CN105851287A - Multi-axis tea pressing machine - Google Patents
Multi-axis tea pressing machine Download PDFInfo
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- CN105851287A CN105851287A CN201610368883.0A CN201610368883A CN105851287A CN 105851287 A CN105851287 A CN 105851287A CN 201610368883 A CN201610368883 A CN 201610368883A CN 105851287 A CN105851287 A CN 105851287A
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- follow block
- pressing plate
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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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- Life Sciences & Earth Sciences (AREA)
- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Polymers & Plastics (AREA)
- Tea And Coffee (AREA)
Abstract
The invention provides a multi-axis tea pressing machine, which comprises a machine body, a first proping unit, a first pressing unit, a second proping unit, a second pressing unit, a third proping unit and a third pressing unit, wherein the first proping unit, the first pressing unit, the second proping unit, the second pressing unit, the third proping unit and the third pressing unit are arranged on the machine body; the first pressing unit comprises a first drive part and a first pressure plate; the first pressure plate is capable of approaching or being away from the first proping unit along the first axial direction; the second pressing unit can move together with the first pressure plate and slide along the first axial direction and comprises a second drive part and a second pressure plate; the second pressure plate is capable of approaching or being away from the second proping unit along the second axial direction; the third pressing unit comprises at least one third drive part and a third pressure plate; and the third pressure plate is capable of approaching or being away from the third proping unit along the third axial direction. The multi-axis tea pressing machine can be used for extruding and twisting tea leaves by multi-axis motion and axial cooperation and thus achieves the relatively good twisting effect.
Description
Technical field
The present invention relates to a kind of tea manufacturing machine, particularly relate to a kind of multiaxial type pressure tea machine.
Background technology
Existing a kind of multiaxial type pressure tea machine, can carry out squeeze job, such as TaiWan, China to Folium Camelliae sinensis
Certificate number M412622 Patent Case, comprises a body with a room and is installed on this
One oil pressure master cylinder of body, oil pressure pair cylinder, upper cover, upper cover oil hydraulic cylinder,
One gate and a gate oil hydraulic cylinder.This oil pressure master cylinder has a master that can stretch into this room
Pressing plate, this oil pressure pair cylinder is vertically arranged with this oil pressure master cylinder, and has one and can stretch into this room
Secondary pressing plate, this upper cover oil hydraulic cylinder can drive this upper cover to cover this chamber top, this valve
Door oil hydraulic cylinder can drive this gate, and to make a sluice gate of this body be opening and closing of fault.
This upper cover of this multiaxial type pressure tea machine simply covers merely, this main pressing plate, this pair pressing plate
The most each with linear motion extruding Folium Camelliae sinensis, it is impossible to rubbing Folium Camelliae sinensis rotates, and generation is kneaded
(kneading) effect.TaiWan, China certificate number M406931, M433745 and M453368
Deng Patent Case, also there is same shortcoming.
It addition, TaiWan, China certificate number M434455, and China's Authorization Notice No.
The Patent Cases such as CN201797926U, CN204837826U, CN201709333U, are wherein one
Dimension presses Folium Camelliae sinensis, the effect the most Folium Camelliae sinensis is not produced rubbing, kneading mutually to adopting a pair pressing plate.
Summary of the invention
It is an object of the invention to provide a kind of energy generation extruding rubbing and effect is kneaded in lifting
Multiaxial type pressure tea machine.
