CN208550003U - A kind of low dense fiberizer state monitoring apparatus of tobacco - Google Patents

Abstract

The utility model discloses a kind of low dense fiberizer state monitoring apparatus of tobacco, its structure includes state monitor, support foot rest, pedestal bed course, solid discharge, control panel, mixing tank, No.1 conveying pipeline, feeding port, the lower section of feeding port is equipped with No.1 conveying pipeline, it is welded with the top of No.1 conveying pipeline, the upper center of mixing tank is set to below No.1 conveying pipeline, it is welded with the upper center of mixing tank, the lower section of mixing tank is equipped with state monitor, it is integrated with state monitor, the utility model is combined with each other by above-mentioned component, make the utility model when in use, by increasing No. six gears, No. two transmission belts etc. mechanism, make equipment when in use, when detecting foreign matter, the work of motor can be automatically stopped, protect equipment, indicator light is lighted simultaneously, have the function that warning.

Description

A kind of low dense fiberizer state monitoring apparatus of tobacco

Technical field

The utility model is a kind of low dense fiberizer state monitoring apparatus of tobacco, belongs to tobacco fiberizer instrument field.

Background technique

The low dense fiberizer of tobacco is the main refining equipment of tobacco slip house, is that a kind of novel stainless steel wet type is ground Equipment.

The prior art in use, fiberizer causes defibrination Bigpian to be blocked by foreign matter easily due to there is foreign matter to enter in defibrination case, Fiberizer is caused to stop working, and motor works normally, and keeps equipment part impaired, causes equipment damage.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of low dense fiberizer status monitoring of tobacco Device, to solve the prior art in use, fiberizer causes defibrination Bigpian by foreign matter easily due to there is foreign matter to enter in defibrination case Firmly, fiberizer is caused to stop working, and motor works normally, the problem of being damaged equipment part, cause equipment damage.

To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of low dense mill of tobacco Pulp grinder state monitoring apparatus, structure include state monitor, support foot rest, pedestal bed course, solid discharge, control panel, mix The lower section of mould assembling, No.1 conveying pipeline, feeding port, feeding port is equipped with No.1 conveying pipeline, welds with the top of No.1 conveying pipeline, described It is set to the upper center of mixing tank below No.1 conveying pipeline, welds with the upper center of mixing tank, is set below the mixing tank Stateful monitor, is integrated with state monitor, described control panel one end be set to mixing tank front, bottom surface with The front welding of mixing tank, described solid discharge one end is set to the top of control panel, set on the front of mixing tank, bottom surface and mixed The front welding of mould assembling, the top of the pedestal bed course are set to the top of state monitor, weld with the lower section of state monitor, There are three the support foot rest is set, one end is set to the lower section of base pads layer, welds with the lower section of pedestal bed course, and described includes electricity Source, protection shell, No. two conveying pipelines, monitoring switch device, No.1 electric wire, motor, transmission gear for electric motor, defibrination case, fiberizer Transmission device, gear assembly, discharge nozzle, heat dissipation transmission device, indicator light, No. two electric wires, No. two conveying pipelines it is upper End is above protection shell, and with snapping below mixing tank, lower section is set to the top of defibrination case, welds with the top of defibrination case, One end of the monitoring switch device and matches on the right side of No. two conveying pipelines on the right side of No. two conveying pipelines, and the other end is set to The left end of power supply is welded with the left end of power supply, and the right end of the power supply is set to the inside left end of protection shell, with protection shell The lower section of left end welding, No.1 electric wire one end and monitoring switch device is welded, and is welded above the other end and motor, described two Number electric wire one end and the lower section of monitoring switch device are welded, and one end of the other end and indicator light is welded, the indicator light other end Through protection shell right end, with the right end snapping for protecting shell, the top of the motor right end and transmission gear for electric motor is welded, institute It states and is engaged below transmission gear for electric motor with the top of fiberizer transmission device, the lower section of the fiberizer transmission device is set to defibrination The top of case is matched set on the inside of defibrination case with defibrination case through defibrination case, and described discharge nozzle one end is equipped with defibrination case Right end, welded with the right end of defibrination case, the other end is set to the right end of protection shell, the right end snapping with protection shell, described The left end of the left end of gear assembly and the right end snapping of transmission gear for electric motor, right end and heat dissipation transmission device is welded, described The right end of heat dissipation transmission device is matched with the right end of protection shell.

