CN201441895U - Ordered sizing material kneading machine - Google Patents
Ordered sizing material kneading machine Download PDFInfo
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- CN201441895U CN201441895U CN2009200308337U CN200920030833U CN201441895U CN 201441895 U CN201441895 U CN 201441895U CN 2009200308337 U CN2009200308337 U CN 2009200308337U CN 200920030833 U CN200920030833 U CN 200920030833U CN 201441895 U CN201441895 U CN 201441895U
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Abstract
The utility model relates to an ordered sizing material kneading machine which is characterized in that an upper-layer pot body (5) is installed at the upper surface of a lower-layer pot body (8) by a slideway of the bottom surface thereof, the slideway is arranged on the combined surface of the upper-layer pot body and the lower-layer pot body, and a steel ball rolls in the slideway when the upper-layer pot body is moved; a maintenance moving mechanism (2) is arranged between the upper-layer pot body and the lower-layer pot body, and comprises a fixed support (21), the lower end of which is fixed on the lower-layer pot body (8), and a moving support (17) fixed on the upper-layer pot body (5), and the upper end of the fixed support (21) is provided with a driving mechanism which drives the upper-layer pot body (5) to move horizontally on the lower-layer pot body (8); and the outer end part of a driving rod of the driving mechanism is connected with the moving support (17). In the utility model, the maintenance moving mechanism (2) is arranged between the upper-layer pot body and the lower-layer pot body, so that the upper-layer pot body can be directly moved away from the lower-layer pot body when a stirring piece in the lower-layer pot body needs to be maintained.
Description
(1), technical field the utility model relates to a kind of kneading machine, specifically a kind of orderly glue stock kneader.
(2), the background technology kneading machine is that the special use of a kind of carbon element, electrode production mixes and to pinch equipment, but existing kneading machine have lower floor's pot body stir cutter inconvenience maintenance, drive mechanism is not ideal enough, the Dump gate structural design is unreasonable; Stir the cutter heating system and be prone to problems such as oil impregnate.
The patent No. is that 200620011200.8 Chinese patent discloses a kind of powder aggregate and separates pre-thermal agitation three heating three and stir glue stock kneaders, and its architectural feature is: adopt double-decker promptly on a mixing bowl top, bottom a top a mixing bowl to be set; The paddle axle of top a mixing bowl is connected with the paddle through-drive of bottom a mixing bowl by chain; The blanking door is inverted V-shape hydraulic pressure sliding door.This double-deck shortcoming is: at first, to the stirring cutter and keep in repair of bottom a mixing bowl the time, the top a mixing bowl need be unloaded from the bottom a mixing bowl, could the cutter that stirs in a mixing bowl of bottom be keeped in repair then, because equipment is bigger, this maintenance mode exists not only time-consuming but also require great effort the problem of operating difficulties.Secondly, the paddle axle of top and the bottom a mixing bowl connects by sprocket wheel, chain drive, and last lower stirring paddle axle can only be synchronized with the movement, and can not realize that top or bottom stir the independent stirring of cutter, operates dumbly, brings certain limitation to production.On the other hand, because the Zhang Jindu of chain can not adjust, when crossing pine, chain influences normal power transmission.The 3rd, the blanking door adopts inverted V-shape hydraulic pressure sliding door, and there is poor sealing performance in the structure of this sliding door, the phenomenon of material can occur leaking.
The patent No. is that 200620085175.8 Chinese patent discloses the efficient kneading machine of a kind of high temperature, and it is by being provided with the purpose that circulating oil path realizes stirring the cutter heating stirring cutter inside, thereby improves the efficient that stirs.Existing stir cutter because by the material serious wear, particularly upper strata pot body stir cutter, wearing and tearing at a high speed at high temperature, service life is shorter.
(3), utility model content the purpose of this utility model is, a kind of orderly glue stock kneader is provided, to overcome the deficiency of existing kneading machine.First technical problem to be solved is: maintenance travel mechanism is set, upper strata pot body is moved horizontally, to carry out stirring in lower floor's pot body replacing, the maintenance of cutter.Second technical problem to be solved is: complete machine is convenient to transportation, is installed and maintenance, and increases the life-span of gear.The 3rd technical problem to be solved is: realize the independent stirring that upper strata pot body stirs cutter.The 4th technical problem to be solved is: the Dump gate structural design is more reasonable, and sealing effectiveness is better.The 5th technical problem to be solved is: improve the upper strata and stir cutter service life.The 6th technical problem to be solved is: the chain elasticity that goes up between the lower pot body is adjustable, is convenient to normal transfer motion power.
