CN102286895B - Balanced type shaking device specially used for paper machine wire section - Google Patents
Balanced type shaking device specially used for paper machine wire section Download PDFInfo
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- CN102286895B CN102286895B CN 201110294101 CN201110294101A CN102286895B CN 102286895 B CN102286895 B CN 102286895B CN 201110294101 CN201110294101 CN 201110294101 CN 201110294101 A CN201110294101 A CN 201110294101A CN 102286895 B CN102286895 B CN 102286895B
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Abstract
The invention relates to a balanced type shaking device specially used for the paper machine wire section. The device comprises a case, a case cover, two groups of power assemblies, two groups of eccentric wheel assemblies, two groups of sliding limiting assemblies and a lubricating assembly, wherein the case is covered by the case cover; each power assembly is connected with each eccentric wheel assembly; the power assemblies are installed outside the case; the eccentric wheel assemblies are installed in the case; the sliding limiting assemblies are installed in the case and are mutually symmetrical; sliding limiting assemblies are connected with the eccentric wheel assemblies; and the lubricating assembly is connected with the eccentric wheel assemblies. The device has the following obvious effects: the problem of overgreat centrifugal force during high-speed rotation of eccentric wheels is solved; equipment wear is effectively avoided; the working efficiency of the paper machine is improved; at the same time, the eccentric wheel assemblies can be effectively limited during rotation and swing; and friction heat caused by high-speed rotation and sliding can be effectively avoided in the rotating and sliding parts in the equipment, so that the high-speed moving parts move smoothly and the service life of the equipment is improved.
Description
Technical field
The present invention relates to a kind of balanced type shaking device that is exclusively used in wire-cloths, belong to papermaking equipment industry technology field.
Background technology
Paper machine at work, the fiber of wet end (paper pulp) needs to make fiber change arrangement in vibrations by vibrations, makes fiber in the even moulding of wet end.China's rapid development of economy in recent years, the high quantity of paper requirement quality is big, paper machine has improved spinfunction on the manufacturing industry of paper, fiber was shortened in the time of the vibrations of wet end, and fiber is evenly disperseed in vibrations, must improve the speed and the frequency of the vibrations of wire-cloths balance.Present most of paper machine is to use crankshaft connecting rod system, makes the wire-cloths fiber reach the balance vibrations, and fiber is evenly disperseed.Its defective be crankshaft connecting rod system self vibration is big in the balanced type shaking, noise is big, frequency low (per minute changes at 150-200), can only adapt to traditional papermaking equipment; If reach adjustment of balance velocity of vibration and frequency (per minute 300 change more than, maximum per minute changes 500), the rotary centrifugal force of crankshaft connecting rod system will be excessive, cause the wearing and tearing of crankshaft-link rod simultaneously, the vibrations noise is also bigger, even cause the fracture of crankshaft connecting rod system, directly influence the operating efficiency of paper machine.Art designs of the present invention is to be exclusively used in the homodisperse balanced type shaking of wire-cloths fiber (paper pulp) high speed device.
China Patent No.: 201020508035.3, a kind of paper machine breast roll shaking apparatus is disclosed, it has comprised engine, bent axle motion and damping, engine drives the bent axle motion and rotates, damping makes the vibration of breast roll more steady, its defective is: can produce centrifugal force during the rotation of bent axle motion, rotating speed is big more, and centrifugal force is big more; Centrifugal force is excessive, can cause the wearing and tearing of bent axle motion, makes the whole system instability; If excessive and reduce rotating speed for fear of centrifugal force, then can reduce the uniformity of paper, influence product quality.
Summary of the invention
Technical problem to be solved by this invention is to overcome existing above-mentioned deficiency in the prior art, and provide a kind of reasonable in design, can effectively carry out high speed and evenly disperse, and self be difficult for the impaired balanced type shaking device that is exclusively used in wire-cloths the wire-cloths fiber.