Further, the monitoring switch device includes monitor, No.1 mandril, No.1 spring, No. two mandrils, No. three tops Bar, No. two springs, contact plate, No.1 resistance, No. three springs, No. two resistance, No. four mandrils, limit plate, No. four springs, the prison The right end that device one end is set to No. two conveying pipelines is surveyed, is matched with the right end of No. two conveying pipelines, the other end runs through No. two conveying pipelines Right end is welded with No.1 mandril one end, and the No.1 mandril other end and No.1 spring one end weld, and the No.1 spring is another End is welded with No. two mandril one end, and one end of No. two mandril other ends and No. three mandrils is welded, and No. three mandrils are another End is welded with No. two spring one ends, is welded on the left of No. two spring other ends and contact plate, on the right side of the contact plate with No. three Spring one end welding, both ends and No.1 resistor transition cooperate, and the No.1 resistance and No. two resistance are equirotal resistance, and one The left end of the right end of number resistance and No. two resistance is welded, and No. two resistance right ends and power solder, No. three springs are another End is welded with limit plate one end, and the limit plate other end and No. four spring one ends weld, No. four spring other ends and electricity Source welding.

Further, the transmission gear for electric motor includes No.1 gear, machine shaft, No. two gears, No.1 threaded post, one Number drive rod, No. three gears, No. four gears, No.1 transmission belt, the machine shaft left end are integrated with motor right end, The left end of right end and No. two gears is welded, and No. two gear right ends are engaged with the left end of No.1 threaded post, the No.1 screw thread It is welded below column with No.1 drive rod one end, the upper center of the No.1 drive rod other end and No. three gears is welded, described It engages, is engaged on the left of No. four gears on the right side of No.1 gear, the No.1 tooth with No. four gear tops below No. three gears Wheel top surface engage with fiberizer transmission device bottom surface, No.1 transmission belt one end and No. four gear top snappings, the other end and Gear assembly left end snapping.

Further, the fiberizer transmission device includes No. five gears, No. six gears, No. two transmission belts, No.1 transmission Axis, No.1 shaft, big defibrination piece, small defibrination piece, No.1 fiberizer, No. two fiberizers, No. three fiberizers, No. three transmission belts, two It is engaged below number transmission shaft, described No. five gear one end and transmission gear for electric motor, the other end is engaged with No. six gear one end, described It is integrated above No. six gear other ends and No. two fiberizers, No. two fiberizers and No.1 fiberizer, No. three mills Pulp grinder is the identical fiberizer of structure, is equipped with No.1 shaft, big defibrination piece, small defibrination piece, the big defibrination piece and small defibrination Piece matches, and is set to the side of No.1 shaft, welds with No.1 shaft side, and the No.1 transmission shaft is set to No.1 fiberizer Top, be integrated with No.1 fiberizer, No. two transmission shafts be set to No. three fiberizers top, with No. three defibrinations Machine is integrated, described No. two transmission belt one end and No.1 transmission shaft snapping, snapping below the other end and No. six gears, institute State No. three transmission belt one end and No. two transmission shaft snappings, snapping below the other end and No. six gears.

Further, the gear assembly include No. two threaded posts, No. seven gears, No. two drive rods, No. eight gears, No. two shafts, No. three drive rods, No. nine gears, No. three transmission shafts, the right end snapping of No. two shafts and transmission gear for electric motor, Described No. three drive rod one end and No. two shaft top surface snappings, the other end and No. eight gear top snappings, under No. eight gears Engagement, described No. two drive rod one end and No. nine gear top snappings, the other end and No. seven gear tops above Fang Yujiu gear Surface buckle connects, and engages on the right side of No. seven gears on the left of No. two threaded posts, No. two threaded posts lower section and No. three transmission shafts one It welds the top of end welding, No. three transmission shaft other ends and heat dissipation transmission device.

Further, the heat dissipation transmission device includes No. three threaded posts, No. ten gears, ride on Bus No. 11 gear, No. four transmissions Axis, No. four transmission belts, radiator transmission shaft, radiator, No. three shafts, above No. three threaded posts and under gear assembly It engages, is engaged above described No. ten gears with below ride on Bus No. 11 gear, the ride on Bus No. 11 on the left of side's welding, right side and No. ten gears Gear right end is integrated with No. four transmission shaft one end, described No. four transmission belt one end and No. four transmission shaft other end buttons It connecing, the other end and No. three shaft one end snappings, No. three shaft other ends are integrated with radiator transmission shaft one end, The radiator transmission shaft other end and radiator weld.

