauline leaf separation block 19
20,20 are respectively arranged with a cauline leaf separation cutterhead 52 in the sorting hole, also set up in first delivery chute 15 there are two
Corresponding the first conveying runner 17 for clamping rotation, the first rotating shaft 4 drive the second conveying runner 48 and described first
It conveys runner 17 to rotate, is provided with row extruding slot 51 corresponding with the sorting hole 20 on the second conveying runner 48.
The side of the body 1 is provided with first delivery chute 15, first delivery chute 15 is an empty slot,
Setting, can be defeated by described second there are two corresponding the second conveying runner 48 for clamping rotation in first delivery chute 15
Sending the rotation of belt 8 can further be transported to wormwood in first delivery chute 15, and can pass through described second
Wormwood is further clamped conveying by conveying runner 48, so as to further handle, in first delivery chute 15
It is inside provided with a cauline leaf separation block 19, is provided with row's sorting hole 20 on the cauline leaf separation block 19, the sorting hole 20 is set
The quantity set is identical as the quantity that second conveyor belt 8 is arranged, and position is corresponding, so as to pass through described second
Wormwood can further be transported in the sorting hole 20 by the clamping rotation of conveying runner 48, divide in the sorting hole 20
It is not provided with a cauline leaf separation cutterhead 52, it can be further by wormwood in the cauline leaf so as to pass through the sliding of wormwood
It slides on separation cutterhead 52, further the folium artemisiae argyi on wormwood is divided so as to separate cutterhead 52 by the cauline leaf
From being also set up in first delivery chute 15 and clamp the of rotation there are two corresponding to achieve the purpose that cauline leaf separates
One conveying runner 17, so as to by it is described first conveying runner 17 wormwood is further clamped, so as into
The further conveying of row can further guarantee the effect separated to cauline leaf so as to guarantee the normal sliding to wormwood,
It is provided with corresponding extruding slot 51 on the second conveying runner 48, semicircular in shape is set the extruding slot 51 from the side
It sets, so as to further guarantee to carry out normal clamping conveying to wormwood.
Be additionally provided with second delivery chute 21 in the body 1, the sorting hole 20 respectively with second delivery chute
The corresponding connection in 21 one end, is additionally provided with a crushing chamber 22 in the body 1, the other end of second delivery chute 21 with
The crushing chamber 22 corresponding connection is additionally provided with the extruding of a connection corresponding with the crushing chamber 22 in the body 1
Chamber 26, is additionally provided with the reservoir 29 of a connection corresponding with the extrusion chamber 26 in the body 1, in the extrusion chamber 26
It is provided with the squeezing rod 28 of a sliding, the row of a connection corresponding with the reservoir 29 is additionally provided in the body 1
Fluid apertures 30.
Be provided with second delivery chute 21 in the body 1, the sorting hole 20 respectively with second delivery chute
21 one end connection, so as to drop into folium artemisiae argyi further in second delivery chute 21, so as to by described
Second delivery chute 21 further drops into the crushing chamber 22, so as to pass through the crushing chamber 22 further to Chinese mugwort
Leaf is crushed, and an extrusion chamber 26 is additionally provided in institute's body 1, so as to make folium artemisiae argyi drop into the extrusion chamber 26
It is interior, further wormwood leaf can be squeezed, squeeze Chinese mugwort so as to reach by the sliding of the squeezing rod 28
The purpose of careless liquid, and further the juice squeezed can be discharged by the drainage hole 30, to complete wormwood liquid
Purpose is collected, so as to further avoid cauline leaf while squeezing the problem that wormwood liquid is impure caused by liquid, so as to
Enough further values for guaranteeing to arrive medical research, and separation can be carried out to wormwood squeeze Chinese mugwort liquid by mechanical, it can
The efficiency squeezed further is improved, while can further reduce the cost squeezed, to reduce the cost of medical research.