In order to solve the problems of the technologies described above, the utility model has adopted following technical scheme.
A kind of orderly glue stock kneader comprises a running part and a pot body portion, the pot body portion by inside be equipped with stir cutter upper strata pot body and inner the double-decker that lower floor's pot body of stirring cutter is formed is housed; Wherein, upper strata pot body has two first fen pot body and second fen pot body of installing side by side, is separately installed with in first fen pot body, second fen pot body and the lower floor's pot body and stirs cutter; First fen pot body and second fen bottom of pot body discharge port below are respectively arranged with the upper strata discharge system; First fen pot body and second fen bottom of pot body discharge port below also are respectively arranged with tremie pipe, the upper end of two tremie pipes connects described upper strata discharge system respectively, the lower end of two tremie pipes comes together in total feed opening place, it is characterized in that: be provided with slideway at levels pot body faying face, upper strata pot body is slidingly mounted on lower floor's pot body upper surface by slideway; Be equipped with between the upper and lower layer pot body and be used to drive the maintenance travel mechanism of upper strata pot body along described slideway slip; Described maintenance travel mechanism comprises that the lower end is fixed in the hold-down support on lower floor's pot body and is fixed on mobile support saddle on the pot body of upper strata, the drive upper strata pot body driving mechanism that horizontal direction moves on lower floor's pot body is installed in the upper end of hold-down support, and the drive rod outer end of this driving mechanism is connected with mobile support saddle.
Described driving mechanism can be the traction fluid compressing cylinder, and its cylinder sleeve is fixedly mounted in the cylinder support, and cylinder support is fixedly mounted on the upper end of hold-down support; Described drive rod is the cylinder rod of traction fluid compressing cylinder.
Described driving mechanism can also be leading screw screw driving mechanism, and wherein screw is fixedly mounted on the upper end of hold-down support; Described drive rod is the leading screw that is connected with described screw.
Also comprise lower pot body spacing guiding mechanism, it comprises a plurality of adjustment bolts, and a plurality of adjustment bolts are installed in respectively on the crossbeam of upper strata pot body, adjusts the lower end of bolt and passes the beam surface upper that above-mentioned crossbeam withstands on lower floor's pot body.
Running part and pot body portion can be installed on respectively on separately the mount pad; Running part comprises a main motor and two decelerators, and main motor and one of them decelerator are in transmission connection, and the input of another decelerator connects aforementioned first decelerator, and cutter is stirred in the output connection.
Running part and pot body portion also can be installed on the same support; Running part comprises a main motor and a decelerator, and this decelerator input connects main motor, and cutter is stirred in the output connection.
The structure of described upper strata discharge system is, the center of circle under the dome shape Dump gate cooperates with the circular discharge port of upper strata bottom of pot body and realizes sealing or discharging; The dome shape Dump gate is connected with push cylinder with rotary oil cylinder respectively.
The structure of described upper strata discharge system can also be that sliding door cooperates with upper strata bottom of pot body discharge port realizes sealing or discharging; On the pot body of upper strata, slideway is installed, in this slideway, is slidingly fitted with sliding door; Described sliding door is connected with the traction screw mandrel by the spiral of screw form, and the other end of traction screw mandrel is connected with the worm-wheel shaft of worm gear, and the worm-drive that cooperates with described worm gear is connected with upper strata discharge system motor.
The upper strata is stirred stirring of cutter and is offered in the cutter shaft and stir the cutter shaft oil circuit; Described stir that cutter comprises steel material stir cutter leaf mainboard, stirring cutter leaf mainboard one side outsourcing one deck steel plate, steel plate with stir between the cutter leaf mainboard interlayer for stir that the cutter shaft oil circuit communicates stir the cutter oil circuit; The built-up welding of steel plate outer surface has the wear resistance alloyed layer of one deck.
Also comprise the upper strata transmission mechanism; The stirring cutter and can be connected of lower floor's pot body and upper strata pot body by chain drive; The lower end of chain is installed on the lower sprocket of lower floor's pot body, and the upper end of chain is connected with the upper sprocket wheel of upper strata transmission mechanism; Upper sprocket wheel is installed on by bearing and stirs on the cutter, stirs on the cutter and by key electromagnetic clutch is installed, and electromagnetic clutch can drive the upper strata and stir the clutch discs that cutter rotates synchronously when having contact.
