CN108978295A

CN108978295A - A kind of efficient papermaking process

Info

Publication number: CN108978295A
Application number: CN201810904879.0A
Authority: CN
Inventors: 吴江玲
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-08-09
Filing date: 2018-08-09
Publication date: 2018-12-11

Abstract

A kind of efficient papermaking process of the invention, including cabinet, the feed well opened and communicated with the outside world towards a left side is equipped in the cabinet, the feed well upper end wall is communicated equipped with downward opening traction grooved, fixed link is installed between end wall before and after the traction grooved, traction wheel is rotatably connected in the fixed link, the feed well lower end wall is communicated equipped with opening up lifting groove, sliding is equipped with elevator in the lifting groove, present apparatus structure is simple to operation, this paper-making process is divided into charging, cutting, rub and roll four steps, feed well drives it to enter subsequent processing according to the size of different papermaking material, it is applied widely, rubbing device squeezes the paper stock after chopping around wheel using two groups and is delivered to subsequent processing, thereafter it is rolled using rotation and paper stock is further made, the fiber of paper stock is also protected simultaneously, general arrangement knot The innovation of structure novelty, while the fiber of paper stock being protected not improve the quality of paper product by considerable damage.

Description

A kind of efficient papermaking process

Technical field

The present invention relates to field of papermaking, specifically a kind of efficient papermaking process.

Background technique

Papermaking technology is one of Chinese four inventions, is played an important role for present development, papermaking process be divided into mechanism and Two kinds by hand, the preservation of fiber in hand papermaking completely makes it than machine-made paper good toughness, but hand-made paper need time, manpower Cost is big, not applicable generally to use, and machine-made paper can be by the fiber destruction in paper, so that paper toughness reduces, at present in mashing Papermaking process fail to take into consideration its two kinds with device, protect the fiber of paper stock not broken while automatic papermaking standby slurry Bad, the device of the invention can solve this problem.

Summary of the invention

Technical problem to be solved by the invention is to provide a kind of efficient papermaking process, are able to solve above-mentioned present skill The problems in art.

The present invention is achieved through the following technical solutions: a kind of efficient papermaking process of the invention, including cabinet, The feed well opened and communicated with the outside world towards a left side is equipped in the cabinet, the feed well upper end wall is communicated equipped with downward opening traction Slot is installed with fixed link between end wall before and after the traction grooved, traction wheel, the feed well is rotatably connected in the fixed link Lower end wall is communicated equipped with opening up lifting groove, and the interior sliding of the lifting groove is equipped with elevator, and the elevator lower end surface is solid Equipped with the lifting spring that lower end is fixedly connected with the lifting groove lower end wall, the elevator front end face and the fixed company of transmission device It connects, opening up clamping slot is equipped in the elevator, pinch wheels are equipped in the clamping slot, are consolidated at the pinch wheels axle center Surely it is connected with the first rotating shaft of front end and clamping slot front bulkhead rotation connection, the first engagement is equipped on rear side of the clamping slot Chamber, it is intracavitary and be fixedly connected with first bevel gear that first engagement through the clamping slot is protruded into the first rotating shaft rear end, The first bevel gear lower end engagement is connected with second bevel gear, and second bevel gear lower end surface middle position, which is installed with, to be run through The spline housing in the lifting groove is protruded into before first engagement, is communicated on the downside of the lifting groove equipped with the second engagement chamber, it is described Second engagement is intracavitary to be equipped with third hand tap gear, and lower end is installed at the third hand tap gear axle center with described second and engages chamber rotation The splined shaft of connection, the splined shaft upper end are protruded into the lifting groove through the second engagement chamber and are spent with the spline housing Key connection, third hand tap gear rear end face engagement are connected with the 4th bevel gear, the 4th bevel gear rear end face be installed with The second shaft that driving conversion equipment is fixedly connected, the feed well right side, which communicates, is equipped with chopping chamber, logical on the upside of the chopping chamber It crosses link slot to communicate equipped with rotation chamber, described rotate is installed with strut between intracavitary end wall up and down, rotates and be equipped on the strut Rotating bar, the rotating bar is interior to be equipped with symmetrical sliding slot, slides in the sliding slot on right side and is equipped with driving lever, after the driving lever End face is installed with the trackwheel being connected by power with the driving conversion equipment, and sliding is equipped with sliding block in the sliding slot in left side, Rotation is equipped with lower end and protrudes into the cutter in the link slot through the rotation chamber in the sliding block, communicates on the downside of the chopping chamber Equipped with rubbing chamber, the rubbing is intracavitary to be equipped with two groups around wheel, described in upside around wheel include the first driving wheel with two it is first driven Wheel, and be connected by power between first driving wheel and first driven wheel by the first belt, first drive sprocket axle It is installed with left end at the heart and passes through the first pulley shaft of bearing and the rubbing chamber left end wall rotation connection, the first band rotation Axis right end and linkage are rotatablely connected, and the described of downside includes the second driving wheel and two the second driven wheels around wheel, and described It is connected by power between second driving wheel and second driven wheel by the second belt, second driving wheel is installed at axle center The second belt wheel shaft that left end is rotatablely connected by bearing and the rubbing chamber left end wall, the second belt wheel shaft right end and institute Linkage rotation connection is stated, rubbing chamber left end wall is installed with arc panel, between the arc panel and second belt Rotated and abutted by ball, identical be equipped with rolls chamber on front side of the rubbing chamber, it is described roll it is intracavitary equipped with rolling block, it is described to roll Block upper surface is equipped with spline shaft, and described roll is equipped with spline chamber on the upside of chamber, the spline chamber and described roll pass through between chamber Connection is equipped with threaded hole, and spline shaft upper end protrudes into that the spline is intracavitary and spline fitted is connected through the threaded hole There is splined sleeve, the splined sleeve upper surface is installed with third shaft, communicates on the upside of the spline chamber and engage chamber equipped with third, It is intracavitary and be installed with the 5th bevel gear that third engagement through the spline chamber is protruded into third shaft upper end, and the described 5th The engagement of bevel gear rear end face is connected with the 6th bevel gear, is installed with before engaging chamber with the third at the 6th bevel gear axle center Aft bulkhead rotation connection and the 4th shaft being connected by power with driving conversion equipment, the cabinet upper surface are installed with illumination dress It sets, thus constitutes complete paper making processes.

