CN109162133A - A kind of paper grade pulp preparation facilities - Google Patents
A kind of paper grade pulp preparation facilities Download PDFInfo
- Publication number
- CN109162133A CN109162133A CN201811247124.4A CN201811247124A CN109162133A CN 109162133 A CN109162133 A CN 109162133A CN 201811247124 A CN201811247124 A CN 201811247124A CN 109162133 A CN109162133 A CN 109162133A
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- cabinet
- strainer
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- residue
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Classifications
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- D—TEXTILES; PAPER
- D21—PAPER-MAKING; PRODUCTION OF CELLULOSE
- D21B—FIBROUS RAW MATERIALS OR THEIR MECHANICAL TREATMENT
- D21B1/00—Fibrous raw materials or their mechanical treatment
- D21B1/04—Fibrous raw materials or their mechanical treatment by dividing raw materials into small particles, e.g. fibres
- D21B1/06—Fibrous raw materials or their mechanical treatment by dividing raw materials into small particles, e.g. fibres by dry methods
- D21B1/061—Fibrous raw materials or their mechanical treatment by dividing raw materials into small particles, e.g. fibres by dry methods using cutting devices
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- D—TEXTILES; PAPER
- D21—PAPER-MAKING; PRODUCTION OF CELLULOSE
- D21B—FIBROUS RAW MATERIALS OR THEIR MECHANICAL TREATMENT
- D21B1/00—Fibrous raw materials or their mechanical treatment
- D21B1/04—Fibrous raw materials or their mechanical treatment by dividing raw materials into small particles, e.g. fibres
- D21B1/06—Fibrous raw materials or their mechanical treatment by dividing raw materials into small particles, e.g. fibres by dry methods
- D21B1/063—Fibrous raw materials or their mechanical treatment by dividing raw materials into small particles, e.g. fibres by dry methods using grinding devices
-
- D—TEXTILES; PAPER
- D21—PAPER-MAKING; PRODUCTION OF CELLULOSE
- D21B—FIBROUS RAW MATERIALS OR THEIR MECHANICAL TREATMENT
- D21B1/00—Fibrous raw materials or their mechanical treatment
- D21B1/04—Fibrous raw materials or their mechanical treatment by dividing raw materials into small particles, e.g. fibres
- D21B1/12—Fibrous raw materials or their mechanical treatment by dividing raw materials into small particles, e.g. fibres by wet methods, by the use of steam
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- Engineering & Computer Science (AREA)
- Life Sciences & Earth Sciences (AREA)
- Wood Science & Technology (AREA)
- Mechanical Engineering (AREA)
- Paper (AREA)
Abstract
The present invention relates to the technical fields of paper making process process auxiliary equipment can remove the residue in paper pulp more particularly to a kind of paper grade pulp preparation facilities；Water and wood powder can be made sufficiently uniformly to mix simultaneously, to improve pulp quality；And the grinding of timber more thoroughly can be made full use of raw material；Including cabinet, three groups of cutting axis, multiple groups mixing roll, cutting motor, grind motor, multiple groups annular blade, suction pump, draw water pedestal and slurry pump, cabinet inside is provided with machine cavity, enclosure top is provided with and communicated with feeding inlet, on front side of cabinet and rear side is provided with and respectively communicated with six groups of cutting holes and multiple groups grinding hole, multiple groups grinding hole is respectively positioned below three groups of cutting holes, the both ends of three groups of cutting axis are each passed through six groups of cutting holes, the both ends of multiple groups mixing roll are each passed through multiple groups grinding hole, cutting motor is fixed on cabinet back side top, grinding motor is fixed on cabinet front side top.
Description
Technical field
The present invention relates to the technical fields of paper making process process auxiliary equipment, more particularly to a kind of paper grade pulp
Preparation facilities.