The first delivery pipe 32 of a connection corresponding with the reservoir 29, the body 1 are provided in the body 1
Side be provided with the holding tank 18 of a connection corresponding with first delivery chute 15.
Wormwood residue discharge after capable of further capable of being squeezed by first delivery pipe 32, so as to
It is enough to realize the purpose that continuous JUICE EXTRACTION is carried out to wormwood, and can further be ended to separation by the holding tank 18
Chinese mugwort bar after leaf carries out leaving processing concentratedly.
As depicted in figs. 1 and 2, a first motor 13 is provided in the body 1, the first motor 13 drives wherein
One first rotating shaft 4 rotates, and is respectively arranged with corresponding first sprocket wheel 14 in four first rotating shafts 4, and four
Pass through a corresponding connection of the first chain 72 on a first sprocket wheel 14.
The rotation of the first rotating shaft 4 can be further driven, four by the rotation of the first motor 13
Corresponding first sprocket wheel 14 is respectively arranged in a first rotating shaft 4, it can be by first chain 72 by four
A first sprocket wheel 14 carries out corresponding connection, so as to further make the rotation of four synchronizations of first rotating shafts 4,
So as to drive the rotation of first conveyor belt 6.
Be provided with a rotation third shaft 11 in the body 1, one end of the third shaft 11 with described first turn
Be respectively arranged on axis 4 one it is corresponding engagement connection first bevel gear 12, the other end of the third shaft 11 with it is described
It is respectively arranged with the third hand tap gear 38 of a corresponding engagement connection in second shaft 10, divides in the second shaft 10 described in both ends
It is not provided with a corresponding third sprocket wheel 58, passes through a corresponding company of third chain between two third sprocket wheels 58
It connects.
A third shaft 11 is provided in the body 1, can in the rotation process by the first rotating shaft 4,
By the corresponding engagement connection of two first bevel gears 12, so as to further drive the third shaft 11
Rotation, and can be connected by the corresponding engagement of two third hand tap gears 38, so as to further drive institute
The rotation for stating the second shaft 10 is respectively arranged with a corresponding third sprocket wheel in the end of two second shafts 10
58, two third sprocket wheels 58 can be subjected to corresponding connection by third chain, so as to further drive
The rotation of two second shafts 10, so as to further drive the rotation of second conveyor belt 8, so as to
Further wormwood is conveyed.
As shown in Figures 1 to 4, the two sides of first inside groove 2 respectively include that there are two the be arranged on the body 1
One sliding slot 47, the first sliding groove 47 is corresponding with first conveyor belt 6 respectively, and two compression bars 42 are respectively in institute
Sliding in first sliding groove 47 is stated, the two sides of first inside groove 2 are respectively arranged with the 6th turn rotated in the body 1
Axis 45, the both ends of the 6th shaft 45 are respectively arranged with the press cam 43 rotated in the first sliding groove 47, institute
The both ends that press cam 43 presses against the compression bar 42 respectively are stated, there are two the interior settings of the body 1 and the 6th shaft
45 corresponding the 5th shafts 39 vertically rotated are set respectively in one end of the 5th shaft 39 and the 6th shaft 45
It is equipped with the 5th bevel gear 46 of a corresponding engagement connection, the both ends of second shaft 10 are another with the 5th shaft 39
One end is respectively arranged with the 4th bevel gear 40 of a corresponding engagement connection.
