CN205555595U - Cascaded spiral transportation crushing equipment - Google Patents
Cascaded spiral transportation crushing equipment Download PDFInfo
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- CN205555595U CN205555595U CN201620194569.0U CN201620194569U CN205555595U CN 205555595 U CN205555595 U CN 205555595U CN 201620194569 U CN201620194569 U CN 201620194569U CN 205555595 U CN205555595 U CN 205555595U
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Abstract
The utility model relates to a cascaded spiral transportation crushing equipment, including the bottom plate, the bottom plate is put on the shelf and is equipped with the support, the hopper has been set up down to the support upper end, the welding of bottom plate left end has the backup pad no. One, install the motor cabinet in the backup pad, install driving motor on the motor cabinet, driving motor is connected with spiral transport pipe, spiral transport pipe below has set gradually a conveying pipeline and no. Two conveying pipelines, the welding of bottom plate top has the fixed plate, fixed plate from the top down installs spiral transport pipe, a conveying pipeline, no. Two conveying pipelines in proper order, further fixes spiral transport pipe, a conveying pipeline, no. Two conveying pipelines through the fixed plate, the collecting box is laid to the bottom plate top, annular breaker is installed to the bottom plate top, annular breaker is located the collecting box directly over. The utility model discloses can realize the function of cascaded quick transported substance material and ring crush, have easy and simple to handle, intensity of labour is little, with low costs, the hold facility area is little, transport speed is fast and advantage such as work efficiency height.
Description
Technical field
The present invention relates to helical conveyer equipment, particularly to a kind of staged helical conveyer disintegrating apparatus.
Background technology
Conveying worm is divided on transporting pattern screw conveyor shaft and Shaftless screw conveyor two kinds, has screw conveyor shaft to be applicable to noncohesive dry material and small particles material, such as: stone granule, cement granules, flyash, Calx, grain etc.；And Shaftless screw conveyor is suitable for the conveyer material by viscosity and easy winding, such as: mud, biomass, rubbish etc.；The operation principle of conveying worm is that material passage is carried out helical feed by the helical blade rotated.
When transporting cement and flyash, owing to the production line of cement and flyash is higher, if using skewed installation spiral conveyer, the helical axis and the helical blade that then need spiral conveyer are the longest, relatively costly, hold facility area is big, and adopts and also exist that travelling speed is slow and the inferior defect of inefficiency in this way；Owing to transport stone granule out and cement granules are the biggest, it usually needs being transferred in extraneous breaker refining further, this process operation is complicated, and labor intensity is big.
Summary of the invention
In order to solve the problems referred to above, the invention provides a kind of staged helical conveyer disintegrating apparatus, can solve the helical axis of spiral conveyer and helical blade long especially and cause relatively costly, hold facility area is big, travelling speed is slow, the inferior difficult problem of inefficiency, middle achieve that staged quickly carries the function of material and ring crush without conversion, have easy and simple to handle, labor intensity is little, low cost, hold facility area are little, travelling speed fast and work efficiency advantages of higher.
To achieve these goals, the present invention realizes by the following technical solutions: a kind of staged helical conveyer disintegrating apparatus, including base plate, described base plate is added is provided with support；Described pedestal upper end sets up hopper, and hopper is as the inlet port of material；Described hopper lower end is provided with taper tremie pipe；Described base plate left end is welded with a gripper shoe；In a described gripper shoe, motor cabinet is installed；On described motor cabinet, inclined shape is provided with driving motor；Described driving motor is connected with helical conveyer pipe；It is disposed with a conveying pipeline and No. two conveying pipelines in hierarchic structure below described helical conveyer pipe；It is welded with fixed plate above described base plate；Described fixed plate is sequentially installed with helical conveyer pipe, conveying pipeline, No. two conveying pipelines from top to bottom, is fixed helical conveyer pipe, conveying pipeline, No. two conveying pipelines further by fixed plate, prevents due to the inadequate phenomenon of the heaviest support strength of material；Collecting box is laid, the material transported by collecting box gathering screw above described base plate；Described base plate is arranged above ring crush device；Described ring crush device is positioned at the surface of collecting box, and ring crush device can play the effect of broken material, more be refined by material.