Beneficial effect

A kind of low dense fiberizer state monitoring apparatus of tobacco of the utility model, when user is carrying out tobacco mill using equipment When slurry, tobacco by feeding port enter in mixing tank mix after, into state monitor, enter defibrination by No. two conveying pipelines Case drives the machine shaft of transmission gear for electric motor by motor, and machine shaft is made to drive No. two gears, makes No. two gears by one Number threaded post drives No.1 drive rod, and No.1 drive rod is made to drive No. three gears, so that No. four gears is driven No.1 gears, makes No.1 Gear drives No. five gears of fiberizer transmission device, so that No. five gears is driven No. two fiberizer work, passes through No. two transmission belts No.1 transmission shaft is driven, No.1 transmission shaft is made to drive the work of No.1 fiberizer, drives No. two transmission shafts by No. three transmission belts No. three fiberizer work, by the synchronous drive of belt, synchronize fiberizer and work, when motor drives transmission gear for electric motor When work, No. two shafts of gear assembly are driven by the No.1 transmission belt of transmission gear for electric motor, pass through No. two shafts No. three drive rods drive No. eight gears, and No. eight gears is made to drive No. nine gears, and No. nine gears is made to drive seven by No. two drive rods Number gear makes No. seven gears drive No. two threaded posts, and No. two threaded posts is made to drive heat dissipation transmission devices by No. three transmission shafts No. three threaded posts make No. three threaded posts drive No. ten gears, so that No. ten gears is driven No. four transmission shafts by ride on Bus No. 11 gear, make No. four transmission shafts drive No. three shafts by No. four transmission belts, and radiator transmission shaft is made to drive radiator work, by gear with The combination of drive rod makes equipment using using, can effectively be radiated to equipment, when monitoring switch device detects foreign matter When, the monitor of monitoring switch device can be made to move to right, No.1 mandril is made to drive No.1 spring, No.1 spring is made to drive No. two tops Bar makes No. two mandrils drive No. two springs by No. three mandrils, separates contact plate with No.1 resistance, leave the motor off work, Make contact plate and No. two Ohmic contacts, connects to power supply indicator light by No. two electric wires, light indicator light, pass through trigger-type Switch, structure is simple, easy to operate, detects without personnel, in conclusion mutual group that the utility model passes through above-mentioned component It closes, makes when the utility model is used, make equipment when in use by increasing No. six gears, No. two transmission belts etc. mechanism, When detecting foreign matter, it can be automatically stopped the work of motor, equipment is protected, while lighting indicator light, have the function that warning.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is a kind of structural schematic diagram of the low dense fiberizer state monitoring apparatus of tobacco of the utility model.

Fig. 2 is the state monitor structural schematic diagram of the utility model.

Fig. 3 is the state monitor detailed construction schematic diagram of the utility model.

Fig. 4 is the A enlarged structure schematic diagram of the utility model.

Fig. 5 is the B enlarged structure schematic diagram of the utility model.

In figure: state monitor -1, support foot rest -2, pedestal bed course -3, solid discharge -4, control panel -5, mixing tank - 6, No.1 conveying pipeline -7, feeding port -8, power supply -101, protection shell -102, No. two conveying pipelines -103, monitoring switch device - 104, No.1 electric wire -105, motor -106, transmission gear for electric motor -107, defibrination case -108, fiberizer transmission device -109, gear Transmission device -110, discharge nozzle -111, heat dissipation transmission device -112, indicator light -113, No. two electric wires -114, monitors - 10401, No.1 mandril -10402, -10403, No. two mandrils -10404 of No.1 spring, No. three mandrils -10405, No. two springs - 10406, contact plate -10407, -10408, No. three springs -10409 of No.1 resistance, No. two resistance -10410, No. four mandrils - 10411, limit plate -10412, No. four springs -10413, No.1 gear -10701, machine shaft -10702, No. two gears - 10703, No.1 threaded post -10704, -10705, No. three gears -10706 of No.1 drive rod, No. four gears -10707, No.1 pass Dynamic band -10708, No. five gears -10901, No. six gears -10902, No. two transmission belts -10903, No.1 transmission shaft -10904, one Number shaft -10905, big defibrination piece -10906, small defibrination piece -10907, -10908, No. two fiberizers -10909 of No.1 fiberizer, No. three fiberizers -10910, No. three transmission belts -10911, No. two transmission shafts -10912, No. two threaded posts -11001, No. seven gears - 11002, No. two drive rods -11003, No. eight gears -11004, No. two shafts -11005, No. three drive rods -11006, No. nine teeth Take turns -11007, No. three transmission shafts -11008, No. three threaded posts -11201, No. ten gears -11202, ride on Bus No. 11 gear -11203, four Number transmission shaft -11204, No. four transmission belts -11205, radiator transmission shaft -11206, radiator -11207, No. three shafts - 11208。

