CN108620688A - A kind of novel stainless steel pipe peeling machine - Google Patents
A kind of novel stainless steel pipe peeling machine Download PDFInfo
- Publication number
- CN108620688A CN108620688A CN201810580105.7A CN201810580105A CN108620688A CN 108620688 A CN108620688 A CN 108620688A CN 201810580105 A CN201810580105 A CN 201810580105A CN 108620688 A CN108620688 A CN 108620688A
- Authority
- CN
- China
- Prior art keywords
- support
- wheel
- latch
- connection
- guide wheel
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B23—MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
- B23D—PLANING; SLOTTING; SHEARING; BROACHING; SAWING; FILING; SCRAPING; LIKE OPERATIONS FOR WORKING METAL BY REMOVING MATERIAL, NOT OTHERWISE PROVIDED FOR
- B23D79/00—Methods, machines, or devices not covered elsewhere, for working metal by removal of material
- B23D79/12—Machines or devices for peeling bars or tubes making use of cutting bits arranged around the workpiece, otherwise than by turning
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B27/00—Other grinding machines or devices
- B24B27/033—Other grinding machines or devices for grinding a surface for cleaning purposes, e.g. for descaling or for grinding off flaws in the surface
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B47/00—Drives or gearings; Equipment therefor
- B24B47/10—Drives or gearings; Equipment therefor for rotating or reciprocating working-spindles carrying grinding wheels or workpieces
- B24B47/12—Drives or gearings; Equipment therefor for rotating or reciprocating working-spindles carrying grinding wheels or workpieces by mechanical gearing or electric power
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B24—GRINDING; POLISHING
- B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
- B24B5/00—Machines or devices designed for grinding surfaces of revolution on work, including those which also grind adjacent plane surfaces; Accessories therefor
- B24B5/02—Machines or devices designed for grinding surfaces of revolution on work, including those which also grind adjacent plane surfaces; Accessories therefor involving centres or chucks for holding work
- B24B5/04—Machines or devices designed for grinding surfaces of revolution on work, including those which also grind adjacent plane surfaces; Accessories therefor involving centres or chucks for holding work for grinding cylindrical surfaces externally
Abstract
The invention discloses a kind of novel stainless steel pipe peeling machines; its structure includes left support baffle, scalping blade, support working panel, engine, motor support panel, panel support column, motor drive crawler belt, cutting grinding device, Track protector outline border, right support baffle, peeling rot; the lower end of engine is installed in the upper end of motor support panel; the outer end of motor support panel is welded in the inner end of panel support column, beneficial effects of the present invention：By increasing cutting grinding device in equipment, make its equipment when carrying out the peeling operation of stainless-steel pipe, when become rusty steel raw material surface be usually present point, pit and crackle the defects of when, equipment, which can be synchronized quickly, carries out polishing cutting operation, its stainless-steel pipe surface is set effectively to keep smooth and smooth, so as to effectively increase the working efficiency of its equipment.
Description
Technical field
The present invention is a kind of novel stainless steel pipe peeling machine, belongs to steel pipe peeling grinding apparatus field.
Background technology
Stainless steel tube peeling machine is suitable for different size of stainless steel steel, is mainly used for removing the protection of stainless steel surface
Crust and some construction materials.
In the prior art, equipment is when carrying out the peeling operation of stainless steel tube steel, because of the surface one of stainless steel raw material
As all there is the defects of point, pit and crackle, it is therefore necessary to cutting cleaning is carried out to its surface, and equipment can not carry out automatically
Surface cleaning polishing operation, it is often necessary to which staff carries out additional polishing operation, largely affects stainless steel steel
The peeling efficiency of pipe and the workload for increasing staff.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of novel stainless steel pipe peeling machine, to solve
In the prior art, equipment is when carrying out the peeling operation of stainless steel tube steel, because the surface of stainless steel raw material is usually present
The defects of point, pit and crackle, it is therefore necessary to cutting cleaning is carried out to its surface, and equipment can not carry out automatic surface cleaning
Polishing operation, it is often necessary to which staff carries out additional polishing operation, largely affects the peeling of stainless-steel pipe
Efficiency and the problem of increase the workload of staff.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of novel stainless steel pipe stripping
Skin machine, structure include left support baffle, scalping blade, support working panel, engine, motor support panel, panel support
Column, motor drive crawler belt, cutting grinding device, Track protector outline border, right support baffle, peeling rot, the engine
Lower end be installed in the upper end of motor support panel, the outer end of the motor support panel is welded in the interior of panel support column
End, the panel support column set there are four and upper end be welded in four ends of support working panel lower end, the support working face
The upper mechanical of plate is connected to the lower end of left support baffle and right support baffle, and the right end of the engine is affixed to be passed together in motor
The lower end of dynamic crawler belt inner wall, the upper gap of the motor drive crawler belt are matched with the inner wall of Track protector outline border, the crawler belt
The lower end of protection outline border is welded in the right side of support working panel upper end, and the left and right ends of the peeling rot are mechanically connected to
The lower end of the inner wall of left support baffle and right support baffle, the peeling rot is installed in the upper end of scalping blade, described to cut
The right end for cutting grinding device is mechanically connected to the left side of right support baffle lower end, and the right end of the right support baffle is welded in crawler belt
Protect outline border left end, the cutting grinding device include cutting polishing blade, polish rotating mechanism, ballistic support shell, on
Conducting support mechanism, No.1 connection transmission mechanism, sheave connecting shaft, crawler belt connection sheave, induction rotating mechanism, No. two connections pass
Motivation structure, lower conducting support mechanism, blade connecting shaft, the inner wall of the motor drive crawler belt is affixed connects sheave together in crawler belt
The left end of outer surface, the crawler belt connection sheave is welded in the right end of sheave connecting shaft, the left end installing of the sheave connecting shaft
It is meshed on the upside of the right end of induction rotating mechanism, the induction rotating mechanism left end and connects the right side of transmission mechanism in No.1
The left end at end, the No.1 connection transmission mechanism is mechanically connected to the right end of conduction supporting mechanism, the upper conducting support machine
It is installed in the upper end of polishing rotating mechanism left end on the downside of the left end of structure, is meshed in two on the downside of the induction rotating mechanism left end
The right end of number connection transmission mechanism, the left end of No. two connection transmission mechanisms are mechanically connected to the right side of lower conducting support mechanism
It holds, the downside of polishing rotating mechanism left end, the polishing rotating mechanism is installed on the upside of the lower conducting support mechanism left end
Left end be welded in the right end of blade connecting shaft, the left end of the blade connecting shaft is installed in the right end of cutting polishing blade, institute
The outer surface of polishing rotating mechanism left end is stated through the middle part of ballistic support shell left end, the ballistic support shell right end
Middle part is mechanically connected to the outer surface of induction rotating mechanism right end, a left side for upper the conduction supporting mechanism and lower conducting support mechanism
End is welded in the left side of ballistic support outer casing inner wall.
