CN207120084U - A kind of rust remover - Google Patents

Abstract

The utility model provides a kind of rust remover, belongs to processing machinery field, including actuator and executing agency, actuator are connected with executing agency, and actuator can provide power for executing agency；Rust remover includes casing, and executing agency includes bracket, drive roll system and driven voller system, and bracket, drive roll system and driven voller system are rotatably connected on casing；Drive roll system is connected with actuator, driven voller system is used to by banding process tool be connected with drive roll system, bracket is used to house workpiece to be processed, when driven voller system is connected with drive roll system by banding process tool, bracket is located at banding process tool nearby so that the workpiece to be processed on bracket can be connected with banding process tool；Rust remover includes Liang Tao executing agencies, and Liang Tao executing agencies are oppositely arranged, and are connected respectively with actuator.Rust remover provided by the utility model is provided with two sets of executing agencies being oppositely arranged, it is possible to increase the stability in rust remover work, so as to improve machining accuracy.

Description

A kind of rust remover

Technical field

Processing machinery field is the utility model is related to, in particular to a kind of rust remover.

Background technology

Abrasive band rust remover is a kind of new surface derusting equipment.Abrasive band rust remover is environmentally safe when being produced, Surface quality is good, velocity-stabilization, has higher economic benefit.

But existing abrasive band rust remover, during operation, the vibration of transmission system may be transferred to executing agency On, cause the operation of executing agency to have deflection to a certain extent, so as to influence machining accuracy.

Utility model content

The utility model provides a kind of rust remover, it is intended to solves above mentioned problem existing for rust remover in the prior art.

What the utility model was realized in：

A kind of rust remover, for being used cooperatively with banding process tool, including actuator and executing agency, actuator is with holding Row mechanism is connected, and actuator can provide power for executing agency；

Rust remover includes casing, and executing agency includes bracket, drive roll system and driven voller system, bracket, drive roll system and from Dynamic roller system is rotatably connected on casing；

Drive roll system is connected with actuator, and driven voller system is used to by banding process tool be connected with drive roll system, bracket For housing workpiece to be processed, when driven voller system is connected with drive roll system by banding process tool, bracket is processed located at banding Cutter is nearby so that the workpiece to be processed on bracket can be connected with banding process tool；

Rust remover includes Liang Tao executing agencies, and Liang Tao executing agencies are oppositely arranged, and are connected respectively with actuator.

In preferred embodiment of the present utility model, executing agency also includes regulating roller system, regulating roller system, drive roll system Three-legged structure is formed with driven voller system.

In preferred embodiment of the present utility model, rust remover includes transmission system, and transmission system includes transition shafting With actuator, it is connected between actuator and drive roll system by transition shafting.

In preferred embodiment of the present utility model, executing agency includes rotary table, drive roll system, the connection of driven voller system In on rotary table, rotary table is connected with actuator, and rotary table can drive drive roll system and driven voller system around the axle center of rotary table Produce revolution.

In preferred embodiment of the present utility model, transmission system also includes main shaft system, the public affairs in Liang Tao executing agencies Rotating disk is connected to the both ends of main shaft system, and rotary table can rotate with the rotation of main shaft system, and main shaft system is connected with actuator.

In preferred embodiment of the present utility model, main shaft system is provided with Combined belt wheel, and Combined belt wheel leads to main shaft system Cross bearing to be connected, Combined belt wheel includes two belt wheels being set up in parallel, and one of belt wheel is connected with transition shafting, another band Wheel is connected with roller system.

In preferred embodiment of the present utility model, actuator includes the first motor and the second motor, the first motor with Drive roll system is connected, and the second motor is connected with rotary table.

In preferred embodiment of the present utility model, executing agency includes detection means, and detection means includes detection plate And travel switch, detection plate are rotatably arranged on casing, travel switch is located at the scope that detection plate can aprowl touch It is interior.

A kind of rust remover, for being used cooperatively with banding process tool, including actuator and executing agency, actuator is with holding Row mechanism is connected by V belt translation, and actuator can provide power for executing agency；

Rust remover includes casing, and executing agency includes bracket, drive roll system and driven voller system, bracket, drive roll system and from Dynamic roller system is rotatably connected on casing；

Drive roll system is connected with actuator, and driven voller system is used to by banding process tool be connected with drive roll system, bracket For housing workpiece to be processed, when driven voller system is connected with drive roll system by banding process tool, bracket is processed located at banding Cutter is nearby so that the workpiece to be processed on bracket can be connected with banding process tool；

Rust remover includes Liang Tao executing agencies, and Liang Tao executing agencies are oppositely arranged, and are connected respectively with actuator；

Actuator is movably arranged on casing.