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

Please refer to Fig. 1-Fig. 5, the utility model provides a kind of tobacco low dense fiberizer state monitoring apparatus technical solution: its Structure includes state monitor 1, support foot rest 2, pedestal bed course 3, solid discharge 4, control panel 5, mixing tank 6, No.1 conveying The lower section of pipe 7, feeding port 8, feeding port 8 is equipped with No.1 conveying pipeline 7, welds with the top of No.1 conveying pipeline 7, the No.1 conveying It is set to the upper center of mixing tank 6 below pipe 7, is welded with the upper center of mixing tank 6, the lower section of the mixing tank 6 is equipped with shape State monitor 1 is integrated with state monitor 1, described 5 one end of control panel be set to mixing tank 6 front, bottom surface with The front welding of mixing tank 6, described 4 one end of solid discharge is set to the top of control panel 5, set on the front of mixing tank 6, bottom surface It is welded with the front of mixing tank 6, the top of the pedestal bed course 3 is set to the top of state monitor 1, with state monitor 1 Lower section welding, there are three the support foot rest 2 is set, one end is set to the lower section of base pads layer 3, welds with the lower section of pedestal bed course 3 It connects, described includes power supply 101, protection shell 102, No. two conveying pipelines 103, monitoring switch device 104, No.1 electric wires 105, motor 106, transmission gear for electric motor 107, defibrination case 108, fiberizer transmission device 109, gear assembly 110, discharge nozzle 111, dissipate 113, No. two hot transmission device 112, indicator light electric wires 114, the upper end of No. two conveying pipelines 103 is on protection shell 102 Side, with 6 lower section snapping of mixing tank, lower section is set to the top of defibrination case 108, welds with the top of defibrination case 108, the monitoring is opened One end of device 104 is closed through No. two 103 right sides of conveying pipeline, is matched with the right side of No. two conveying pipelines 103, the other end is set to electricity The left end in source 101 is welded with the left end of power supply 101, and the right end of the power supply 101 is set to the inside left end of protection shell 102, with Protect the left end welding of shell 102, the lower section welding of described 105 one end of No.1 electric wire and monitoring switch device 104, the other end It is welded with above motor 106, the lower section of 114 one end of No. two electric wires and monitoring switch device 104 is welded, the other end and instruction One end of lamp 113 is welded, right end button of 113 other end of indicator light through protection 102 right end of shell, with protection shell 102 It connects, the top of 106 right end of motor and transmission gear for electric motor 107 is welded, 107 lower section of transmission gear for electric motor and defibrination The top of machine transmission device 109 is engaged, and the lower section of the fiberizer transmission device 109 is set to the top of defibrination case 108, through mill Slurry case 108 is matched set on the inside of defibrination case 108 with defibrination case 108, and described 111 one end of discharge nozzle is equipped with defibrination case 108 Right end, welded with the right end of defibrination case 108, the other end is set to the right end of protection shell 102, the right end with protection shell 102 Snapping, the left end of the gear assembly 110 and the right end snapping of transmission gear for electric motor 107, right end and heat dissipation transmission device The right end of 112 left end welding, the heat dissipation transmission device 112 is matched with the right end of protection shell 102, and the monitoring is opened Closing device 104 includes monitor 10401, No.1 mandril 10402, the mandril of mandril 10404, three of No.1 spring 10403, two 10405, No. two springs 10406, contact plate 10407, the resistance 10410, four of spring 10409, two of No.1 resistance 10408, three Number 10412, No. four mandril 10411, limit plate springs 10413, described 10401 one end of monitor are set to No. two conveying pipelines 103 Right end is matched with the right end of No. two conveying pipelines 103, and the other end runs through the right end of No. two conveying pipelines 103, with No.1 mandril The welding of 10402 one end, 10402 other end of No.1 mandril and 10403 one end of No.1 spring are welded, the No.1 spring 10403 other ends and No. two 10404 one end of mandril are welded, 10404 other end of No. two mandrils and No. three mandrils 10405 One end welding, 10405 other end of No. three mandrils and No. two 10406 one end of spring are welded, and No. two springs 10406 are another It holds and is welded on the left of contact plate 10407,10407 right side of contact plate is welded with No. three 10409 one end of spring, both ends and one Number 10408 transition fit of resistance, the No.1 resistance 10408 and No. two resistance 10410 are equirotal resistance, No.1 electricity The left end of the right end of resistance 10408 and No. two