Best, the induction rotating mechanism is by No.1 convex block shaft, upper helical gear, dust-proof piece of isolation, lower helical gear, perpendicular
To thread spindle, guide support screw thread wheel, left transverse connecting shaft, two-way latch wheel composition, a left side for sheave connecting shaft outer surface
Side clearance is matched with dust-proof piece of inner wall of isolation, the outer surface of dust-proof piece of the isolation through ballistic support shell right end,
The left end of the sheave connecting shaft is welded in the right end of left transverse connecting shaft, and the left end of the left transverse connecting shaft is installed in two-way
The right end of latch wheel, the outer surface of the two-way latch wheel are meshed in upper helical gear the helical gear outer surface under, under described
Helical gear lower end is welded in the upper end of vertical thread spindle, and the outer surface of the vertical thread spindle is meshed in guide support screw thread
The outside of rear end is taken turns, is meshed in the right end of No. two connection transmission mechanisms on the outside of the guide support screw thread wheel front end, it is described
Upper helical gear upper end is welded in the lower end of No.1 convex block shaft, and the outer surface of the No.1 convex block shaft is mechanically connected to No.1
Connect the right end of transmission mechanism.
It is best, the No.1 connection transmission mechanism by support motion thread axis, No. two convex block shafts, gear supporting rod,
Interactive connection card gear, right groove wheel, groove connection belt, left groove wheel composition, the outer surface machine of the No.1 convex block shaft
Tool is connected to the right end of interactive connection card gear, and the rear and front end of the interaction connection card gear is mechanically connected to gear supporting rod
Lower end, the upper end of the gear supporting rod is welded in the upside of ballistic support outer casing inner wall, the interaction connection card gear
Left end is meshed in the right end of No. two convex block shafts, and the lower end of No. two convex block shafts is welded in the upper end of right groove wheel, institute
The outer surface for stating right groove wheel is connected by groove connection belt with the outer surface of left groove wheel, the upper end of the left groove wheel
It is welded in the lower end of support motion thread axis.
Best, the upper conduction supporting mechanism is by upper block supporting rod, the first connection conduction band, upper connection guide wheel, No.1
Connect band, latch support wheel, latch screw thread wheel composition, the outer surface of the latch screw thread wheel are meshed in the outer of latch support wheel
The front end on surface, the latch support wheel is affixed the right end together in No.1 connect band inner wall, a left side for the No.1 connect band inner wall
End is affixed the front end together in upper connection guide wheel, and the rear and front end of the upper connection guide wheel is mechanically connected to the right side of upper block supporting rod
The left end at end, the upper block supporting rod is welded in the left side of ballistic support outer casing inner wall, the outer surface of the upper connection guide wheel
It fits with the upper end of upper connection guide wheel inner wall, the lower end inner wall of the upper connection guide wheel is installed in the upper of polishing rotating mechanism
End.
Best, No. two connection transmission mechanisms are by horizontal thread axis, the oblique guide wheel of right latch, the oblique guide wheel of upper latch, perpendicular
To connecting shaft, groove connection riser, two-way groove shaft, No.1 guide rod, No. two guide rods, it is bi-directionally connected guide wheel composition, it is described to lead
It is meshed in the outer surface of horizontal thread axis on the outside of to support screw thread wheel front end, the left end of the horizontal thread axis is welded in the right side
The right end of the oblique guide wheel of latch, the outer surface of the right oblique guide wheel of latch are meshed in the outer surface of the oblique guide wheel of upper latch, it is described on
The upper end of the oblique guide wheel of latch is welded in the lower end of vertical connecting shaft, and the upper end of the vertical connecting shaft is installed in two-way groove shaft
Lower end and be integrated, the left end of the two-way groove shaft is movably connected on the right end of groove connection riser, described
The left end of groove connection riser is installed in the right end of No.1 guide rod, and the left end of the No.1 guide rod is movably connected on No. two guide rods
The lower mechanical of upper end, No. two guide rods is connected to the outside for being bi-directionally connected guide wheel front end.
Best, the lower conducting support mechanism is by No.1 connecting rod, No. two connecting rods, support fixed idler whell, No. two companies
Tape splicing, lower connection guide wheel, lower tumbler supporting rod, the second connection conduction band composition, the lower end of the No.1 connecting rod is movably connected on
The right end of No. two connecting rods, for the automatic mounting of No. two connecting rods in the outside of support fixed idler whell front end, the support is solid
The front end for determining idler wheel is connected with the front end of lower connection guide wheel by No. two connect bands, the rear and front end machine of the lower connection guide wheel
Tool is connected to the right end of lower tumbler supporting rod, and the left end of the lower tumbler supporting rod is welded in a left side for ballistic support outer casing inner wall
Side, the outer surface of the lower connection guide wheel, which is connect with second on the downside of conduction band inner wall, to fit, and described second connects the upper of conduction band
End inner wall is installed in the lower end of polishing rotating mechanism.