The transmission device includes sliding groove as a preferred technical solution, and sliding is equipped with sliding shoe in the sliding groove, Rotary electric machine is installed in the sliding shoe, the rotary electric machine front end has been connected by power rotation axis, has led on front side of the sliding groove It crosses thread groove to communicate equipped with shifting chute, the rotation axis front end is protruded into the shifting chute through the thread groove and is installed with the One gear, the shifting chute upside are communicated equipped with the first drive cavity, and the interior rotation of first drive cavity is equipped with and first tooth The second gear of wheel engagement connection, the second gear front end face engagement are connected with connection bevel gear, the connection bevel gear shaft The threaded rod of lower end and the first drive cavity lower end wall rotation connection is installed at the heart, after being equipped on the upside of first drive cavity The lifting space that side is communicated with the lifting groove is connected between the lifting space and first drive cavity and is equipped with connecting hole, The threaded rod upper end is protruded into the lifting space through the connecting hole and is rotatablely connected with the lifting space upper end wall, The torque spring that the other end is fixedly connected with the connecting hole inner wall is installed on the threaded rod in the connecting hole, The threaded block that rear end is fixedly connected with the elevator is installed on the threaded rod in the lifting space.

The driving conversion equipment includes driving chamber as a preferred technical solution, the driving chamber and the sliding groove Between connection be equipped with the first link slot, sliding is equipped with drive block in the driving chamber, and the drive block lower end surface is installed with lower end The pressure ram in the sliding groove is protruded into through first link slot, driving motor, the drive are installed in the drive block It is communicated on front side of dynamic chamber and is equipped with conversion chamber, the driving motor front end has been connected by power front end, and to protrude into the conversion intracavitary and fixed connect Be connected to the drive shaft of driving gear, the driving gear lower end surface engagement is connected with the first driven gear, the conversion chamber and Connection is equipped with the second link slot between the second engagement chamber, and institute is protruded into through second link slot in second shaft rear end It states and converts intracavitary and be fixedly connected with first driven gear, be equipped on the upside of the conversion chamber to be nibbled with the driving gear The second driven gear of connection is closed, the biography of rear end and the conversion chamber rotation connection is installed at second driven gear axle center Turn axis, conversion chamber front side, which communicates, is equipped with the belt grooves of opening backwards, and the conversion chamber is run through in the drive shaft front end It protrudes into the belt grooves and is rotatablely connected with the belt grooves front bulkhead, it is solid on the drive shaft in the belt grooves Equipped with the first belt pulley, first belt pulley is connected by power with the 4th shaft by third belt.