The present invention solves the problems of the technologies described above the technical scheme that is adopted: a kind of balanced type shaking device that is exclusively used in wire-cloths, comprise cabinet and chassis lid, chassis lid covers on cabinet and matches each other, it is characterized in that: it also comprises Power Component, eccentric wheel assembly, slip limit assembly and lubrication assembly, Power Component and eccentric wheel assembly all have two groups, every group of Power Component is connected with one group of eccentric wheel assembly respectively, Power Component is installed in the cabinet outside, and eccentric wheel assembly is installed in the cabinet; The slip limit assembly has two groups, is installed in the cabinet, and symmetrical mutually, the slip limit assembly is connected with eccentric wheel assembly; Lubrication assembly is connected with eccentric wheel assembly.
Described Power Component comprises motor, governing box, sensor, Universal linking lever, optical flame detector and light sensation seat, and governing box is fixed on the outside of cabinet, and motor is connected with governing box, and sensor is fixed on the motor; Universal linking lever is positioned at cabinet, and an end of Universal linking lever passes cabinet and is connected with governing box, and the other end is connected with eccentric wheel assembly; Optical flame detector and light sensation seat all are fixed on the inboard of cabinet, and optical flame detector and light sensation seat are positioned at the both sides and in correspondence with each other of Universal linking lever.
Described eccentric wheel assembly comprises initiatively eccentric wheel assembly and passive eccentric wheel assembly, initiatively eccentric wheel assembly and passive eccentric wheel assembly include power transmission shaft, eccentric wheel, fixed cover, gear, axle bed, sliding panel, bearing, fixed head, inlet nozzle, slide plate and slide rail, power transmission shaft snaps between eccentric wheel and the fixed cover, two fixed covers are fixed on the eccentric wheel, two gears are inserted in the two ends of power transmission shaft respectively and are connected with power transmission shaft by bayonet lock, and two gears are tightened fixing by bolt and eccentric both sides respectively; Described sliding panel has two, the two ends of being inserted in power transmission shaft respectively, and axle bed is inserted in sliding panel, is provided with two bearings in the axle bed, and bearing is inserted in power transmission shaft; Fixed head is inserted in power transmission shaft, and fixes with sliding panel; Fixed head is provided with inlet nozzle, has fuel feed hole on the fixed cover, and inlet nozzle is inserted in fuel feed hole.
Described passive eccentric wheel assembly is positioned at the initiatively top of eccentric wheel assembly, and initiatively two gears of eccentric wheel assembly are connected with two gears of passive eccentric wheel assembly respectively and match each other; Power transmission shaft two ends in the passive eccentric wheel assembly are with capping, and capping is fixed on the power transmission shaft; Initiatively power transmission shaft one end in the eccentric wheel assembly is with oil sealing, and is connected with Universal linking lever in the Power Component, and the other end is with capping; Initiatively sliding panel and the slide plate in the eccentric wheel assembly fixed, and slide plate is inserted in slide rail and coincide mutually, and slide plate can slide in slide rail, and slide rail is fixed in the cabinet; Have fuel feed hole in the slide rail, inlet nozzle is tightened fixing with slide rail and is connected with fuel feed hole.
Slip limit assembly of the present invention comprises that limiting plate, fixed cover, No. two fixed covers, shrouding, lubricating sleeve, shaking bar, envelopes are emitted, sensing seat, sense base, sensor, stop collar, spring base, spacing control seat, spring and limit base, limiting plate has two, and the two ends of two limiting plates are fixing with the two ends welding of two sliding panels respectively; One end of a fixed cover and No. two fixed covers is separately fixed on two limiting plates, and the other end passes cabinet; Shrouding covers the part that passes cabinet at fixed cover, and lubricating sleeve is inserted in fixed cover No. one, and is stuck between cabinet and the fixed cover, and No. one fixed cover can slide; The shaking bar passes shrouding and is inserted in fixed cover No. one; Envelope is emitted and is enclosed within the part that No. two fixed covers pass cabinet, and is gapped between No. two fixed covers and the cabinet; Sensing seat is fixed in No. two fixed covers, and sense base is fixed in envelope emits, and sensor is installed on the sense base, and sensor is provided with lead, and lead passes outside envelope emits, and sensor and sensing seat are identical.