Background technique
It is well known that paper pulp draft machine is a kind of for paper pulp to be made by cutting and grinding in timber and is used to manufacture paper
The auxiliary device opened is widely used in a variety of applications in the field of paper production processing；Existing paper pulp draft machine includes machine
Case, three groups of cutting axis, multiple groups mixing roll, cutting motor, grinding motor, multiple groups annular blade, suction pump, draw water pedestal and plasma discharge
Pump, cabinet inside are provided with machine cavity, and enclosure top is provided with and communicated with feeding inlet, and cabinet front side and rear side are provided with and respectively communicated with six
Group cutting hole and multiple groups grinding hole, multiple groups grinding hole are respectively positioned below three groups of cutting holes, and the both ends of three groups of cutting axis are each passed through
Six groups of cutting holes, the both ends of multiple groups mixing roll are each passed through multiple groups grinding hole, and cutting motor is fixed on cabinet back side top, grinding
Motor is fixed on cabinet front side top, and the rear end of three groups of cutting axis is connect with the output end on front side of cutting motor, multiple groups grinding
The rear end of roller is connect with the output end on front side of grinding motor, and multiple groups annular blade is equably sleeved on three groups of cutting axis respectively
On, cabinet left side central portion is provided with and communicated with water inlet, and the pedestal that draws water is located on the left of cabinet, and suction pump, which is fixed on, to draw water on pedestal,
Water inlet pipe is provided with and communicated on water inlet, water inlet pipe left end is connected to suction pump water outlet, and cabinet bottom right side is provided with and communicated with
Water outlet, slurry pump are located on the right side of cabinet, and outlet pipe is provided with and communicated on water outlet, is intake on the left of outlet pipe right end and slurry pump
End connection；For existing paper pulp draft machine in use, driving cutting axis rotation by cutting motor, grinding motor drives mixing roll to turn
It is dynamic, timber is put into feeding inlet, by the cutting of blade and the grinding of mixing roll, timber is handled as wood powder, by drawing water
It pumps to cabinet internal drainage, water and wood powder is made to be mixed into paper pulp, then paper pulp is discharged by slurry pump；Existing paper pulp draft machine
It is found in use, is easy to influence pulp quality containing the more wooden granular residue during stock, in paper pulp；Also, water
Mixing with wood powder is not uniform thorough enough, also will affect pulp quality；In addition, timber is in process, timber grinding ground
It is not enough, raw material is caused with certain waste.
Summary of the invention
In order to solve the above technical problems, the present invention provides a kind of residue that can be removed in paper pulp；Simultaneously can make water and
Wood powder sufficiently uniformly mixes, to improve pulp quality；And the grinding of timber more thoroughly can be made full use of raw material
Paper grade pulp preparation facilities.
A kind of paper grade pulp preparation facilities of the invention, including cabinet, three groups of cutting axis, multiple groups mixing roll, cutting electricity
Machine, grinding motor, multiple groups annular blade, suction pump, draw water pedestal and slurry pump, and cabinet inside is provided with machine cavity, enclosure top
It is provided with and communicated with feeding inlet, cabinet front side and rear side are provided with and respectively communicated with six groups of cutting holes and multiple groups grinding hole, multiple groups grinding
Hole is respectively positioned below three groups of cutting holes, and the both ends of three groups of cutting axis are each passed through six groups of cutting holes, the both ends point of multiple groups mixing roll
Not Chuan Guo multiple groups grinding hole, cutting motor is fixed on cabinet back side top, and grinding motor is fixed on cabinet front side top, and three groups are cut
The rear end for cutting axis is connect with the output end on front side of cutting motor, the rear end of multiple groups mixing roll with grinding motor on front side of output
End connection, multiple groups annular blade are equably sleeved on respectively on three groups of cutting axis, and cabinet left side central portion is provided with and communicated with water inlet,
The pedestal that draws water is located on the left of cabinet, and suction pump, which is fixed on, to draw water on pedestal, and water inlet pipe is provided with and communicated on water inlet, and water inlet pipe is left
End is connected to suction pump water outlet, and cabinet bottom right side is provided with and communicated with water outlet, and slurry pump is located on the right side of cabinet, on water outlet
It is provided with and communicated with outlet pipe, outlet pipe right end is connected to water inlet end on the left of slurry pump；It further include mounting base, four groups of supporting legs, two groups
Residue strainer, stirring motor, four pack supports, two groups of connecting rods, two groups of cross bars, two groups of moving guide rails, two groups of guide runners, two groups
Magnet plunger, four groups of strainer guide rails and four groups of electromagnetism sliding blocks, chassis bottom are fixed at mounting base top center, the top of four groups of supporting legs
End is separately fixed at front left side, left rear side, forward right side and the right lateral side of mounting base bottom end, draws water pedestal and draining pump is each attached to
At the top of mounting base, two groups of residue strainers are located at cabinet inside；Chassis bottom is provided with and communicated with the first stirring port, bottom middle part
It is provided with the second stirring port, stirring motor is fixed on mounting base bottom centre, and stirring motor top output port is provided with transmission shaft,
Transmission shaft passes through the second stirring port and the first stirring port protrudes into cabinet inside, and transmission shaft top is provided with multiple groups paddle；Four groups
Bracket bottom end is separately fixed at front left side, left rear side, forward right side and right lateral side at the top of mounting base, two groups of connecting rod both ends difference