Also comprise chain drive strainer between lower pot body; This strainer comprises the support that is fixed on pot body portion, and axle is connected with two connecting rods on support, is separately installed with the regulating wheel that is used to compress chain on two connecting rods, is connected with extension spring between two regulating wheels.
The stirring cutter and can also connect and be used for driving separately the decelerator that stirs cutter of upper strata pot body.
During independent mobile upper strata pot body, preferably be provided with steel ball in the slideway of levels pot body faying face.
Good effect of the present utility model is:
(1), maintenance travel mechanism is installed between upper strata pot body and the lower floor's pot body, can be in the lower floor's pot body that needs repairing stir cutter the time, directly upper strata pot body is removed from lower floor's pot body by this device.At first upper strata pot body is moved up when mobile by last lower pot body spacing guiding mechanism, lay steel ball then between last lower pot body, the frictional force that pot body is moved becomes rolling friction by sliding friction, more helps moving of upper strata pot body, thereby saved manpower, made things convenient for maintenance.
(2), power section and pot body portion adopt the characteristics of split-type structural (running part and pot body portion are installed on respectively on separately the mount pad) to be: be convenient to transportation, install and maintenance, and the gear of reductor all is immersed in the oil, get into smooth and form very thick oily foam, reduce noise, increased the life-span of gear.
Power section and pot body portion adopt the characteristics of monolithic construction (running part and pot body portion are installed on respectively on the same mount pad) to be: be convenient to the equipment installation in position.
Stir between the cutter shaft when adopting chain drive, electromagnetic clutch is installed stirring on the cutter shaft (3), up and down, closure during dead electricity, the cutter running is stirred on the upper strata; Disconnect when electric, the upper strata is stirred cutter and is stopped.Can control upper strata pot body and stir working alone of cutter, operate more flexible.And lower pot body spacing guiding mechanism and chain tensioning mechanism are installed, can adjust the elasticity of chain.
Perhaps upper strata pot body stir cutter by driving separately with stirring the reductor that cutter shaft is connected, simple in structure, and can be totally independent of lower floor's dynamical system operation.
(4), to adopt the characteristics of the form that turns to open be that sealing effectiveness is better to Dump gate; The form of employing sliding door then has simple in structure, easy-operating characteristics.
(5), the upper strata steel plate outer surface built-up welding of stirring cutter has the wear resistance alloyed layer of one deck, improved and stirred cutter service life.
(4), description of drawings Fig. 1 is the structural representation of split type orderly glue stock kneader.
Fig. 2 is the plan structure schematic diagram of split type orderly glue stock kneader.
Fig. 3 is the A-A profile of Fig. 1.
Fig. 4 is the structural representation of monoblock type orderly glue stock kneader.
Fig. 5 is the plan structure schematic diagram of monoblock type orderly glue stock kneader.
Fig. 6 is the not structural representation of mobile status of upper strata pot body.
Fig. 7 is the upper strata pot body structural representation of mobile status.
Fig. 8 is the structural representation of the maintenance travel mechanism of first kind of form.
Fig. 9 is the structural representation of the maintenance travel mechanism of second kind of form.
Figure 10 is the upper strata discharge system structural representation of first kind of form.
Figure 11 is the upper strata discharge system structural representation of second kind of form.
Figure 12 is the A-A profile of Figure 11.
Figure 13 stirs the structural representation of cutter mechanism heating system for the upper strata.
Figure 14 is the structural representation of layer transmission mechanism on the chain transmission mode.
Figure 15 stirs the work alone structural representation of transmission mechanism of form of cutter for the upper strata.
Figure 16 is the structural representation of last lower pot body spacing guiding mechanism.
Figure 17 is the structural representation of driving chain strainer between last lower pot body.
(5), the specific embodiment is below in conjunction with accompanying drawing and embodiment is provided, the utility model is further described.
As shown in Figure 1, 2, 3, this example comprises a running part 9 and a pot body portion 11, pot body portion 11 by inside be equipped with stir cutter 6 upper strata pot body 5 and inner the double-decker that lower floor's pot body 8 of stirring cutter 6 is formed is housed.