The linkage includes belt chamber as a preferred technical solution, and symmetrical above and below communicate of belt chamber is equipped with The third link slot that left end is communicated with the rubbing chamber, the second belt wheel shaft right end run through the third link slot of downside Protrude into the belt it is intracavitary and with the belt cavity rear end wall be rotatablely connected, in intracavitary the second belt wheel shaft of the belt On be installed with the second belt pulley, the third link slot of the first pulley shaft right end through upside protrude into the belt it is intracavitary and It is installed with third belt pulley thereon, is connected by power between the third belt pulley and second belt pulley by the 4th belt, It is communicated on the right side of the belt chamber equipped with the second drive cavity, the first pulley shaft right end protrudes into described the through the belt chamber In two drive cavities and it is installed with the first drive bevel gear, the first drive bevel gear rear end face engagement is connected with the second transmission cone Gear is installed with the connecting shaft with end wall rotation connection before and after second drive cavity at second drive bevel gear axle center, It is connected by power between the connecting shaft, the second shaft and trackwheel by driving belt.

The lighting device includes support rod as a preferred technical solution, and the post upper face is installed with illumination Lamp.

Described method includes following steps:

Firstly, rotary electric machine works, first gear rotation is driven, then second gear drives second gear rotation, so that threaded rod Rotation, then threaded block drives elevator decline, is then put into papermaking material between traction wheel and pinch wheels by feed well, turns While moving axis rotates, move backward sliding shoe drive, in first gear and second gear Rotary electric machine stops working when being disengaged from, then threaded rod rotates backward under the elastic restoring force of torque spring, so that screw thread Block drives elevator to rise, then pinch wheels rise with traction wheel cooperation that papermaking feed collet is tight, and then driving motor works, and drives master Moving gear rotation, then the first driven gear drives the rotation of the second shaft, is connected by spline so that pinch wheels rotation drives papermaking Material by feed well enter chopping it is intracavitary, by driving belt drive trackwheel rotate so that rotating bar rotates counterclockwise, then Initial position lifting cutting repeatedly again is risen under cutter after the chopping of general who has surrendered's papermaking material, while driving belt drives the second transmission cone Gear rotation, then first pulley shaft and the rotation of the second belt wheel shaft drive two groups to rotate around wheel, and the papermaking material after chopping falls Drop down onto rub the intracavitary rubbing by between wheel be transferred into roll it is intracavitary.

Secondly, rotary electric machine works, sliding shoe continues to move backward and pressure ram is pushed to rise, then drive block upward sliding So that driving gear engages connection with the second driven gear, then the second driven gear drives the first pulley rotation, passes through third Belt rotates the 6th bevel gear, then the 5th bevel gear drives splined sleeve rotation, then the drive of spline shaft rolls block rotation While decline be crushed to required size density again to rolling intracavitary crushed material and rolled.

The beneficial effects of the present invention are: this paper-making process is divided into charging, cutting, rubs and roll four steps, feed well Drive it to enter subsequent processing according to the size of different papermaking material, it is applied widely, rubbing device using two groups around wheel to cutting Paper stock after broken is squeezed and is delivered to subsequent processing, and the extruding of this mode can protect the fiber of papermaking material largely not break It splits, is rolled using rotation thereafter and paper stock is further made, while also protecting the fiber of paper stock, general arrangement structure novel wound Newly, and paper-making process is compact so that installation area is small, at the same protect paper stock fiber will not by considerable damage, improve paper at The quality of product.

Detailed description of the invention

The present invention is described in detail by following specific embodiments and drawings for ease of explanation,.

Fig. 1 is a kind of schematic diagram of internal structure of efficient papermaking process of the invention；

Fig. 2 is A-A direction structure schematic diagram in Fig. 1；

Fig. 3 is B-B direction structure schematic diagram in Fig. 1；

Fig. 4 is C enlarged structure schematic diagram in Fig. 1.