It is fixed on the top of two pack supports positioned at left side and positioned at the top of two pack supports on right side, two groups of cross bars is separately fixed at two
Between group connecting rod, two groups of cross bars are parallel to each other, and two groups of moving guide rails are separately mounted to rear side and the position of the cross bar positioned at front side
In the front side of the cross bar of rear side, two groups of guide runners are slidably connected with two groups of moving guide rails respectively, and two groups of magnet plungers are respectively with two
Group guide runner is slidably connected, and cabinet left and right side is provided with and respectively communicated with four groups of strainer through-holes, in four groups of strainer guide rails
Two groups of strainer guide rails are each passed through two groups of strainer through-holes positioned at cabinet top, and the both ends of two groups of strainer guide rails are fixed respectively
On four pack supports, it is separately fixed at the front-end and back-end of two groups of strainer through-holes in the middle part of two groups of strainer guide rails, four
Another two groups of strainer guide rails in group strainer guide rail are each passed through two groups of strainer through-holes positioned at cabinet lower part, and two groups of strainers are led
The both ends of rail are separately fixed on four pack supports, and two groups of strainer through-holes are separately fixed in the middle part of two groups of strainer guide rails
Front-end and back-end, four groups of electromagnetism sliding blocks are slidably connected with four groups of strainer guide rails respectively, one group of residue in two groups of residue strainers
The front-end and back-end of strainer are connect with two groups of electromagnetism sliding blocks being located above respectively, another group of residue filter in two groups of residue strainers
The front-end and back-end of net are connect with underlying two groups of electromagnetism sliding blocks respectively.
A kind of paper grade pulp preparation facilities of the invention, two groups of residue strainer mutual backup and replacement device.
A kind of paper grade pulp preparation facilities of the invention, is provided with and communicated with the collection port of tubulose at the top of feeding inlet, receives
Ji Kou is in inverted-triangular.
A kind of paper grade pulp preparation facilities of the invention further includes electric heater, and electric heater is located on rear side of cabinet, electricity
Heater front end heating position is contacted with cabinet, and bottom is fixed in mounting base.
A kind of paper grade pulp preparation facilities of the invention further includes paper pulp strainer, is provided with filter screen groove, machine on the left of machine cavity
It is provided with and communicated with filtering through-hole on the right side of case, paper pulp strainer left end is mounted in filter screen groove, and it is logical that the right end of paper pulp strainer passes through filtering
Hole is simultaneously mounted in filtering through-hole, and paper pulp strainer is located at the lower section of two groups of residue strainers.
A kind of paper grade pulp preparation facilities of the invention, paper pulp strainer can be freely disassembled.
A kind of paper grade pulp preparation facilities of the invention, further includes ten groups of sealing joint strips, and ten groups of sealing joint strips are solid respectively
It is scheduled on the top and bottom of four groups of strainer through-holes and filters the top and bottom of through-hole.
A kind of paper grade pulp preparation facilities of the invention further includes bath water pump, and bath water pump is located on rear side of cabinet, punching
Water water pump is fixed in mounting base, is provided with and respectively communicated with two groups of flushing through-holes on rear side of cabinet, two groups of flushing through-holes are located at
Above three groups of cutting axis and above two groups of residue strainers, the water outlet at the top of water pump of washing by water is provided with and communicated with jet water spout, two groups of punchings
It washes and is provided with and communicated with flushing pipe in through-hole, two groups of flushing pipes are connected to jet water spout.
Compared with prior art the invention has the benefit that driving cutting axis rotation by cutting motor, motor is ground
Mixing roll rotation is driven, timber is put into feeding inlet, is wood by timber processing by the cutting of blade and the grinding of mixing roll
Powder is come out the residue filters such as the wooden particle in wood powder, by filtering removal wood powder twice by the filtering of two groups of residue strainers
In impurity improve pulp quality so that the impurity content in paper pulp obtained reduces；Then pass through suction pump to cabinet
Internal drainage makes water and wood powder be mixed into paper pulp, drives paddle rotation by stirring motor, makes water and wood powder sufficiently and equably
It is mixed into paper pulp, improves pulp quality；Four groups of electromagnetism sliding blocks and two groups of guide runners and two groups of magnet plungers are by external numerical control
Equipment control by electromagnetism sliding block, residue strainer is taken out to the right, after residue strainer comes out the wooden particle filtering then by two
Group magnet plunger slides into above the residue strainer, and magnet plunger is declined, by external numerical control device disconnect electromagnetism sliding block with
Then residue strainer is adsorbed on magnet plunger bottom end using magnet plunger, then passes through the rising of magnet plunger by the connection of residue strainer
Be moved to the left, the residue on residue strainer is rejoined into described device and carries out secondary cut and grinding, then magnet plunger after
It is continuous to move right and decline, then residue strainer is placed on to the left side of strainer guide rail, and slid into using electromagnetism sliding block
Cabinet inside, so that timber, so that timber be made to be fully utilized, can improve former material by repeatedly cutting and grinding
Paper pulp is discharged finally by slurry pump for the utilization rate of material.