As a preferred technical solution of the present invention, described helical conveyer pipe, conveying pipeline, No. two conveying pipeline both sides are all connected by fixing bar with between support, helical conveyer pipe, conveying pipeline, No. two conveying pipelines are fixed on support by fixing bar；Described helical conveyer pipe includes that two ends are the helical conveyer cylinder of enclosed construction, described helical conveyer cylinder two ends are provided with helical axis by bearing, it is connected by shaft coupling between described helical axis left end with the outfan driving motor, and screw shaft surface is provided with transport sheet in the axial direction, described transport sheet structure in the shape of a spiral, when driving motor to start working, driven by motor helical axis is driven to rotate, helical axis drives transport sheet to rotate, material passage is carried out helical feed, it is achieved thereby that spiral quickly carries the function of material by the transport sheet rotated；Described conveying pipeline two ends are enclosed construction, and a conveying pipeline right-hand member top is provided with a charging aperture, is provided with a discharging opening bottom a conveying pipeline left end；Described No. two conveying pipeline left ends are closed, and No. two conveying pipeline left end tops are provided with No. two charging apertures.
As a preferred technical solution of the present invention, described helical conveyer cylinder left end top is provided with No. three charging apertures, and bottom helical conveyer cylinder right-hand member, it is provided with No. two discharging openings, the material entered from taper tremie pipe enters into helical conveyer cylinder by No. three charging apertures, arriving helical conveyer cylinder bottom through transport sheet helical feed, then material enters into a delivery tube from No. two discharging openings.
As a preferred technical solution of the present invention, described taper tremie pipe stretches into inside No. three charging apertures；Described No. two discharging openings stretch into inside a charging aperture；A described discharging opening stretches into inside No. two charging apertures so that material can carry completely, without dropping down onto outside the present invention.
nullDuring use，First material by hopper in taper tremie pipe enters into No. three charging apertures，Material is entered in helical conveyer cylinder by No. three charging apertures，Now，Driving motor is started working，Driven by motor helical axis is driven to rotate，Helical axis drives transport sheet to rotate，Material passage is carried out helical feed by the transport sheet rotated，The material arriving helical conveyer cylinder through transport sheet helical feed enters in a charging aperture a delivery tube from No. two discharging openings，Material enters into inside a delivery tube from a charging aperture，Due to an inclined shape of delivery tube，Material is by the bottom of the quick landing of self gravitation a to delivery tube，Then material out enters into inside No. two delivery tube through No. two charging apertures from a discharging opening，Due to No. two delivery tube the most inclined shape structures，Material can be by the weight landing of self to No. two delivery tube bottoms，Last material drops down onto in ring crush device and refines，Realize staged and quickly carry the function of material，The helical axis of solution spiral conveyer and helical blade are long especially and cause relatively costly、Hold facility area is big、Travelling speed is slow、The inferior difficult problem of inefficiency.
As a preferred technical solution of the present invention, described ring crush device includes the carriage being placed on base plate；Described carriage is added is provided with taper cutting-off bushing, and carriage plays the effect supporting taper cutting-off bushing；Lower support ring it is welded with on described carriage；Described lower support ring is internally provided with transverse slat, and lower support ring upper end outer wall is provided with lower retainer ring；Being provided with an electric rotating machine by motor cabinet on described transverse slat, transverse slat plays the effect supporting an electric rotating machine；The outfan of a described electric rotating machine is connected with mounting circular ring；It is welded with rotary-cut cylinder on described mounting circular ring outer wall；Two forward rotary-cut disks it are provided with on described rotary-cut drum outer wall, and the upper end of rotary-cut cylinder is welded with hemispherical guide housing, hemispherical guide housing plays the effect guiding pan feeding so that material can improve work efficiency by the rapid landing of the hemispherical dome structure of hemispherical guide housing；Described rotary-cut cylinder is arranged above support ring；Described upper support ring upper end is welded with charging frame, and the material come through conveying enters into inside ring crush device from charging frame, and upper support ring lower end outer wall is provided with retainer ring；It is connected by bolt between fixed ring with lower retainer ring, upper support ring is fixed in lower support ring；By bearing, I-shaped ring is installed between described upper support ring and lower support ring；It is provided with two reverse rotary-cut disks inside described I-shaped ring, I-shaped ring outer wall is provided with a circle external tooth；Described carriage right-hand member is welded with No. two gripper shoes；In described No. two gripper shoes, No. two electric rotating machines are installed；The outfan of described No. two electric rotating machines is connected with travelling gear；Travelling gear plays transmission and the effect of conversion I-shaped ring direction of rotation；Described travelling gear engages each other with external tooth.