Wherein, upper strata pot body 5 has two first fen pot body 5-1 that installs side by side (powder divides the pot body) and second minute pot body 5-2 (aggregate divides the pot body).Be equipped with and stir cutter 6 by stirring cutter shaft 3 respectively in first fen pot body 5-1, second fen pot body 5-2 and the lower floor's pot body 8.First fen pot body 5-1 and second fen pot body 5-2 bottom discharge openings below are respectively arranged with upper strata discharge system 12, first fen pot body 5-1 and second fen pot body 5-2 bottom discharge openings below also are respectively arranged with tremie pipe 5-3, the upper end of two tremie pipe 5-3 connects described discharge system 12 respectively, and the lower end comes together in total feed opening 5-4 place.
Pot body 5-1, second fen pot body 5-2 were installed on lower floor's pot body upper surface respectively in first minute, were respectively equipped with slideway at first fen pot body 5-1, second fen pot body 5-2 and lower floor's pot body faying face, and steel ball 15 rolls in slideway during the pot body of independent mobile upper strata.
Shown in Fig. 1,4, the maintenance travel mechanism 2 shown in Fig. 6,7 is installed between the levels pot body.Described maintenance travel mechanism 2 can be one of following two kinds of forms.
First kind of form as shown in Figure 8, maintenance travel mechanism 2 comprises that the lower end is fixed in the hold-down support 21 on lower floor's pot body 8 and is fixed on mobile support saddle 17 on the upper strata pot body 5.In the upper end of hold-down support 21 cylinder support 18 is installed, the cylinder rod outer end that is installed in the traction fluid compressing cylinder 19 on the cylinder support 18 is connected with mobile support saddle 17.Described traction fluid compressing cylinder 19 has the turnover oil pipe, and the hydraulic oil driving cylinder rod horizontal displacement from the turnover of turnover oil pipe realizes that the horizontal direction of upper strata pot body 5 on lower floor's pot body 8 moves.
Second kind of form as shown in Figure 9, maintenance travel mechanism 2 comprises that equally the lower end is fixed in the hold-down support 21 on lower floor's pot body 8 and is fixed on mobile support saddle 17 on the upper strata pot body 5.In the upper end of hold-down support 21 screw 20 is installed, is connected with mobile support saddle 17 with leading screw 22 outer ends that described screw 20 is connected.Can drive upper strata pot body 5 horizontal direction on lower floor's pot body 8 by rotating threaded shaft 22 moves.
Be provided with the match play that is used to contain rolling steel balls 15 at the lower pot body upper surface, when in the lower floor's pot body 8 that needs repairing stir cutter the time, at first will connect upper strata pot body 5 pulls down with the chain wheel cover 14 that lower floor's pot body 8 stirs cutter shaft, lower pot body spacing guiding mechanism 7 is gone up in operation then, upper strata pot body 5 is moved up, thereafter rolling steel balls 15 is transferred to from match play and made it in the slideway between levels pot body.Be rolling element translation upper strata pot body 5 with rolling steel balls 15 afterwards.At last by adjusting bolt 16 location.
As shown in Figure 1, 2, running part 9 and pot body portion 11 can adopt split-type structural, and promptly running part 9 is installed on respectively on the different mount pads with pot body portion 11.Running part 9 comprises a main motor 10 and two decelerators 1, and main motor 10 is in transmission connection with one of them decelerator 1, and the input of another decelerator 1 connects aforementioned first decelerator 1, and what output connected lower floor's pot body 8 stirs cutter shaft 3.
Shown in Fig. 4,5, running part 9 and pot body portion 11 also can adopt monolithic construction, be that running part 9 and pot body portion 11 are installed on the same support 13, running part 9 comprises a main motor 10 and a decelerator 1, this decelerator 1 input connects main motor 10, and what output connected lower floor's pot body 8 stirs cutter shaft 3.
Two of first fen pot body 5-1 and second fen pot body 5-2 are stirred cutter shaft 3, and in lower floor's pot body 8 two stir cutter shaft 3 and are the relation of be arrangeding in parallel mutually.
The power that stirs the cutter rotation in the pot body of upper strata has two kinds of forms, first kind of form such as Fig. 1, shown in Figure 14, first fen pot body 5-1 stir cutter shaft 3 with its under in corresponding lower floor's pot body 8 wherein one stir cutter shaft 3 and be in transmission connection by chain 37, second fen pot body 5-2 stir 3 of cutter shafts with its under another root in corresponding lower floor's pot body 8 stir cutter shaft 3 and be in transmission connection by chain 37.
