CN103624638A - Pipe column grinding and sanding machine for radiator - Google Patents
Pipe column grinding and sanding machine for radiator Download PDFInfo
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- CN103624638A CN103624638A CN201310681395.1A CN201310681395A CN103624638A CN 103624638 A CN103624638 A CN 103624638A CN 201310681395 A CN201310681395 A CN 201310681395A CN 103624638 A CN103624638 A CN 103624638A
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- grinding wheel
- supporting plate
- cylinder
- backward
- abrasive band
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- 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
- B24B21/00—Machines or devices using grinding or polishing belts; Accessories therefor
- B24B21/002—Machines or devices using grinding or polishing belts; Accessories therefor for grinding edges or bevels
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- 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
- B24B21/00—Machines or devices using grinding or polishing belts; Accessories therefor
- B24B21/18—Accessories
Abstract
The invention relates to a pipe column grinding and sanding machine for a radiator. The pipe column grinding and sanding machine is characterized by comprising a grinding and sanding device, wherein the grinding and sanding device is provided with two grinding wheels which can get close to and keep far away from each other and can be used for roughly grinding a heat-dissipating pipe column, and tension adhesive belts for grinding the heat-dissipating pipe column; one side of the grinding and sanding device is provided with a constant rotating moving device; the constant rotating moving device comprises an upward-downward moving mechanism, a forward-backward moving mechanism and a clamping rotating mechanism. The pipe column grinding and sanding machine has the advantages of good sanding effect, high sanding efficiency, high automatic degree and no potential safety hazard.
Description
Technical field
The invention belongs to radiator processing equipment technical field, particularly relate to a kind of radiator tubing string polishing grinder.
Background technology
Heating radiator is the terminal device of Home Heating, and thermal source is generally city central heating, self-built boiler room, community, Domestic wall stove etc., by heat conduction, radiation, convection current, heat is dispelled the heat out, allows the temperature in room get a promotion.Radiator can be divided into steel radiator, Aluminium Radiator, copper radiator, stainless steel heat radiator, composite copper aluminium radiator etc. according to material, also has original cast-iron radiator.Heat radiation tubing string is the basic composition unit of tubular column shape radiator, heat radiation tubing string comprises body and is arranged on the end cap of body end, end cap is connected with pipe welding, and the weld seam of end cap and body junction needs sanding polishing, to guarantee the tubing string arcuate flanks smooth and beautiful appearance of dispelling the heat.
In prior art, sanding grinding process mode to heat radiation tubing string is: the hand-held heat radiation tubing string of workman, utilize sander simple in structure to carry out manual sanding, the motor that sander generally comprises sanding wheel, is arranged on the abrasive band on sanding wheel and drives grinding wheel to rotate, there is following drawback in this sanding mode manually: 1. Sanding Quality is poor: the hand-held heat radiation tubing string of workman, the commissure and the abrasive band that make to dispel the heat on tubing string produce friction, the sanding angle of the active force between heat radiation tubing string and abrasive band and heat radiation tubing string is difficult to hold, thereby has a strong impact on Sanding Quality; Sanding is treated to and utilizes grinding wheel to carry out disposable polishing to heat radiation tubing string, polishing sanding poor effect.2. sanding efficiency is low: affected by fatigue strength and workman's ability to work factor, the inefficiency that artificial hand-held radiating tube post carries out sanding.3. there is potential safety hazard: in the process of heat radiation tubing string polishing, once workman slip out of the hand, the tubing string that the dispels the heat easy production development accident that flies out.
Summary of the invention
The present invention provides a kind of radiator tubing string polishing grinder for solving heat radiation tubing string sanding weak effect, the efficiency technical problem low, that have potential safety hazard existing in known technology.