The both sides that described two stop collars are inserted in cabinet are respectively fixed, and spring base and spacing control seat are fixed in the stop collar, and an end of spring is fixed on the spring base, and the other end is fixed on the spacing control seat; Two limit bases are separately fixed on two limiting plates, and two limit bases and two spacing control seat couplings are coincide.
Lubrication assembly of the present invention comprises oil pipe, tubing rack and oil outlet, and tubing rack is by being bolted on the sliding panel, and oil pipe passes tubing rack, and is connected and fixed with the inlet nozzle at each position, and oil outlet is fixed on the bottom of cabinet.
The present invention compared with prior art, has following positive effect: reasonable in design, the excessive problem of centrifugal force when having solved the eccentric wheel high-speed rotation, effectively avoided the wearing and tearing of equipment, when motor rotates soon more, the eccentric wheel velocity of rotation is fast more, shaking speed is fast more, make adjustment of balance shaking speed more than per minute 300 changes, maximum per minute changes 500, has effectively improved the operating efficiency of paper machine; The design of slip limit assembly makes eccentric wheel assembly effectively spacing in rotary oscillation, the design of lubrication assembly makes the frictional heating phenomenon that each rotates and sliding position is avoided rotation at a high speed effectively and slided and bring in the equipment, make each high speed activities position activity smooth and easy, improve service life.
Description of drawings
Fig. 1 is a structural representation of the present invention.
Fig. 2 is for removing structural representation behind the chassis lid among Fig. 1.
Fig. 3 is the structural representation of medium power assembly of the present invention and eccentric wheel assembly.
Fig. 4 is that the A-A of Fig. 3 is to the sectional structure schematic diagram.
Fig. 5 rotates to the structural representation in left side simultaneously for eccentric wheel among the present invention.
Fig. 6 rotates to the structural representation on right side simultaneously for eccentric wheel among the present invention.
Fig. 7 is the structural representation when eccentric wheel is symmetrical up and down simultaneously among the present invention.
Among the figure: I Power Component, II eccentric wheel assembly, III slip limit assembly, IV lubrication assembly, initiatively eccentric wheel assembly V, case in the passive eccentric wheel assembly VI, VII, 1 cabinet, 2 motors, 3 governing boxs, 4 Universal linking levers, 5 power transmission shafts, 6 bolts, 7 sliding panels, 8 axle beds, 9 bearings, 10 oil sealings, 11 fixed heads, 12 inlet nozzles, 13 gears, 14 eccentric wheels, 15 slide plates, 16 slide rails, 17 fixed covers, 18 cappings, 19 bayonet locks, 20 fuel feed holes, 21 limiting plates, No. 22 fixed covers, 23 shroudings, 24 envelopes are emitted, 25 limit bases, 26 stop collars, 27 springs, 28 spring bases, 29 lubricating sleeves, 30 shaking bars, 31 sense bases, 32 sensors, 33 sensing seats, 34 spacing control seats, 35 No. two fixed covers, 36 leads, 37 oil pipes, 38 tubing racks, 39 oil outlets, 40 chassis lids, 41 optical flame detectors, 42 light sensation seats, 43 electromechanical transducers, 44 gaps.
The specific embodiment
The invention will be further described below in conjunction with accompanying drawing and by embodiment.
Embodiment:
Referring to Fig. 1～Fig. 4, present embodiment comprises cabinet 1, chassis lid 40, Power Component I, eccentric wheel assembly II, slip limit assembly III and lubrication assembly IV, chassis lid 40 covers on cabinet 1 and matches each other, Power Component I and eccentric wheel assembly II all have two groups, every group of Power Component I is connected with one group of eccentric wheel assembly II respectively, the Power Component I is installed in cabinet 1 outside, and the eccentric wheel assembly II is installed in the cabinet 1; Slip limit assembly III has two groups, is installed in the cabinet 1, and symmetrical mutually, slip limit assembly III is connected with the eccentric wheel assembly II; The lubrication assembly IV is connected with the eccentric wheel assembly II.
