CN205309987U - Burnishing machine abrasive band drive connection structure - Google Patents
Burnishing machine abrasive band drive connection structure Download PDFInfo
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- CN205309987U CN205309987U CN201521121918.8U CN201521121918U CN205309987U CN 205309987 U CN205309987 U CN 205309987U CN 201521121918 U CN201521121918 U CN 201521121918U CN 205309987 U CN205309987 U CN 205309987U
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- rotating disk
- abrasive band
- tightening pulley
- end rotating
- pulley
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Abstract
Burnishing machine abrasive band drive connection structure belongs to throwing optical equipment technical field, especially relates to a burnishing machine abrasive band drive connection structure. The utility model provides a burnishing machine abrasive band drive connection structure that can fully polish metal wire. The utility model discloses a front end support frame and rear end support frame are provided with initiative end rotation carousel on its structural feature front end support frame, be provided with the driven end rotary disk on the support frame of rear end, take the initiative to be connected with the horizontal axostylus axostyle of going up between end rotation carousel upper end and the driven end rotary disk upper end, upward are provided with the action wheel on the axostylus axostyle, being provided with horizontal take -up pulley fixed axle between initiative end rotation carousel lower extreme and the driven end rotary disk lower extreme, being provided with the take -up pulley on the take -up pulley fixed axle, the winding has the abrasive band between take -up pulley and the action wheel, initiative end rotation carousel center was provided with the line hole with central correspondence of driven end rotary disk, it passes initiative end rotation carousel and links to each other with initiative end rotation carousel through the fore bearing to go up the axostylus axostyle front end.
Description
Technical field
The utility model belongs to polissoir technical field, particularly relates to a kind of polishing machine abrasive band and drives connection structure.
Background technology
Metal wire is annealed technique in process of production, in the surface generation oxide scale layer of metal, make metallic surface color show black and coarse, how can remove the zone of oxidation of metal surface, recover original gloss of metal, it is the technical barrier needing in reality industrial production to solve.
The production technique of current domestic metal wire, in the production technique of process metal surfaces zone of oxidation, the zone of oxidation adopting the method for pickling to remove metallic surface more, this kind of method working efficiency height, but easily to there is pickling not in place for surface in contact between wire rod, the acid discharge process difficulty of pickling is relatively big, and environmental pollution is serious. Many enterprises adopt glossing process, conventional polissoir adopts through ship polishing (fiber wheel or gauze wheel), the object of polishing is reached by polishing wheel and wire comes into contact, polishing wheel and wire rod are all respective rotations, realized the object of polishing with the contact of many group polishing wheels by wire rod, wire rod rotation is by limitation of length, and this kind of method uses limitation.
Summary of the invention
The utility model is exactly for the problems referred to above, it is provided that a kind of can driving in the polishing machine abrasive band of the abundant polishing of metal wire connects structure.
For achieving the above object, the utility model adopts following technical scheme, the utility model comprises front support frame and rear end bracing frame, its structure to be put and to be provided with initiatively end rotating disk on front support frame, rear end bracing frame is provided with driven end rotating disk, initiatively it is connected with transversely axostylus axostyle between end rotating disk upper end and driven end rotating disk upper end, upper shaft lever is provided with motion-work wheel; Initiatively it is provided with lateral tension wheel stationary shaft between the lower end of end rotating disk and the lower end of driven end rotating disk, tightening pulley stationary shaft is provided with tightening pulley, between tightening pulley and motion-work wheel, is wound with abrasive band;Described active end rotating disk center is corresponding with driven end rotating disk center was provided with string holes.
Described upper shaft lever front end is through initiatively end rotating disk and is connected with active end rotating disk by front bearing, upper shaft lever front end is provided with front follower gear, front follower gear engages with the front driving toothed gear of the lower end of front follower gear, front driving toothed gear is connected with active end rotating disk, and the center of the center of front driving toothed gear and initiatively end rotating disk is on same bar sea line.