As a preferred technical solution of the present invention, described charging frame is positioned at the underface bottom No. two conveying pipeline right-hand members so that the material that transport comes just can drop down onto in charging frame from No. two conveying pipelines；Described taper cutting-off bushing lower end is slightly above the height of collecting box so that collecting box mobile discharge and replacing are more convenient, improve work efficiency.
As a preferred technical solution of the present invention, said two reverse rotary-cut disk is between two forward rotary-cut disks, use this staggered mode, the reverse rotary-cut disk of two rightabout motions and forward rotary-cut disk can be made quickly material rotary-cut to be refined.
During use, when the material that transport comes drops down onto charging frame from No. two conveying pipelines, material is by the rapid landing of hemispherical dome structure of hemispherical guide housing, now an electric rotating machine is started working, a number electric rotating machine drives mounting circular ring quickly to rotate, mounting circular ring drives upper support ring synchronous rotary, so that two forward rotary-cut disks are along with upper support ring synchronous axial system；Meanwhile, No. two electric rotating machines also begin to work, and No. two electric rotating machine band nutating gears rotate, and drive gears is started building the external tooth synchronous axial system on word ring, so that reverse rotary-cut disk is along forward rotary-cut disk rightabout high speed rotating, material rotary-cut is crushed by the present invention by two rightabout high-speed rotary shear force, is refined by material, it is achieved that the function of material ring crush, have easy and simple to handle, the most operable without replacing, labor intensity is little, and work efficiency is high.
The beneficial effects of the present invention is: a kind of staged helical conveyer disintegrating apparatus, compared to existing technology, first by helical conveyer pipe, conveying pipeline, No. two stepped arrangements of conveying pipeline, achieve staged and quickly carry the function of material, solve the helical axis of spiral conveyer and helical blade long especially and cause relatively costly, hold facility area is big, travelling speed is slow, the inferior difficult problem of inefficiency, has low cost, hold facility area is little, travelling speed fast and work efficiency advantages of higher；Then relending and help forward rotary-cut disk and two, reverse rotary-cut disk rightabout high-speed rotary shear force material rotary-cut to be crushed, refined by material, it is achieved that the function of material ring crush, easy and simple to handle, it is not necessary to replacing is the most operable, labor intensity is little, and work efficiency is high.
Accompanying drawing explanation
The present invention is further described with embodiment below in conjunction with the accompanying drawings.
Fig. 1 is the perspective view of the present invention；
Fig. 2 is the full sectional view of the present invention；
Fig. 3 is the partial enlarged drawing in Fig. 2 at A.
Detailed description of the invention
For the technological means making the present invention realize, creation characteristic, reach purpose and be easy to understand with effect, below in conjunction with being specifically illustrating, the present invention is expanded on further.It should be noted that in the case of not conflicting, the embodiment in the application and the feature in embodiment can be combined with each other.
As shown in Figure 1 to Figure 3, a kind of staged helical conveyer disintegrating apparatus, including base plate 1, described base plate 1 is added is provided with support 2；Described support 2 upper end frame is provided with hopper 3, and hopper 3 is as the inlet port of material；Described hopper 3 lower end is provided with taper tremie pipe 3a；Described base plate 1 left end is welded with a gripper shoe 4；In a described gripper shoe 4, motor cabinet 5 is installed；On described motor cabinet 5, inclined shape is provided with driving motor 6；Described driving motor 6 is connected with helical conveyer pipe 7；It is disposed with a conveying pipeline 8 and No. two conveying pipelines 9 in hierarchic structure below described helical conveyer pipe 7；It is welded with fixed plate 11 above described base plate 1；Described fixed plate 11 is sequentially installed with helical conveyer pipe 8, No. two conveying pipelines 9 of 7, conveying pipeline from top to bottom, fix helical conveyer pipe 8, No. two conveying pipelines 9 of 7, conveying pipeline further by fixed plate 11, prevent due to the inadequate phenomenon of the heaviest support strength of material；Collecting box 12 is laid, the material transported by collecting box 12 gathering screw above described base plate 1；Described base plate 1 is arranged above ring crush device 13；Described ring crush device 13 is positioned at the surface of collecting box 12, and ring crush device 13 can play the effect of broken material, more be refined by material.