Multiaxial type of the present invention pressure tea machine, comprises a body and is located at first of this body
To stop element, first press unit, one second to support stop element, second compacting single
Unit, one the 3rd support stop element and the 3rd press unit, this first supports stop element and includes one
Individual first follow block, this first press unit includes that first actuator and one first are driven by this
Moving part drive and can along one first axially towards this first follow block become close or remote from the first pressing plate,
This second support stop element include adjacent with this first follow block and vertically disposed second follow block,
This second press unit first can slide axially along this, and includes second actuator and one
Driven by this second actuator and can be perpendicular to this first axial second axially towards this along one
Second follow block become close or remote from the second pressing plate, this first pressing plate along this first axially towards this first
Follow block become close or remote from time, this second pressing plate can with dynamic and first slide axially along this, and this
One follow block and this second follow block transfixion, this second pressing plate second axially second supports towards this along this
Plate become close or remote from time, this first follow block can with dynamic and second slide axially along this, and this first
Pressing plate and this second follow block transfixion, the 3rd supports stop element includes that one first can be supported with this
Plate, this second follow block be adjacent and the 3rd follow block of orthogonal setting, the 3rd press unit energy
Relatively this body produces location, and include at least one the 3rd actuator and one driven by the 3rd
Moving part drive and can along one be perpendicular to this first axially, second the axial the 3rd axially towards this
Three follow blocks become close or remote from the 3rd pressing plate, the 3rd pressing plate and the 3rd follow block, this second pressure
Plate, this second follow block, this first pressing plate, this first follow block define one jointly can change appearance
Long-pending receiving space.
Multiaxial type of the present invention pressure tea machine, this second press unit also includes that one can slide along this body
Dynamic slide and a connector being connected between this slide and this first pressing plate, this second drives
Moving part is installed on this slide, and this first pressing plate can interlock this slide and first axially produce cunning along this
Dynamic, this first supports stop element and also includes that one is installed on this body and can drive this first follow block edge
This second side actuator in axial sliding, this second pressing plate along this second axially towards this second follow block
Become close or remote from time, this side actuator can drive this first follow block simultaneously second axially to slide along this
Dynamic.
Multiaxial type of the present invention pressure tea machine, this second press unit also include one be arranged at this second
Pressing plate and the disturbance part protruded out towards this receiving space.
Multiaxial type of the present invention pressure tea machine, this disturbance part has recessed adjacent to this receiving space
Arc portion, this disturbance part is positioned at the side that this second pressing plate is adjacent with this first pressing plate.
Multiaxial type of the present invention pressure tea machine, this disturbance part also has one and is arranged at this concave-arc part top
Guidance part, this guidance part is formed by this concave-arc part is recessed, and by under upward in gradually expand incline
Ramp-like.
Multiaxial type of the present invention pressure tea machine, the 3rd pressing plate of the 3rd press unit has one in L
First point of plate of type and a second point of plate being arranged at this first point of plate side, this is years old
One point of plate can constitute continuous profile when being generally aligned in the same plane with this second point of plate, this first point
Second point of plate of plate and this can produce different stroke, and the quantity of the 3rd actuator is several,
Wherein part drives this first point of plate, part to drive this second point of plate.
Multiaxial type of the present invention pressure tea machine, also comprises a footstock unit being arranged at this body top
And one enter material unit, this footstock unit includes a seat frame being located on this body and at least
The top actuator that one is installed between this body and this seat frame, this enters material unit and is arranged at this seat
Frame, and include that one has the material bin of a blanking port, is hubbed at for a pair bottom this material bin
Valve, be installed on this material bin and can the brake of each self-driven described valve and a pair for a pair
Each being articulated in the link member between described brake and described valve, described brake can drive
Described valve is closed or opens this blanking port.
Multiaxial type of the present invention pressure tea machine, also comprises one and is arranged between this seat frame and this material bin
Weighing unit, this weighing unit has several electronic weighbridge, and described electronic weighbridge senses pre-
If can be through controlling brake start described in programme-control during numerical value.
Multiaxial type of the present invention pressure tea machine, the 3rd press unit is installed on this seat frame and is positioned at this and enters
Material unit side, starts this top actuator and this seat frame can be driven first to slide axially along this, and make
This blanking port and the 3rd press unit one of them corresponding to this receiving space.
Multiaxial type of the present invention pressure tea machine, this body includes a front side block, and this front side block has one
The individual outlet being connected with this receiving space, this second support stop element also include that one is installed on this
Body and this second follow block can be driven in a hidden position and an opening relative to this outlet
The forerunner's moving part slided between position.