Specific embodiment

As shown in Figs 1-4, a kind of efficient papermaking process of the invention, including cabinet 10, interior be equipped with of cabinet 10 are opened The feed well 11 communicated with the outside world towards a left side, 11 upper end wall of feed well is communicated equipped with downward opening traction grooved 12, described to lead It is installed with fixed link 13 between 12 front and back end wall of approaching channel, traction wheel 14, the feed well are rotatably connected in the fixed link 13 11 lower end walls are communicated equipped with opening up lifting groove 15, and the interior sliding of the lifting groove 15 is equipped with elevator 16, the elevator 16 lower end surfaces are installed with the lifting spring 20 that lower end is fixedly connected with 15 lower end wall of lifting groove, 16 front end face of elevator It is fixedly connected with transmission device, opening up clamping slot 17 is equipped in the elevator 16, is equipped with folder in the clamping slot 17 Bearing up pulley 18 is fixedly connected with the first rotating shaft of front end and 17 front bulkhead of clamping slot rotation connection at 18 axle center of pinch wheels 19, the first engagement chamber 21 is equipped on rear side of the clamping slot 17, institute is protruded into through the clamping slot 17 in 19 rear end of first rotating shaft First bevel gear 22 is stated in the first engagement chamber 21 and is fixedly connected with, 22 lower end of the first bevel gear engagement is connected with the second cone Gear 23, the 23 lower end surface middle position of second bevel gear, which is installed with, protrudes into the lifting groove through first engagement preceding 21 Spline housing 24 in 15 communicates on the downside of the lifting groove 15 equipped with the second engagement chamber 51, and the is equipped in the second engagement chamber 51 Third hand tap gear 53 is installed with the splined shaft that the rotation connection of chamber 51 is engaged with described second in lower end at 53 axle center of third hand tap gear 54,54 upper end of splined shaft protruded into the lifting groove 15 through the second engagement chamber 51 and with 24 spline of spline housing Connection, 53 rear end face of the third hand tap gear engagement are connected with the 4th bevel gear 52, and 52 rear end face of the 4th bevel gear is fixed There is the second shaft 48 being fixedly connected with driving conversion equipment, is communicated on the right side of the feed well 11 and be equipped with chopping chamber 60, it is described to cut It is communicated on the upside of broken chamber 60 by link slot 62 and is equipped with rotation chamber 61, be installed with strut between upper and lower end wall in the rotation chamber 61 63, rotation is equipped with rotating bar 64 on the strut 63, is equipped with symmetrical sliding slot 68 in the rotating bar 64, right side it is described Sliding is equipped with driving lever 70 in sliding slot 68, and 70 rear end face of driving lever is installed with the rotation being connected by power with the driving conversion equipment Thumb wheel 69, the interior sliding of the sliding slot 68 in left side are equipped with sliding block 66, and rotation runs through the rotation equipped with lower end in the sliding block 66 Chamber 61 protrudes into the cutter 67 in the link slot 62, communicates on the downside of the chopping chamber 60 and is equipped with rubbing chamber 71, the rubbing chamber 71 Two groups are inside equipped with around wheel, around wheel include the first driving wheel 73 and two the first driven wheels described in upside, and first driving wheel It is connected by power between 73 and first driven wheel by the first belt 72, is installed with left end at 73 axle center of the first driving wheel By bearing and it is described rubbing 71 left end wall of chamber rotation connection first pulley shaft 65,65 right end of first pulley shaft with Linkage rotation connection, the described of downside includes the second driving wheel 75 and two the second driven wheels around wheel, and described second is main It is connected by power between driving wheel 75 and second driven wheel by the second belt 74, is installed at 75 axle center of the second driving wheel Second belt wheel shaft 76 of the left end by bearing and rubbing 71 left end wall of the chamber rotation connection, 76 right side of the second belt wheel shaft End is rotatablely connected with the linkage, and the 71 left end wall of rubbing chamber is installed with arc panel 77, the arc panel 77 with it is described It is abutted between second belt 74 by the rotation of ball 78, identical be equipped in 71 front side of rubbing chamber rolls chamber 87, described to roll chamber It is equipped in 87 and rolls block 88, equipped with spline shaft 91, described roll is equipped with spline chamber on the upside of chamber 87 for 88 upper surface of block of rolling 90, the spline chamber 90 is equipped with threaded hole 89 by being connected between chamber 87 with described roll, and 91 upper end of spline shaft is run through The threaded hole 89 protrudes into the spline chamber 90 and spline fitted and is connected with splined sleeve 92,92 upper end of splined sleeve Face is installed with third shaft 93, communicates on the upside of the spline chamber 90 and engages chamber 94 equipped with third, 93 upper end of third shaft is passed through The spline chamber 90 is worn to protrude into the third engagement chamber 94 and be installed with the 5th bevel gear 95,95 rear end of the 5th bevel gear Face engagement is connected with the 6th bevel gear 96, is installed at 96 axle center of the 6th bevel gear and engages 94 front and back end of chamber with the third Wall rotation connection and the 4th shaft 97 being connected by power with driving conversion equipment, 10 upper surface of cabinet are installed with illumination dress It sets, thus constitutes complete paper making processes.