In preferred embodiment of the present utility model, actuator is motor, and actuator is on motor mounting plate, motor Installing plate one end is hinged with casing, and the motor mounting plate other end is bolted with casing.

The beneficial effects of the utility model are：The rust remover that the utility model is obtained by above-mentioned design, in use, can It is processed simultaneously from both ends, the running of whole machine can be made more steady, improves machining accuracy；Again due to can two End processes simultaneously, so as to improve the efficiency of processing.

Brief description of the drawings

, below will be to required in embodiment in order to illustrate more clearly of the technical scheme of the utility model embodiment The accompanying drawing used is briefly described, it will be appreciated that and the following drawings illustrate only some embodiments of the present utility model, therefore not The restriction to scope is should be considered as, for those of ordinary skill in the art, on the premise of not paying creative work, Other related accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is the structural representation for the rust remover that the utility model embodiment provides；

Fig. 2 is that the rust remover that the utility model embodiment provides removes structural representation of the casing afterwards under the first visual angle Figure；

Fig. 3 is the structural representation for the drive roll system that the utility model embodiment provides；

Fig. 4 is the structural representation for the driven voller system that the utility model embodiment provides；

Fig. 5 is the structural representation that the regulating roller that the utility model embodiment provides is tied up under the first visual angle；

Fig. 6 is the structural representation that the regulating roller that the utility model embodiment provides is tied up under the second visual angle；

Fig. 7 is the structural representation for the stretching train that the utility model embodiment provides；

Fig. 8 is the structural representation for the main shaft system that the utility model embodiment provides；

Fig. 9 is the structural representation for the transition shafting that the utility model embodiment provides；

Figure 10 is the main shaft system and the cooperation schematic diagram of transition shafting that the utility model embodiment provides；

Figure 11 is the partial enlarged drawing in XI portions in Fig. 2；

Figure 12 is that structure of the rust remover removal casing of the utility model embodiment offer afterwards under the second visual angle is shown It is intended to；

Figure 13 is the partial enlarged drawing in XIII portions in Fig. 2；

Figure 14 is the principle schematic for the executing agency 020 that the utility model embodiment provides；

Figure 15 is the principle schematic for the transmission system that the utility model embodiment provides；

Figure 16 is the partial enlarged drawing in XVI portions in Figure 12；

Figure 17 is the structural representation for the detection plate that the utility model embodiment provides.

Icon：001- rust removers；010- transmission systems；020- executing agencies；100- casings；200- drive rolls system；300- Driven voller system；400- regulating rollers system；500- stretching trains；600- main shaft systems；700- transition shaftings；210- driving pulleys；230- Active roll body；250- supports；270- home roll installation portions；The driven end caps of 310-；The driven installation portions of 350-；The driven roll bodies of 330-； 410- limiting plates；420- adjusts mounting seat；430- adjusts mandrel；The projections of 431- first；The projections of 432- second；440- regulation elasticities Part；450- adjusting rods；460- adjusts roll body；The roll segments of 461- first；The roll segments of 462- second；510- stretching mounting seats；520- stretchings Belt wheel；530- stretching wheel shafts；The connecting plates of 512- first；The connecting plates of 514- second；5122- elongated holes；532- pads；610- main shafts Body；620- Combined belt wheels；110- spindle bearings；630- main shaft big belt wheels；650- brake discs；710- transition axis bodies；720- transition Small pulley；730- transition big belt wheels；The motors of 810- first；820- motor support bases；830- motor mounting plates；840- regulating bolts； The motors of 850- second；022- brackets；024- testing agencies；0242- detection plates；0244- travel switches；023- rotary tables.

Embodiment

To make the purpose, technical scheme and advantage of the utility model embodiment clearer, below in conjunction with this practicality Accompanying drawing in new embodiment, the technical scheme in the utility model embodiment is clearly and completely described, shown So, described embodiment is a part of embodiment of the utility model, rather than whole embodiments.Based on this practicality Embodiment in new, those of ordinary skill in the art are obtained every other under the premise of creative work is not made Embodiment, belong to the scope of the utility model protection.Therefore, the implementation of the present utility model to providing in the accompanying drawings below The detailed description of mode is not intended to limit claimed the scope of the utility model, but is merely representative of of the present utility model Selected embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not making creative labor The every other embodiment obtained under the premise of dynamic, belong to the scope of the utility model protection.