The technical scheme that the present invention takes for the technical problem existing in solution known technology is: a kind of radiator tubing string polishing grinder, it is characterized in that: comprise frame, the first grinding wheel, the second grinding wheel, the first driving wheel, the second driving wheel, for connecting the first abrasive band of the first grinding wheel and the first driving wheel, for connecting the second abrasive band and the drive motors for driving the first driving wheel and the second driving wheel to rotate of the second grinding wheel and the second driving wheel, horizontal linear guide rail is installed in described frame, on described horizontal linear guide rail, being provided with can be along two abrasive band feeding supporting plate of horizontal linear guide rail activity, described abrasive band feeding supporting plate connects for driving the straight line driving mechanism of abrasive band feeding supporting plate activity, described straight line driving mechanism is arranged in described frame, on described two abrasive band feeding supporting plates, the polishing rotating shaft that axis is vertical with described horizontal linear guide rail is installed respectively, described the first grinding wheel, the second grinding wheel is arranged on respectively in two polishing rotating shafts, described the first grinding wheel and the second grinding wheel are positioned at the same side of described two polishing rotating shafts and relative, described the first driving wheel is positioned at the top of described the first grinding wheel, described the second driving wheel is positioned at the top of described the second grinding wheel, described the first driving wheel and the second driving wheel are arranged on respectively in the drive shaft of two axis and described polishing shaft parallel, described drive shaft is rotatably installed on described support, one side of described grinding wheel is provided with adheres to rotating and moving device of configuration-changeable, described in adhere to rotating and moving device of configuration-changeable comprise reciprocating mechanism, move forward and backward mechanism and clamping rotating mechanism.
The present invention can also adopt following technical scheme:
Described reciprocating mechanism comprises vertical lifting cylinder, vertical lifting guide rail and vertical lifting supporting plate, and vertical lifting supporting plate connects with described vertical lifting cylinder, vertical lifting guide rail, and vertical lifting supporting plate is positioned at the top of described vertical lifting cylinder, vertical lifting guide rail; Described move forward and backward mechanism comprise move forward and backward leading screw, with move forward and backward that leading screw connects for driving the stepper motor that moves forward and backward leading screw and rotate, described in being fitted in, move forward and backward on leading screw move forward and backward slide block, with move forward and backward the supporting plate that moves forward and backward that slide block is connected, described in move forward and backward leading screw and be arranged on described vertical lift supporting plate; Described clamping rotating mechanism comprises rotating shaft bolster, the motor deceleration device connecting with rotating shaft bolster, clamping supporting plate and clamping cylinder, described rotating shaft bolster comprises fixing outer ring and is arranged on the temperature of inner ring during rotation on fixing outer ring, described in being arranged on, described fixedly outer ring and motor deceleration device move forward and backward on supporting plate, described clamping supporting plate and clamping cylinder are arranged on described temperature of inner ring during rotation, and described temperature of inner ring during rotation connects with described motor deceleration device.
Comprise two abrasive band regulating wheels that are connected with the second abrasive band with the first abrasive band respectively, described two abrasive band regulating wheels lay respectively at the below of described the first grinding wheel and the below of the second grinding wheel.
Described drive motors comprises the first drive motors and the second drive motors being arranged in described frame, and described the first drive motors and the second drive motors connect with two drive shafts respectively by driving-belt.
Described straight line driving mechanism comprises feeding cylinder and kicker cylinder, and described feeding cylinder and kicker cylinder are arranged in described frame.
Described the first grinding wheel, the second grinding wheel, the first driving wheel, the second driving wheel are belt sander rubber wheel.
On described clamping supporting plate, positioning wedged block and alignment pin are installed, on described positioning wedged block, there is cambered surface groove.
Described vertical lifting cylinder, clamping cylinder, feeding cylinder and kicker cylinder are cylinder.
Described motor deceleration device consists of stepper motor and the reductor that connects with stepper motor.