There are four the settings of first sliding groove 47, and is separately positioned on the two sides of first inside groove 2, and set respectively
There are two setting, the first sliding groove 47 respectively distinguish concave by connection corresponding with first inside groove 2, the first sliding groove 47
Setting, the first sliding groove 47 are separately positioned on the two sides of first conveyor belt 6, and the both ends of the compression bar 42 exist respectively
Sliding in the first sliding groove 47, is respectively arranged with the press cam 43 of a rotation in the first sliding groove 47, and described the
The two sides of one inside groove 2 are respectively arranged with the 6th shaft 45 rotated in the body 1, and the press cam 43 is set respectively
Set two the 6th shafts 45, so as to by the 6th shaft 45 rotation can simultaneously drive it is described press it is convex
The rotation of wheel 43 can further realize the continuous interruption of compression bar 42 so as to press to the compression bar 42
Slided in the first sliding groove 47, can be further so as to by the continuous intermittent sliding of the compression bar 42
First conveyor belt 6 is pressed, so as to realize the shake of the first conveyor belt 6, so as to further
Guarantee normally fall ining in the sorting slot 73 to wormwood, second shaft 10 both ends and the 5th shaft 39
On be respectively arranged with one it is corresponding engagement connection the 4th bevel gear 40, so as to pass through the rotation of second shaft 10
It is capable of the rotation of drive the 5th shaft 39 simultaneously, and can be nibbled by corresponding between the 5th bevel gear 46
Connection is closed, the synchronous rotation of the press cam 43 can be further driven, drive the compression bar 42 so as to realize
Sliding.
Multiple rows of guide rod 44 corresponding with the support sliding slot 41, the guide rod 44 are provided in the supporting block 7
It is oriented to the wormwood that the sorting slot 73 is fallen.
Be provided with multiple rows of guide rod 44 in the supporting block 7, the quantity that the guide rod 44 is arranged depending on design,
After wormwood can be made to drop into first inside groove 2 by the sorting slot 73, the guide rod 44 into one can be passed through
Step is oriented to wormwood, so as to drop into wormwood in the support sliding slot 41, so as to further pass through
Second conveyor belt 8 carries out single conveying to wormwood, to carry out further cauline leaf separation.
As shown in Figure 1 and Figure 5, the two sides of first delivery chute 15 are respectively set there are two rotating in the body 1
The 7th shaft 50 and eight revolution axis 56, two it is described second conveying runners 48 be separately positioned in the 7th shaft 50, two
A first conveying runner 17 is separately positioned on the eight revolution axis 56, two the 7th shafts 50 and two described the
The end of eight revolution axis 56 is respectively arranged with the first gear 55 of a corresponding engagement connection, one of them described 7th shaft 50
With corresponding second sprocket wheel 53, two second sprocket wheels 53 are respectively arranged on eight revolution axis 56 described in one of them
Between pass through a corresponding connection of the second chain 54.
The 7th shaft rotated in the body 1 there are two being respectively set in the two sides up and down of first delivery chute 15
50 and eight revolution axis 56, the 7th shaft 50 is separately positioned on the two of first delivery chute 15 with the eight revolution axis 56
End, so as to drive first conveying that can be distinguished by the rotation of the 7th shaft 50 and the eight revolution axis 56
The rotation of runner 17 and the second conveying runner 48, and can be connected by the corresponding engagement of the first gear 55,
So as to further enable two first conveying runners 17 convey with described second, runner 48 is corresponding clamps
Rotation, so as to be clamped conveying to wormwood, and can be by second chain 54 by two second sprocket wheels
53 carry out corresponding connection, so as to further make the second conveying runner 48 and the first conveying runner 17 same
The rotation of step.
Vertical the 4th shaft 16 rotated corresponding with the 7th shaft 50 is provided in the body 1, it is described
The second bevel gear 37 of a corresponding engagement connection is respectively arranged on one end of 4th shaft 16 and the first rotating shaft 4,
The 6th cone of a corresponding engagement connection is respectively arranged on the other end of 4th shaft 16 and the 7th shaft 50
Gear 49.
It is provided with the 4th shaft 16 of a rotation in the body 1, two second bevel gears 37 can be passed through
Corresponding engagement connection, so as to further pass through rotation drive the 4th shaft 16 of the first rotating shaft 4
Rotation, and can be connected by the corresponding engagement of two the 6th bevel gears 49, so as to further drive institute
The rotation of the 7th shaft 50 is stated, so as to further drive the first conveying runner 17 and the second conveying runner 48
Rotation.