In description of the present utility model, it is to be understood that the term of indicating position or position relationship is based on accompanying drawing Shown orientation or position relationship, it is for only for ease of description the utility model and simplifies description, rather than indicates or imply institute The equipment or element of finger must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that to this reality With new limitation.

In the utility model, unless otherwise clearly defined and limited, term " installation ", " connected ", " connection ", " Gu It is fixed " etc. term should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integrally；Can be Mechanically connect or electrically connect；Can be joined directly together, can also be indirectly connected by intermediary, can be two The connection of element internal or the interaction relationship of two elements.For the ordinary skill in the art, can basis Concrete condition understands concrete meaning of the above-mentioned term in the utility model.

In the utility model, unless otherwise clearly defined and limited, fisrt feature is on or below second feature Can directly it be contacted including the first and second features, it is not directly to contact but pass through it that can also include the first and second features Between other characterisation contact.Moreover, fisrt feature is on second feature, top and above include fisrt feature the Directly over two features and oblique upper, or be merely representative of fisrt feature level height and be higher than second feature.Fisrt feature is special second Under sign, lower section and fisrt feature included below are immediately below second feature and obliquely downward, or are merely representative of fisrt feature level Highly it is less than second feature.

Refer to Fig. 1-Figure 17.

The utility model embodiment provides a kind of rust remover 001, for being used cooperatively with banding process tool, including drives Moving part and executing agency 020, actuator are connected with executing agency 020, and actuator can be that executing agency 020 provides power.Remove Rust machine 001 includes casing 100, and executing agency 020 includes bracket 022, drive roll system 200 and driven voller system 300, bracket 022, master Dynamic roller system 200 and driven voller system 300 are rotatably connected on casing 100.Drive roll system 200 is connected with actuator, driven voller Be 300 be used for be connected with drive roll system 200 by banding process tool, bracket 022 be used for house workpiece to be processed, driven voller system 300 with drive roll system 200 by banding process tool when being connected, and bracket 022 is located at banding process tool nearby so that bracket 022 On workpiece to be processed can be connected with banding process tool.Rust remover 001 includes Liang Tao executing agencies 020, two sets of execution machines Structure 020 is oppositely arranged, and is connected respectively with actuator.

Specifically, banding process tool can be abrasive band.

Executing agency 020 is 400 also including regulating roller, and regulating roller is 400, drive roll system 200 and the composition of driven voller system 300 Three-legged structure.Abrasive band is sheathed on the outside of executing agency 020.Regulating roller is 400 tensioning degrees for being used to adjust abrasive band.

Further, rust remover 001 includes transmission system 010, and transmission system 010 includes transition shafting 700 and actuator, It is connected between actuator and drive roll system 200 by transition shafting 700.Transmission system 010 is used in executing agency 020 and driving Passing power between part, and by setting appropriate gearratio, obtain preferable cutting speed.Transmission system 010 can be selected V belt translation is selected, it is also an option that the machine driving form that chain gear transmission, gear drive etc. are common.

Further, executing agency 020 includes rotary table 023, and drive roll system 200, driven voller system 300 are connected to rotary table On 023, rotary table 023 is connected with actuator, and rotary table 023 can drive drive roll system 200 and driven voller system 300 around rotary table 023 axle center produces revolution.Rotary table 023 can drive executing agency 020 is overall to produce revolution, so as to ensure each of workpiece Surface can contact with banding process tool.

Further, transmission system 010 also includes main shaft system 600, and the rotary table 023 in Liang Tao executing agencies 020 is distinguished The both ends of main shaft system 600 are connected to, rotary table 023 can rotate, main shaft system 600 and actuator with the rotation of main shaft system 600 It is connected.It is connected between rotary table 023 and actuator by main shaft system 600.Specifically, main shaft system 600 can be between actuator Realized and be connected using forms such as V belt translation, chain gear transmission, gear drives.

Further, main shaft system 600 is provided with Combined belt wheel 620, and Combined belt wheel 620 passes through bearing phase with main shaft system 600 Even, Combined belt wheel 620 includes two belt wheels being set up in parallel, and one of belt wheel is connected with transition shafting 700, another belt wheel System is connected with roller.Combined belt wheel 620 is set as the attachment structure between transition shafting 700 and main shaft roll body, Combined belt wheel 620 In on main shaft, it is that Combined belt wheel 620 provides support force by main shaft, the structure of transmission system 010 can be made compacter, it is also real The secondary transmission between transition shafting 700 and main shaft roll body is showed.