resistance 10410 is welded, and 10410 right end of No. two resistance and power supply 101 weld, institute It states No. three 10409 other ends of spring and 10412 one end of limit plate is welded, 10412 other end of limit plate and No. four springs The welding of 10413 one end, 10413 other end of No. four springs and power supply 101 weld, and the transmission gear for electric motor 107 includes one Number gear 10701,10702, No. two gears 10703 of machine shaft, No.1 threaded post 10704, No.1 drive rod 10705, three Gear 10706, No. four gears 10707, No.1 transmission belts 10708,10702 left end of machine shaft are with 106 right end of motor The left end of integral structure, right end and No. two gears 10703 is welded, 10703 right end of No. two gears and No.1 threaded post 10704 left end engagement, 10704 lower section of No.1 threaded post are welded with 10705 one end of No.1 drive rod, the No.1 transmission The upper center of 10705 other end of bar and No. three gears 10706 is welded, 10706 lower section of No. three gears and No. four gears The engagement of 10707 top surfaces, 10707 left side of No. four gears with engaged on the right side of No.1 gear 10701, the No.1 gear 10701 Top surface is engaged with 109 bottom surface of fiberizer transmission device, and described 10708 one end of No.1 transmission belt and No. four 10707 top surfaces of gear are buckled It connects, the other end and 110 left end snapping of gear assembly, the fiberizer transmission device 109 includes No. five gears 10901, six Number 10902, No. two transmission belts 10903 of gear, No.1 transmission shaft 10904, No.1 shaft 10905, big defibrination piece 10906, small mill Lodicule 10907,10910, No. three transmission belts 10911, two of fiberizer of fiberizer 10909, three of No.1 fiberizer 10908, two Number transmission shaft 10912 engages below 10901 one end of No. five gears and transmission gear for electric motor 107, the other end and No. six teeth The engagement of 10902 one end is taken turns, is integrated above 10902 other end of No. six gears and No. two fiberizers 10909, institute Stating No. two fiberizers 10909 and 10908, No. three fiberizers 10910 of No.1 fiberizer is the identical fiberizer of structure, is equipped with one Number shaft 10905, big defibrination piece 10906, small defibrination piece 10907, the big defibrination piece 10906 match with small defibrination piece 10907 It closes, is set to the side of No.1 shaft 10905, welded with 10905 side of No.1 shaft, the No.1 transmission shaft 10904 is set to The top of No.1 fiberizer 10908 is integrated with No.1 fiberizer 10908, and No. two transmission shafts 10912 are set to three The top of number fiberizer 10910, is integrated with No. three fiberizers 10910,10903 one end of No. two transmission belts and one Number 10904 snapping of transmission shaft, the other end and No. six 10902 lower section snappings of gear, 10911 one end of No. three transmission belts with No. two 10912 snapping of transmission shaft, the other end and No. six 10902 lower section snappings of gear, the gear assembly 110 include No. two spiral shells The transmission of the gear 11004, two shaft 11005, three of drive rod 11003, eight of gear 11002, two of line column 11001, seven The transmission shaft 11008 of gear 11007, three of bar 11006, nine, the right side of No. two shafts 11005 and transmission gear for electric motor 107 Snapping, 11006 one end of No. three drive rods and No. two 11005 top surface snappings of shaft are held, the other end and No. eight gears 11004 push up Surface buckle connects, 11004 lower section of No. eight gears with engaged above No. nine gears 11007,11003 one end of No. two drive rods and No. nine 11007 top surface snappings of gear, the other end and No. seven 11002 top surface snappings of gear, 11002 right side of No. seven gears with It is engaged on the left of No. two threaded posts 11001,11001 lower section of No. two threaded posts is welded with No. three 11008 one end of transmission shaft, described The top of No. three 11008 other ends of transmission shaft and heat dissipation transmission device 112 is welded, and the heat dissipation transmission device 112 includes No. three 11201, No. ten gears 11202 of threaded post, dissipate the transmission shaft 11204, four of ride on Bus No. 11 gear 11203, four transmission belt 11205 11207, No. three hot device transmission shaft 11206, radiator shafts 11208,11201 top of No. three threaded posts and loading drive gear 110 lower section welding are set, are engaged on the left of right side and No. ten gears 11202, described No. ten 11202 tops of gear and ride on Bus No. 11 gear 11203 lower section engagements, 11203 right end of ride on Bus No. 11 gear are integrated with No. four 11204 one end of transmission shaft, and described four Number 11205 one end of transmission belt and No. four 11204 other end snappings of transmission shaft, the other end and No. three 11208 one end snappings of shaft, institute It states No. three 11208 other ends of shaft to be integrated with 11206 one end of radiator transmission shaft, the radiator transmission shaft 11206 other ends and radiator 11207 weld.