The beneficial effects of the present invention is: utilize this first pressing plate same to move with this second pressing plate,
And this second pressing plate can make the tea in this receiving space with dynamic effect with this first follow block
Leaf produces extruding rubbing action, and circulation operation can produce preferably kneads effect.
Accompanying drawing explanation
Fig. 1 is a three-dimensional combination figure of multiaxial type of the present invention pressure one embodiment of tea machine；
Fig. 2 is a part isometric exploded view of this embodiment, illustrates that enters a material unit；
Fig. 3 is a side cross sectional views of this embodiment；
Fig. 4 is an incomplete schematic perspective view of this embodiment, and forerunner's moving part is described
Second follow block and a side actuator can be driven to drive first follow block；
Fig. 5 is a side-looking signal entering material unit and the operation chart of this embodiment；
Fig. 6 is another three-dimensional combination figure of this embodiment, illustrates that a seat frame is relative to one
Body moves；
Fig. 7 is the sectional view that the straight line VII-VII along Fig. 3 is taken；
Fig. 8 is the sectional view that the straight line VIII-VIII along Fig. 7 is taken；
Fig. 9 is the operational motion schematic diagram of the 3rd press unit of this embodiment, and number is described
Individual 3rd actuator simultaneously drives and presses under first point of plate and second point of plate
Action；
Figure 10 is the operational motion schematic diagram of the first press unit of this embodiment, illustrates one
First actuator drives first pressing plate to carry out extruding action towards first follow block；
Figure 11 is the sectional view that the straight line Ⅹ I-Ⅹ I along Figure 10 is taken, illustrate this first
Pressing plate and second pressing plate produce with dynamic towards this first follow block；
Figure 12 is an operational motion schematic diagram of the second press unit of this embodiment, explanation
Illustrate that this second pressing plate produces with dynamic towards this second follow block with this first follow block；
Figure 13 is another extruding schematic diagram of this embodiment, and a 3rd actuator list is described
This second point of plate is solely driven to carry out pressing action；
Figure 14 is similar to Figure 13, illustrates that the 3rd actuator drives this second point of plate to carry out again
Vertical motion；
Figure 15 is similar to an operation chart of Fig. 8, illustrates that this second actuator drives again
This second pressing plate returns back in situ；
Figure 16 is similar to Figure 15, illustrates that a brick tea is pushed away by this second actuator towards an outlet
Go out.
Detailed description of the invention
Below in conjunction with the accompanying drawings and embodiment the present invention is described in detail.
Refering to Fig. 1, Fig. 4, Fig. 8 and Fig. 9, multiaxial type of the present invention presses an embodiment of tea machine,
Comprise a body 10 and be arranged at one first of this body 10 and support stop element 20, the
One press unit 30, second supports 40, second press unit of stop element 50,
3rd supports 60, footstock unit of stop element 70, enters 80, weighing list of material unit
90, the 3rd press unit 100 of unit.
Before this body 10 includes that a base 11, is fixedly arranged on this base 11 wherein side
Side seat 12, one is fixedly arranged on the rear side seat 13, of this base 11 opposite side and is fixedly arranged on this end
Seat 11 and this front side block 12 and on rear side of this left side seat 14 between seat 13 and one fixed
In this base 11 and with this on the left of seat 14 spaced right side seat 15, on the left of this seat 14 with
On the right side of this, along one first axial X, relatively and interval is arranged seat 15, this front side block 12 with this after
Side seat 13 relatively and is spaced setting along a second axial Y being perpendicular to this first axial X,
This front side block 12 has an outlet 121.In the present embodiment, this outlet 121 can arrange one
The conveyer belt 16 extended outwardly.
This first supports stop element 20 and includes that one can be slided and be arranged on the right side of this inside seat 15
First follow block 21, be installed on the right side of this seat 15 and can drive this first follow block 21 along this
Side actuator 22 that two axial Y slide and be arranged on the right side of this seat 15 and this first follow block for a pair
Linear slide rail 23 between 21.