Further, actuator includes the first motor 810 and the second motor 850, the first motor 810 and drive roll system 200 It is connected, the second motor 850 is connected with rotary table 023.It is respectively drive roll system 200 using the first motor 810 and the second motor 850 Power is provided with rotary table 023, the cooperation of banding process tool and the rotating speed of rotary table 023 can be easy to.

Further, executing agency 020 includes detection means, and detection means includes detection plate 0242 and travel switch 0244, detection plate 0242 is rotatably arranged on casing 100, and travel switch 0244 can aprowl touch located at detection plate 0242 In the range of and.If in the running of rust remover 001, banding process tool is broken, and banding process tool will be Beaten in the presence of inertia in detection plate 0242, detection plate 0242 is deflected, so as to touch travel switch 0244, realized and close Machine, so as to avoid rust remover 001 from dallying.

Further, actuator is connected with executing agency 020 by V belt translation, and actuator can be that executing agency 020 carries For power, actuator is movably arranged on casing 100.Specifically, actuator is motor, actuator is located at motor mounting plate On 830, the one end of motor mounting plate 830 is be hinged with casing 100, and the other end of motor mounting plate 830 is connected with casing 100 by bolt Connect.

Actuator and executing agency 020 are connected by V belt translation, actuator is movably arranged on casing 100, so as to To realize the tensioning of V belt translation by adjusting the position of actuator.

In order to clearly demonstrate the utility model, the utility model provides one embodiment on rust remover 001.

Embodiment：

A kind of rust remover 001 is present embodiments provided, refers to Fig. 1 and Fig. 2, this rust remover 001 includes transmission system 010 and executing agency 020.

Rust remover 001 includes casing 100, and casing 100 surrounds accommodation space.Transmission system 010 is placed in casing 100, is held Row mechanism 020 is placed in the outside of casing 100.

First, executing agency 020

Executing agency 020 is 400 and bracket 022 including drive roll system 200, driven voller system 300, regulating roller.On casing 100 Rotary table 023 provided with circle, rotary table 023 may result from turning.Drive roll system 200, driven voller system 300 and regulating roller are 400 It is connected on rotary table 023, in descending certainly for rotary table 023, drive roll system 200, driven voller system 300 and regulating roller are 400 can Revolution is produced relative to the center of rotation of rotary table 023.Bracket 022 is on rotary table 023, for supporting workpiece to be processed.

1. drive roll system 200

Referring to Fig. 3, drive roll system 200 includes driving pulley 210, active roll body 230, support 250 and home roll installation portion 270。

Driving pulley 210 is used to be connected with transmission system 010, is that driving pulley 210 provides rotation by transmission system 010 Power.

Active roll body can be driven by key connection, driving pulley 210 between the one end of active roll body 230 and driving pulley 210 230 rotate.

Home roll installation portion 270 is on active roll body 230.Home roll installation portion 270 is used to be fixedly linked with rotary table 023, And driving pulley 210 is caused to be located at the inner side that casing 100 surrounds space.Lead between home roll installation portion 270 and active roll body 230 Cross bearing to be connected so that active roll body 230 can both be driven generation revolution by rotary table 023, again can be relative to rotary table 023 Produce rotation.

Support 250 be arranged in parallel with active roll body 230, and one end is connected with rotary table 023, the other end of support 250 and active The other end of the roll body 230 away from driving pulley 210 is connected by bearing, so as to for active roll body 230 away from driving pulley 210 One end provides holding power, and does not influence the rotation of active roll body 230.

In use, above-mentioned one end of drive roll system 200 is supported by support 250, the other end is supported by rotary table 023, so as to Preferable stability of rotation can be obtained.

2. driven voller system 300

Referring to Fig. 4, driven voller system 300 includes driven end cap 310, driven installation portion 350 and driven roll body 330.It is driven The one end of roll body 330 is connected with driven end cap 310, and driven installation portion 350 is on driven roll body 330.

Driven installation portion 350 is used to driven roll body 330 being arranged on rotary table 023, and driven end cap 310 is located at In the space that casing 100 is surrounded, the side away from driven end cap 310 is located at the sky that casing 100 is surrounded on driven roll body 330 Between it is outer.Driven installation portion 350 is fixedly linked with rotary table 023, passes through bearing between driven installation portion 350 and driven roll body 330 It is connected so that driven roll body 330 can both be driven generation revolution by rotary table 023, can be produced from again relative to rotary table 023 Turn.