Shown in Fig. 4,14, the upper sprocket wheel 36 of upper strata transmission mechanism 4 is installed on by bearing and stirs on the cutter shaft 3, stirs on the cutter shaft 3 and by key electromagnetic clutch 34 is installed, and electromagnetic clutch 34 can drive the clutch discs 35 that upper sprocket wheel 36 rotates synchronously when having contact.Electromagnetic clutch 34 when electric, clutch discs 35 breaks away from upper sprocket wheel 36, chain 37 drives upper sprocket wheels 36 idle running, stirs cutter shaft 3 and does not change, at this moment the cutter 6 that stirs of upper strata pot body stops to stir.When electromagnetic clutch 34 dead electricity, clutch discs 35 contacts with upper sprocket wheel 36, and chain 37 drives
Also comprise last lower pot body spacing guiding mechanism 7 as shown in figure 16, it comprises that four are adjusted bolt 16, four adjust bolt 16 respectively screw thread be installed on the crossbeam of upper strata pot body 5, adjust the lower end of bolt 16 and pass the beam surface upper that above-mentioned crossbeam withstands on lower floor's pot body 8.When needs are adjusted the elasticity of chain 37, to screw adjustment bolt 16 and get final product, the back of adjusting to the right place selects the cushion block 41 of suitable thickness to fill up between last lower pot body.
Also comprise last lower pot body chain tensioning mechanism as shown in figure 17, this strainer comprises the support 42 that is fixed on pot body portion 11, axle is connected with two connecting rods 43 on support 42, be separately installed with on two connecting rods 43 between regulating wheel 44, two regulating wheels 44 that are used to compress chain 37 and be connected with adjustable extension spring 45.The regulating wheel 44 that is pressed in chain 37 both sides is pressed on regulating wheel 44 on the chain 37 by the elastic force of extension spring 45, and the tensile force of extension spring 45 can be regulated.
Second kind of form as shown in figure 15, the outer end of stirring cutter shaft 3 of upper strata pot body 5 connects motor-driven decelerator 38 by flange 39.Wherein flange 39 inboards are connected and stir on the cutter shaft mount pad 40.Under this form, cutter is stirred on the upper strata can realize stirring work separately.
As shown in Figure 3, pot body 5 bottom discharge openings below in upper strata is provided with upper strata discharge system 12, and this upper strata discharge system 12 comprises following two kinds of forms.
First kind of form form that turns to open as shown in figure 10, the center of circle under the circular discharge port in dome shape Dump gate 25 and pot body 5 bottoms, upper strata cooperates and realizes sealing or discharging.Specifically, dome shape Dump gate 25 is connected with push cylinder 23 with rotary oil cylinder 24 respectively.The opening door operation step is: at first handle rotary oil cylinder 24, make Dump gate 25 move down a segment distance, break away from the circular discharge port in pot body 5 bottoms, upper strata, then under the effect of push cylinder 23, make Dump gate 25 leave position under the circular discharge port in pot body 5 bottoms, upper strata, can realize that upper materials falls in lower floor's pot body 8.At closing time, handle push cylinder 23 dome shape Dump gate 25 be returned to position under the circular discharge port in pot body 5 bottoms, upper strata, handle then rotary oil cylinder 24 with Dump gate 25 upwards lifting get final product.
The form of the push-and-pull switch door of second kind of form shown in Figure 11,12, sliding door 27 cooperate realization sealing or discharging with upper strata pot body 5 bottom discharge openings.Specifically, on upper strata pot body 5, slideway 26 is installed, in this slideway 26, is slidingly fitted with sliding door 27.Described sliding door 27 is connected with traction screw mandrel 28 by the spiral of screw form, and the other end of traction screw mandrel 28 is connected with the worm-wheel shaft of worm gear 29, and the worm screw and the upper strata discharge system motor that cooperate with described worm gear 29 are in transmission connection.By the work of upper strata discharge system driven by motor worm and gear, drive traction screw mandrel 28 and rotate, realize that sliding door 27 slides along slideway 26, finishes the folding of upper strata pot body 5 bottom discharge openings.