In the present embodiment, the Power Component I comprises motor 2, governing box 3, electromechanical transducer 43, Universal linking lever 4, optical flame detector 41 and light sensation seat 42, governing box 3 is fixed on the outside of cabinet 1 by bolt 6, and motor 2 is connected with governing box 3 and is integral, and electromechanical transducer 43 is fixed on the motor 2; Described Universal linking lever 4 is positioned at cabinet 1, and an end of Universal linking lever 4 passes cabinet 1 and is connected with governing box 3, and the other end is connected with the eccentric wheel assembly II; Described optical flame detector 41 and light sensation seat 42 all are fixed on the inboard of cabinet 1 by bolt 6, optical flame detector 41 and light sensation seat 42 are positioned at the both sides of Universal linking lever 4.
During use, optical flame detector 41 is used to control the swing speed of Universal linking lever 4, and electromechanical transducer 43 is used to control the rotary speed of motor 2.
In the present embodiment, the eccentric wheel assembly II comprises initiatively eccentric wheel assembly V and passive eccentric wheel assembly VI, initiatively eccentric wheel assembly V and passive eccentric wheel assembly VI include power transmission shaft 5, eccentric wheel 14, fixed cover 17, gear 13, axle bed 8, sliding panel 7, bearing 9, fixed head 11, inlet nozzle 12, slide plate 15 and slide rail 16, power transmission shaft 5 snaps between eccentric wheel 14 and the fixed cover 17, two fixed covers 17 are fixed on the eccentric wheel 14 by bolt 6, two gears 13 are inserted in the two ends of power transmission shaft 5 respectively and pass through bayonet lock 19 and are connected with power transmission shaft 5, and two gears 13 are tightened fixing by the bolt 6 and the both sides of eccentric wheel 14 respectively; Described sliding panel 7 has two, the two ends of being inserted in power transmission shaft 5 respectively, and axle bed 8 is inserted in sliding panel 7, is provided with two bearings 9 in the axle bed 8, and bearing 9 is inserted in power transmission shaft 5; Fixed head 11 is inserted in power transmission shaft 5, and fixing with sliding panel 7 by bolt 6; Fixed head 11 is provided with inlet nozzle 12, has fuel feed hole 20 on the fixed cover 17, and inlet nozzle 12 is inserted in fuel feed hole 20.
Described passive eccentric wheel assembly VI is positioned at the initiatively top of eccentric wheel assembly V, initiatively be connected by gear 13 between eccentric wheel assembly V and the passive eccentric wheel assembly VI, two gears 13 of active eccentric wheel assembly V are connected with two gears 13 of passive eccentric wheel assembly VI respectively and match each other; Power transmission shaft 5 two ends in the passive eccentric wheel assembly VI are with capping 18, and capping 18 is fixed on the power transmission shaft 5 by bolt 6; Initiatively power transmission shaft 5 one ends in the eccentric wheel assembly V are with oil sealing 10, and are connected with Universal linking lever 4 in the Power Component I, and the other end is with capping 18 by bolt 6; Initiatively the sliding panel 7 in the eccentric wheel assembly V is fixing with slide plate 15, and slide plate 15 is inserted in slide rail 16 and coincide mutually, and slide plate 15 can slide in slide rail 16, and slide rail 16 is fixed in the cabinet 1; Have fuel feed hole 20 in the slide rail 16, inlet nozzle 12 is tightened fixing with slide rail 16 and is connected with fuel feed hole 20.