This first press unit 30 includes first actuator 31 being arranged at seat 14 on the left of this
And one driven by this first actuator 31 and can be along this first axial X towards this first follow block 21
Become close or remote from the first pressing plate 32.
This second support stop element 40 include one adjacent and vertically disposed with this first follow block 21
Second follow block 41, be installed on this front side block 12 and can drive this second follow block 41 relative to
This outlet 121 is in a hidden position (as shown in Fig. 1, Fig. 4 and Fig. 8) and an open stance
Put the forerunner's moving part 42 slided between (see Figure 15 and Figure 16) and be arranged at this front side block for a pair
Linear slide rail 43 between 12 and this second follow block 41.
This second press unit 50 can slide along this first axial X and be arranged at this body 10,
And include one can along seat on rear side of this 13 slide slide 51, be arranged at seat 13 on rear side of this for a pair
And the linear slide rail between this slide 51 52, is connected to this slide 51 and this first pressing plate
Connector between 32 53, one is installed on second actuator 54, of this slide 51 and is subject to
This second actuator 54 drives and can be along this second axial Y towards this second follow block 41 convergence or remote
From the second pressing plate 55 and a disturbance part 56 being arranged at this second pressing plate 55, this first pressure
Plate 32 can interlock this slide 51 and slide along this first axial X, this disturbance part 56 be positioned at this
The side that two pressing plates 55 are adjacent with this first pressing plate 32, and there is a concave-arc part 561 and
The individual guidance part 562 being located at this concave-arc part 561 top, this guidance part 562 is by this concave-arc part 561
Recessed form, and by under skewed in gradually expanding upward.
Coordinate ginseng Fig. 3, the 3rd support stop element 60 include one can with this first follow block 21,
This second follow block 41 is adjacent and the 3rd follow block 61 of orthogonal setting.The 3rd of the present embodiment
The top of this base 11 is located at by follow block 61.
Coordinating ginseng Fig. 3 and Fig. 7, this footstock unit 70 is arranged at this body 10 top, and bag
Include one can slide and be cross-placed on this front side block 12 with this on rear side of seat frame 71 on seat 13, a pair
It is respectively arranged in this front side block 12, top actuator between seat 13 and this seat frame 71 on rear side of this
72 and be respectively arranged at this front side block 12 for a pair, on rear side of this between seat 13 and this seat frame 71
Linear slide rail 73.Starting this top actuator 72 can drive this seat frame 71 along this first axial X
Slide.
Coordinating ginseng Fig. 2, Fig. 5 and Fig. 7, this enters material unit 80 and is arranged at this seat frame 71, and wraps
Include one there is the material bin 81 of a blanking port 811, to be hubbed at this material bin 81 end for a pair
The valve 82 in portion, it is installed on this material bin 81 for a pair and described valve 82 can be driven respectively
Brake 83 and be articulated in respectively for a pair between described brake 83 and described valve 82
Link member 84, starting described brake 83 can drive described valve through described link member 84
82 close (see Fig. 5 solid line) or open (see Fig. 5 imaginary line) this blanking port 811.
This weighing unit 90 is arranged between this seat frame 71 and this material bin 81, this weighing list
Unit 90 has several electronic weighbridge 91, and when described electronic weighbridge 91 senses default value, energy is thoroughly
Cross brake 83 start described in control programme-control.