Best, the polishing rotating mechanism increases sliding block, convex block transverse shaft, upper latch guide wheel, shaft by sealing and supports
The lower end inner wall of bearing, bearing support limiting plate, lower latch guide wheel composition, the upper connection guide wheel is installed in latch guide wheel
The outer surface of front end, the upper latch guide wheel is meshed in the upper end of convex block transverse shaft, the upper end of the second connection conduction band
The front end of inner wall and lower latch guide wheel fits, and the upper end of the lower latch guide wheel is meshed in the lower end of convex block transverse shaft,
The right end of the convex block transverse shaft is installed in the left end of shaft spring bearing, the right end mechanical connection of the shaft spring bearing
It is welded in the right end of blade connecting shaft, the blade in the left end of the left end of bearing support limiting plate, the convex block transverse shaft
The right side clearance fit of connecting shaft outer surface increases the inner wall of sliding block in sealing, and the sealing increases the outer surface of sliding block through protection
The middle part of support housing left end.
Best, the outer surface of the support motion thread axis is meshed in the outside of latch screw thread wheel rear end, described double
The upper end of No.1 connecting rod is mechanically connected on the outside of to connection guide wheel front end.
Best, the left support baffle is mutually parallel two-by-two with right support baffle.
Best, the crawler belt connection sheave can effectively use the power of its motor drive crawler belt, more energy saving.
Beneficial effects of the present invention are as follows：A kind of novel stainless steel pipe peeling machine of the present invention, is carried out not when using this equipment
When the peeling operation of rust steel pipe, engine should be connected first and be connected by staff, enable its engine that its motor to be driven to pass
Dynamic caterpillar drive, to drive the peeling operation of peeling rot and scalping blade progress stainless steel tube by motor drive crawler belt,
And when motor drive crawler belt runs and rotates, crawler belt connection sheave will follow motor drive crawler belt to rotate, and be connected by crawler belt
Sheave drives sheave connecting shaft to be rotated with left transverse connecting shaft, and under the action of left transverse connecting shaft, two-way latch wheel will
Helical gear thereon and the rotation of lower helical gear are driven, under the action of upper helical gear, No.1 convex block shaft will make its interaction connection
Latch wheel drives No. two convex block shafts, then drives latch screw thread by support motion thread axis under the action of No. two convex block shafts
Wheel rotation is then driven by No.1 connect band and is connected to drive the rotation of latch support wheel under the action of latch screw thread wheel
Guide wheel rotates, and makes latch guide wheel normal rotation thereon under the action of its first connection conduction band, and the helical gear effect under
Under, vertical thread spindle will make its guide support screw thread wheel drive the operating of horizontal thread axis, and in its horizontal thread axis and right card
Under the action of the oblique guide wheel of tooth, its vertical connecting shaft is set to drive groove connection riser rotation, and in its No.1 guide rod and No. two guide rods
Under the action of, so that it is bi-directionally connected guide wheel and No.1 connecting rod is driven to be moved with No. two connecting rods, in its No.1 connecting rod and No. two
Under the action of connecting rod, support fixed idler whell will make its lower connection guide wheel drive the second connection conduction band rotation, to make under it
Latch guide wheel rotates, and under the collective effect of lower latch guide wheel and upper latch guide wheel, convex block transverse shaft will make its blade
Connecting shaft drives cutting polishing blade rotation, to make its cutting polishing blade carry out cutting polishing stainless steel tube, makes its equipment
The peeling operation of stainless-steel pipe can preferably be carried out：By increasing cutting grinding device in equipment, its equipment is made to exist
Carry out stainless-steel pipe peeling operation when, when become rusty steel raw material surface be usually present point, pit and crackle the defects of
When, equipment, which can be synchronized quickly, carries out polishing cutting operation, its stainless-steel pipe surface is enable effectively to keep light
It is sliding and smooth, so as to effectively increase the working efficiency of its equipment.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structural schematic diagram of novel stainless steel pipe peeling machine of the present invention.
Fig. 2 is a kind of structural schematic diagram one of the cutting grinding device of novel stainless steel pipe peeling machine of the present invention.
Fig. 3 is a kind of structural schematic diagram two of the cutting grinding device of novel stainless steel pipe peeling machine of the present invention.
In figure：Left support baffle -1, scalping blade -2, support working panel -3, engine -4, motor support panel -5,
Panel support column -6, motor drive crawler belt -7, cutting grinding device -8, Track protector outline border -9, right support baffle -10, stripping
Skin rot -11, cutting polishing blade -801, polishing rotating mechanism -802, ballistic support shell -803, upper conducting support machine
Structure -804, No.1 connection transmission mechanism -805, sheave connecting shaft -806, crawler belt connection sheave -807, induction rotating mechanism -808,
No. two connection transmission mechanisms -809, lower conducting support mechanism -810, blade connecting shaft -811, No.1 convex block shaft -8081, it is upper tiltedly
Gear -8082, isolation dust-proof piece -8083, lower helical gear -8084, vertical thread spindle -8085, guide support screw thread wheel -8086,
Left transverse connecting shaft -8087, two-way latch wheel -8088, support motion thread axis -8051, No. two convex block shafts -8052, gears
Supporting rod -8053, interactive connection card gear -8054, right groove wheel -8055, groove connection belt -8056, left groove wheel -
8057, upper block supporting rod -8041, first connects conduction band -8042, upper connection guide wheel -8043, No.1 connect band -8044, latch
Support wheel -8045, latch screw thread wheel -8046, horizontal thread axis -8091, the oblique guide wheel -8092 of right latch, the oblique guide wheel-of upper latch
8093, vertical connecting shaft -8094, groove connection riser -8095, two-way groove shaft -8096, No.1 guide rod -8097, two are led