In the present embodiment, slip limit assembly III comprises that limiting plate 21, fixed cover 22, No. two fixed covers 35, shrouding 23, lubricating sleeve 29, shaking bar 30, envelopes emit 24, sensing seat 33, sense base 31, sensor 32, stop collar 26, spring base 28, spacing control 34, spring 27 and limit base 25, limiting plate 21 has two, the two ends of two limiting plates 21 are fixing with the two ends welding of two sliding panels 7 respectively, case VII in two limiting plates 21 and two sliding panels 7 form; One end of a fixed cover 22 and No. two fixed covers 35 is separately fixed on two limiting plates 21, and the other end passes cabinet 1; Shrouding 23 covers at a fixed cover 22 and passes the part of cabinet 1, and it is fixing to pass through bolt 6; Lubricating sleeve 29 is inserted in fixed cover 22 No. one, and is stuck in just between cabinet 1 and the fixed cover 22, and No. one fixed cover 22 can slide; Shaking bar 30 passes shrouding 23 and is inserted in fixed cover 22 No. one, can slide in a fixed cover 22; Envelope emits 24 to be enclosed within the part that No. two fixed covers 35 pass cabinet 1, and is fixed on the cabinet 1 by bolt 6, and is gapped 44 between No. two fixed covers 35 and the cabinet 1, and can slide; Sensing seat 33 is tightened and is fixed in No. two fixed covers 35, and sense base 31 is weldingly fixed on envelope and emits in 24, and sensor 32 is fixed on the sense base 31, and sensor 32 is provided with lead 36, and lead 36 passes envelope and emits outside 24, and sensor 32 is identical with sensing seat 33 just.
Described two stop collars 26 are inserted in the both sides of cabinet 1 respectively and fix by bolt 6, and spring base 28 and spacing control seat 34 are fixed in the stop collar 26, and an end of spring 27 is fixed on the spring base 28, and the other end is fixed on the spacing control seat 34; Two limit bases 25 are separately fixed on two limiting plates 21, and two limit bases 25 coincide with two spacing control seat 34 couplings just;
During use, eccentric wheel assembly II high speed swinging, sensor 32 are used for control eccentric assembly II high speed swinging speed; Limit base 25 and spacing control seat 34 are realized eccentric wheel assembly II slip position-limiting action under the effect of spring 27.
In the present embodiment, the lubrication assembly IV comprises oil pipe 37, tubing rack 38 and oil outlet 39, and tubing rack 38 is fixed on the sliding panel 7 by bolt 6, and oil pipe 37 passes tubing rack 38, and be connected and fixed with the inlet nozzle 12 at each position, oil outlet 39 is fixed on the bottom of cabinet 1.
During use, this equipment is equipped with inlet nozzle 12, oil pipe 37, oil outlet 39 in each rotation and sliding position, and in high speed swinging, lubricating oil is by filtering and cooling, and use computer program controlled, by oil pipe 37 and inlet nozzle 12, lubricating oil injected fuel feed hole 20 after, each rotation and sliding position are supplied with in circulation, as positions such as bearing 9, slide rail 16, Universal linking levers 4, avoid each rotation and sliding position frictional heating phenomenon at a high speed effectively, make each high speed activities position activity smooth and easy, improve service life.
In the present embodiment, the rotating band movable eccentric wheel assembly II rotation of Power Component I, the eccentric wheel assembly II drives shaking bar 30 and realizes the adjustment of balance slip in rotary oscillation, the eccentric wheel assembly II is spacing in rotary oscillation under the effect of slip limit assembly III, each high speed activities position activity is smooth and easy under the effect of lubrication assembly IV, the present invention uses comprehensive computer program controlled, forms the adjustment of balance shaking, reaches wire-cloths fiber (paper pulp) high speed aim of even dispersion.