Detailed description of the invention
Fig. 1 is structural schematic diagram of the invention；
Fig. 2 is right view of the invention；
Fig. 3 is the portion A partial enlarged view of the invention；
It is attached marked in the figure: 1, cabinet；2, cutting axis；3, mixing roll；4, cutting motor；5, motor is ground；6, annular blade；
7, suction pump；8, draw water pedestal；9, slurry pump；10, mounting base；11, supporting leg；12, residue strainer；13, stirring motor；14, it props up
Frame；15, connecting rod；16, cross bar；17, moving guide rail；18, guide runner；19, magnet plunger；20, strainer guide rail；21, electromagnetism is sliding
Block；22, collection port；23, electric heater；24, paper pulp strainer；25, sealing joint strip；26, bath water pump.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiments of the present invention will be described in further detail.Implement below
Example is not intended to limit the scope of the invention for illustrating the present invention.
As shown in Figure 1 to Figure 3, a kind of paper grade pulp preparation facilities of the invention, including 1, three group of cutting axis 2 of cabinet,
Multiple groups mixing roll 3, cutting motor 4, grinding motor 5, multiple groups annular blade 6, suction pump 7, draw water pedestal 8 and slurry pump 9, cabinet
1 is internally provided with machine cavity, and feeding inlet is provided with and communicated at the top of cabinet 1, and 1 front side of cabinet and rear side are provided with and respectively communicated with six groups and cut
Hole and multiple groups grinding hole are cut, multiple groups grinding hole is respectively positioned below three groups of cutting holes, and the both ends of three groups of cutting axis 2 are each passed through six groups
Hole is cut, the both ends of multiple groups mixing roll 3 are each passed through multiple groups grinding hole, and cutting motor 4 is fixed on 1 back side top of cabinet, grinding
Motor 5 is fixed on 1 front side top of cabinet, and the rear end of three groups of cutting axis 2 is connect with the output end of 4 front side of cutting motor, multiple groups
The rear end of mixing roll 3 is connect with the output end of 5 front side of grinding motor, and multiple groups annular blade 6 is equably sleeved on three groups respectively
On cutting axis 2,1 left side central portion of cabinet is provided with and communicated with water inlet, and the pedestal 8 that draws water is located at 1 left side of cabinet, and suction pump 7 is fixed on
It draws water on pedestal 8, water inlet pipe is provided with and communicated on water inlet, water inlet pipe left end is connected to 7 water outlet of suction pump, 1 right side of cabinet
Bottom is provided with and communicated with water outlet, and slurry pump 9 is located at 1 right side of cabinet, is provided with and communicated with outlet pipe, outlet pipe right end on water outlet
It is connected to 9 left side water inlet end of slurry pump；Further include 10, four groups of mounting base, 11, two groups of supporting leg residue strainer 12, stirring motor 13,
Four 14, two groups of pack support, 15, two groups of connecting rod, 16, two groups of cross bar, 17, two groups of moving guide rail, 18, two groups of guide runner magnet plungers
19, four groups of strainer guide rails 20 and four groups of electromagnetism sliding blocks 21,1 bottom of cabinet are fixed at 10 top center of mounting base, four groups of supporting legs
11 top is separately fixed at front left side, left rear side, forward right side and the right lateral side of 10 bottom end of mounting base, draw water pedestal 8 and draining
Pump is each attached to 10 top of mounting base, and two groups of residue strainers 12 are located inside cabinet 1；1 bottom of cabinet is provided with and communicated with
One stirring port, bottom middle part are provided with the second stirring port, and stirring motor 13 is fixed on 10 bottom centre of mounting base, stirring motor 13
Top output port is provided with transmission shaft, and transmission shaft passes through the second stirring port and the first stirring port protrudes into inside cabinet 1, on transmission shaft
Portion is provided with multiple groups paddle；Four pack supports, 14 bottom end is separately fixed at front left side, the left rear side, forward right side at 10 top of mounting base
And right lateral side, two groups of 15 both ends of connecting rod are separately fixed at the top of two pack supports 14 positioned at left side and positioned at two groups of right side
The top of bracket 14, two groups of cross bars 16 are separately fixed between two groups of connecting rods 15, and two groups of cross bars 16 are parallel to each other, two groups of movements