The extruding slot 51, the sorting hole 20, the support sliding slot 41 setting quantity it is corresponding, and between spacing phase
Together, the cauline leaf separates the tapered setting of cutterhead 52, and the convex thorn of protrusion is provided on cauline leaf separation cutterhead 52.
The extruding slot 51, the sorting hole 20, the support sliding slot 41 setting quantity are identical, so as to further
Guarantee that the cauline leaf separates the tapered setting of cutterhead 52 to single conveying is carried out to wormwood, so as in wormwood described
Cauline leaf separates in cutterhead 52 during sliding, can further squeeze folium artemisiae argyi on wormwood and strip down, so as to reach
It is provided with raised convex thorn to the purpose of separation cauline leaf separation, and on cauline leaf separation cutterhead 52, so as to utilize
Convex thorn can further guarantee the effect separated to cauline leaf.
As shown in Figure 1, the tapered setting of second delivery chute 21, second motor is provided in the crushing chamber 22
23, it is provided with a crushing vane 25 and rotation wind wheel 24 on second motor 23, is provided with one and institute in the body 1
State the guide groove 57 of the corresponding connection of crushing chamber 22, the guide groove 57 connection corresponding with the extrusion chamber 26, the body 1
It is inside additionally provided with first hydraulic push rod 27, first hydraulic push rod 27 pushes the squeezing rod 28 to slide.
The second delivery chute 21 of tapered setting can be utilized, so as to further fall the folium artemisiae argyi in sorting hole 20
Enter into second delivery chute 21, so as to further drop into the crushing chamber 22, described second can be passed through
The rotation of motor 23 is able to drive the rotation of the crushing vane 25 and the rotation wind wheel 24, so as to utilize crushing vane
25 further crush folium artemisiae argyi, and can by it is described rotation wind wheel 24 rotation can further to folium artemisiae argyi into
Row conveying, and further smashed wormwood can be transported in the extrusion chamber 26 by the guide groove 57, energy
The sliding of the squeezing rod 28 is pushed, further by first hydraulic push rod 27 enough so as to squeeze to wormwood
Pressure, so as to further achieve the purpose that squeeze Chinese mugwort liquid.
As shown in Fig. 1, Fig. 6 and Fig. 7, the reservoir 29 tapered setting is provided with a third electricity in the body 1
Machine 31, a screw shaft 33 is provided on the third motor 31, and the screw shaft 33 passes through first delivery pipe 32
It is rotated in the reservoir 29, the of a connection corresponding with first delivery pipe 32 is additionally provided in the body 1
Two delivery pipes 34 are provided with the sealing sliding block 36 slided in second delivery pipe 34, the sealing in the body 1
Sliding block 36 seals second delivery pipe 34, and it is sliding that the control slided in the reservoir 29 is provided in the body 1
Disk 35, the squeezing rod, which squeezes after 28 pressure wormwoods generate pressure, drives the control sliding plate 35 to slide, the cunning of the control sliding plate 35
The sliding of the dynamic control sealing sliding block 36.
The tapered setting of the reservoir 29 can further drive institute by the rotation of the third motor 31
The rotation of screw shaft 33 is stated, the helicla flute being arranged in the shape of a spiral is set on the screw shaft 33, so as in the spiral shell
During rotary shaft 33 rotates, further the wormwood after squeeze juice further can be discharged, can be passed through
Wormwood is further transported in second delivery pipe 34 by first delivery pipe 32, so as to defeated by described second
It send pipe 34 that the wormwood after squeezing is carried out discharge processing, one is provided in the body 1 in second delivery pipe
The sealing sliding block 36 slided in 34, it is close so as to be carried out by the sliding of the sealing sliding block 36 to second delivery pipe 34
Envelope, so as to prevent from leaking outside during squeezing wormwood juice from second delivery pipe 34, it is further guarantee to pair
The collecting effect of wormwood juice is additionally provided with the control sliding plate 35 slided in the reservoir 29 in the body 1,
So as to can further squeeze the control sliding plate 35 during squeezing wormwood, so as to
Enough slidings for further driving the control sliding plate 35, so as to can be further by the sliding for controlling sliding plate 35
The control sealing sliding block 36 sliding, so as to further during wormwood is squeezed, the sealing cunning
Block 36 can be sealed second delivery pipe 34, to prevent the leakage of wormwood juice, and can finish in extruding
Afterwards, further wormwood can be discharged by the sliding of the sealing sliding block 36.