3. regulating roller is 400

Refer to Fig. 5 and Fig. 6, regulating roller is 400 to include limiting plate 410, regulation mounting seat 420, regulation mandrel 430, adjust Save elastic component 440, adjusting rod 450 and regulation roll body 460.

Regulation roll body 460 includes the first roll segment 461 and the second roll segment 462.First roll segment 461 and the second roll segment 462 are eccentric Set.

Limiting plate 410 is arranged at the both sides of the first roll segment 461.Adjusting rod 450 is fixedly connected with first roll segment 461, is adjusted Radial direction of the pole 450 along the first roll segment 461 stretches out, and the one end one of adjusting rod 450 away from the first roll segment 461 adjusts core Axle 430 is be hinged, and regulation mandrel 430 is slideably connected with regulation mounting seat 420.Regulation mounting seat 420 is used to be connected to revolution Disk 023.Regulation elasticity part 440 is sheathed on the outside of regulation mandrel 430, and the one end of regulation elasticity part 440 is supported with regulation mounting seat 420 Connect, the other end of regulation elasticity part 440 abuts with adjusting rod 450.

Specifically, regulation mounting seat 420 is provided with through hole, regulation mandrel 430 is provided with the first projection 431 and the second projection 432, the first projection 431 and the second projection 432 are arranged in the axially spaced-apart of regulation mandrel 430, and the first projection 431 relative second is convex Block 432 is closer to adjusting rod 450.The upper through hole of regulation mounting seat 420 be located at the first projection 431 and the second projection 432 it Between.Spacing distance between first projection 431 and the second projection 432 is more than the depth of through hole.Regulation elasticity part 440 is placed in regulation Between the projection 431 of bar 450 and first, and the both ends of regulation elasticity part 440 abut with adjusting rod 450 with the first projection 431 respectively.

In use, the position of through hole can change in the range of the first projection 431 and the second projection 432 so that adjust Section mandrel 430 can promote the position of the end of adjusting rod 450 to become with through hole and the change of the relative position of the first projection 431 Change.Because adjusting rod 450 and regulation roll body 460 are fixedly linked, the change of the end position of adjusting rod 450 will drive the first roll segment 461 produce rotation.First roll segment 461 and the eccentric setting of the second roll segment 462.The rotation of first roll segment 461 will make the second roll segment 462 Axis around the first roll segment 461 produces revolution.Second roll segment 462 is used to coordinate with active roll body 230 and driven roll body 330, the Two roll segments 462 produce revolution around the axis of the first roll segment 461, make 462 relative active roll body 230 of the second roll segment and driven roll body 330 relative position changes, so as to play a part of tension adjusting.

In use, the elastic component of different size is selected, you can to change the second roller according to the stress of adjusting rod 450 The position of section 462, so as to play the adjustment effect of different dynamics when processing.

4. bracket 022

Figure 13 is referred to, bracket 022 is fixed on rotary table 023, and a storage tank is formed on bracket 022.The storage tank bottom Face is cylinder, and accommodating groove bottom and rotary table 023 are concentric.

5. the overall principle of executing agency 020

Figure 14 is referred to, executing agency 020 is 400 including drive roll system 200, driven voller system 300 and regulating roller.Drive roll It is that driving pulley 210 on 200 is connected with transmission system 010, active roll body 230 can be driven to rotate, so as to is performed to be whole Mechanism 020 provides power.Active roll body 230, driven roll body 330 and regulating roller are the second roll segment 462 composition triangle knot on 400 Structure.Active roll body 230, driven roll body 330 and regulating roller are to be provided with friction on the outer surface of the second roll segment 462 on 400 Sleeve, friction sleeve can rotate rotating around the axis of active roll body 230, the roll segment 462 of driven roll body 330 and second.Specifically, Friction sleeve is made up of elastomeric material, to increase stiction.In active roll body 230, the roll segment 462 of driven roll body 330 and second Abrasive band is arranged on the outside of the three-legged structure formed, and the storage tank on bracket 022 is located at the geometric figure that abrasive band is surrounded Outside, you can realize derusting to the workpiece to be processed on bracket 022.

Figure 16 is referred to, further, rust remover 001 provided by the utility model can also include testing agency 024.Inspection Survey mechanism 024 to be used to detect whether abrasive band is broken, so as to ensure effective operation of rust remover 001, avoid dallying.