Referring to Fig. 5～Fig. 7, during use, two groups of eccentric wheel assembly II are by two motor 2 transmissions, motor 2 drives initiatively eccentric wheel assembly V rotation, initiatively the eccentric wheel assembly V drives passive eccentric wheel assembly VI by gear 13 and rotates eccentric wheel 14 on the active eccentric wheel assembly V and the 14 mutual symmetries of the eccentric wheel on the passive eccentric wheel assembly VI synchronously.Under the effect of slide plate 15 and slide rail 16, when four eccentric wheels 14 rotated to same position, the left side, interior case VII was swung left, as shown in Figure 5; When four eccentric wheels 14 rotated to same position, the right, interior case VII was swung to the right, as shown in Figure 6; Interior case VII swings, and the shaking bar 30 that drives in the slip limit assembly III swings, and shaking bar 30 connects wire-cloths chest rods and realizes shakings, and wet end fiber (paper pulp) is evenly disperseed at a high speed; When four eccentric wheels 14 rotated to up and down antimere, as shown in Figure 7, four eccentric wheel 14 lucky cylindricals are symmetry mutually up and down outwards, has eliminated the eccentricity when eccentric wheel 14 swings up and down at this moment, makes the balance and stability that swings.The excessive problem of centrifugal force when the invention solves eccentric wheel 14 high speed rotating, the wearing and tearing of equipment have effectively been avoided, when motor 2 rotates fast more, eccentric wheel 14 velocities of rotation are fast more, shaking speed is fast more, make adjustment of balance shaking speed more than per minute 300 changes, maximum per minute changes 500, has effectively improved the operating efficiency of paper machine.
In addition, need to prove, specific embodiment described in this specification, as long as the undeclared concrete shape and size of its part, then this part can be Any shape and the size that adapts with its structure; Simultaneously, the part title of getting also can be different.Allly conceive equivalence or the simple change that described structure, feature and principle are done, be included in the protection domain of patent of the present invention according to patent of the present invention.
Claims (3)
1. balanced type shaking device that is exclusively used in wire-cloths, comprise cabinet and chassis lid, chassis lid covers on cabinet and matches each other, it is characterized in that: it also comprises Power Component, eccentric wheel assembly, slip limit assembly and lubrication assembly, Power Component and eccentric wheel assembly all have two groups, every group of Power Component is connected with one group of eccentric wheel assembly respectively, and Power Component is installed in the cabinet outside, and eccentric wheel assembly is installed in the cabinet; The slip limit assembly has two groups, is installed in the cabinet, and symmetrical mutually, the slip limit assembly is connected with eccentric wheel assembly; Lubrication assembly is connected with eccentric wheel assembly;
Described Power Component comprises motor, governing box, sensor, Universal linking lever, optical flame detector and light sensation seat, and governing box is fixed on the outside of cabinet, and motor is connected with governing box, and sensor is fixed on the motor; Universal linking lever is positioned at cabinet, and an end of Universal linking lever passes cabinet and is connected with governing box, and the other end is connected with eccentric wheel assembly; Optical flame detector and light sensation seat all are fixed on the inboard of cabinet, and optical flame detector and light sensation seat are positioned at the both sides and in correspondence with each other of Universal linking lever;
Described eccentric wheel assembly comprises initiatively eccentric wheel assembly and passive eccentric wheel assembly, initiatively eccentric wheel assembly and passive eccentric wheel assembly include power transmission shaft, eccentric wheel, fixed cover, gear, axle bed, sliding panel, bearing, fixed head, inlet nozzle, slide plate and slide rail, power transmission shaft snaps between eccentric wheel and the fixed cover, two fixed covers are fixed on the eccentric wheel, two gears are inserted in the two ends of power transmission shaft respectively and are connected with power transmission shaft by bayonet lock, and two gears are tightened fixing by bolt and eccentric both sides respectively; Described sliding panel has two, the two ends of being inserted in power transmission shaft respectively, and axle bed is inserted in sliding panel, is provided with two bearings in the axle bed, and bearing is inserted in power transmission shaft; Fixed head is inserted in power transmission shaft, and fixes with sliding panel; Fixed head is provided with inlet nozzle, has fuel feed hole on the fixed cover, and inlet nozzle is inserted in fuel feed hole;
Described passive eccentric wheel assembly is positioned at the initiatively top of eccentric wheel assembly, and initiatively two gears of eccentric wheel assembly are connected with two gears of passive eccentric wheel assembly respectively and match each other; Power transmission shaft two ends in the passive eccentric wheel assembly are with capping, and capping is fixed on the power transmission shaft; Initiatively power transmission shaft one end in the eccentric wheel assembly is with oil sealing, and is connected with Universal linking lever in the Power Component, and the other end is with capping; Initiatively sliding panel and the slide plate in the eccentric wheel assembly fixed, and slide plate is inserted in slide rail and coincide mutually, and slide plate can slide in slide rail, and slide rail is fixed in the cabinet; Have fuel feed hole in the slide rail, inlet nozzle is tightened fixing with slide rail and is connected with fuel feed hole.