Guide rail 17 is separately mounted to the rear side of the cross bar 16 positioned at front side and positioned at the front side of the cross bar 16 of rear side, two groups of guide runner 18
It is slidably connected respectively with two groups of moving guide rails 17, two groups of magnet plungers 19 are slidably connected with two groups of guide runners 18 respectively, and cabinet 1 is left
Side and right side are provided with and respectively communicated with four groups of strainer through-holes, and two groups of strainer guide rails 20 in four groups of strainer guide rails 20 are each passed through position
Two groups of strainer through-holes in 1 top of cabinet, the both ends of two groups of strainer guide rails 20 are separately fixed on four pack supports 14, described
The middle part of two groups of strainer guide rails 20 is separately fixed at the front-end and back-end of two groups of strainer through-holes, in four groups of strainer guide rails 20
Another two groups of strainer guide rails 20 are each passed through two groups of strainer through-holes positioned at 1 lower part of cabinet, the both ends of two groups of strainer guide rails 20
It is separately fixed on four pack supports 14, before the middle part of two groups of strainer guide rails 20 is separately fixed at two groups of strainer through-holes
End and rear end, four groups of electromagnetism sliding blocks 21 are slidably connected with four groups of strainer guide rails 20 respectively, and one group in two groups of residue strainers 12 is residual
The front-end and back-end of slag strainer 12 are connect with two groups of electromagnetism sliding blocks 21 being located above respectively, another in two groups of residue strainers 12
The front-end and back-end of group residue strainer 12 are connect with underlying two groups of electromagnetism sliding blocks 21 respectively；It is cut by cutting motor drive
Axis rotation is cut, grinding motor drives mixing roll rotation, timber is put into feeding inlet, the cutting of blade and grinding for mixing roll are passed through
Timber handle as wood powder by mill, and by the filtering of two groups of residue strainers, the residue filters such as the wooden particle in wood powder are come out, logical
Pulp quality is improved so that the impurity content in paper pulp obtained reduces after the impurity in the wood powder of filtering removal twice；So
So that water and wood powder is mixed into paper pulp to cabinet internal drainage by suction pump afterwards, paddle rotation is driven by stirring motor, makes water
It sufficiently and is equably mixed into paper pulp with wood powder, improves pulp quality；Four groups of electromagnetism sliding blocks and two groups of guide runners and two groups
Magnet plunger is controlled by external numerical control device, after residue strainer comes out the wooden particle filtering, by electromagnetism sliding block, by residue strainer
It takes out to the right, then two groups of magnet plungers is slided into above the residue strainer, and magnet plunger is declined, set by external numerical control
The standby connection for disconnecting electromagnetism sliding block and residue strainer, is then adsorbed on magnet plunger bottom end for residue strainer using magnet plunger, then
It by the rising of magnet plunger and is moved to the left, the residue on residue strainer is rejoined into described device and carries out secondary cut and grinds
Mill, then magnet plunger continues to move right and decline, and then residue strainer is placed on to the left side of strainer guide rail, and use electromagnetism
Sliding block is slid into cabinet inside, so that timber can be by repeatedly cutting and grinding, so that timber be made to obtain sufficiently
Utilization, improve the utilization rate of raw material, paper pulp be discharged finally by slurry pump；The cutting motor, draws water at grinding motor
Pump, slurry pump and stirring motor are directly bought from market, and when use powers on and by the operation of appended specification, therefore
Details are not described herein.
A kind of paper grade pulp preparation facilities of the invention, two groups of 12 mutual backup of residue strainer and replacement device；Make
When being filtered recycling to timber with residue strainer, can when one group of residue strainer extracts cabinet out, another group of residue strainer after
Continuous be placed in cabinet is filtered work, and then two groups of residue strainers are replaced, so that described device can be not
The recycling to timber residue is completed in the case where stopping working, and improves its working efficiency.