Coordinating ginseng Fig. 7, the 3rd press unit 100 is installed on this seat frame 71 and is positioned at this pan feeding
Unit 80 side, the 3rd press unit 100 is first axial along this by this seat frame 71 kinetic energy
X slides, and the 3rd press unit 100 includes that several 3rd actuator 101 and one are by described
3rd actuator 101 drives and can be perpendicular to this first axial X, the second axial Y along one
3rd axial Z towards the 3rd follow block 61 become close or remote from the 3rd pressing plate 102, the 3rd pressing plate
102 with the 3rd follow block 61, this second pressing plate 55, this second follow block 41, this first pressing plate
32, this first follow block 21 jointly define one can variable volume and can be with this outlet 121 phase
The receiving space 110 (see Fig. 7, Fig. 9 and Figure 13) of connection, the guidance part of this disturbance part 56
562 are located at this concave-arc part adjacent to this receiving space 110 and in contrast to the 3rd follow block 61
561 tops.3rd pressing plate 102 has a L-shaped first point plate 102 ' and
The individual second point of plate 102 being arranged at this first point of plate 102 ' side ", this first point of plate
Second point of plate 102 of part 102 ' and this " company of similar rectangle can be constituted when being generally aligned in the same plane
Continuous profile (see Fig. 4 Yu Fig. 7, Fig. 9), this first point of plate 102 ' and this second point of plate
102 " different stroke can be produced and not at same plane (see Figure 13), the 3rd of the present embodiment drives
The quantity of moving part 101 has three, and two of which is in order to drive this first point of plate 102 ', separately
Outer one in order to drive this second point of plate 102 ".
And above-mentioned each constituent components is used for drive the actuator of mating component generation action, stopper
Part is all to use oil hydraulic cylinder.
The operational motion of multiaxial type of the present invention pressure tea machine is described as follows:
As shown in Figures 1 and 3, in the most original state, this top actuator 72 not yet drives
This seat frame 71, this enters material bin 81 of material unit 80 corresponding to this receiving space 110, now,
This second second follow block 41 supporting stop element 40 is positioned at hidden position, and this outlet 121 is hidden
Cover.And as Fig. 5 is shown in solid, described brake 83 is not operating, described valve 82 is closed in
This blanking port 811.Operator can utilize manually or Folium Camelliae sinensis is poured into this pan feeding by a conveyer belt 17
Bucket 81, when described electronic weighbridge 91 senses default value, just can pass through control program control
Make described brake 83 and open described valve 82 (see Fig. 5 imaginary line), make Folium Camelliae sinensis from this blanking
Mouth 811 falls in this receiving space 110.And utilize the guide function of this guidance part 562,
Folium Camelliae sinensis can be made to fall into this receiving space 110 smoothly.Immediately, described brake 83 the most reversely drives
The described valve 82 of dynamic closing.
The most as shown in Figure 6, start described top actuator 72, make the 3rd press unit 100
Corresponding to this receiving space 110 (see Fig. 7).
As it is shown in figure 9, described 3rd actuator 101 of the 3rd press unit 100 opens simultaneously
Dynamic, first point of plate 102 ' of the 3rd pressing plate 102, second point of plate 102 " edge simultaneously
3rd axial Z and towards the 3rd follow block 61 convergence, carries out first pressing to Folium Camelliae sinensis.Described in after extruding
3rd actuator 101 drives the 3rd pressing plate 102 toward counteragent again, returns back to the shape of Fig. 7
State.
Then, as shown in Figures 10 and 11, start the first of this first press unit 30 to drive
Moving part 31, this first pressing plate 32 is along this first axial X towards this first follow block 21 convergence, and profit
The effect of this slide 51 it is connected to so that this second pressing plate 55 is also with dynamic with this connector 53
Ground slides along this first axial X so that this receiving space 110 diminishes.Now, this first supports
Plate the 21, second follow block 41 transfixion, utilizes with this dynamic the first pressing plate 32, second pressing plate
The extruding rubbing clockwise of Folium Camelliae sinensis row can be produced and knead effect, and this disturbance part 56 by 55
Folium Camelliae sinensis can be guided move in this receiving space 110, strengthen kneading effect.
The most as shown in figure 12, start this second actuator 54 and this side actuator 22 simultaneously, should
Second pressing plate 55 driven along this second axial Y towards this second follow block 41 convergence time, this is first years old
Follow block 21 also can driven and with dynamicly along this second axial Y slip, this receiving space 110
Diminish again.Now, this first pressing plate 32 and this second follow block 41 transfixion.And this receiving
Space 110 is perpendicular to the sectional area of the 3rd axial Z and is equal to the second of the 3rd pressing plate 102
Point plate 102 " area.And utilize this second pressing plate 55 and this first follow block 21 along this
Two axial Y are same dynamic, this first pressing plate 32 and this second follow block 41 transfixion, can be to Folium Camelliae sinensis
Carry out extruding clockwise rubbing again, produce and knead effect.