Valuably, the transmission device includes sliding groove 36, and sliding is equipped with sliding shoe 37, the cunning in the sliding groove 36 It is installed with rotary electric machine 38 in motion block 37,38 front end of rotary electric machine has been connected by power rotation axis 34, before the sliding groove 36 Side is communicated by thread groove 35 equipped with shifting chute 33, and the shifting chute is protruded into through the thread groove 35 in 34 front end of rotation axis In 33 and it is installed with first gear 32, is communicated on the upside of the shifting chute 33 equipped with the first drive cavity 30, first drive cavity 30 Interior rotation is equipped with the second gear 31 that connection is engaged with the first gear 32, and 31 front end face of the second gear engagement is connected with Bevel gear 29 is connected, lower end is installed at 29 axle center of connection bevel gear and 30 lower end wall of the first drive cavity is rotatablely connected Threaded rod 26, the lifting space 98 that rear side is communicated with the lifting groove 15, the liter are equipped on the upside of first drive cavity 30 It is connected between drop space 98 and first drive cavity 30 and is equipped with connecting hole 27, the connecting hole is run through in 26 upper end of threaded rod 27 protrude into the lifting space 98 and with 98 upper end wall of lifting space rotation connection, in the connecting hole 27 described in The torque spring 28 that the other end is fixedly connected with 27 inner wall of connecting hole is installed on threaded rod 26, in the lifting space 98 It is installed with the threaded block 25 that rear end is fixedly connected with the elevator 16 on the interior threaded rod 26, improves the gearing of device Property.

Valuably, the driving conversion equipment includes driving chamber 41, is connected between the driving chamber 41 and the sliding groove 36 Logical to be equipped with the first link slot 39, sliding is equipped with drive block 42 in the driving chamber 41, and 42 lower end surface of drive block is installed with down The pressure ram 40 in the sliding groove 36 is protruded into through first link slot 39 in end, and driving electricity is installed in the drive block 42 Machine 43 communicates on front side of the driving chamber 41 and is equipped with conversion chamber 45, and 43 front end of driving motor has been connected by power front end and has protruded into institute The drive shaft 44 of driving gear 46 is stated in conversion chamber 45 and is fixedly connected with, 46 lower end surface of the driving gear engagement is connected with First driven gear 47, the conversion chamber 45 engage between chamber 51 connection with described second and are equipped with the second link slot 49, and described the Two shafts, 48 rear end is protruded into the conversion chamber 45 through second link slot 49 and is fixed with first driven gear 47 Connection is equipped on the upside of the conversion chamber 45 engage the second driven gear 55 connected with the driving gear 46, described the Rear end is installed at two driven gears, 55 axle center and drive shaft 56 that the conversion chamber 45 is rotatablely connected, before the conversion chamber 45 Side, which communicates, is equipped with the belt grooves 57 of opening backwards, and the belt grooves are protruded into through the conversion chamber 45 in 56 front end of drive shaft It is rotatablely connected in 57 and with 57 front bulkhead of belt grooves, the is installed on the drive shaft 56 in the belt grooves 57 One belt pulley 58, first belt pulley 58 are connected by power with the 4th shaft 97 by third belt 59, and device is improved Drive the harmony of conversion.

Valuably, the linkage includes belt chamber 80, and the belt chamber 80 is symmetrical above and below to be communicated equipped with left end and institute The third link slot 79 that rubbing chamber 71 communicates is stated, 76 right end of the second belt wheel shaft runs through the third link slot 79 of downside It protrudes into the belt chamber 80 and is rotatablely connected with belt chamber end wall after 80s, second band in the belt chamber 80 The second belt pulley 81 is installed in wheel shaft 76, the third link slot 79 of 65 right end of first pulley shaft through upside protrudes into It is installed in the belt chamber 80 and thereon third belt pulley 99, between the third belt pulley 99 and second belt pulley 81 It is connected by power, is communicated on the right side of the belt chamber 80 equipped with the second drive cavity 83, the first pulley shaft by the 4th belt 82 65 right ends protrude into second drive cavity 83 through the belt chamber 80 and are installed with the first drive bevel gear 85, and described first The engagement of 85 rear end face of drive bevel gear is connected with the second drive bevel gear 84, is installed at 84 axle center of the second drive bevel gear With the connecting shaft 86 of the 83 front and back end wall of the second drive cavity rotation connection, the connecting shaft 86, the second shaft 48 are dialled with rotation It is connected by power between wheel 69 by driving belt 50, improves the running synchronism of device.

Valuably, the lighting device includes support rod 100, and 100 upper surface of support rod is installed with headlamp 101, Its effect is that the illumination to device uses.

When original state, driving gear 46 engages connection, the second driven gear 55 and driving tooth with the first driven gear 47 Wheel 46 does not engage, and rotary electric machine 38 does not work with driving motor 43.