The utility model is mainly characterized by comprising: that tobacco passes through feeding port 8 when user is when carrying out tobacco defibrination using equipment Into after being mixed in mixing tank 6, into state monitor 1, enters defibrination case 108 by No. two conveying pipelines 103, pass through motor 106 drive the machine shaft 10702 of transmission gear for electric motor 107, so that machine shaft 10702 is driven No. two gears 10703, make two Number gear 10703 drives No.1 drive rod 10705 by No.1 threaded post 10704, and No.1 drive rod 10705 is made to drive No. three teeth Wheel 10706 makes No. four gears 10707 drive No.1 gear 10701, and No.1 gear 10701 is made to drive fiberizer transmission device 109 No. five gears 10901 make No. five gears 10901 that No. two fiberizers 10909 be driven to work, pass through No. two transmission belts 10903 drive No.1 transmission shaft 10904, make No.1 transmission shaft 10904 that No.1 fiberizer 10908 be driven to work, and are passed by No. three Dynamic band 10911 makes No. two transmission shafts 10912 that No. three fiberizers 10910 be driven to work, and by the synchronous drive of belt, makes defibrination Machine, which synchronizes, to work.

The utility model is mainly characterized by comprising: to pass when motor 106 drives transmission gear for electric motor 107 to work by motor The No.1 transmission belt 10708 of dynamic device 107 drives No. two shafts 11005 of gear assembly 110, makes No. two shafts 11005 No. eight gears 11004 are driven by No. three drive rods 11006, so that No. eight gears 11004 is driven No. nine gears 11007, makes No. nine Gear 11007 drives No. seven gears 11002 by No. two drive rods 11003, and No. seven gears 11002 is made to drive No. two threaded posts 11001, so that No. two threaded posts 11001 is driven No. three threaded posts of heat dissipation transmission device 112 by No. three transmission shafts 11008 11201, so that No. three threaded posts 11201 is driven No. ten gears 11202, No. ten gears 11202 is made to pass through ride on Bus No. 11 gear 11203 No. four transmission shafts 11204 are driven, so that No. four transmission shafts 11204 is driven No. three shafts 11208 by No. four transmission belts 11205, makes Radiator transmission shaft 11206 drives radiator 11207 to work, and by the combination of gear and drive rod, equipment is made to use use, It can effectively be radiated to equipment.

Being mainly characterized by comprising: of the utility model can make monitoring switch device when monitoring switch device 104 detects foreign matter 104 monitor 10401 moves to right, and No.1 mandril 10402 is made to drive No.1 spring 10403, and No.1 spring 10403 is made to drive two Number mandril 10404 makes No. two mandrils 10404 drive No. two springs 10406 by No. three mandrils 10405, make contact plate 10407 with No.1 resistance 10408 separates, and so that motor 106 is stopped working, contacts contact plate 10407 with No. two resistance 10410, make indicator light 113 are connect by No. two electric wires 114 with power supply 101, and indicator light 113 is lighted, and by the switch of trigger-type, structure is simple, behaviour Facilitate, is detected without personnel.

It is the prior art in use, fiberizer is easily due to there is foreign matter to enter in defibrination case that the utility model, which solves the problems, such as, Cause defibrination Bigpian to be blocked by foreign matter, fiberizer is caused to stop working, and motor works normally, and keeps equipment part impaired, causes Equipment damage, the utility model are combined with each other by above-mentioned component, are made when the utility model is used, by increasing No. six Gear, No. two transmission belts etc. mechanism, make equipment when in use, when detecting foreign matter, can be automatically stopped the work of motor, protection Equipment, while indicator light is lighted, have the function that warning.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above, for For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this In the case where the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims All changes are embraced therein.It should not treat any reference in the claims as limiting related right It is required that.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (6)

1. a kind of low dense fiberizer state monitoring apparatus of tobacco, structure includes state monitor (1), support foot rest (2), pedestal Bed course (3), solid discharge (4), control panel (5), mixing tank (6), No.1 conveying pipeline (7), feeding port (8), feeding port (8) Lower section is equipped with No.1 conveying pipeline (7), welds with the top of No.1 conveying pipeline (7), mixing is set to below the No.1 conveying pipeline (7) The upper center of case (6) is welded with the upper center of mixing tank (6), and the lower section of the mixing tank (6) is equipped with state monitor (1), it is integrated with state monitor (1), it is characterised in that:

Described control panel (5) one end is set to the front of mixing tank (6), the front welding of bottom surface and mixing tank (6), the residue The top that (4) one end is set to control panel (5) is exported, the front of mixing tank (6), the face bonding of bottom surface and mixing tank (6) are set to It connects, the top of the pedestal bed course (3) is set to the top of state monitor (1), welds with the lower section of state monitor (1), institute It states there are three support foot rest (2) sets, one end is set to the lower section of base pads layer (3), welds with the lower section of pedestal bed course (3)；

Described includes power supply (101), protection shell (102), No. two conveying pipelines (103), monitoring switch device (104), No.1 electricity Line (105), motor (106), transmission gear for electric motor (107), defibrination case (108), fiberizer transmission device (109), gear drive Device (110), discharge nozzle (111), heat dissipation transmission device (112), indicator light (113), No. two electric wires (114), described No. two defeated The upper end of expects pipe (103) is above protection shell (102), and with snapping below mixing tank (6), lower section is set to defibrination case (108) Top, welded with the top of defibrination case (108), No. two conveying pipelines (103) are run through in one end of the monitoring switch device (104) Right side, and matches on the right side of No. two conveying pipelines (103), and the other end is set to the left end of power supply (101), the left side with power supply (101) End welding, the right end of the power supply (101) are set to the inside left end of protection shell (102), weld with the left end of protection shell (102) It connects, the lower section of described No.1 electric wire (105) one end and monitoring switch device (104) is welded, and is welded above the other end and motor (106) It connecing, the lower section of No. two electric wires (114) one end and monitoring switch device (104) is welded, and the one of the other end and indicator light (113) End welding, indicator light (113) other end, which runs through, protects shell (102) right end, the right end snapping with protection shell (102), The top of motor (106) right end and transmission gear for electric motor (107) is welded, and below the transmission gear for electric motor (107) and is ground The top of pulp grinder transmission device (109) is engaged, and the lower section of the fiberizer transmission device (109) is set to the upper of defibrination case (108) Side is run through defibrination case (108), is set to the inside of defibrination case (108), matches with defibrination case (108), the discharge nozzle (111) One end is equipped with the right end of defibrination case (108), welds with the right end of defibrination case (108), the other end is set to the right side of protection shell (102) End, the right end snapping with protection shell (102), left end and transmission gear for electric motor (107) of the gear assembly (110) The left end of right end snapping, right end and heat dissipation transmission device (112) is welded, the right end of heat dissipation transmission device (112) and protection The right end of shell (102) matches.

2. a kind of low dense fiberizer state monitoring apparatus of tobacco according to claim 1, it is characterised in that: the monitoring is opened Close device (104) include monitor (10401), No.1 mandril (10402), No.1 spring (10403), No. two mandrils (10404), No. three mandrils (10405), No. two springs (10406), contact plate (10407), No.1 resistance (10408), No. three springs (10409), No. two resistance (10410), No. four mandrils (10411), limit plate (10412), No. four springs (10413), the prison The right end that device (10401) one end is set to No. two conveying pipelines (103) is surveyed, is matched with the right end of No. two conveying pipelines (103), the other end Through the right end of No. two conveying pipelines (103), welded with No.1 mandril (10402) one end, No.1 mandril (10402) other end It welding with No.1 spring (10403) one end, No.1 spring (10403) other end and No. two mandril (10404) one end are welded, One end of No. two mandrils (10404) other end and No. three mandrils (10405) is welded, and No. three mandrils (10405) are another End is welded with No. two spring (10406) one end, is welded on the left of No. two springs (10406) other end and contact plate (10407), It is welded on the right side of the contact plate (10407) with No. three spring (10409) one end, both ends and No.1 resistance (10408) transition fit, The No.1 resistance (10408) and No. two resistance (10410) are equirotal resistance, the right end of No.1 resistance (10408) with The left end welding of No. two resistance (10410), No. two resistance (10410) right end and power supply (101) are welded, No. three springs (10409) other end and limit plate (10412) one end are welded, limit plate (10412) other end and No. four springs (10413) One end welding, No. four springs (10413) other end and power supply (101) are welded.