Advantage and good effect that the present invention has are: 1. Sanding Quality is good: this device comprises two grinding wheels and drives respectively the driving wheel of two grinding wheels, grinding wheel is connected by abrasive band with driving wheel, distance between two grinding wheels is adjustable, first the sanding end for the treatment of of heat radiation tubing string is placed between two grinding wheels, by two grinding wheel distances, dwindle the larger clamping force that heat radiation tubing string is produced, two grinding wheels are roughly ground heat radiation tubing string, the sanding for the treatment of of the heat radiation tubing string after corase grind partly moves to for connecting between two abrasive bands of two groups of grinding wheels and driving wheel, by two grinding wheel distances, dwindle two distances between abrasive band are dwindled, article two, abrasive band respectively tensioning be fitted in heat radiation tubing string two sides, with this, complete sanding fine grinding, this mode of first roughly grinding fine grinding is again seen a hand-held sanding with tradition and is compared, sanding is effective, can greatly improve the Sanding Quality of product.In addition, heat radiation tubing string adopts mechanical device holding action, and the sanding action of heat radiation tubing string is precise and stable, can further improve the Sanding Quality of heat radiation tubing string.2. sanding efficiency is high: this device is compared the manual sanding of traditional workman, and automaticity improves greatly, can obviously improve the sanding efficiency of product.3. eliminate safe hidden trouble: this device adopts the rotating and moving device of configuration-changeable of adhering to that automaticity is high to clamp heat radiation tubing string, and automaticity is high, can avoid accident to produce.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is the structural representation of sanding device of polishing in the present invention;
Fig. 3 is the top view of Fig. 2;
Fig. 4 is that the A of Fig. 2 is to cutaway view;
Fig. 5 is the structural representation of adhering to rotating and moving device of configuration-changeable in the present invention;
Fig. 6 is the right view of Fig. 5.
In figure:
1, polishing sanding device;
1-1, frame; 1-2, the first grinding wheel; 1-3, the second grinding wheel; 1-4, the first driving wheel; 1-5, the second driving wheel; 1-6, the first abrasive band; 1-7, the second abrasive band; 1-8, horizontal linear guide rail; 1-9: abrasive band feeding supporting plate; 1-10, polishing rotating shaft; 1-11, feeding cylinder; 1-12, kicker cylinder; 1-13, drive shaft; 1-14, the first drive motors; 1-15, the second drive motors; 1-16, abrasive band regulating wheel;
2, adhere to rotating and moving device of configuration-changeable;
2-1, reciprocating mechanism;
2-1-1:, vertical lifting cylinder; 2-1-2, vertical lifting guide rail; 2-1-3, vertical lifting supporting plate;
2-2, move forward and backward mechanism;
2-2-1, move forward and backward leading screw; 2-2-2, stepper motor; 2-2-3, move forward and backward slide block; 2-2-4, move forward and backward supporting plate;
2-3, clamping rotating mechanism;
2-3-1, rotating shaft bolster; 2-3-2, motor deceleration device; 2-3-3, clamping supporting plate; 2-3-4, clamping cylinder; 2-3-5, positioning wedged block; 2-3-6, alignment pin;
The specific embodiment
For further understanding summary of the invention of the present invention, Characteristic, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows:
Refer to Fig. 1, a kind of radiator tubing string polishing grinder, consists of the polishing sanding device 1 of sanding that heat radiation tubing string is polished and the rotating and moving device of configuration-changeable of adhering to that heat radiation tubing string is clamped.
Refer to Fig. 2-Fig. 4, polishing sanding device 1 comprises frame 1-1, the first grinding wheel-12, the second grinding wheel 1-3, the first driving wheel 1-4, the second driving wheel 1-5, for connecting the first abrasive band 1-6 of the first grinding wheel 1-2 and the first driving wheel 1-4, for connecting the second abrasive band 1-7 and the drive motors for driving the first driving wheel 1-4 and the second driving wheel 1-5 to rotate of the second grinding wheel 1-3 and the second driving wheel 1-5, frame 1-1 is the main body frame of polishing grinder, two driving wheels that the first driving wheel 1-4 and the second driving wheel 1-5 are this device, the first grinding wheel 1-2 and the second grinding wheel 1-3 are the driven pulleys being driven by the first driving wheel 1-4 and the second driving wheel 1-5 respectively, the first abrasive band 1-6 is sleeved on the first grinding wheel 1-2 and the first driving wheel 1-4, the second abrasive band 1-7 is sleeved on the second grinding wheel 1-3 and the second driving wheel 1-5, for transmission of power and polishing sanding.In the present embodiment, the first grinding wheel 1-2, the second grinding wheel 1-3, the first driving wheel 1-4, the