A kind of paper grade pulp preparation facilities of the invention, is provided with and communicated with the collection port 22 of tubulose at the top of feeding inlet,
Collection port 22 is in inverted-triangular；The capture range that feeding inlet can be expanded by collection port avoids residue strainer into feeding inlet
When toppling over residue, there is the case where residue sheds.
A kind of paper grade pulp preparation facilities of the invention further includes electric heater 23, after electric heater 23 is located at cabinet 1
Side, 23 front end heating position of electric heater are contacted with cabinet 1, and bottom is fixed in mounting base 10；It can be with by electric heater
Promote the dissolution and mixing of wood powder in water, that improves paper pulp produces speed to improve the water temperature in cabinet for cabinet heating
Degree；The electric heater is directly bought from market, and when use powers on and operates by appended specification, therefore herein not
It repeats again.
A kind of paper grade pulp preparation facilities of the invention further includes paper pulp strainer 24, is provided with filter screen groove on the left of machine cavity,
Filtering through-hole is provided with and communicated on the right side of cabinet 1,24 left end of paper pulp strainer is mounted in filter screen groove, and the right end of paper pulp strainer 24 passes through
Filtering through-hole is simultaneously mounted in filtering through-hole, and paper pulp strainer 24 is located at the lower section of two groups of residue strainers 12；It can by paper pulp strainer
With the impurity in further filter paper pulp, keep paper pulp obtained more pure, to improve the quality of paper pulp.
A kind of paper grade pulp preparation facilities of the invention, paper pulp strainer 24 can be freely disassembled；Pass through the filtering on right side
Paper pulp strainer can be taken out from cabinet inside, and cleared up paper pulp strainer by through-hole, can keep normally filtering
Function.
A kind of paper grade pulp preparation facilities of the invention, further includes ten groups of sealing joint strips 25, and ten groups of sealing joint strips 25 divide
It is not fixed on the top and bottom of four groups of strainer through-holes and filters the top and bottom of through-hole；It can be made by sealing joint strip residual
The contact of slag strainer and paper pulp strainer with cabinet more closely, to avoid the leakage of wood powder and paper pulp.
A kind of paper grade pulp preparation facilities of the invention further includes bath water pump 26, after bath water pump 26 is located at cabinet 1
Side, bath water pump 26 are fixed in mounting base 10, and two groups of flushing through-holes are provided with and respectively communicated on rear side of cabinet 1, and two groups of flushings are logical
Hole is located at three groups of cutting axis, 2 top and two groups of 12 tops of residue strainer, and the water outlet at 26 top of bath water pump is connected to setting
There is jet water spout, flushing pipe is provided with and communicated in two groups of flushing through-holes, two groups of flushing pipes are connected to jet water spout；Pass through water pump of washing by water
It supplies water into jet water spout, two groups of flushing pipes can be used and rinse multiple groups annular blade and multiple groups mixing roll, by its surfaces stick
Timber washes away, it is made to keep good working order；The bath water pump is directly bought from market, and when use connects
Power supply is simultaneously operated by appended specification, therefore details are not described herein.
A kind of paper grade pulp preparation facilities of the invention drives cutting axis rotation by cutting motor when in use,
It grinds motor and drives mixing roll rotation, timber is put into feeding inlet, by the cutting of blade and the grinding of mixing roll, by timber
Processing is wood powder, by the filtering of two groups of residue strainers, the residue filters such as the wooden particle in wood powder is come out, residue strainer will be wooden
After particle filtering comes out, by electromagnetism sliding block, residue strainer is taken out to the right, two groups of magnet plungers are then slided into the residue
Above strainer, and magnet plunger is declined, the connection of electromagnetism sliding block and residue strainer is disconnected by external numerical control device, is then used
Residue strainer is adsorbed on magnet plunger bottom end by magnet plunger, is then passed through the rising of magnet plunger and is moved to the left, will be on residue strainer
Residue rejoin described device and carry out secondary cut and grinding, then magnet plunger continues to move right and decline, and then will
Residue strainer is placed on the left side of strainer guide rail, and is slid into cabinet inside using electromagnetism sliding block, then passes through suction pump
To cabinet internal drainage, water and wood powder is made to be mixed into paper pulp, paddle rotation is driven by stirring motor, water and wood powder is made to fill mixing
For paper pulp, and so that wood powder is dissolved more quick by electric heater, paper pulp is discharged finally by slurry pump；By paper pulp strainer
Extraction can be completed to clean to it, and by washing by water, water pump can be cleaned annular blade and mixing roll, keep its surface
Completely.