8, No. two conveying pipeline 9 both sides of 7, conveying pipeline of described helical conveyer pipe are all connected by fixing bar 10 with between support 2, are fixed on support 2 by helical conveyer pipe 8, No. two conveying pipelines 9 of 7, conveying pipeline by fixing bar 10；Described helical conveyer pipe 7 includes that two ends are the helical conveyer cylinder 7a of enclosed construction, described helical conveyer cylinder 7a two ends are provided with helical axis 7b by bearing, it is connected by shaft coupling between described helical axis 7b left end with the outfan driving motor 6, and helical axis 7b surface is provided with transport sheet 7c in the axial direction, described transport sheet 7c structure in the shape of a spiral, when driving motor 6 to start working, motor 6 is driven to drive helical axis 7b to rotate, helical axis 7b drives transport sheet 7c to rotate, material passage is carried out helical feed by the transport sheet 7c rotated, it is achieved thereby that spiral quickly carries the function of material；Described conveying pipeline 8 two ends are enclosed construction, and a conveying pipeline 8 right-hand member top is provided with a charging aperture 8a, is provided with a discharging opening 8b bottom conveying pipeline 8 left end；Described No. two conveying pipeline 9 left ends are closed, and No. two conveying pipeline 9 left end tops are provided with No. two charging aperture 9a；
Described helical conveyer cylinder 7a left end top is provided with No. three charging aperture 7d, and it is provided with No. two discharging opening 7e bottom helical conveyer cylinder 7a right-hand member, the material entered from taper tremie pipe 3a enters into helical conveyer cylinder 7a by No. three charging aperture 7d, arriving helical conveyer cylinder 7a bottom through transport sheet 7c helical feed, then material enters into a delivery tube 8 from No. two discharging opening 7e.
Described taper tremie pipe 3a stretches into inside No. three charging aperture 7d；Described No. two discharging opening 7e stretch into inside a charging aperture 8a；A described discharging opening 8b stretches into inside No. two charging aperture 9a so that material can carry completely, without dropping down onto outside the present invention.
nullDuring use，First material by hopper 3 in taper tremie pipe 3a enters into No. three charging aperture 7d，Material is entered in helical conveyer cylinder 7a by No. three charging aperture 7d，Now，Motor 6 is driven to start working，Motor 6 is driven to drive helical axis 7b to rotate，Helical axis 7b drives transport sheet 7c to rotate，Material passage is carried out helical feed by the transport sheet 7c rotated，The material arriving helical conveyer cylinder 7a through transport sheet 7c helical feed enters in a charging aperture 8a a delivery tube 8 from No. two discharging opening 7e，It is internal that material enters into a delivery tube 8 from a charging aperture 8a，Due to an inclined shape of delivery tube 8，Material is by the bottom of the quick landing of self gravitation a to delivery tube 8，Then material out enters into No. two delivery tube 9 inside through No. two charging aperture 9a from a discharging opening 8b，Due to No. two delivery tube 9 the most inclined shape structures，Material can be by the weight landing of self to No. two delivery tube 9 bottoms，Last material drops down onto in ring crush device 13 and refines，Realize staged and quickly carry the function of material，The helical axis of solution spiral conveyer and helical blade are long especially and cause relatively costly、Hold facility area is big、Travelling speed is slow、The inferior difficult problem of inefficiency.