Bar -8098, be bi-directionally connected guide wheel -8099, -8101, No. two connecting rods -8102 of No.1 connecting rod, support fixed idler whell -8103,
No. two connect bands -8104, lower connection guide wheel -8105, lower tumbler supporting rod -8106, second connect conduction band -8107, sealing increases cunning
Block -8021, convex block transverse shaft -8022, upper latch guide wheel -8023, shaft spring bearing -8024, bearing support limiting plate -
8025, lower latch guide wheel -8026.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
It please refers to Fig.1 to Fig.3, the present invention provides a kind of novel stainless steel pipe peeling machine：Its structure includes left support baffle
1, scalping blade 2, support working panel 3, engine 4, motor support panel 5, panel support column 6, motor drive crawler belt 7,
Grinding device 8, Track protector outline border 9, right support baffle 10, peeling rot 11 are cut, the lower end of the engine 4 is installed in
The outer end of the upper end of motor support panel 5, the motor support panel 5 is welded in the inner end of panel support column 6, the panel
There are four support post 6 is set and upper end is welded in four ends of 3 lower end of support working panel, the upper end of the support working panel 3
It is mechanically connected to the lower end of left support baffle 1 and right support baffle 10, the right end of the engine 4 is affixed to be carried out together in motor drive
The upper gap of lower end with 7 inner walls, the motor drive crawler belt 7 is matched with the inner wall of Track protector outline border 9, and the crawler belt is protected
The lower end of shield outline border 9 is welded in the right side of 3 upper end of support working panel, the left and right ends mechanical connection of the peeling rot 11
It is installed in the upper of scalping blade 2 in the lower end of the inner wall of left support baffle 1 and right support baffle 10, the peeling rot 11
The right end at end, the cutting grinding device 8 is mechanically connected to the left side of 10 lower end of right support baffle, the right support baffle 10
Right end is welded in the left end of Track protector outline border 9, and the cutting grinding device 8 includes cutting polishing blade 801, polishing rotating machine
Structure 802, upper conduction supporting mechanism 804, No.1 connection transmission mechanism 805, sheave connecting shaft 806, is carried out ballistic support shell 803
Band connection sheave 807,808, No. two connection transmission mechanisms 809 of induction rotating mechanism, lower conducting support mechanism 810, blade connection
Axis 811, the inner wall of the motor drive crawler belt 7 are affixed the outer surface that sheave 807 is connected together in crawler belt, and the crawler belt connects sheave
807 left end is welded in the right end of sheave connecting shaft 806, and the left end of the sheave connecting shaft 806 is installed in induction rotating mechanism
808 right end, it is described induction 808 left end of rotating mechanism on the upside of be meshed in No.1 connect transmission mechanism 805 right end, it is described
The left end of No.1 connection transmission mechanism 805 is mechanically connected to the right end of conduction supporting mechanism 804, the upper conduction supporting mechanism
The upper end of polishing 802 left end of rotating mechanism, the downside phase of induction 808 left end of rotating mechanism are installed on the downside of 804 left end
It is engaged in the right end of No. two connection transmission mechanisms 809, the left end of No. two connection transmission mechanisms 809 is mechanically connected to lower conduction
The right end of supporting mechanism 810 is installed in polishing 802 left end of rotating mechanism on the upside of lower 810 left end of conducting support mechanism
The left end of downside, the polishing rotating mechanism 802 is welded in the right end of blade connecting shaft 811, a left side for the blade connecting shaft 811
End is installed in the right end of cutting polishing blade 801, and the outer surface of polishing 802 left end of rotating mechanism is through outside ballistic support
The middle part of 803 left end of shell is mechanically connected to induction 808 right end of rotating mechanism in the middle part of 803 right end of ballistic support shell
Outer surface, the upper conduction supporting mechanism 804 and the left end of lower conducting support mechanism 810 are welded in ballistic support shell 803
The left side of wall, the induction rotating mechanism 808 by No.1 convex block shaft 8081, upper helical gear 8082, isolation dust-proof piece 8083, under
Helical gear 8084, vertical thread spindle 8085, guide support screw thread wheel 8086, left transverse connecting shaft 8087, two-way latch wheel 8088
Composition, for the left side clearance fit of 806 outer surface of sheave connecting shaft in the inner wall for completely cutting off dust-proof piece 8083, the isolation is dust-proof
Through the right end of ballistic support shell 803, the left end of the sheave connecting shaft 806 is welded in left transverse direction for the outer surface of block 8083
The right end of connecting shaft 8087, the left end of the left transverse connecting shaft 8087 is installed in the right end of two-way latch wheel 8088, described double
It is meshed to the outer surface of latch wheel 8088 in the outer surface of upper helical gear 8082 and lower helical gear 8084, the lower helical gear
8084 lower end is welded in the upper end of vertical thread spindle 8085, and the outer surface of the vertical thread spindle 8085 is meshed in guiding branch
The outside of 8086 rear end of screw thread wheel is supportted, is meshed on the outside of 8086 front end of guide support screw thread wheel and connects driver in No. two
The right end of structure 809, the upper end of the upper helical gear 8082 are welded in the lower end of No.1 convex block shaft 8081, the No.1 convex block axis
The outer surface of bar 8081 is mechanically connected to the right end of No.1 connection transmission mechanism 805, and the No.1 connects transmission mechanism 805 by propping up
Support 8051, No. two convex block shafts 8052 of motion thread axis, gear supporting rod 8053, interactive connection card gear 8054, right groove wheel
8055, groove connection belt 8056, left groove wheel 8057 form, and the outer surface of the No.1 convex block shaft 8081 is mechanically connected to
The rear and front end of the right end of interactive connection card gear 8054, the interaction connection card gear 8054 is mechanically connected to gear supporting rod