A kind of paper grade pulp preparation facilities of the invention, the mounting means of all components described above, connection type or
Set-up mode is common mechanical mode, and the specific structure of its all component, model and coefficient index are its included skill
Art is implemented as long as can reach the equal of its advantages, therefore details are not described herein.
A kind of paper grade pulp preparation facilities of the invention, in the absence of explanation to the contrary, " up and down, front and back
It is inside and outside " etc. the noun of locality that is included in the term only represent orientation of the term under normal service condition, or be art technology
What personnel understood is commonly called as, and should not be seen as a limitation of this term.Term as used herein " vertical ", " horizontal ",
"left", "right" and similar statement are for illustrative purposes only.Heretofore described " first ", " second ", " third " are no
Specific quantity and sequence are represented, the differentiation of title is only used for.
The above is only a preferred embodiment of the present invention, it is noted that for the ordinary skill people of the art
For member, without departing from the technical principles of the invention, several improvements and modifications, these improvements and modifications can also be made
Also it should be regarded as protection scope of the present invention.
Claims (8)
1. a kind of paper grade pulp preparation facilities, including cabinet (1), three groups of cutting axis (2), multiple groups mixing roll (3), cutting motor
(4), motor (5), multiple groups annular blade (6), suction pump (7), the pedestal that draws water (8) and slurry pump (9) are ground, cabinet (1) is internal
It is provided with machine cavity, feeding inlet is provided with and communicated at the top of cabinet (1), six groups is provided with and respectively communicated with rear side on front side of cabinet (1) and cuts
Hole and multiple groups grinding hole are cut, multiple groups grinding hole is respectively positioned below three groups of cutting holes, and the both ends of three groups of cutting axis (2) are each passed through six
Group cutting hole, the both ends of multiple groups mixing roll (3) are each passed through multiple groups grinding hole, and cutting motor (4) is fixed on cabinet (1) rear side
Side, grinding motor (5) are fixed on cabinet (1) front side top, and the rear end of three groups of cutting axis (2) is and on front side of cutting motor (4)
Output end connection, the rear end of multiple groups mixing roll (3) are connect with the output end on front side of grinding motor (5), multiple groups annular blade (6)
It is equably sleeved on three groups of cutting axis (2) respectively, cabinet (1) left side central portion is provided with and communicated with water inlet, the pedestal that draws water (8) position
On the left of cabinet (1), suction pump (7) is fixed on the pedestal that draws water (8), and water inlet pipe is provided with and communicated on water inlet, and water inlet pipe is left
End is connected to suction pump (7) water outlet, and cabinet (1) bottom right side is provided with and communicated with water outlet, and slurry pump (9) is located at cabinet (1)
Right side, outlet pipe is provided with and communicated on water outlet, and outlet pipe right end is connected to water inlet end on the left of slurry pump (9), which is characterized in that
Including mounting base (10), four groups of supporting legs (11), two groups of residue strainers (12), stirring motor (13), four pack supports (14), two groups of companies
Extension bar (15), two groups of cross bars (16), two groups of moving guide rails (17), two groups of guide runners (18), two groups of magnet plungers (19), four groups of filters
Net guide rail (20) and four groups of electromagnetism sliding blocks (21), cabinet (1) bottom are fixed at mounting base (10) top center, four groups of supporting legs
(11) top is separately fixed at front left side, left rear side, forward right side and the right lateral side of mounting base (10) bottom end, the pedestal that draws water (8)
It is each attached at the top of mounting base (10) with draining pump, it is internal that two groups of residue strainers (12) are located at cabinet (1)；Cabinet (1) bottom
Portion is provided with and communicated with the first stirring port, is provided with the second stirring port in the middle part of bottom, stirring motor (13) is fixed on mounting base (10)
Bottom centre, stirring motor (13) top output port are provided with transmission shaft, and transmission shaft passes through the second stirring port and the first stirring port
It is internal to protrude into cabinet (1), transmission shaft top is provided with multiple groups paddle；Four pack supports (14) bottom end is separately fixed at mounting base
(10) front left side, left rear side, forward right side and right lateral side at the top of, two groups of connecting rod (15) both ends are separately fixed at positioned at left side
The top of two pack supports (14) and positioned at the top of two pack supports (14) on right side, two groups of cross bars (16) are separately fixed at two groups of companies
Between extension bar (15), two groups of cross bars (16) are parallel to each other, and two groups of moving guide rails (17) are separately mounted to the cross bar positioned at front side