The most as shown in figure 13, this second point of plate 102 " by the 3rd corresponding actuator 101
Driving can be towards the 3rd follow block 61 convergence (first point of non-start of plate 102 '), this receiving space
110 diminish again.
Subsequently, the 3rd actuator 101 drives this second point of plate 102 again " be away from this
Three follow blocks 61, will state in Figure 14.
Then, as the operational motion of Fig. 8 to Figure 14 repeats operation 3～5 times, just can complete
Knead operation.
Finally, as shown in figure 15, kneading after operation completes, this first pressing plate 32, second is pressed
Plate the 55, first follow block 21 is retracted in situ, then kneaded and in a cubic brick tea
1 can be located adjacent to this second follow block 41 and this first follow block 21 intersection, restarts this forerunner
Moving part 42, and by this second follow block 41 relative to this outlet 121 by hidden position (see Figure 15
Imaginary line) operate into release position (see Figure 15 solid line).And the most as shown in figure 16, starting should
Second actuator 54, utilizes this second pressing plate 55 to be pushed away towards this outlet 121 is outside by this brick tea 1
Go out, and make brick tea 1 can be fed directly to this conveyer belt 16.
Therefore, utilize the multiaxial motion of integrated member of the present invention and each axially work in coordination, and
Above-mentioned operating procedure continuous operation, the effect that just Folium Camelliae sinensis can be produced extruding rubbing, knead,
Really the shortcoming that can solve existing multiaxial type pressure tea machine, can reach the purpose of the present invention really.
Claims (10)
1. a multiaxial type pressure tea machine, comprises a body and is located at of this body
First support stop element, first press unit, one second support stop element, one second
Press unit, one the 3rd support stop element and the 3rd press unit, this multiaxial type pressure tea
Machine is characterised by:
This first support stop element, including first follow block；
This first press unit, including first actuator and one by this first actuator
Drive and can along one first axially towards this first follow block become close or remote from the first pressing plate；
This second supports stop element, adjacent with this first follow block and vertically disposed the including one
Two follow blocks；
This second press unit, first can slide axially along this, and include one second driving
Part and one driven by this second actuator and can along one be perpendicular to this first axial second
Axially towards this second follow block become close or remote from the second pressing plate, this first pressing plate is along this first axle
To towards this first follow block become close or remote from time, this second pressing plate can be with dynamic and first axial along this
Slide, and this first follow block and this second follow block transfixion, this second pressing plate along this second
Axially towards this second follow block become close or remote from time, this first follow block can be with dynamic and along this second axle
To slip, and this first pressing plate and this second follow block transfixion；
3rd supports stop element, including one can adjacent with this first follow block, this second follow block and
3rd follow block of orthogonal setting；
3rd press unit, can produce location by this body relatively, and include at least one the
Three actuators and one are driven by the 3rd actuator and can be perpendicular to this first axle along one
To, second the axial the 3rd axially towards the 3rd follow block become close or remote from the 3rd pressing plate, should
3rd pressing plate and the 3rd follow block, this second pressing plate, this second follow block, this first pressing plate,
This first follow block defines the receiving space of an energy variable volume jointly.
Multiaxial type the most according to claim 1 pressure tea machine, it is characterised in that: this is the years old
Two press units also include a slide that can slide along this body and one be connected to this slide
And the connector between this first pressing plate, this second actuator is installed on this slide, and this is first years old
Pressing plate can interlock this slide and first axially produce slip along this, and this first supports stop element and also include
One is installed on this body and this first follow block can be driven along this second side driving in axial sliding
Part, this second pressing plate along this second axially towards this second follow block become close or remote from time, this side is driven
Moving part can drive this first follow block simultaneously second to slide axially along this.