Described ring crush device 13 includes the carriage 131 being placed on base plate 1；The added taper cutting-off bushing 132 that is provided with of described carriage 131, carriage 131 plays the effect supporting taper cutting-off bushing 132；Lower support ring 133 it is welded with on described carriage 131；Described lower support ring 133 is internally provided with transverse slat 133a, and lower support ring 133 upper end outer wall is provided with lower retainer ring 133b；Being provided with an electric rotating machine 134 by motor cabinet on described transverse slat 133a, transverse slat 133a plays the effect supporting an electric rotating machine 134；The outfan of a described electric rotating machine 134 is connected with mounting circular ring 135；It is welded with rotary-cut cylinder 136 on described mounting circular ring 135 outer wall；Two forward rotary-cut disk 136a it are provided with on described rotary-cut cylinder 136 outer wall, and the upper end of rotary-cut cylinder 136 is welded with hemispherical guide housing 137, hemispherical guide housing 137 plays the effect guiding pan feeding, make material can improve work efficiency by the rapid landing of the hemispherical dome structure of hemispherical guide housing 137；Described rotary-cut cylinder 136 is arranged above support ring 138；Described upper support ring 138 upper end is welded with charging frame 139, and the material come through conveying enters into ring crush device 13 inside from charging frame 139, and upper support ring 138 lower end outer wall is provided with retainer ring 138a；It is connected by bolt between fixed ring 138a with lower retainer ring 133b, upper support ring 138 is fixed in lower support ring 133；By bearing, I-shaped ring 1310 is installed between described upper support ring 138 and lower support ring 133；It is provided with two reverse rotary-cut disk 1310a inside described I-shaped ring 1310, forms punishment in advance gap between reverse rotary-cut disk 1310a and rotary-cut cylinder 136, I-shaped ring 1310 outer wall is provided with a circle external tooth 1310b；Described carriage 131 right-hand member is welded with No. two gripper shoes 1311；In described No. two gripper shoes 1311, No. two electric rotating machines 1312 are installed；The outfan of described No. two electric rotating machines 1312 is connected with travelling gear 1313；Travelling gear 1313 plays transmission and the effect of conversion I-shaped ring 1310 direction of rotation；Described travelling gear 1313 engages each other with external tooth 1310b.
Described charging frame 139 is positioned at the underface bottom No. two conveying pipeline 9 right-hand members so that the material that transport comes just can drop down onto in charging frame 139 from No. two conveying pipelines 9；Described taper cutting-off bushing 132 lower end is slightly above the height of collecting box 12 so that collecting box 12 mobile discharge and replacing are more convenient, improve work efficiency.
Said two reverse rotary-cut disk 1310a, between two forward rotary-cut disk 136a, uses this staggered mode, and the reverse rotary-cut disk 1310a and forward rotary-cut disk 136a of two rightabout motions can be made quickly material rotary-cut to be refined.
During use, when the material that transport comes drops down onto charging frame 139 from No. two conveying pipelines 9, material is by the rapid landing of hemispherical dome structure of hemispherical guide housing 137, now an electric rotating machine 134 is started working, a number electric rotating machine 134 drives mounting circular ring 135 quickly to rotate, mounting circular ring 135 drives upper support ring 138 synchronous rotary, so that two forward rotary-cut disk 136a are along with upper support ring 138 synchronous axial system；Meanwhile, No. two electric rotating machines 1312 also begin to work, No. two electric rotating machine 1312 band nutating gears 1313 rotate, travelling gear 1313 drives the external tooth 1310b synchronous axial system on I-shaped ring 1310, so that reverse rotary-cut disk 1310a is along forward rotary-cut disk 136a rightabout high speed rotating, material rotary-cut is crushed by the present invention by two rightabout high-speed rotary shear force, material is refined, achieve the function of material ring crush, have easy and simple to handle, the most operable without replacing, labor intensity is little, and work efficiency is high.