The upper end of 8053 lower end, the gear supporting rod 8053 is welded in the upside of 803 inner wall of ballistic support shell, and the interaction is even
The left end for connecing latch wheel 8054 is meshed in the right end of No. two convex block shafts 8052, and the lower end of No. two convex block shafts 8052 is welded
It is connected to the upper end of right groove wheel 8055, the outer surface of the right groove wheel 8055 connects belt 8056 and left groove wheel by groove
8057 outer surface is connected, and the upper end of the left groove wheel 8057 is welded in the lower end of support motion thread axis 8051, described
Upper conduction supporting mechanism 804 connects conduction band 8042, upper connection guide wheel 8043, No.1 by upper block supporting rod 8041, first and connects
Band 8044, latch support wheel 8045, latch screw thread wheel 8046 form, and the outer surface of the latch screw thread wheel 8046 is meshed in card
The front end of the outer surface of tooth support wheel 8045, the latch support wheel 8045 is affixed the right side together in 8044 inner wall of No.1 connect band
End, the left end of 8044 inner wall of No.1 connect band are affixed the front end together in upper connection guide wheel 8043, the upper connection guide wheel
8043 rear and front end is mechanically connected to the right end of upper block supporting rod 8041, the left end welding of the upper block supporting rod 8041
In the left side of 803 inner wall of ballistic support shell, outer surface and upper connection 8043 inner wall of guide wheel of the upper connection guide wheel 8043
Upper end fits, and the lower end inner wall of the upper connection guide wheel 8043 is installed in the upper end of polishing rotating mechanism 802, No. two companies
Transmission mechanism 809 is connect by horizontal thread axis 8091, the oblique guide wheel 8092 of right latch, the oblique guide wheel 8093 of upper latch, vertical connecting shaft
8094, groove connects riser 8095, two-way groove shaft 8096,8097, No. two guide rods 8098 of No.1 guide rod, is bi-directionally connected guide wheel
8099 form, and are meshed in the outer surface of horizontal thread axis 8091 on the outside of 8086 front end of guide support screw thread wheel, described
The left end of horizontal thread axis 8091 is welded in the right end of the oblique guide wheel of right latch 8092, the outer surface of the oblique guide wheel of the right latch 8092
It is meshed in the outer surface of the oblique guide wheel of upper latch 8093, the upper end of the oblique guide wheel of the upper latch 8093 is welded in vertical connecting shaft
The upper end of 8094 lower end, the vertical connecting shaft 8094 is installed in the lower end of two-way groove shaft 8096 and is tied for integration
Structure, the left end of the two-way groove shaft 8096 are movably connected on the right end of groove connection riser 8095, and the groove connection is perpendicular
The left end of plate 8095 is installed in the right end of No.1 guide rod 8097, and the left end of the No.1 guide rod 8097 is movably connected on No. two guide rods
The lower mechanical of 8098 upper end, No. two guide rods 8098 is connected to the outside for being bi-directionally connected 8099 front end of guide wheel, under described
Conducting support mechanism 810 is by 8101, No. two connecting rods 8102 of No.1 connecting rod, support 8103, No. two connect bands of fixed idler whell
8104, lower connection guide wheel 8105, lower tumbler supporting rod 8106, second connect conduction band 8107 and form, the No.1 connecting rod 8101
Lower end be movably connected on the right ends of No. two connecting rods 8102, the automatic mounting of No. two connecting rods 8102 is in the fixed rolling of support
The outside of 8103 front ends is taken turns, the front end of the support fixed idler whell 8103 and the front end of lower connection guide wheel 8105 are connected by No. two
Band 8104 is connected, and the rear and front end of the lower connection guide wheel 8105 is mechanically connected to the right end of lower tumbler supporting rod 8106, institute
The left end for stating lower tumbler supporting rod 8106 is welded in the left side of 803 inner wall of ballistic support shell, the lower connection guide wheel 8105
Outer surface connect on the downside of 8107 inner wall of conduction band with second and fits, and the upper end inner wall of the second connection conduction band 8107 is installed in
Polish rotating mechanism 802 lower end, the polishing rotating mechanism 802 by sealing increasing sliding block 8021, convex block transverse shaft 8022, on
Latch guide wheel 8023, shaft spring bearing 8024, bearing support limiting plate 8025, lower latch guide wheel 8026 composition, the upper company
The lower end inner wall for connecing guide wheel 8043 is installed in the front end of latch guide wheel 8023, and the outer surface of the upper latch guide wheel 8023 is mutually nibbled
Together in the upper end of convex block transverse shaft 8022, before the upper end inner wall and lower latch guide wheel 8026 of the second connection conduction band 8107
End fits, and the upper end of the lower latch guide wheel 8026 is meshed in the lower end of convex block transverse shaft 8022, and the convex block is lateral
The right end of shaft 8022 is installed in the left end of shaft spring bearing 8024, the right end mechanical connection of the shaft spring bearing 8024
It is welded in the right side of blade connecting shaft 811 in the left end of the left end of bearing support limiting plate 8025, the convex block transverse shaft 8022
End, the right side clearance fit of 811 outer surface of blade connecting shaft increase the inner wall of sliding block 8021 in sealing, and the sealing increases sliding block
8021 outer surface is through the middle part of 803 left end of ballistic support shell, the outer surface phase of the support motion thread axis 8051
It is engaged in the outside of 8046 rear end of latch screw thread wheel, described be bi-directionally connected on the outside of 8099 front end of guide wheel is mechanically connected to No.1 company
The upper end of extension bar 8101, the left support baffle 1 are mutually parallel two-by-two with right support baffle 10, and the crawler belt connects sheave 807
The power of its motor drive crawler belt 7 can be effectively used, it is more energy saving.
Cutting polishing blade 801 described in this patent is planted fine abrasive grain in high intensity by means of high-pressure electrostatic field force
On polyester film, make sand grains whole sharp knife outwardly, cutting is sharp, can provide higher grinding efficiency and be imitated with bright careful polishing
Then fruit is process by back of the body suede, cutting.