Specifically, testing agency 024 includes detection plate 0242 and travel switch 0244.The one end of detection plate 0242 is rotationally It is connected on casing 100, travel switch 0244 is provided close in the position of detection plate 0242, the controllable derusting of travel switch 0244 The closing of machine 001.If abrasive band is broken, the abrasive band of fracture will beat in detection plate 0242, and to detection plate 0242 apply one Individual larger side force, makes detection plate 0242 rotate and touch travel switch 0244, makes rust remover 001 out of service.Please Refering to Figure 17, detection plate 0242 could be arranged to the structures such as folded plate, straight panel.

2nd, transmission system 010

The transmission system 010 of rust remover 001 includes the first motor 810, the second motor 850, main shaft system 600 and transition shafting 700.Wherein, the first motor 810 and the second motor 850 are used as actuator.First motor 810 is connected with main shaft system 600, main shaft system 600 rotary table 023 for the output torque of the first motor 810 being transferred in executing agency 020, passes through the band of rotary table 023 Whole executing agency 020 is moved around the axle center of rotary table 023, and then makes executing agency 020 is overall to produce rotation.Second motor 850 It is connected with transition shafting 700, transition shafting 700 is connected with the driving pulley 210 in executing agency 020 respectively, makes active roll body 230 produce rotation, and by connecting active roll body 230, driven roll body 330 and the abrasive band drive executing agency for adjusting roll body 460 Each part on 020 produces rotation.

1. main shaft system 600

Referring to Fig. 8, main shaft system 600 includes main shaft 610, Combined belt wheel 620, spindle bearing 110, main shaft big belt wheel 630 and brake disc 650.

Main shaft 610 is hollow shaft structure.Combined belt wheel 620, spindle bearing 110, main shaft big belt wheel 630 and brake disc 650 are all connected on main shaft 610.

Wherein, Combined belt wheel 620 includes two belt wheels side by side and being fixedly linked.The quantity of Combined belt wheel 620 is two. Two Combined belt wheels 620 are divided into the both ends of main shaft 610.It is connected between Combined belt wheel 620 and main shaft 610 by bearing, Combined belt wheel 620 is allowd to produce rotation relative to main shaft 610.

Main shaft big belt wheel 630 is connected to the middle part of main shaft 610 with brake disc 650.The motor of main shaft big belt wheel 630 and second It is connected between 850 output shaft by V belt translation.Pass through key connection between main shaft big belt wheel 630 and main shaft.Main shaft big belt wheel 630 Rotation main shaft 610 can be driven to be rotated with same angular speed.Main shaft big belt wheel 630 is fixedly linked with brake disc 650, brake Disk 650 can rotate with the rotation of main shaft big belt wheel 630, and main shaft big belt wheel 630 can stop with the stopping of brake disc 650.It is main The both ends of axis body 610 pass through key connection between two rotary tables 023 respectively so that main shaft 610 can drive 023 turn of rotary table It is dynamic.

The quantity of spindle bearing 110 is two.Two spindle bearings 110 are sheathed on main shaft big belt wheel 630 and two respectively In two intervals formed between Combined belt wheel 620.It is connected between spindle bearing 110 and main shaft 610 by bearing, main shaft Bearing 110 is used to be connected with casing 100.

2. transition shafting 700

Referring to Fig. 9, transition shafting 700 includes transition axis body 710, transition small pulley 720 and transition big belt wheel 730.

Transition axis body 710 is connected with spindle bearing 110, and spindle bearing 110 is that transition axis body 710 provides support force.Transition Big belt wheel 730 and transition small pulley 720 are all connected on transition axis body 710.

Transition big belt wheel 730 is connected located at the middle part of transition axis body 710, transition big belt wheel 730 with transition axis body 710 by key Connect.It is connected between transition big belt wheel 730 and the output shaft of the first motor 810 by V belt translation.

Referring to Fig. 10, the quantity of transition small pulley 720 is two.Two transition small pulleys 720 are divided into transition axis body 710 both ends, and it is corresponding with two Combined belt wheels 620 on main shaft system 600 respectively.Transition small pulley 720 and transition axis body Pass through key connection between 710.

Transition axis body 710 rotates under the drive of transition big belt wheel 730, and the rotation of transition axis body 710 drives transition small band The rotation of wheel 720.Transition small pulley 720 drives the Combined belt wheel 620 on main shaft system 600 to rotate by V belt translation.