nullDuring work，First material by hopper 3 in taper tremie pipe 3a enters into No. three charging aperture 7d，Material is entered in helical conveyer cylinder 7a by No. three charging aperture 7d，Now，Motor 6 is driven to start working，Motor 6 is driven to drive helical axis 7b to rotate，Helical axis 7b drives transport sheet 7c to rotate，Material passage is carried out helical feed by the transport sheet 7c rotated，The material arriving helical conveyer cylinder 7a through transport sheet 7c helical feed enters in a charging aperture 8a a delivery tube 8 from No. two discharging opening 7e，It is internal that material enters into a delivery tube 8 from a charging aperture 8a，Due to an inclined shape of delivery tube 8，Material is by the bottom of the quick landing of self gravitation a to delivery tube 8，Then material out enters into No. two delivery tube 9 inside through No. two charging aperture 9a from a discharging opening 8b，Due to No. two delivery tube 9 the most inclined shape structures，Material can be by the weight landing of self to No. two delivery tube 9 bottoms，Last material drops down onto in ring crush device 13 and refines，Realize staged and quickly carry the function of material，The helical axis of solution spiral conveyer and helical blade are long especially and cause relatively costly、Hold facility area is big、Travelling speed is slow、The inferior difficult problem of inefficiency；When the material that transport comes drops down onto charging frame 139 from No. two conveying pipelines 9, material is by the rapid landing of hemispherical dome structure of hemispherical guide housing 137, now an electric rotating machine 134 is started working, a number electric rotating machine 134 drives mounting circular ring 135 quickly to rotate, mounting circular ring 135 drives upper support ring 138 synchronous rotary, so that two forward rotary-cut disk 136a are along with upper support ring 138 synchronous axial system；Meanwhile, No. two electric rotating machines 1312 also begin to work, No. two electric rotating machine 1312 band nutating gears 1313 rotate, travelling gear 1313 drives the external tooth 1310b synchronous axial system on I-shaped ring 1310, so that reverse rotary-cut disk 1310a is along forward rotary-cut disk 136a rightabout high speed rotating, material rotary-cut is crushed by the present invention by two rightabout high-speed rotary shear force, material is refined, achieve the function of material ring crush, have easy and simple to handle, the most operable without replacing, labor intensity is little, and work efficiency is high；Reach purpose.
The ultimate principle of the present invention, principal character and advantage have more than been shown and described.Skilled person will appreciate that of the industry; the present invention is not restricted to the described embodiments; the principle that the present invention is simply described of the description in above-described embodiment and description; without departing from the spirit and scope of the present invention; the present invention also has various changes and modifications, and these changes and improvements both fall within scope of the claimed invention.Claimed scope is defined by appending claims and equivalent thereof.
Claims (8)
1. a staged helical conveyer disintegrating apparatus, it is characterised in that: including base plate (1), described base plate (1) is added is provided with support (2)；Described support (2) upper end frame is provided with hopper (3)；Described hopper (3) lower end is provided with taper tremie pipe (3a)；Described base plate (1) left end is welded with a gripper shoe (4)；On a described gripper shoe (4), motor cabinet (5) is installed；The upper inclined shape of described motor cabinet (5) is provided with driving motor (6)；Described driving motor (6) is connected with helical conveyer pipe (7)；Described helical conveyer pipe (7) lower section is disposed with a conveying pipeline (8) and No. two conveying pipelines (9) in hierarchic structure；Described base plate (1) top is welded with fixed plate (11)；Described fixed plate (11) is sequentially installed with helical conveyer pipe (7), conveying pipeline (8), No. two conveying pipelines (9) from top to bottom；Collecting box (12) is laid in described base plate (1) top；Described base plate (1) is arranged above ring crush device (13)；Described ring crush device (13) is positioned at the surface of collecting box (12).
A kind of staged helical conveyer disintegrating apparatus the most according to claim 1, it is characterised in that: described ring crush device (13) includes the carriage (131) being placed on base plate (1)；Described carriage (131) is added is provided with taper cutting-off bushing (132)；Lower support ring (133) it is welded with on described carriage (131)；Described lower support ring (133) is internally provided with transverse slat (133a), and lower support ring (133) upper end outer wall is provided with lower retainer ring (133b)；By motor cabinet, a number electric rotating machine (134) is installed on described transverse slat (133a)；The outfan of a described electric rotating machine (134) is connected with mounting circular ring (135)；Rotary-cut cylinder (136) it is welded with on described mounting circular ring (135) outer wall；It is provided with two forwards rotary-cut disk (136a) on described rotary-cut cylinder (136) outer wall, and the upper end of rotary-cut cylinder (136) is welded with hemispherical guide housing (137)；Described rotary-cut cylinder (136) is arranged above support ring (138)；Described upper support ring (138) upper end is welded with charging frame (139), and upper support ring (138) lower end outer wall is provided with retainer ring (138a)；It is connected by bolt between fixed ring (138a) with lower retainer ring (133b)；By bearing, I-shaped ring (1310) is installed between described upper support ring (138) and lower support ring (133).