The structure that the cutter heating system is stirred on the upper strata as shown in figure 13, steel material stir cutter leaf mainboard 6-2 one side outsourcing one deck steel plate 6-1, steel plate 6-1 with stir between the cutter leaf mainboard 6-2 interlayer for stir that cutter shaft oil circuit 32 communicates stir the cutter oil circuit.The two ends of stirring cutter shaft 3 are separately installed with swivel joint 31, and one of them swivel joint 31 is provided with heat conductive oil inlet 33, and another swivel joint 31 is provided with conduction oil and imports and exports 30.Conduction oil enters by heat conductive oil inlet 33, flows through and stirs cutter shaft oil circuit 32 and the described cutter oil circuit that stirs, and import and export 30 from conduction oil and flow out, thus the heating that cutter 6 is stirred in realization.The built-up welding of steel plate 6-1 outer surface has the wear resistance alloyed layer of one deck.In addition, owing to need to add pitch in lower floor's pot body 8 of this orderly glue stock kneader, offer pitch mouth down in the upper end of lower floor's pot body 8.By following pitch pipe liquid bitumen is input in lower floor's pot body 8.
Claims (13)
1. orderly glue stock kneader comprises running part (9) and pot body portion (11), pot body portion (11) by inside be equipped with stir cutter (6) upper strata pot body (5) and inside the double-decker that lower floor's pot body (8) of stirring cutter (6) is formed is housed; Wherein, upper strata pot body (5) has two first fen pot body (5-1) and second fen pot body (5-2) of installing side by side, is separately installed with in first fen pot body (5-1), second fen pot body (5-2) and the lower floor's pot body (8) and stirs cutter (6); First fen pot body (5-1) and second fen pot body (5-2) bottom discharge openings below are respectively arranged with upper strata discharge system (12); First fen pot body (5-1) and second fen pot body (5-2) bottom discharge openings below also are respectively arranged with tremie pipe (5-3), the upper end of two tremie pipes (5-3) connects described upper strata discharge system (12) respectively, the lower end of two tremie pipes (5-3) comes together in total feed opening (5-4) and locates, it is characterized in that: be provided with slideway at levels pot body faying face, upper strata pot body (5) is slidingly mounted on lower floor's pot body (8) upper surface by slideway; Be equipped with between the upper and lower layer pot body and be used to drive the maintenance travel mechanism (2) of upper strata pot body (5) along described slideway slip; Described maintenance travel mechanism (2) comprises that the lower end is fixed in the hold-down support (21) on lower floor's pot body (8) and is fixed on mobile support saddle (17) on the upper strata pot body (5), in the upper end of hold-down support (21) drive upper strata pot body (5) is installed and goes up the driving mechanism that horizontal direction moves at lower floor's pot body (8), the drive rod outer end of this driving mechanism is connected with mobile support saddle (17).
2. orderly glue stock kneader as claimed in claim 1 is characterized in that: described driving mechanism is traction fluid compressing cylinder (19), and its cylinder sleeve is fixedly mounted in the cylinder support (18), and cylinder support (18) is fixedly mounted on the upper end of hold-down support (21); Described drive rod is the cylinder rod of traction fluid compressing cylinder (19).
3. orderly glue stock kneader as claimed in claim 1 is characterized in that: described driving mechanism is a leading screw screw driving mechanism, and wherein screw (20) is fixedly mounted on the upper end of hold-down support (21); Described drive rod is the leading screw (22) that is connected with described screw (20).
4. as claim 1 or 2 or 3 described orderly glue stock kneaders, it is characterized in that: also comprise lower pot body spacing guiding mechanism (7), it comprises a plurality of adjustment bolts (16), a plurality of adjustment bolts (16) are installed in respectively on the crossbeam of upper strata pot body (5), adjust the lower end of bolt (16) and pass the beam surface upper that above-mentioned crossbeam withstands on lower floor's pot body (8).
5. as claim 1 or 2 or 3 described orderly glue stock kneaders, it is characterized in that: running part (9) and pot body portion (11) are installed on respectively on separately the mount pad; Running part (9) comprises a main motor (10) and two decelerators (1), and main motor (10) is in transmission connection with one of them decelerator (1), and the input of another decelerator (1) connects aforementioned first decelerator (1), and cutter (6) is stirred in the output connection.
6. claim 1 or 2 or 3 described orderly glue stock kneaders is characterized in that: a running part (9) and a pot body portion (11) are installed on the same support (13); Running part (9) comprises a main motor (10) and a decelerator (1), and this decelerator (1) input connects main motor (10), and cutter (6) is stirred in the output connection.