Stainless-steel pipe is easy to increase centainly miscellaneous on surface when producing completion, or during stainless steel tube use
Matter, at this time, it would be desirable to the peeling that stainless steel tube is carried out using equipment removes operation, and when carrying out using this equipment, work people
Member should first ensure and check whether its novel stainless steel pipe peeling machine damages, and carry out verifying its cutting grinding device further
Whether 8 damage, and after confirming equal no problem, can normally use this equipment, and works as and this equipment is used to carry out stainless steel tube
Peeling operation when, staff should first by engine 4 connection on connect, enable its engine 4 drive its motor drive carry out
Band 7 moves, to drive the peeling operation of peeling rot 11 and the progress stainless steel tube of scalping blade 2 by motor drive crawler belt 7,
And when motor drive crawler belt 7 runs and rotates, crawler belt connection sheave 807 will follow motor drive crawler belt 7 to rotate, and by crawler belt
Connecting sheave 807 drives sheave connecting shaft 806 to be rotated with left transverse connecting shaft 8087, and in the effect of left transverse connecting shaft 8087
Under, two-way latch wheel 8088 will drive helical gear 8082 thereon and the rotation of lower helical gear 8084, in the work of upper helical gear 8082
Under, No.1 convex block shaft 8081 will make its interactive connection card gear 8054 drive No. two convex block shafts 8052, then two
Latch screw thread wheel 8046 is driven to rotate by support motion thread axis 8051 under the action of number convex block shaft 8052, in latch spiral shell
It drives latch support wheel 8045 to rotate under the action of line wheel 8046, is then driven by No.1 connect band 8044 and connect guide wheel 8043
Rotation, and make 8023 normal rotation of latch guide wheel thereon under the action of its first connection conduction band 8042, and in lower helical gear
Under the action of 8084, vertical thread spindle 8085 will make its guide support screw thread wheel 8086 that horizontal thread axis 8091 be driven to operate,
And under the action of its horizontal thread axis 8091 guide wheel 8092 oblique with right latch, its vertical connecting shaft 8094 is made to drive groove connection
Riser 8095 rotates, and under the action of its No.1 guide rod 8097 and No. two guide rod 8098, it is made to be bi-directionally connected 8099 band of guide wheel
Dynamic No.1 connecting rod 8101 and No. two connecting rods 8102 move, in the effect of its No.1 connecting rod 8101 and No. two connecting rods 8102
Under, support fixed idler whell 8103 will make its lower connection guide wheel 8105 that the second connection conduction band 8107 be driven to rotate, to make under it
Latch guide wheel 8026 rotates, under the collective effect of lower latch guide wheel 8026 and upper latch guide wheel 8023, convex block transverse shaft
8022 will make its blade connecting shaft 811 drive cutting polishing blade 801 rotate, to make its cutting polishing blade 801 into
Row cutting polishing stainless steel tube, enables its equipment preferably to carry out the peeling operation of stainless-steel pipe.
The present invention is combined with each other by above-mentioned component, by increasing cutting grinding device in equipment, makes its equipment
When carrying out the peeling operation of stainless-steel pipe, lacked when the surface of rust steel raw material is usually present point, pit and crackle etc.
When falling into, equipment, which can be synchronized quickly, carries out polishing cutting operation, its stainless-steel pipe surface is enable effectively to keep
It is smooth and smooth, so as to effectively increase the working efficiency of its equipment, problems solved by the invention in the prior art, equipment
When carrying out the peeling operation of stainless steel tube steel, because the surface of stainless steel raw material is usually present point, pit and crackle
The defects of, it is therefore necessary to cutting cleaning is carried out to its surface, and equipment can not carry out automatic surface cleaning polishing operation, usually need
It wants staff to carry out additional polishing operation, largely affect the peeling efficiency of stainless-steel pipe and increases work
The workload of personnel.
Claims (8)
1. a kind of novel stainless steel pipe peeling machine, structure includes left support baffle (1), scalping blade (2), support working panel
(3), engine (4), motor support panel (5), panel support column (6), motor drive crawler belt (7), cutting grinding device
(8), Track protector outline border (9), right support baffle (10), peeling rot (11), it is characterised in that：
The lower end of the engine (4) is installed in the upper end of motor support panel (5), the outer end of the motor support panel (5)
Be welded in the inner end of panel support column (6), the panel support column (6) set there are four and upper end be welded in support working face
The upper mechanical at four ends of plate (3) lower end, the support working panel (3) is connected to left support baffle (1) and right support baffle
(10) right end of lower end, the engine (4) is affixed the lower end together in motor drive crawler belt (7) inner wall, the motor drive
The upper gap of crawler belt (7) is matched with the inner wall of Track protector outline border (9), and the lower end of the Track protector outline border (9) is welded in
The right side of working panel (3) upper end is supported, the left and right ends of the peeling rot (11) are mechanically connected to left support baffle (1)
It is installed in the upper end of scalping blade (2) with the lower end of the inner wall of right support baffle (10), the peeling rot (11), it is described to cut
The right end for cutting grinding device (8) is mechanically connected to the left side of right support baffle (10) lower end, the right side of the right support baffle (10)
End is welded in the left end of Track protector outline border (9)；
The cutting grinding device (8) includes cutting polishing blade (801), polishing rotating mechanism (802), ballistic support shell
(803), upper conduction supporting mechanism (804), No.1 connection transmission mechanism (805), sheave connecting shaft (806), crawler belt connect sheave
(807), induction rotating mechanism (808), No. two connection transmission mechanisms (809), lower conducting support mechanism (810), blade connecting shaft
(811)；
The inner wall of the motor drive crawler belt (7) is affixed the outer surface together in crawler belt connection sheave (807), the crawler belt link slot
The left end of wheel (807) is welded in the right end of sheave connecting shaft (806), and the left end of the sheave connecting shaft (806) is installed in induction
The right end of rotating mechanism (808) is meshed on the upside of induction rotating mechanism (808) left end and connects transmission mechanism in No.1
(805) left end of right end, the No.1 connection transmission mechanism (805) is mechanically connected to the right side of conduction supporting mechanism (804)
The left end downside at end, the upper conduction supporting mechanism (804) is installed in the upper end of polishing rotating mechanism (802) left end, the sense
It answers and is meshed on the downside of rotating mechanism (808) left end in the right end of No. two connection transmission mechanisms (809), No. two connections transmission
The left end of mechanism (809) is mechanically connected to the right end of lower conducting support mechanism (810), and the lower conducting support mechanism (810) is left
The downside of polishing rotating mechanism (802) left end is installed on the upside of end, the left end of the polishing rotating mechanism (802) is welded in knife
The right end of piece connecting shaft (811), the left end of the blade connecting shaft (811) are installed in the right end of cutting polishing blade (801), institute
The outer surface of polishing rotating mechanism (802) left end is stated through the middle part of ballistic support shell (803) left end, the ballistic support
The outer surface of induction rotating mechanism (808) right end, the upper conduction supporting mechanism are mechanically connected in the middle part of shell (803) right end
(804) left side of ballistic support shell (803) inner wall is welded in the left end of lower conducting support mechanism (810).