2. a kind of balanced type shaking device that is exclusively used in wire-cloths according to claim 1, it is characterized in that: described slip limit assembly comprises that limiting plate, fixed cover, No. two fixed covers, shrouding, lubricating sleeve, shaking bar, envelopes are emitted, sensing seat, sense base, sensor, stop collar, spring base, spacing control seat, spring and limit base, limiting plate has two, and the two ends of two limiting plates are fixing with the two ends welding of two sliding panels respectively; One end of a fixed cover and No. two fixed covers is separately fixed on two limiting plates, and the other end passes cabinet; Shrouding covers the part that passes cabinet at fixed cover, and lubricating sleeve is inserted in fixed cover No. one, and is stuck between cabinet and the fixed cover, and No. one fixed cover can slide; The shaking bar passes shrouding and is inserted in fixed cover No. one; Envelope is emitted and is enclosed within the part that No. two fixed covers pass cabinet, and is gapped between No. two fixed covers and the cabinet; Sensing seat is fixed in No. two fixed covers, and sense base is fixed in envelope emits, and sensor is installed on the sense base, and sensor is provided with lead, and lead passes outside envelope emits, and sensor and sensing seat are identical;
Describedly spacingly be with two, the both sides that two stop collars are inserted in cabinet are respectively fixed, and spring base and spacing control seat are fixed in the stop collar, and an end of spring is fixed on the spring base, and the other end is fixed on the spacing control seat; Two limit bases are separately fixed on two limiting plates, and two limit bases and two spacing control seat couplings are coincide.
3. a kind of balanced type shaking device that is exclusively used in wire-cloths according to claim 1 and 2, it is characterized in that: described lubrication assembly comprises oil pipe, tubing rack and oil outlet, tubing rack is by being bolted on the sliding panel, oil pipe passes tubing rack, and be connected and fixed with the inlet nozzle at each position, oil outlet is fixed on the bottom of cabinet.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110294101 CN102286895B (en) | 2011-09-27 | 2011-09-27 | Balanced type shaking device specially used for paper machine wire section |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201110294101 CN102286895B (en) | 2011-09-27 | 2011-09-27 | Balanced type shaking device specially used for paper machine wire section |
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| Publication Number | Publication Date |
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| CN102286895A CN102286895A (en) | 2011-12-21 |
| CN102286895B true CN102286895B (en) | 2013-07-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN 201110294101 Active CN102286895B (en) | 2011-09-27 | 2011-09-27 | Balanced type shaking device specially used for paper machine wire section |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109024049A (en) * | 2018-08-06 | 2018-12-18 | 玖龙纸业(重庆)有限公司 | Fiber transverse direction arrangement apparatus during manufacturing paper with pulp for page |
| CN116240746A (en) * | 2023-02-14 | 2023-06-09 | 杭州美辰纸业技术有限公司 | High-frequency shaking device without reaction force |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| GB836957A (en) * | 1958-02-26 | 1960-06-09 | John Richard Lane | Vibratory force producing apparatus |
| EP0506722B1 (en) * | 1989-12-20 | 1994-09-14 | Gedib Ingenieurbüro Und Innovationsberatung Gmbh | Vibration generator |
| DE9317640U1 (en) * | 1993-11-18 | 1994-01-27 | Dörries GmbH, 52349 Düren | Roller shaking device |
| FI117293B (en) * | 2003-12-18 | 2006-08-31 | Metso Paper Inc | Devices for moving the drum in a paper machine |
| CN202298336U (en) * | 2011-09-27 | 2012-07-04 | 桐庐通利机械有限公司 | Balanced-type rocking and vibrating device dedicated for papermaking machine wet section |
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