3. the first motor 810

Figure 11 is referred to, the first motor 810 is movably connected on casing 100 so that the output shaft of the first motor 810 The height adjustable at the belt wheel center of upper connection, so as to realize the tensioning of belt wheel.Its concrete structure is such：

Motor support base 820 is sheathed on the outside of the first motor 810, to realize the support to the first motor 810.Motor support base 820 are fixedly linked with motor mounting plate 830.The side of motor mounting plate 830 is be hinged with casing 100, the opposite side of motor mounting plate 830 It is connected between casing 100 by regulating bolt 840.Three are formed between motor mounting plate 830, casing 100 and regulating bolt 840 Angular structure.By adjusting length of the regulating bolt 840 between motor mounting plate 830 and casing 100, motor peace can adjust The angle of inclination of loading board 830, so that the height of the belt wheel connected on regulation motor output shaft.

Specifically, the quantity of regulating bolt 840 is two, it is relatively reliable so as to be provided for motor mounting plate 830 Support.

The purpose of setting of said structure is in order to realize the adjustable of the height of the first motor 810, so as to reach tensioning pulley Purpose., can also be by motor mounting plate in other embodiments of the present utility model in addition to said structure 830 bilateral sets the structures such as regulating bolt 840 respectively, to realize the regulation to the height of the first motor 810.

Second motor 850 is identical with the structure of the first motor 810.

4. stretching train 500

Referring to Fig. 7, stretching train 500 includes stretching mounting seat 510, stretching belt wheel 520 and stretching wheel shaft 530.

Stretching mounting seat 510 includes the first connecting plate 512 and the second connecting plate 514 being oppositely arranged.First connecting plate 512 It is connected with the second connecting plate 514.

First connecting plate 512 is connected with stretching belt wheel 520 by stretching wheel shaft 530, and stretching belt wheel 520 can be around stretching wheel shaft 530 rotate.Second connecting plate 514 is connected with rotary table 023.Stretching belt wheel 520 is arranged at casing 100 and surrounds the interior of space Side.

Specifically, the first connecting plate 512 is provided with elongated hole 5122, stretching belt wheel 520 is connected to by elongated hole 5122 On first connecting plate 512, stretching wheel shaft 530 passes through elongated hole 5122.Stretching belt wheel 520 can be along the length direction of elongated hole 5122 Upper slip.Stretching wheel shaft 530 is provided with pad 532.Pad 532 is divided into the both sides of elongated hole 5122 with stretching belt wheel 520.Compress Fixation of the stretching belt wheel 520 relative to the position of elongated hole 5122 can be achieved with stretching belt wheel 520 for pad 532, loosen stretching band Wheel 520 and pad 532, you can stretching belt wheel 520 is slided in elongated hole 5122, so as to by adjusting stretching belt wheel 520 position adjusts the tensile force of stretching belt wheel 520.

5. the overall principle of transmission system 010

Fig. 2, Figure 12 and Figure 15 are referred to, the quantity of executing agency 020 is two sets, and Liang Tao executing agencies 020 are respectively arranged on The both ends of transmission system 010.

The output shaft of first motor 810 is connected with the main shaft big belt wheel 630 on main shaft system 600 by V belt translation, makes main shaft Body 610 rotates under the drive of main shaft big belt wheel 630, and two rotary tables 023 for driving the both ends of main shaft 610 to connect rotate.

The output shaft of second motor 850 is connected by transition shafting 700 with two Combined belt wheels 620 on main shaft system 600. Specifically, the output shaft of the second motor 850 is connected with the transition big belt wheel 730 in transition shafting 700, transition big belt wheel 730 can Transition axis body 710 is driven to rotate, transition axis body 710 can drive transition small pulley 720 to rotate.Transition small pulley 720 with it is corresponding Combined belt wheel 620 on one of belt wheel be connected, another belt wheel on Combined belt wheel 620 then with the phase of driving pulley 210 Even, for for the offer power of drive roll system 200.Due to being connected between Combined belt wheel 620 and main shaft 610 by bearing, main shaft The rotation of body 610 and the rotation of Combined belt wheel 620 will not interfere with each other.Further, Combined belt wheel 620 and driving pulley 210 Connection in, be additionally provided with stretching belt wheel 520, the band that stretching belt wheel 520 is used between Combined belt wheel 620 and driving pulley 210 Transmission provides tensile force.Adjust the position of stretching belt wheel 520, the tensile force between Combined belt wheel 620 and driving pulley 210.

The operation principle of rust remover 001 provided by the utility model is：Rust remover 001 provided by the utility model is set Liao Liangtao executing agencies 020, Liang Tao executing agencies 020 are symmetrically connected to the both sides of transmission system 010, can ensure splendid Stability of rotation, so as to improve machining accuracy.In addition, workpiece to be processed enters from the bracket 022 of one end executing agency 020, Through main shaft 610, then stretch out, can be processed twice simultaneously from the bracket 022 in the executing agency 020 of the other end, Upstream end carries out roughing, and external part is finished, and can be obviously improved processing efficiency.