Described method includes following steps:

Firstly, rotary electric machine 38 works, first gear 32 is driven to rotate, then second gear 31 drives second gear 31 to rotate, and makes It obtains threaded rod 26 to rotate, then threaded block 25 drives elevator 16 to decline, and papermaking material is then put into traction by feed well 11 Between wheel 14 and pinch wheels 18, while rotation axis 34 rotates, make sliding shoe 37 with trend under 35 mating reaction of thread groove After move, when first gear 32 is disengaged from second gear 31, rotary electric machine 38 stops working, then threaded rod 26 is in torsion It is rotated backward under the elastic restoring force of spring 28, so that threaded block 25 drives elevator 16 to rise, then pinch wheels 18 rise and lead The cooperation of running wheel 14 is tight by papermaking feed collet, and then driving motor 43 works, and drives driving gear 46 to rotate, then the first driven gear 47 It drives the second shaft 48 to rotate, is connected by spline so that the rotation of pinch wheels 18 drives papermaking material to enter chopping by feed well 11 In chamber 60, trackwheel 69 is driven to rotate so that rotating bar 64 rotates counterclockwise by driving belt 50, then cutter 67 descends general who has surrendered Initial position lifting cutting repeatedly again is risen to after the chopping of papermaking material, while driving belt 50 drives 84 turns of the second drive bevel gear Dynamic, then first pulley shaft 65 and the rotation of the second belt wheel shaft 76 drive two groups to rotate around wheel, and the papermaking material after chopping is fallen Pass through the rubbing between wheel in rubbing chamber 71 and be transferred into and rolls in chamber 87.

Secondly, rotary electric machine 38 works, sliding shoe 37 continues to move backward and pressure ram 40 is pushed to rise, then drive block 42 Upward sliding makes driving gear 46 engage connection with the second driven gear 55, then the second driven gear 55 drives the first belt pulley 58 rotations rotate the 6th bevel gear 96 by third belt 59, then the 5th bevel gear 95 drives splined sleeve 92 to rotate, then The drive of spline shaft 91 rolls to decline to roll the crushed material rolled in chamber 87 while block 88 rotates is crushed to institute again Need size density.

When being worked by the present apparatus, rotary electric machine 38 works, and first gear 32 is driven to rotate, then second gear 31 drives the Two gears 31 rotation so that threaded rod 26 rotate, then threaded block 25 drive elevator 16 decline, then by papermaking material by into Hopper 11 is put between traction wheel 14 and pinch wheels 18, while rotation axis 34 rotates, is made under 35 mating reaction of thread groove The drive of sliding shoe 37 moves backward, and when first gear 32 is disengaged from second gear 31, rotary electric machine 38 stops working, then Threaded rod 26 rotates backward under the elastic restoring force of torque spring 28, so that threaded block 25 drives elevator 16 to rise, then presss from both sides Bearing up pulley 18, which rises, cooperates papermaking feed collet is tight, the then work of driving motor 43 with traction wheel 14, the drive rotation of driving gear 46, then First driven gear 47 drive the second shaft 48 rotation, by spline connect so that pinch wheels 18 rotation drive papermaking material by into Hopper 11 enters in chopping chamber 60, by drive trackwheel 69 rotation of driving belt 50 so that rotating bar 64 rotates counterclockwise, Initial position lifting cutting repeatedly again then is risen to after the lower general who has surrendered's papermaking material chopping of cutter 67, while driving belt 50 drives second Drive bevel gear 84 rotates, then first pulley shaft 65 and the rotation of the second belt wheel shaft 76 drive two groups to rotate around wheel, after chopping Papermaking material fall in rubbing chamber 71 and rolled in chamber 87 by the rubbing and being transferred between wheel, 38 work of rotary electric machine Make, sliding shoe 37 continues to move backward and pressure ram 40 is pushed to rise, then 42 upward sliding of drive block make driving gear 46 and The engagement connection of second driven gear 55, then the second driven gear 55 drives the rotation of the first belt pulley 58, is made by third belt 59 The rotation of the 6th bevel gear 96 is obtained, then the 5th bevel gear 95 drives splined sleeve 92 to rotate, then the drive of spline shaft 91 rolls block 88 Decline rolls the crushed material rolled in chamber 87 while rotation is crushed to required size density again.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection scope should be determined by the scope of protection defined in the claims.