Multiaxial type the most according to claim 2 pressure tea machine, it is characterised in that: this is the years old
Two press units also include that one is arranged at this second pressing plate and towards disturbing that this receiving space protrudes out
Moving part.
Multiaxial type the most according to claim 3 pressure tea machine, it is characterised in that: this is disturbed
Moving part has a concave-arc part adjacent to this receiving space, and this disturbance part is positioned at this second pressure
The side that plate is adjacent with this first pressing plate.
Multiaxial type the most according to claim 4 pressure tea machine, it is characterised in that: this is disturbed
Moving part also has a guidance part being arranged at this concave-arc part top, and this guidance part is by this concave arc
Portion is recessed to be formed, and by under skewed in gradually expanding upward.
Multiaxial type the most according to claim 2 pressure tea machine, it is characterised in that: this is the years old
3rd pressing plate of three press units there is a L-shaped first point plate and one be arranged at
Second point of plate of this first point of plate side, this first point of plate and this second point of plate position
Can constitute continuous profile when same plane, this first point of plate and this second point of plate can produce
Raw different stroke, the quantity of the 3rd actuator is several, and wherein part drives this first point
Plate, part drives this second point of plate.
Multiaxial type the most according to claim 6 pressure tea machine, it is characterised in that: these are many
Shaft type pressure tea machine also comprise a footstock unit being arranged at this body top and one enter material list
Unit, this footstock unit include a seat frame being located on this body and at least one be installed on
Top actuator between this body and this seat frame, this enters material unit and is arranged at this seat frame, and wraps
Include one have the material bin of a blanking port, be hubbed at for a pair the valve bottom this material bin,
It is installed on this material bin and the brake of each self-driven described valve of energy and a pair respective pivot for a pair
Being connected to the link member between described brake and described valve, described brake can drive described
Valve is closed or opens this blanking port.
Multiaxial type the most according to claim 7 pressure tea machine, it is characterised in that: these are many
Shaft type pressure tea machine also comprises a weighing unit being arranged between this seat frame and this material bin,
This weighing unit has several electronic weighbridge, energy when described electronic weighbridge senses default value
Through controlling brake start described in programme-control.
Multiaxial type the most according to claim 7 pressure tea machine, it is characterised in that: this is the years old
Three press units are installed on this seat frame and are positioned at this and enter material unit side, start this top actuator
This seat frame can be driven first to slide axially along this, and make this blanking port and the 3rd press unit
One of them corresponds to this receiving space.
Multiaxial type the most according to claim 1 pressure tea machine, it is characterised in that: this machine
Body includes a front side block, and this front side block has an outlet being connected with this receiving space,
This second support stop element also include that one is installed on this body and this second follow block can be driven relative
In forerunner's moving part that this outlet is slided between a hidden position and a release position.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610368883.0A CN105851287A (en) | 2016-05-30 | 2016-05-30 | Multi-axis tea pressing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610368883.0A CN105851287A (en) | 2016-05-30 | 2016-05-30 | Multi-axis tea pressing machine |
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| CN105851287A true CN105851287A (en) | 2016-08-17 |
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| CN201610368883.0A Pending CN105851287A (en) | 2016-05-30 | 2016-05-30 | Multi-axis tea pressing machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106387135A (en) * | 2016-11-29 | 2017-02-15 | 台励福股份有限公司 | Tri-axial driving type tea presser |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM412622U (en) * | 2011-04-27 | 2011-10-01 | ming-zhang Xie | Oil hydraulic tea-making machine structure |
-
2016
- 2016-05-30 CN CN201610368883.0A patent/CN105851287A/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWM412622U (en) * | 2011-04-27 | 2011-10-01 | ming-zhang Xie | Oil hydraulic tea-making machine structure |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106387135A (en) * | 2016-11-29 | 2017-02-15 | 台励福股份有限公司 | Tri-axial driving type tea presser |
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Application publication date: 20160817 |