As a kind of preferred version, upper shaft lever rear end described in the utility model is through driven end rotating disk and is connected with driven end rotating disk by rear bearing, upper shaft lever rear end is provided with rear follower gear, rear follower gear engages with the rear driving toothed gear of the lower end of rear follower gear, rear driving toothed gear is connected with driven end rotating disk, and the center of rear driving toothed gear and the center of driven end rotating disk are on same bar sea line.
As another kind of preferred version, tightening pulley stationary shaft described in the utility model is provided with sleeve, sleeve is provided with fixed orifices, fixed orifices place is rotary with the spacing set screw of tightening pulley, sleeve is provided with the web plate of extension downwards, described tightening pulley is arranged on the lower end of web plate, and web plate is connected with the tensioning spring one end being coiled on tightening pulley stationary shaft, and the tensioning spring the other end is arranged on tightening pulley stationary shaft by spring set screw.
As another kind of preferred version, tightening pulley stationary shaft described in the utility model is two, parallel it is symmetricly set on the initiatively lower end both sides of end rotating disk, sleeve on the tightening pulley stationary shaft of both sides is crisscross arranged, each web plate all extends below middle part, and the center of the tightening pulley on the lower end of each web plate is all on same bar sea line.
As another kind of preferred version, motion-work wheel described in the utility model and tightening pulley are multiple, corresponding setting.
As another kind of preferred version, it is connected with transverse orientation axle between two ends in the middle part of two ends and driven end rotating disk in the middle part of active end rotating disk described in the utility model, location axle is connected with described tightening pulley stationary shaft by tightening pulley axis fixing plate, the lower end of plate is connected tightening pulley stationary shaft with being connected and fixed, it is connected and fixed plate to middle part inclined upward, the upper end that both sides are connected and fixed plate is connected, and both sides are connected and fixed plate upper end overlapping and are provided with through hole; Side tightening pulley stationary shaft is connected with one end of movable clip, and the other end of movable clip is provided with the tight mouth of card corresponding to another side tightening pulley stationary shaft.
As another kind of preferred version, upper shaft lever described in the utility model comprises that multiple pin that is in transmission connection is square dismantles rotation connecting rod and middle motion-work wheel assembly parts, and the pin that is in transmission connection is square dismantles rotation connecting rod and middle motion-work wheel assembly parts are alternately connected between adjacent main driving wheel.
Secondly, the axle of active end rotating disk described in the utility model being provided with straightener belt pulley, straightener belt pulley is connected with motor pulley by driving triangular belt, and motor pulley is connected with motor output shaft.
In addition, front support frame front described in the utility model is provided with horizontal straightening mechanism, and horizontal straightening mechanism sidepiece is provided with level aligning adjustment handwheel; The pushing ram that horizontal stroke is taken turns in the side alignment horizontal with adjustment of level aligning adjustment handwheel is connected, and the horizontal straightening mechanism of side alignment wheel phase offside is provided with another side alignment wheel corresponding to described side alignment wheel; The front end of horizontal straightening mechanism is provided with vertical straightening mechanism, the upper end of vertical straightening mechanism is provided with vertical aligning adjustment handwheel, vertical aligning adjustment handwheel is connected with the pushing ram of adjustment top alignment wheel vertical stroke, and the vertical straightening mechanism of top alignment wheel lower section is provided with bottom alignment wheel corresponding to described top alignment wheel.
The useful effect of the utility model.
The utility model polishing machine abrasive band drives connection structure abrasive band to be carry out polishing around wire rod, by the rotation of active end rotating disk and driven end rotating disk, make 360 degree, wire rod comprehensive without dead angle polishing, and wire rod itself only needs translational motion under the traction of motor to pass through string holes, the infinite in length of wire rod is fixed.