Claims

Be equipped with 1. a kind of efficient papermaking process of the invention, including cabinet, in the cabinet open towards a left side communicate with the outside world into Hopper, the feed well upper end wall are communicated equipped with downward opening traction grooved, are installed between end wall before and after the traction grooved Fixed pole is rotatably connected to traction wheel in the fixed link, and the feed well lower end wall is communicated equipped with opening up lifting groove, institute It states sliding in lifting groove and is equipped with elevator, the elevator lower end surface is installed with lower end and is fixedly connected with the lifting groove lower end wall Lifting spring, the elevator front end face is fixedly connected with transmission device, and opening up clamping is equipped in the elevator Slot, the clamping slot is interior to be equipped with pinch wheels, and front end is fixedly connected at the pinch wheels axle center and the clamping slot front bulkhead turns The first rotating shaft of dynamic connection, the clamping slot rear side are equipped with the first engagement chamber, and the clamping slot is run through in the first rotating shaft rear end It protrudes into described first to engage intracavitary and be fixedly connected with first bevel gear, the first bevel gear lower end engagement is connected with the second cone Gear, second bevel gear lower end surface middle position, which is installed with, protrudes into the flower in the lifting groove before first engagement Key set, the lifting groove downside are communicated equipped with the second engagement chamber, and second engagement is intracavitary to be equipped with third hand tap gear, the third The splined shaft that chamber rotation connection is engaged with described second in lower end is installed at bevel gear axle center, the splined shaft upper end is through described Second engagement chamber is protruded into the lifting groove and is connect with the spline housing spline, the third hand tap gear rear end face engagement connection There is the 4th bevel gear, the 4th bevel gear rear end face is installed with the second shaft being fixedly connected with driving conversion equipment, described It is communicated on the right side of feed well and is equipped with chopping chamber, communicated on the upside of the chopping chamber by link slot and be equipped with rotation chamber, the rotation is intracavitary Strut is installed between upper and lower end wall, rotation is equipped with rotating bar on the strut, is equipped with symmetrical cunning in the rotating bar Slot, the interior sliding of the sliding slot on right side are equipped with driving lever, and the driving lever rear end face is installed with and the driving conversion equipment power connects The trackwheel connect, the interior sliding of the sliding slot in left side are equipped with sliding block, and rotation runs through the rotation equipped with lower end in the sliding block Chamber protrudes into the cutter in the link slot, communicates on the downside of the chopping chamber and is equipped with rubbing chamber, the rubbing is intracavitary be equipped with two groups around Wheel around wheel includes the first driving wheel and two the first driven wheels described in upside, and first driving wheel and described first driven It is connected by power between wheel by the first belt, left end is installed at first driving wheel axle center and passes through bearing and the rubbing chamber The first pulley shaft of left end wall rotation connection, the first pulley shaft right end and linkage are rotatablely connected, the institute of downside Stating around wheel includes the second driving wheel and two the second driven wheels, and is passed through between second driving wheel and second driven wheel Second belt is connected by power, and left end is installed at second driving wheel axle center and is rotated by bearing and the rubbing chamber left end wall Second belt wheel shaft of connection, the second belt wheel shaft right end and the linkage are rotatablely connected, the rubbing chamber left end Wall is installed with arc panel, is abutted between the arc panel and second belt by ball rotation, phase on front side of the rubbing chamber Chamber is rolled with being equipped with, and described to roll intracavitary be equipped with and roll block, the block upper surface of rolling is described to roll on chamber equipped with spline shaft Side is equipped with spline chamber, and the spline chamber is equipped with threaded hole by being connected between chamber with described roll, and spline shaft upper end is passed through It wears the threaded hole and protrudes into that the spline is intracavitary and spline fitted is connected with splined sleeve, the splined sleeve upper surface is fixed There is third shaft, communicated on the upside of the spline chamber and engage chamber equipped with third, third shaft upper end is stretched through the spline chamber Enter the third to engage intracavitary and be installed with the 5th bevel gear, the 5th bevel gear rear end face engagement is connected with the 6th cone tooth Wheel, be installed at the 6th bevel gear axle center before and after engage chamber with the third end wall rotation connection and with drive conversion equipment The 4th shaft being connected by power, the cabinet upper surface are installed with lighting device, thus constitute complete paper making processes.
2. a kind of efficient papermaking process according to claim 1, it is characterised in that: the transmission device includes sliding Slot, the interior sliding of the sliding groove are equipped with sliding shoe, are installed with rotary electric machine, rotary electric machine front end power in the sliding shoe It is connected with rotation axis, is communicated by thread groove equipped with shifting chute on front side of the sliding groove, the spiral shell is run through in the rotation axis front end Groove protrudes into the shifting chute and is installed with first gear, is communicated on the upside of the shifting chute equipped with the first drive cavity, and described the Rotation is equipped with the second gear that connection is engaged with the first gear, the second gear front end face engagement connection in one drive cavity There is connection bevel gear, the spiral shell of lower end and the first drive cavity lower end wall rotation connection is installed at the connection bevel gear axle center Rasp bar, is equipped with the lifting space that rear side is communicated with the lifting groove on the upside of first drive cavity, the lifting space with it is described Connection is equipped with connecting hole between first drive cavity, the threaded rod upper end protruded into the lifting space through the connecting hole and It is rotatablely connected with the lifting space upper end wall, is installed with the other end and the company on the threaded rod in the connecting hole The torque spring that hole inner wall is fixedly connected is connect, is installed with rear end and the lifting on the threaded rod in the lifting space The threaded block that block is fixedly connected.
3. a kind of efficient papermaking process according to claim 1, it is characterised in that: the driving conversion equipment includes driving Dynamic chamber is connected between the driving chamber and the sliding groove and is equipped with the first link slot, and sliding is equipped with drive block in the driving chamber, The drive block lower end surface is installed with the pressure ram that lower end is protruded into through first link slot in the sliding groove, the driving It is installed with driving motor in block, is communicated on front side of the driving chamber and is equipped with conversion chamber, before the driving motor front end has been connected by power The conversion drive shaft that is intracavitary and being fixedly connected with driving gear is protruded at end, and the driving gear lower end surface engagement is connected with First driven gear, the conversion chamber, which engages to be connected between chamber with described second, is equipped with the second link slot, after second shaft It is intracavitary and be fixedly connected with first driven gear that the conversion through second link slot is protruded into end, on the conversion chamber Side is equipped with the second driven gear to engage connection with the driving gear, after being installed at second driven gear axle center End and the drive shaft for converting chamber rotation connection, described convert communicates the belt grooves equipped with being open backwards on front side of chamber, described Drive shaft front end is protruded into the belt grooves through the conversion chamber and is rotatablely connected with the belt grooves front bulkhead, described The first belt pulley is installed on the drive shaft in belt grooves, first belt pulley and the 4th shaft pass through third Belt is connected by power.
4. a kind of efficient papermaking process according to claim 1, it is characterised in that: the linkage includes belt Chamber, the belt chamber is symmetrical above and below to communicate the third link slot communicated equipped with left end with the rubbing chamber, the second band rotation Axis right end through downside the third link slot protrude into the belt it is intracavitary and with the belt cavity rear end wall be rotatablely connected, The second belt pulley is installed in intracavitary the second belt wheel shaft of the belt, first pulley shaft right end runs through the institute of upside State third link slot protrude into the belt intracavitary and be installed with third belt pulley thereon, the third belt pulley and second skin It is connected by power, is communicated on the right side of the belt chamber equipped with the second drive cavity, the first band rotation by the 4th belt between belt wheel Axis right end protrudes into second drive cavity through the belt chamber and is installed with the first drive bevel gear, the first transmission cone The engagement of gear rear end face is connected with the second drive bevel gear, is installed at second drive bevel gear axle center and passes with described second The connecting shaft of end wall rotation connection, dynamic by driving belt between the connecting shaft, the second shaft and trackwheel before and after dynamic chamber Power connection.
5. a kind of efficient papermaking process according to claim 1, it is characterised in that: the lighting device includes support Bar, the post upper face are installed with headlamp;Described method includes following steps:

Firstly, rotary electric machine works, first gear rotation is driven, then second gear drives second gear rotation, so that threaded rod Rotation, then threaded block drives elevator decline, is then put into papermaking material between traction wheel and pinch wheels by feed well, turns While moving axis rotates, move backward sliding shoe drive, in first gear and second gear Rotary electric machine stops working when being disengaged from, then threaded rod rotates backward under the elastic restoring force of torque spring, so that screw thread Block drives elevator to rise, then pinch wheels rise with traction wheel cooperation that papermaking feed collet is tight, and then driving motor works, and drives master Moving gear rotation, then the first driven gear drives the rotation of the second shaft, is connected by spline so that pinch wheels rotation drives papermaking Material by feed well enter chopping it is intracavitary, by driving belt drive trackwheel rotate so that rotating bar rotates counterclockwise, then Initial position lifting cutting repeatedly again is risen under cutter after the chopping of general who has surrendered's papermaking material, while driving belt drives the second transmission cone Gear rotation, then first pulley shaft and the rotation of the second belt wheel shaft drive two groups to rotate around wheel, and the papermaking material after chopping falls Drop down onto rub the intracavitary rubbing by between wheel be transferred into roll it is intracavitary;Secondly, rotary electric machine work, sliding shoe continue to After move and push pressure ram rise, then drive block upward sliding makes driving gear engage connection with the second driven gear, then Second driven gear drives the first pulley rotation, by third belt the 6th bevel gear is rotated, then the 5th bevel gear band Dynamic splined sleeve rotation, then decline is rolled again to rolling intracavitary crushed material while the drive of spline shaft rolls block rotation It is secondary to be crushed to required size density.