2. a kind of novel stainless steel pipe peeling machine as described in claim 1, it is characterised in that：The induction rotating mechanism
(808) by No.1 convex block shaft (8081), upper helical gear (8082), isolation dust-proof piece (8083), lower helical gear (8084), vertical
Thread spindle (8085), guide support screw thread wheel (8086), left transverse connecting shaft (8087), two-way latch wheel (8088) composition, institute
The left side clearance fit of sheave connecting shaft (806) outer surface is stated in the inner wall of isolation dust-proof piece (8083), dust-proof piece of the isolation
(8083) through the right end of ballistic support shell (803), the left end of the sheave connecting shaft (806) is welded in a left side for outer surface
The left end of the right end of transverse connecting shaft (8087), the left transverse connecting shaft (8087) is installed in the right side of two-way latch wheel (8088)
End, the outer surface of the two-way latch wheel (8088) is meshed in the appearance of upper helical gear (8082) and lower helical gear (8084)
The lower end in face, the lower helical gear (8084) is welded in the upper end of vertical thread spindle (8085), the vertical thread spindle (8085)
Outer surface be meshed in the outside of guide support screw thread wheel (8086) rear end, guide support screw thread wheel (8086) front end
Outside is meshed in the right end of No. two connection transmission mechanisms (809), and it is convex that the upper end of the upper helical gear (8082) is welded in No.1
The outer surface of the lower end of block shaft (8081), the No.1 convex block shaft (8081) is mechanically connected to No.1 connection transmission mechanism
(805) right end.
3. a kind of novel stainless steel pipe peeling machine as described in claim 1, it is characterised in that：The No.1 connects transmission mechanism
(805) by support motion thread axis (8051), No. two convex block shafts (8052), gear supporting rod (8053), interactive connection latch
Take turns (8054), right groove wheel (8055), groove connection belt (8056), left groove wheel (8057) composition, the No.1 convex block axis
The outer surface of bar (8081) is mechanically connected to the right end of interactive connection card gear (8054), the interaction connection card gear (8054)
Rear and front end be mechanically connected to the lower ends of gear supporting rod (8053), the upper end of the gear supporting rod (8053) is welded in anti-
The upside of support housing (803) inner wall is protected, the left end of the interaction connection card gear (8054) is meshed in No. two convex block shafts
(8052) lower end of right end, No. two convex block shafts (8052) is welded in the upper end of right groove wheel (8055), and the right side is recessed
The outer surface of sheave (8055) connects belt (8056) by groove and is connected with the outer surface of left groove wheel (8057), the left side
The upper end of drop center wheel (8057) is welded in the lower end of support motion thread axis (8051).
4. a kind of novel stainless steel pipe peeling machine as described in claim 1, it is characterised in that：The upper conduction supporting mechanism
(804) by upper block supporting rod (8041), the first connection conduction band (8042), upper connection guide wheel (8043), No.1 connect band
(8044), latch support wheel (8045), latch screw thread wheel (8046) composition, the outer surface of the latch screw thread wheel (8046) is mutually nibbled
Together in the outer surface of latch support wheel (8045), the front end of the latch support wheel (8045) is affixed together in No.1 connect band
(8044) left end of the right end of inner wall, No.1 connect band (8044) inner wall is affixed together in before upper connection guide wheel (8043)
End, the rear and front end of the upper connection guide wheel (8043) are mechanically connected to the right ends of upper block supporting rod (8041), it is described on lead
The left end of wheel supporting rod (8041) is welded in the left side of ballistic support shell (803) inner wall, the upper connection guide wheel (8043)
Outer surface and the upper end of upper connection guide wheel (8043) inner wall fit, and the lower end inner wall of the upper connection guide wheel (8043) is installed in
The upper end of polishing rotating mechanism (802).
5. a kind of novel stainless steel pipe peeling machine as described in claim 1, it is characterised in that：No. two connection transmission mechanisms
(809) by horizontal thread axis (8091), the oblique guide wheel of right latch (8092), the oblique guide wheel of upper latch (8093), vertical connecting shaft
(8094), groove connection riser (8095), two-way groove shaft (8096), No.1 guide rod (8097), No. two guide rods (8098), double
It forms to connection guide wheel (8099), is meshed in horizontal thread axis on the outside of guide support screw thread wheel (8086) front end
(8091) left end of outer surface, the horizontal thread axis (8091) is welded in the right end of the oblique guide wheel of right latch (8092), described
The outer surface of the right oblique guide wheel of latch (8092) is meshed in the outer surface of the oblique guide wheel of upper latch (8093), the upper oblique guide wheel of latch
(8093) upper end is welded in the lower end of vertical connecting shaft (8094), and the upper end of the vertical connecting shaft (8094) is installed in two-way
It the lower end of groove shaft (8096) and is integrated, the left end of the two-way groove shaft (8096) is movably connected on groove
The right end of riser (8095) is connected, the left end of the groove connection riser (8095) is installed in the right end of No.1 guide rod (8097),
The left end of the No.1 guide rod (8097) is movably connected on the upper end of No. two guide rods (8098), under No. two guide rods (8098)
End is mechanically connected to the outside for being bi-directionally connected guide wheel (8099) front end.