second driving wheel 1-5 are measure-alike belt sander rubber wheel, as well known to the skilled person: belt sander rubber wheel consists of metal wheel hub and rubber outer ring.Horizontal linear guide rail 1-8 is installed in described frame 1, on described horizontal linear guide rail 1-8, being provided with can be along two abrasive band feeding supporting plate 1-9 of horizontal linear guide rail activity, described abrasive band feeding supporting plate 1-9 connects for driving the straight line driving mechanism of abrasive band feeding supporting plate activity, and described straight line driving mechanism is arranged on described frame 1-1.In the present embodiment, horizontal linear guide rail 1-8 is that two ends are arranged on two straight-bars that are parallel to each other on frame 1-1, the bottom of each abrasive band feeding supporting plate 1-9 is provided with two and is fitted in respectively two slide blocks on straight-bar, completes abrasive band feeding supporting plate 1-9 be movably arranged on horizontal linear guide rail 1-8 with this.On described two abrasive band feeding supporting plate 1-9, the polishing rotating shaft 1-10 that axis is vertical with described horizontal linear guide rail 1-8 is installed respectively, it is upper that described the first grinding wheel 1-2, the second grinding wheel 1-3 are arranged on respectively two polishing rotating shaft 1-10, and described the first grinding wheel 1-2 and the second grinding wheel 1-3 are positioned at the same side of described two polishing rotating shaft 1-10 and relative.In said structure, the structure that polishing rotating shaft 1-10 is arranged on abrasive band feeding supporting plate 1-9 is not the unique restriction to the mounting means of polishing rotating shaft 1-10, polishing rotating shaft 1-10 also can be directly installed on the equipped slide block of horizontal linear guide rail 1-8 on, guarantee that polishing rotating shaft 1-10 can be movable along horizontal linear guide rail 1-8 under the driving effect of straight line driving mechanism.Above-mentioned straight line driving mechanism comprises feeding cylinder 1-11 and kicker cylinder 1-12, described feeding cylinder 1-11 and kicker cylinder 1-12 are arranged on described frame 1-1, be that feeding cylinder 1-11 and kicker cylinder 1-12 are all the cylinders that consist of cylinder body and expansion link, the cylinder body of feeding cylinder 1-11 and kicker cylinder 1-12 is all fixed on frame 1-1, the cylinder bar of feeding cylinder 1-11 and kicker cylinder 1-12 is all connected with abrasive band feeding supporting plate 1-9, feeding cylinder 1-11 is used for driving two abrasive band feeding supporting plate 1-9 close, so that the first abrasive band 1-6 and the second abrasive band 1-7 are close, kicker cylinder 1-12 be used for controlling two abrasive band feeding supporting plate 1-9 mutually away from, with make the first abrasive band 1-6 and the second abrasive band 1-7 mutually away from.The structure of straight line driving mechanism can be the driving leading screw being connected with abrasive band feeding supporting plate 1-9, and straight line driving mechanism can be any frame for movement that can drive abrasive band feeding supporting plate 1-9 to move along horizontal linear guide rail 1-8.
Described the first driving wheel 1-4 is positioned at the top of described the first grinding wheel 1-2, described the second driving wheel 1-5 is positioned at the top of described the second grinding wheel 1-3, between above-mentioned the first grinding wheel 1-2, the second grinding wheel 1-3, the first driving wheel 1-4, the second driving wheel 1-5, the requirement of relative position is: assurance can be adjusted the distance between the first abrasive band 1-6 and the second abrasive band 1-7 by dwindling distance between the first grinding wheel 1-2, the second grinding wheel 1-3, make the tensioning portion of abrasive band between driving wheel and grinding wheel can fit heat radiation tubing string arcuate flanks.Described the first driving wheel 1-4 is arranged on respectively two axis drive shaft 1-13 parallel with described polishing rotating shaft 1-10 above with the second driving wheel 1-5, and described drive shaft 1-13 is rotatably installed on described support 1-1.In the present embodiment, drive motors comprises the first drive motors 1-14 and the second drive motors 1-15 being arranged on described frame 1-1, and described the first drive motors 1-14 and the second drive motors 1-15 connect with two drive shaft 1-13 respectively by driving-belt.
In order to guarantee the tensile force in above-mentioned two abrasive bands, in this device, also comprise two abrasive band regulating wheel 1-16 that are connected with the second abrasive band 1-7 with the first abrasive band 1-6 respectively, it is upper that described two abrasive band regulating wheel 1-16 are arranged on frame 1-1, and two abrasive band regulating wheel 1-16 lay respectively at the below of described the first grinding wheel 1-2 and the below of the second grinding wheel 1-3.