As shown in Fig. 1, Fig. 6 and Fig. 7, the of a connection corresponding with the reservoir 29 is provided in the body 1
Two sliding slots 59, the control sliding plate 35 slide in the second sliding slot 59, and one and described the are additionally provided in the body 1
Two sliding slot 59 corresponding third sliding slot 62 is provided with one on the control sliding plate 35 and slides in the third sliding slot 62
First slide-bar 60, is provided with first spring 61 for suppressing the control sliding plate 35 in the second sliding slot 59, and described first
The limited block 63 slided in the third sliding slot 62 is provided on slide-bar 60, be additionally provided in the body 1 one it is close
Sliding chamber 64 is sealed, second slide-bar 65 is provided on the limited block 63, is provided with one described on second slide-bar 65
The sealing slide-bar 66 slided in sliding chamber 64 is sealed, the two sides for sealing sliding chamber 64 have respectively included one and have been arranged in the body
Air inlet hole 67 and vent 68 in 1 are connected with a blast pipe 69 on the air inlet hole 67, are connected on the vent 68
One air-exhausting duct 70 is additionally provided with the pneumatic cylinder 71 for driving the sealing sliding block 36 to slide, the air draft in the body 1
Pipe 70 is supplied to the pneumatic cylinder 71.
After pressure capable of being generated during squeezing wormwood, can further to the control sliding plate 35 into
Row squeezes, so that the sliding of the control sliding plate 35 is driven, it can be by the sliding of the control sliding plate 35, it can be further
The sliding of first slide-bar 60 is driven, the control sliding plate 35 can be suppressed by first spring 61, thus
It so that the control sliding plate 35 is resetted, a limited block 63 is provided on first slide-bar 60, so as to
Enough slided in the third sliding slot 62 using the limited block 63, it can be further by the limited block 63 to described the
The sliding of one slide-bar 60 is limited, and is limited so as to the sliding further to the control sliding plate 35, thus anti-
Only the control sliding plate 35 is sliding out the second sliding slot 59, and second slide-bar 65 is provided on the limited block 63, from
And the sliding of second slide-bar 65 can be further driven by the sliding of the limited block 63, so as to further
The sliding for driving the sealing slide-bar 66 is respectively arranged with an air inlet hole 67 and vent in the two sides for sealing sliding chamber 64
After 68 so as to generate compressed air by air compressor set in the body 1, the blast pipe can be passed through
69 are drained into compressed air in the air inlet hole 67, so as to further be drained into the sliding chamber 64 of the sealing, thus
It can further be passed in the vent 68, air is further passed through by the air-exhausting duct by the vent 68
70 are drained into the pneumatic cylinder 71, so as to further push the cunning of the sealing sliding block 36 by the pneumatic cylinder 71
It is dynamic, can be by described after being compressed to wormwood so as to be sealed to second delivery pipe 34, it can
During driving the control sliding plate 35 to reset by the elastic force pressure of first spring 61, can further it drive described
The sliding for sealing slide-bar 66, so as to seal the air inlet hole 67 and the vent 68, so as in the air pressure
The reset of the sealing sliding block 36 can be driven under the action of cylinder 71, further so as to make at second delivery pipe 34
In the state of unlatching, further compressed wormwood can be discharged by second delivery pipe 34, so as to
Realize continuous work.
Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair
It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the proposed skill of the present invention
In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and
Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.