7. claim 1 or 2 or 3 described orderly glue stock kneaders is characterized in that: the structure of described upper strata discharge system (12) is, the center of circle under dome shape Dump gate (25) cooperates with the circular discharge port in upper strata pot body (5) bottom and realizes sealing or discharging; Dome shape Dump gate (25) is connected with push cylinder (23) with rotary oil cylinder (24) respectively.
8. as claim 1 or 2 or 3 described orderly glue stock kneaders, it is characterized in that: the structure of described upper strata discharge system (12) is that sliding door (27) cooperates with upper strata pot body (5) bottom discharge openings realizes sealing or discharging; Slideway (26) is installed on upper strata pot body (5), in this slideway (26), is slidingly fitted with sliding door (27); Described sliding door (27) is connected with traction screw mandrel (28) by the spiral of screw form, and the other end of traction screw mandrel (28) is connected with the worm-wheel shaft of worm gear (29), and the worm-drive that cooperates with described worm gear (29) is connected with upper strata discharge system motor.
9. as claim 1 or 2 or 3 described orderly glue stock kneaders, it is characterized in that: the upper strata is stirred stirring of cutter and is offered in the cutter shaft (3) and stir cutter shaft oil circuit (32); Described stir that cutter (6) comprises steel material stir cutter leaf mainboard (6-2), stirring cutter leaf mainboard (6-2) side outsourcing one deck steel plate (6-1), steel plate (6-1) with stir between the cutter leaf mainboard (6-2) interlayer for stir that cutter shaft oil circuit (32) communicates stir the cutter oil circuit; The built-up welding of steel plate (6-1) outer surface has the wear resistance alloyed layer of one deck.
10. as claim 1 or 2 or 3 described orderly glue stock kneaders, it is characterized in that: also comprise upper strata transmission mechanism (4); Lower floor's pot body (8) is in transmission connection by chain (37) with the cutter (6) that stirs of upper strata pot body (5); The lower end of chain (37) is installed on the lower sprocket of lower floor's pot body (8), and the upper end of chain (37) is connected with the upper sprocket wheel (36) of upper strata transmission mechanism (4); Upper sprocket wheel (36) is installed on by bearing and stirs on the cutter (6), stirs cutter (6) and upward by key electromagnetic clutch (34) is installed, and electromagnetic clutch (34) can drive the upper strata and stir the clutch discs (35) that cutter rotates synchronously when having contact.
11. orderly glue stock kneader as claimed in claim 10 is characterized in that: also comprise chain drive strainer between lower pot body; This strainer comprises the support (42) that is fixed on pot body portion (11), go up axle at support (42) and be connected with two connecting rods (43), be separately installed with the regulating wheel (44) that is used to compress chain (37) on two connecting rods (43), be connected with extension spring (45) between two regulating wheels (44).
12. as claim 1 or 2 or 3 described orderly glue stock kneaders, it is characterized in that: cutter (6) connection of stirring of upper strata pot body (5) is used for driving separately the decelerator (38) that stirs cutter.
13., it is characterized in that: during independent mobile upper strata pot body (5), be provided with steel ball (15) in the slideway of levels pot body faying face as claim 1 or 2 or 3 described orderly glue stock kneaders.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200308337U CN201441895U (en) | 2009-07-29 | 2009-07-29 | Ordered sizing material kneading machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009200308337U CN201441895U (en) | 2009-07-29 | 2009-07-29 | Ordered sizing material kneading machine |
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| Publication Number | Publication Date |
|---|---|
| CN201441895U true CN201441895U (en) | 2010-04-28 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009200308337U Expired - Lifetime CN201441895U (en) | 2009-07-29 | 2009-07-29 | Ordered sizing material kneading machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101618297B (en) * | 2009-07-29 | 2011-06-15 | 王毅 | Orderly glue stock kneader |
| WO2013063729A1 (en) * | 2011-11-01 | 2013-05-10 | 烟台华鹏机械有限公司 | Vertical-type continuous mixing-kneading machine |
-
2009
- 2009-07-29 CN CN2009200308337U patent/CN201441895U/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101618297B (en) * | 2009-07-29 | 2011-06-15 | 王毅 | Orderly glue stock kneader |
| WO2013063729A1 (en) * | 2011-11-01 | 2013-05-10 | 烟台华鹏机械有限公司 | Vertical-type continuous mixing-kneading machine |
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Granted publication date: 20100428 Effective date of abandoning: 20090729 |