Adhere to that rotating and moving device of configuration-changeable 2 is positioned at a side of polishing sanding device 1, refer to Fig. 5 and Fig. 6, described in adhere to that rotating and moving device of configuration-changeable 2 comprises reciprocating mechanism 2-1, moves forward and backward the 2-2 of mechanism and clamping rotating mechanism 2-3.Described reciprocating mechanism 2-1 comprises vertical lifting cylinder 2-1-1, vertical lifting guide rail 2-1-2 and vertical lifting supporting plate 2-1-3, vertical lifting supporting plate 2-1-3 and described vertical lifting cylinder 2-1-1, vertical lifting guide rail 2-1-2 connects, vertical lifting supporting plate 2-1-3 is positioned at described vertical lifting cylinder 2-1-1, the top of vertical lifting guide rail 2-1-2, vertical lifting cylinder 2-1-1 is cylinder, vertical lifting cylinder 2-1-1 comprises cylinder body and cylinder bar, cylinder body is connected with frame 1-1 by connecting plate, the top of cylinder bar is connected with vertical lifting supporting plate 2-1-3, vertical lifting cylinder 2-1-1 work, vertical lifting supporting plate 2-1-3 rises or falls under the guide effect of vertical lifting guide rail 2-1-2.The described 2-2 of mechanism that moves forward and backward comprises and moves forward and backward leading screw 2-2-1, with move forward and backward that leading screw 2-2-1 connects for driving, move forward and backward the stepper motor 2-2-2 that leading screw 2-2-1 rotates, described in being fitted in, move forward and backward and move forward and backward slide block 2-2-3 on leading screw 2-2-1, with move forward and backward that slide block 2-2-3 is connected move forward and backward supporting plate 2-2-4, the described leading screw 2-2-1 that moves forward and backward is arranged on described vertical lift supporting plate 2-1-3, the end, two ends that moves forward and backward leading screw 2-2-1 is rotatably installed on vertical lift supporting plate 2-1-3, the one end that moves forward and backward leading screw 2-2-1 connects with the output shaft of stepper motor 2-2-2 by shaft coupling, stepper motor 2-2-2 is fixed on vertical lift supporting plate 2-1-3, stepper motor 2-2-2 work can drive and move forward and backward leading screw 2-2-1 rotation, move forward and backward leading screw 2-2-1 by be mated move forward and backward slide block 2-2-3 drive move forward and backward supporting plate 2-2-4 do before and after feed motion.Described clamping rotating mechanism 2-3 comprises rotating shaft bolster 2-3-1, the motor deceleration device 2-3-2 connecting with rotating shaft bolster 2-3-1, clamping supporting plate 2-3-3 and clamping cylinder 2-3-4, described rotating shaft bolster 2-3-1 comprises fixing outer ring and is arranged on the temperature of inner ring during rotation on fixing outer ring, described in being arranged on, described fixedly outer ring and motor deceleration device 2-3-2 move forward and backward on supporting plate 2-2-4, described clamping supporting plate 2-3-3 and clamping cylinder 2-3-4 are arranged on the temperature of inner ring during rotation of described rotating shaft bolster 2-3-1, and described temperature of inner ring during rotation connects with described motor deceleration device 2-3-2.Described motor deceleration device 2-3-2 consists of stepper motor and the reductor that connects with stepper motor, the output shaft of reductor connects by driving-belt with the temperature of inner ring during rotation of rotating shaft bolster 2-3-1, and motor deceleration device 2-3-2 works to drive the temperature of inner ring during rotation of rotating shaft bolster 2-3-1 to rotate.On described clamping supporting plate 2-3-3, positioning wedged block 2-3-5 and alignment pin 2-3-6 are installed, on described positioning wedged block 2-3-5, there is cambered surface groove.Clamping cylinder 2-3-4 is the cylinder consisting of cylinder body and cylinder bar, and the cylinder body of cylinder is fixed on the temperature of inner ring during rotation of rotating shaft bolster 2-3-1.