6. a kind of novel stainless steel pipe peeling machine as described in claim 1, it is characterised in that：The lower conducting support mechanism
(810) by No.1 connecting rod (8101), No. two connecting rods (8102), support fixed idler whell (8103), No. two connect bands (8104),
Lower connection guide wheel (8105), lower tumbler supporting rod (8106), the second connection conduction band (8107) form, the No.1 connecting rod
(8101) lower end is movably connected on the right end of No. two connecting rods (8102), the automatic mountings of No. two connecting rods (8102) in
Support the outside of fixed idler whell (8103) front end, the front end of the support fixed idler whell (8103) and lower connection guide wheel (8105)
Front end is connected by No. two connect bands (8104), and the rear and front end of the lower connection guide wheel (8105) is mechanically connected to lower tumbler
The left end of the right end of supporting rod (8106), the lower tumbler supporting rod (8106) is welded in ballistic support shell (803) inner wall
The outer surface in left side, the lower connection guide wheel (8105) connect on the downside of conduction band (8107) inner wall with second and fits, and described the
The upper end inner wall of two connection conduction bands (8107) is installed in the lower end of polishing rotating mechanism (802).
7. a kind of novel stainless steel pipe peeling machine as described in claim 1, it is characterised in that：The polishing rotating mechanism
(802) sliding block (8021), convex block transverse shaft (8022), upper latch guide wheel (8023), shaft spring bearing are increased by sealing
(8024), bearing support limiting plate (8025), lower latch guide wheel (8026) form, in the lower end of the upper connection guide wheel (8043)
Wall is set to the front end of upper latch guide wheel (8023), and the outer surface of the upper latch guide wheel (8023) is meshed in convex block lateral shaft
The upper end of bar (8022), the upper end inner wall of the second connection conduction band (8107) and the front end of lower latch guide wheel (8026) are affixed
It closes, the upper end of the lower latch guide wheel (8026) is meshed in the lower end of convex block transverse shaft (8022), the convex block lateral shaft
The right end of bar (8022) is installed in the left end of shaft spring bearing (8024), the right end machinery of the shaft spring bearing (8024)
It is connected to the left end of bearing support limiting plate (8025), the left end of the convex block transverse shaft (8022) is welded in blade connecting shaft
(811) right end, the right side clearance fit of blade connecting shaft (811) outer surface increase the inner wall of sliding block (8021) in sealing,
The sealing increases the outer surface of sliding block (8021) through the middle part of ballistic support shell (803) left end.
8. a kind of novel stainless steel pipe peeling machine as described in claim 1, it is characterised in that：The support motion thread axis
(8051) outer surface is meshed in the outside of latch screw thread wheel (8046) rear end, described guide wheel (8099) front end that is bi-directionally connected
Outside is mechanically connected to the upper end of No.1 connecting rod (8101).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810580105.7A CN108620688A (en) | 2018-06-07 | 2018-06-07 | A kind of novel stainless steel pipe peeling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810580105.7A CN108620688A (en) | 2018-06-07 | 2018-06-07 | A kind of novel stainless steel pipe peeling machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108620688A true CN108620688A (en) | 2018-10-09 |
Family
ID=63691161
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810580105.7A Withdrawn CN108620688A (en) | 2018-06-07 | 2018-06-07 | A kind of novel stainless steel pipe peeling machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108620688A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111482814A (en) * | 2020-03-20 | 2020-08-04 | 江阴兴澄特种钢铁有限公司 | Automatic continuous round steel post-processing device of pursuit formula |
-
2018
- 2018-06-07 CN CN201810580105.7A patent/CN108620688A/en not_active Withdrawn
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111482814A (en) * | 2020-03-20 | 2020-08-04 | 江阴兴澄特种钢铁有限公司 | Automatic continuous round steel post-processing device of pursuit formula |
| CN111482814B (en) * | 2020-03-20 | 2022-06-03 | 江阴兴澄特种钢铁有限公司 | Automatic continuous round steel post-processing device of pursuit formula |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN105945674A (en) | Hardware polishing machine | |
| CN205734272U (en) | A kind of five metals polisher | |
| CN109877692B (en) | Grinding polisher | |
| CN107717725A (en) | A kind of notebook computer plane sanding and polishing general assembly | |
| CN111421634A (en) | Can be with timber polishing equipment of skinning of different diameters | |
| CN108620688A (en) | A kind of novel stainless steel pipe peeling machine | |
| CN204772844U (en) | Log processing equipment | |
| CN206999325U (en) | A kind of multifunctional stone machine for treating surface | |
| CN111347362B (en) | Milling cutter abrasion detection device for automatic milling device | |
| CN210524633U (en) | Reinforcing bar cutting grinding device for building | |
| CN107901289A (en) | A kind of pulverizer for the recycling of cable plastic extrusion material | |
| CN117140079A (en) | Six CNC burring equipment | |
| CN111037449A (en) | Stirring formula five metals burnishing machine | |
| CN207105171U (en) | Trees tree section raw material automate peeling equipment in a kind of wood processing machinery | |
| CN213164733U (en) | Steel pipe rust cleaning paint spraying apparatus | |
| CN206952738U (en) | Repair the device of Cast Iron Surface defect | |
| CN206677692U (en) | A kind of section bar flash trimmer | |
| CN214162568U (en) | Polishing machine | |
| CN208063892U (en) | A kind of agronomy seedling cutter device | |
| CN110653426B (en) | Gear grinding processing equipment | |
| CN211708999U (en) | Stirring formula five metals burnishing machine | |
| CN107538300A (en) | A kind of 2.5D/3D globoidal glass edging burnishing device and method | |
| CN216883154U (en) | Nut processing is with equipment of polishing | |
| CN215660521U (en) | Display screen dysmorphism cutting grinder | |
| CN108527043A (en) | A kind of grinding machine of bathroom glass |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WW01 | Invention patent application withdrawn after publication |
Application publication date: 20181009 |
|
| WW01 | Invention patent application withdrawn after publication |