Motion-work wheel and tightening pulley are by abrasive band tensioning, and abrasive band rotates with motion-work wheel, make the whole circumference face in abrasive band can play polishing action, it is to increase the effective rate of utilization in abrasive band. Motion-work wheel by follower gear under the rotation of driving toothed gear drives, it is achieved revolution and rotation, not only revolved round the sun around wire rod by abrasive band but also metal wire is carried out comprehensive without dead angle polishing by rotation.
Accompanying drawing explanation
Below in conjunction with the drawings and specific embodiments, the utility model is described further. The utility model protection domain is not only confined to the statement of following content.
Fig. 1 is the utility model structural representation.
Fig. 2 is the utility model tightening pulley integrated connection part vertical view.
Fig. 3 is that the utility model tightening pulley connects structural representation.
Fig. 4-1, Fig. 4-2 are the utility model movable clips, are connected and fixed plate portion structural representation.
In figure, 1 is rear driving toothed gear, 2 is rear follower gear, 3 is rear end bracing frame, 4 is driven end rotating disk, 5 is middle motion-work wheel assembly parts, 6 dismantle rotation connecting rod for the pin that is in transmission connection is square, 7 is wire rod, 8 is abrasive band, 9 is motion-work wheel, 10 is active end rotating disk, 11 is front support frame, 12 is front follower gear, 13 is front driving toothed gear, 14 is straightener belt pulley, 15 is driving triangular belt, 16 is horizontal straightening mechanism, 17 is motor, 18 is vertical straightening mechanism, 19 is tightening pulley stationary shaft, 20 is location axle, 21 is movable clip, 22 is tightening pulley axis fixing plate, 23 is tightening pulley, 24 is sleeve, 25 is web plate, 26 is tensioning spring.
Embodiment
As shown in the figure, the utility model comprises front support frame and rear end bracing frame, front support frame is provided with initiatively end rotating disk, rear end bracing frame is provided with driven end rotating disk, initiatively it is connected with transversely axostylus axostyle between end rotating disk upper end and driven end rotating disk upper end, upper shaft lever is provided with motion-work wheel; Initiatively it is provided with lateral tension wheel stationary shaft between the lower end of end rotating disk and the lower end of driven end rotating disk, tightening pulley stationary shaft is provided with tightening pulley, between tightening pulley and motion-work wheel, is wound with abrasive band; Described active end rotating disk center is corresponding with driven end rotating disk center was provided with string holes.
Described upper shaft lever front end is through initiatively end rotating disk and is connected with active end rotating disk by front bearing, upper shaft lever front end is provided with front follower gear, front follower gear engages with the front driving toothed gear of the lower end of front follower gear, front driving toothed gear is connected with active end rotating disk, and the center of the center of front driving toothed gear and initiatively end rotating disk is on same bar sea line.
Described upper shaft lever rear end is through driven end rotating disk and is connected with driven end rotating disk by rear bearing, upper shaft lever rear end is provided with rear follower gear, rear follower gear engages with the rear driving toothed gear of the lower end of rear follower gear, rear driving toothed gear is connected with driven end rotating disk, and the center of rear driving toothed gear and the center of driven end rotating disk are on same bar sea line.
Described tightening pulley stationary shaft is provided with sleeve, sleeve is provided with fixed orifices, fixed orifices place is rotary with the spacing set screw of tightening pulley, sleeve is provided with the web plate of extension downwards, described tightening pulley is arranged on the lower end of web plate, web plate is connected with the tensioning spring one end being coiled on tightening pulley stationary shaft, and the tensioning spring the other end is arranged on tightening pulley stationary shaft by spring set screw.In order to make abrasive band wrap up fully with metal wire, make abrasive band have frictional strength and pressure with the contact surface of wire rod, on tightening pulley stationary shaft, it may also be useful to spring strengthen abrasive band two take turns between tension force. In addition when changing abrasive band, can manually change the position of abrasive belt wheel, make abrasive band become pine, be convenient to abrasive band and change.