Operation principle:
Heat radiation tubing string is placed in the cambered surface groove of positioning wedged block 2-3-5 and locates by alignment pin 2-3-6, clamping cylinder 2-3-4 work, and the cylinder bar of clamping cylinder 2-3-4 stretches out and compresses heat radiation tubing string, with this, realizes heat radiation tubing string is clamped in and is clamped on supporting plate 2-3-3.Move forward and backward the 2-2 of mechanism work, the end that heat radiation tubing string is put extend between the first grinding wheel 1-2 and the second grinding wheel 1-3, feeding cylinder 1-11 work, the first grinding wheel 1-2 and the second grinding wheel 1-3 are slowly close, two arcuate flanks of the first grinding wheel 1-2 and the second grinding wheel 1-3 extruding heat radiation tubing string, the first abrasive band 1-6 in the first grinding wheel 1-2 and heat radiation between tubing string and the second abrasive band 1-7 between the second grinding wheel 1-3 and heat radiation tubing string are usingd drive motors and as power source, heat radiation tubing string are roughly ground, motor deceleration device 2-3-2 drives the temperature of inner ring during rotation of rotating shaft bolster 2-3-1 to carry out rotating repeatedly, with this, complete the corase grind to radiating tube column end arcuate flanks, in bruting process, stepper motor 2-2-2 drives and moves forward and backward supporting plate 2-2-4 action, can control polishing width.After tubing string to be dispelled the heat has been roughly ground between the first grinding wheel 1-2 and the second grinding wheel 1-3, kicker cylinder 1-12 work, the first grinding wheel 1-2 is separated fast with the second grinding wheel 1-3, vertical lifting cylinder 2-1-1 work, the cylinder masthead of vertical lifting cylinder 2-1-1 plays vertical lifting supporting plate 2-1-3, the end that completes corase grind on heat radiation tubing string is sent between grinding wheel and driving wheel, feeding cylinder 1-11 work, the first grinding wheel 1-2 and the second grinding wheel 1-3 are slowly close, at the tensioning portion of the first abrasive band 1-6 between the first grinding wheel 1-2 and the first driving wheel 1-4 and the tensioning portion of the second abrasive band 1-7 between the second grinding wheel 1-3 and the second driving wheel 1-5, be adjacent to respectively two sides that heat radiation tubing string was roughly ground, motor deceleration device 2-3-2 drives the temperature of inner ring during rotation of rotating shaft bolster 2-3-1 to carry out rotating repeatedly, with this, complete the fine grinding sanding to radiating tube column end arcuate flanks.
This device is by polishing sanding device 1 and adhere to that the polishing sanding that rotating and moving device of configuration-changeable 2 actings in conjunction are first roughly ground fine grinding again to heat radiation tubing string processes, and not only automaticity is high, and polishing sanding works very well.
Claims (9)
1. a radiator tubing string polishing grinder, it is characterized in that: comprise frame, the first grinding wheel, the second grinding wheel, the first driving wheel, the second driving wheel, for connecting the first abrasive band of the first grinding wheel and the first driving wheel, for connecting the second abrasive band and the drive motors for driving the first driving wheel and the second driving wheel to rotate of the second grinding wheel and the second driving wheel, horizontal linear guide rail is installed in described frame, on described horizontal linear guide rail, being provided with can be along two abrasive band feeding supporting plate of horizontal linear guide rail activity, described abrasive band feeding supporting plate connects for driving the straight line driving mechanism of abrasive band feeding supporting plate activity, described straight line driving mechanism is arranged in described frame, on described two abrasive band feeding supporting plates, the polishing rotating shaft that axis is vertical with described horizontal linear guide rail is installed respectively, described the first grinding wheel, the second grinding wheel is arranged on respectively in two polishing rotating shafts, described the first grinding wheel and the second grinding wheel are positioned at the same side of described two polishing rotating shafts and relative, described the first driving wheel is positioned at the top of described the first grinding wheel, described the second driving wheel is positioned at the top of described the second grinding wheel, described the first driving wheel and the second driving wheel are arranged on respectively in the drive shaft of two axis and described polishing shaft parallel, described drive shaft is rotatably installed on described support, one side of described grinding wheel is provided with adheres to rotating and moving device of configuration-changeable, described in adhere to rotating and moving device of configuration-changeable comprise reciprocating mechanism, move forward and backward mechanism and clamping rotating mechanism.