Work in-process, transmission system 010 drive rotary table 023 rotate, ensure bracket 022 on workpiece to be processed it is each Surface can be effectively ground.Transmission system 010 drives the drive roll in executing agency 020 to rotate, and is the grinding in abrasive band Process provides power.

Preferred embodiment of the present utility model is the foregoing is only, is not limited to the utility model, for For those skilled in the art, the utility model can have various modifications and variations.It is all in spirit of the present utility model and former Within then, any modification, equivalent substitution and improvements made etc., it should be included within the scope of protection of the utility model.

Claims (10)

1. A kind of 1. rust remover, for being used cooperatively with banding process tool, it is characterised in that including actuator and executing agency, The actuator is connected with the executing agency, and the actuator can provide power for the executing agency；

   The rust remover includes casing, and the executing agency includes bracket, drive roll system and driven voller system, the bracket, active Roller system and driven voller system are rotatably connected on the casing；

   The drive roll system is connected with the actuator, and the driven voller system is used to by the banding add with the drive roll system Work cutter is connected, and the bracket is used to house workpiece to be processed, and the driven voller system and the drive roll system pass through the banding When process tool is connected, the bracket is located at the banding process tool nearby so that the workpiece to be processed on the bracket can It is connected with the banding process tool；

   The rust remover includes Liang Tao executing agencies, and two sets of executing agencies are oppositely arranged, and respectively with the actuator phase Even.
2. 2. rust remover according to claim 1, it is characterised in that the executing agency also includes regulating roller system, the tune Save roller system, the drive roll system and driven voller system composition three-legged structure.
3. 3. rust remover according to claim 1, it is characterised in that the rust remover includes transmission system, the power train System includes transition shafting and actuator, is connected between the actuator and the drive roll system by the transition shafting.
4. 4. rust remover according to claim 3, it is characterised in that the executing agency includes rotary table, the drive roll System, the driven voller are attached on the rotary table, and the rotary table is connected with the actuator, and the rotary table being capable of band Move the drive roll system and the driven voller system and produce revolution around the axle center of the rotary table.
5. 5. rust remover according to claim 4, it is characterised in that the transmission system also includes main shaft system, described in two sets The rotary table in executing agency is connected to the both ends of the main shaft system, and the rotary table can be with the main shaft system Rotate and rotate, the main shaft system is connected with the actuator.
6. 6. rust remover according to claim 5, it is characterised in that the main shaft system is provided with Combined belt wheel, the combination Belt wheel is connected with the main shaft system by bearing, and the Combined belt wheel includes two belt wheels being set up in parallel, one of belt wheel It is connected with the transition shafting, another belt wheel is connected with the roller system.
7. 7. rust remover according to claim 4, it is characterised in that the actuator includes the first motor and the second motor, First motor is connected with the drive roll system, and second motor is connected with the rotary table.
8. 8. rust remover according to claim 1, it is characterised in that the executing agency includes detection means, the detection Device includes detection plate and travel switch, and the detection plate is rotatably arranged on the casing, and the travel switch is located at institute In the range of stating detection plate and can aprowl touching.
9. A kind of 9. rust remover, for being used cooperatively with banding process tool, it is characterised in that including actuator and executing agency, The actuator is connected with the executing agency by V belt translation, and the actuator can provide power for the executing agency；

   The rust remover includes casing, and the executing agency includes bracket, drive roll system and driven voller system, the bracket, active Roller system and driven voller system are rotatably connected on the casing；

   The drive roll system is connected with the actuator, and the driven voller system is used to by the banding add with the drive roll system Work cutter is connected, and the bracket is used to house workpiece to be processed, and the driven voller system and the drive roll system pass through the banding When process tool is connected, the bracket is located at the banding process tool nearby so that the workpiece to be processed on the bracket can It is connected with the banding process tool；

   The rust remover includes Liang Tao executing agencies, and two sets of executing agencies are oppositely arranged, and respectively with the actuator phase Even；

   The actuator is movably arranged on the casing.
10. 10. rust remover according to claim 9, it is characterised in that the actuator is motor, and the actuator is located at electricity On machine installing plate, described motor mounting plate one end is hinged with the casing, and the motor mounting plate other end leads to the casing Cross bolt connection.