3. a kind of low dense fiberizer state monitoring apparatus of tobacco according to claim 1, it is characterised in that: the motor passes Dynamic device (107) include No.1 gear (10701), machine shaft (10702), No. two gears (10703), No.1 threaded posts (10704), No.1 drive rod (10705), No. three gears (10706), No. four gears (10707), No.1 transmission belt (10708), Machine shaft (10702) left end is integrated with motor (106) right end, a left side for right end and No. two gears (10703) End welding, No. two gears (10703) right end are engaged with the left end of No.1 threaded post (10704), the No.1 threaded post (10704) lower section is welded with No.1 drive rod (10705) one end, No.1 drive rod (10705) other end and No. three gears (10706) upper center welding, No. three gears (10706) lower section are engaged with No. four gear (10707) top surfaces, and described four On the left of number gear (10707) with engage on the right side of No.1 gear (10701), No.1 gear (10701) top surface and fiberizer biography Dynamic device (109) bottom surface engagement, described No.1 transmission belt (10708) one end and No. four gear (10707) top surface snappings, the other end With gear assembly (110) left end snapping.

4. a kind of low dense fiberizer state monitoring apparatus of tobacco according to claim 1 or 3, it is characterised in that: the mill Pulp grinder transmission device (109) includes No. five gears (10901), No. six gears (10902), No. two transmission belts (10903), No.1 biography Moving axis (10904), No.1 shaft (10905), big defibrination piece (10906), small defibrination piece (10907), No.1 fiberizer (10908), No. two fiberizers (10909), No. three fiberizers (10910), No. three transmission belts (10911), No. two transmission shafts (10912), it is engaged below No. five gears (10901) one end and transmission gear for electric motor (107), the other end and No. six gears (10902) one end is engaged, and is integrated above No. six gears (10902) other end and No. two fiberizers (10909), No. two fiberizers (10909) and No.1 fiberizer (10908), No. three fiberizers (10910) are the identical fiberizer of structure, Be equipped with No.1 shaft (10905), big defibrination piece (10906), small defibrination piece (10907), the big defibrination piece (10906) with it is small Defibrination piece (10907) matches, and is set to the side of No.1 shaft (10905), welds with No.1 shaft (10905) side, institute The top that No.1 transmission shaft (10904) are set to No.1 fiberizer (10908) is stated, is integrated knot with No.1 fiberizer (10908) Structure, No. two transmission shafts (10912) are set to the top of No. three fiberizers (10910), are one with No. three fiberizers (10910) Body structure, No. two transmission belts (10903) one end and No.1 transmission shaft (10904) snapping, the other end and No. six gears (10902) lower section snapping, No. three transmission belts (10911) one end and No. two transmission shaft (10912) snappings, the other end and No. six Snapping below gear (10902).

5. a kind of low dense fiberizer state monitoring apparatus of tobacco according to claim 1 or 3, it is characterised in that: the tooth Wheel transmission device (110) includes No. two threaded posts (11001), No. seven gears (11002), No. two drive rods (11003), No. eight teeth Take turns (11004), No. two shafts (11005), No. three drive rods (11006), No. nine gears (11007), No. three transmission shafts (11008), the right end snapping of No. two shafts (11005) and transmission gear for electric motor (107), No. three drive rods (11006) one end and No. two shaft (11005) top surface snappings, the other end and No. eight gear (11004) top surface snappings, described No. eight It is engaged below gear (11004) with above No. nine gears (11007), No. two drive rods (11003) one end and No. nine gears (11007) top surface snapping, the other end and No. seven gear (11002) top surface snappings, on the right side of No. seven gears (11002) with No. two Engagement on the left of threaded post (11001), No. two threaded posts (11001) lower section are welded with No. three transmission shaft (11008) one end, institute It welds the top for stating No. three transmission shaft (11008) other ends and heat dissipation transmission device (112).

6. a kind of low dense fiberizer state monitoring apparatus of tobacco according to claim 1, it is characterised in that: the heat dissipation passes Dynamic device (112) include No. three threaded posts (11201), No. ten gears (11202), ride on Bus No. 11 gear (11203), No. four transmission shafts (11204), No. four transmission belts (11205), radiator transmission shaft (11206), radiator (11207), No. three shafts (11208), It is welded above No. three threaded posts (11201) with below gear assembly (110), right side is left with No. ten gears (11202) Side engagement, described No. ten gears (11202) tops and ride on Bus No. 11 gear (11203) lower section are engaged, the ride on Bus No. 11 gear (11203) right end is integrated with No. four transmission shaft (11204) one end, No. four transmission belts (11205) one end and four Number transmission shaft (11204) other end snapping, the other end and No. three shaft (11208) one end snappings, No. three shafts (11208) The other end is integrated with radiator transmission shaft (11206) one end, radiator transmission shaft (11206) other end and dissipate Hot device (11207) welding.