2. radiator tubing string polishing grinder according to claim 1, it is characterized in that: described reciprocating mechanism comprises vertical lifting cylinder, vertical lifting guide rail and vertical lifting supporting plate, vertical lifting supporting plate connects with described vertical lifting cylinder, vertical lifting guide rail, and vertical lifting supporting plate is positioned at the top of described vertical lifting cylinder, vertical lifting guide rail; Described move forward and backward mechanism comprise move forward and backward leading screw, with move forward and backward that leading screw connects for driving the stepper motor that moves forward and backward leading screw and rotate, described in being fitted in, move forward and backward on leading screw move forward and backward slide block, with move forward and backward the supporting plate that moves forward and backward that slide block is connected, described in move forward and backward leading screw and be arranged on described vertical lift supporting plate; Described clamping rotating mechanism comprises rotating shaft bolster, the motor deceleration device connecting with rotating shaft bolster, clamping supporting plate and clamping cylinder, described rotating shaft bolster comprises fixing outer ring and is arranged on the temperature of inner ring during rotation on fixing outer ring, described in being arranged on, described fixedly outer ring and motor deceleration device move forward and backward on supporting plate, described clamping supporting plate and clamping cylinder are arranged on described temperature of inner ring during rotation, and described temperature of inner ring during rotation connects with described motor deceleration device.
3. radiator tubing string polishing grinder according to claim 1, it is characterized in that: comprise two abrasive band regulating wheels that are connected with the second abrasive band with the first abrasive band respectively, described two abrasive band regulating wheels lay respectively at the below of described the first grinding wheel and the below of the second grinding wheel.
4. radiator tubing string polishing grinder according to claim 1, it is characterized in that: described drive motors comprises the first drive motors and the second drive motors being arranged in described frame, described the first drive motors and the second drive motors connect with two drive shafts respectively by driving-belt.
5. radiator tubing string polishing grinder according to claim 1, is characterized in that: described straight line driving mechanism comprises feeding cylinder and kicker cylinder, and described feeding cylinder and kicker cylinder are arranged in described frame.
6. radiator tubing string polishing grinder according to claim 1, is characterized in that: described the first grinding wheel, the second grinding wheel, the first driving wheel, the second driving wheel are belt sander rubber wheel.
7. radiator tubing string polishing grinder according to claim 2, is characterized in that: on described clamping supporting plate, positioning wedged block and alignment pin are installed, have cambered surface groove on described positioning wedged block.
8. according to the radiator tubing string polishing grinder described in claim 2 or 5, it is characterized in that: described vertical lifting cylinder, clamping cylinder, feeding cylinder and kicker cylinder are cylinder.
9. radiator tubing string polishing grinder according to claim 2, is characterized in that: described motor deceleration device consists of stepper motor and the reductor that connects with stepper motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310681395.1A CN103624638B (en) | 2013-12-13 | 2013-12-13 | Pipe column grinding and sanding machine for radiator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310681395.1A CN103624638B (en) | 2013-12-13 | 2013-12-13 | Pipe column grinding and sanding machine for radiator |
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| Publication Number | Publication Date |
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| CN103624638A true CN103624638A (en) | 2014-03-12 |
| CN103624638B CN103624638B (en) | 2017-02-08 |
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| CN201310681395.1A Expired - Fee Related CN103624638B (en) | 2013-12-13 | 2013-12-13 | Pipe column grinding and sanding machine for radiator |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104308698A (en) * | 2014-10-17 | 2015-01-28 | 王建利 | Pipe and column part butt weld polishing machine |
| CN108637873A (en) * | 2018-04-10 | 2018-10-12 | 于法周 | A kind of polissoir for aircraft processing |
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| CN103381570A (en) * | 2012-05-04 | 2013-11-06 | 于鹏 | Single-column double-side automatic polishing machine of radiator |
| CN203599989U (en) * | 2013-12-13 | 2014-05-21 | 于东刚 | Polishing and sanding device for tubular columns of heat dissipation device |
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| CN104308698A (en) * | 2014-10-17 | 2015-01-28 | 王建利 | Pipe and column part butt weld polishing machine |
| CN104308698B (en) * | 2014-10-17 | 2017-08-08 | 王建利 | One kind pipe, post class part butt weld polishing machine |
| CN108637873A (en) * | 2018-04-10 | 2018-10-12 | 于法周 | A kind of polissoir for aircraft processing |
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