(16) rear side and positioned at the front side of the cross bar (16) of rear side, two groups of guide runners (18) are sliding with two groups of moving guide rails (17) respectively
Dynamic connection, two groups of magnet plungers (19) are slidably connected with two groups of guide runners (18) respectively, and cabinet (1) left and right side is respectively communicated with
Four groups of strainer through-holes are provided with, two groups of strainer guide rails (20) in four groups of strainer guide rails (20) are each passed through on cabinet (1)
The both ends of two groups of strainer through-holes in portion, two groups of strainer guide rails (20) are separately fixed on four pack supports (14), and described two groups
The front-end and back-end of two groups of strainer through-holes are separately fixed in the middle part of strainer guide rail (20), in four groups of strainer guide rails (20)
Another two groups of strainer guide rails (20) are each passed through two groups of strainer through-holes positioned at cabinet (1) lower part, two groups of strainer guide rails (20)
Both ends be separately fixed on four pack supports (14), two groups of filters are separately fixed in the middle part of two groups of strainer guide rails (20)
The front-end and back-end in Netcom hole, four groups of electromagnetism sliding blocks (21) are slidably connected with four groups of strainer guide rails (20) respectively, two groups of residue filters
The front-end and back-end of one group of residue strainer (12) in net (12) are connect with two groups of electromagnetism sliding blocks (21) being located above respectively, and two
Group residue strainer (12) in another group of residue strainer (12) front-end and back-end respectively with underlying two groups of electromagnetism sliding blocks
(21) it connects.
2. a kind of paper grade pulp preparation facilities as described in claim 1, which is characterized in that two groups of residue strainers (12) are each other
Spare and replacement device.
3. a kind of paper grade pulp preparation facilities as claimed in claim 2, which is characterized in that be connected to setting at the top of feeding inlet
There is the collection port (22) of tubulose, collection port (22) is in inverted-triangular.
4. a kind of paper grade pulp preparation facilities as claimed in claim 3, which is characterized in that it further include electric heater (23),
Electric heater (23) is located on rear side of cabinet (1), and electric heater (23) front end heating position is contacted with cabinet (1), and bottom is fixed
On mounting base (10).
5. a kind of paper grade pulp preparation facilities as claimed in claim 4, which is characterized in that it further include paper pulp strainer (24),
It is provided with filter screen groove on the left of machine cavity, is provided with and communicated with filtering through-hole on the right side of cabinet (1), paper pulp strainer (24) left end is mounted on strainer
In slot, the right end of paper pulp strainer (24) passes through filtering through-hole and is mounted in filtering through-hole, and paper pulp strainer (24) is residual positioned at two groups
The lower section of slag strainer (12).
6. a kind of paper grade pulp preparation facilities as claimed in claim 5, which is characterized in that paper pulp strainer (24) can be free
Disassembly.
7. a kind of paper grade pulp preparation facilities as claimed in claim 6, which is characterized in that further include ten groups of sealing joint strips
(25), ten groups of sealing joint strips (25) are separately fixed at the top and bottom of four groups of strainer through-holes and filter the top and bottom of through-hole
Portion.
8. a kind of paper grade pulp preparation facilities as claimed in claim 7, which is characterized in that it further include bath water pump (26),
Bath water pump (26) is located on rear side of cabinet (1), and bath water pump (26) is fixed on mounting base (10), connects respectively on rear side of cabinet (1)
Logical to be provided with two groups of flushing through-holes, two groups of flushing through-holes are located above three groups of cutting axis (2) and two groups of residue strainers (12)
Top, bath water pump (26) at the top of water outlet be provided with and communicated with jet water spout, be provided with and communicated with flushing pipe in two groups of flushing through-holes,
Two groups of flushing pipes are connected to jet water spout.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811247124.4A CN109162133A (en) | 2018-10-25 | 2018-10-25 | A kind of paper grade pulp preparation facilities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811247124.4A CN109162133A (en) | 2018-10-25 | 2018-10-25 | A kind of paper grade pulp preparation facilities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109162133A true CN109162133A (en) | 2019-01-08 |
Family
ID=64875205
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811247124.4A Pending CN109162133A (en) | 2018-10-25 | 2018-10-25 | A kind of paper grade pulp preparation facilities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109162133A (en) |
-
2018
- 2018-10-25 CN CN201811247124.4A patent/CN109162133A/en active Pending
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| PB01 | Publication | ||
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| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20190108 |
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| WD01 | Invention patent application deemed withdrawn after publication |