A kind of staged helical conveyer disintegrating apparatus the most according to claim 2, it is characterized in that: described I-shaped ring (1310) inner side is provided with two reverse rotary-cut disks (1310a), and I-shaped ring (1310) outer wall is provided with a circle external tooth (1310b)；Described carriage (131) right-hand member is welded with No. two gripper shoes (1311)；On described No. two gripper shoes (1311), No. two electric rotating machines (1312) are installed；The outfan of described No. two electric rotating machines (1312) is connected with travelling gear (1313)；Described travelling gear (1313) engages each other with external tooth (1310b).
A kind of staged helical conveyer disintegrating apparatus the most according to claim 2, it is characterised in that: described charging frame (139) is positioned at the underface bottom No. two conveying pipeline (9) right-hand members；Described taper cutting-off bushing (132) lower end is slightly above the height of collecting box (12).
A kind of staged helical conveyer disintegrating apparatus the most according to claim 3, it is characterised in that: said two reverse rotary-cut disk (1310a) is positioned between two forwards rotary-cut disk (136a).
A kind of staged helical conveyer disintegrating apparatus the most according to claim 1, it is characterised in that: described helical conveyer pipe (7), conveying pipeline (8), No. two conveying pipeline (9) both sides are all connected by fixing bar (10) with between support (2)；Described helical conveyer pipe (7) includes that two ends are the helical conveyer cylinder (7a) of enclosed construction, described helical conveyer cylinder (7a) two ends are provided with helical axis (7b) by bearing, it is connected by shaft coupling between described helical axis (7b) left end with the outfan driving motor (6), and helical axis (7b) surface is provided with transport sheet (7c), described transport sheet (7c) structure in the shape of a spiral in the axial direction；Described conveying pipeline (8) two ends are enclosed construction, and conveying pipeline (8) right-hand member top is provided with a charging aperture (8a), is provided with a discharging opening (8b) bottom conveying pipeline (8) left end；Described No. two conveying pipeline (9) left ends are closed, and No. two conveying pipeline (9) left end tops are provided with No. two charging apertures (9a).
A kind of staged helical conveyer disintegrating apparatus the most according to claim 6, it is characterized in that: described helical conveyer cylinder (7a) left end top is provided with No. three charging apertures (7d), and is provided with No. two discharging openings (7e) bottom helical conveyer cylinder (7a) right-hand member.
A kind of staged helical conveyer disintegrating apparatus the most according to claim 7, it is characterised in that: it is internal that described taper tremie pipe (3a) stretches into No. three charging apertures (7d)；It is internal that described No. two discharging openings (7e) stretch into a charging aperture (8a)；It is internal that a described discharging opening (8b) stretches into No. two charging apertures (9a).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620194569.0U CN205555595U (en) | 2016-03-14 | 2016-03-14 | Cascaded spiral transportation crushing equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620194569.0U CN205555595U (en) | 2016-03-14 | 2016-03-14 | Cascaded spiral transportation crushing equipment |
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| CN205555595U true CN205555595U (en) | 2016-09-07 |
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| CN201620194569.0U Expired - Fee Related CN205555595U (en) | 2016-03-14 | 2016-03-14 | Cascaded spiral transportation crushing equipment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105775789A (en) * | 2016-03-14 | 2016-07-20 | 蔡惠文 | Stepped type spiral transporting and crushing device |
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2016
- 2016-03-14 CN CN201620194569.0U patent/CN205555595U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105775789A (en) * | 2016-03-14 | 2016-07-20 | 蔡惠文 | Stepped type spiral transporting and crushing device |
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