Tensioning spring function makes emery cloth tensioning, the spacing set screw of tightening pulley, makes sleeve have rotation space in a small amount, can carry out trace adjustment emery cloth tension force when installing emery cloth, and tightening pulley can be made to have the function of knee-action.
Described tightening pulley stationary shaft is two, parallel it is symmetricly set on the initiatively lower end both sides of end rotating disk, sleeve on the tightening pulley stationary shaft of both sides is crisscross arranged, and each web plate all extends below middle part, and the center of the tightening pulley on the lower end of each web plate is all on same bar sea line.
Described motion-work wheel and tightening pulley are multiple, corresponding setting. Adopt many group abrasive band combinations that metal wire is carried out polishing, every bar abrasive band by motion-work wheel and tightening pulley by abrasive band tensioning. As shown in Figure 1, being made up of 8 groups of motion-work wheels and tightening pulley, motion-work wheel is on the same line, tightening pulley on the same line, makes the abundant same wire comes into contact of emery cloth, increases friction area, motion-work wheel every with tightening pulley two, to becoming one group, tightly wraps up the both sides of wire rod by emery cloth.
It is connected with transverse orientation axle between two ends in the middle part of two ends and driven end rotating disk in the middle part of described active end rotating disk, location axle is connected with described tightening pulley stationary shaft by tightening pulley axis fixing plate, the lower end of plate is connected tightening pulley stationary shaft with being connected and fixed, it is connected and fixed plate to middle part inclined upward, the upper end that both sides are connected and fixed plate is connected, and both sides are connected and fixed plate upper end overlapping and are provided with through hole; Side tightening pulley stationary shaft is connected with one end of movable clip, and the other end of movable clip is provided with the tight mouth of card corresponding to another side tightening pulley stationary shaft. When polishing work, first by metal wire through emery cloth, for making threading convenient in threading process, movable clip can be opened and to make abrasive band, tightening pulley angled, to be convenient to threading, fastening movable clip again after threading; Bring convenience to threading work, it is to increase working efficiency.
Movable clip and retaining plate all play the effect of stable axis, and tensioning wheel shaft can be movable, firm with movable clip.
Described upper shaft lever comprises that multiple pin that is in transmission connection is square dismantles rotation connecting rod and middle motion-work wheel assembly parts, and the pin that is in transmission connection is square dismantles rotation connecting rod and middle motion-work wheel assembly parts are alternately connected between adjacent main driving wheel. Connected by the square rotation connecting rod of dismantling of the pin that is in transmission connection, strengthen the stability of motion-work wheel, when emery cloth is installed, square for the pin that is in transmission connection rotation connecting rod of dismantling can be extracted out simultaneously.
Being provided with straightener belt pulley on the axle of described active end rotating disk, straightener belt pulley is connected with motor pulley by driving triangular belt, and motor pulley is connected with motor output shaft.
Described front support frame front is provided with horizontal straightening mechanism, and horizontal straightening mechanism sidepiece is provided with level aligning adjustment handwheel; The pushing ram that horizontal stroke is taken turns in the side alignment horizontal with adjustment of level aligning adjustment handwheel is connected, and the horizontal straightening mechanism of side alignment wheel phase offside is provided with another side alignment wheel corresponding to described side alignment wheel; The front end of horizontal straightening mechanism is provided with vertical straightening mechanism, the upper end of vertical straightening mechanism is provided with vertical aligning adjustment handwheel, vertical aligning adjustment handwheel is connected with the pushing ram of adjustment top alignment wheel vertical stroke, and the vertical straightening mechanism of top alignment wheel lower section is provided with bottom alignment wheel corresponding to described top alignment wheel.Before metal wire enters polishing article, two direction wire rod alignment wheel in length and breadth it is built in polishing machine front end, alignment wheel can rotation by frictional force, and can according to gap between the external diameter size regulating wheel of alignment wire rod, longitudinally by adjustment handwheel, handwheel adjusts the stroke of top alignment wheel by pushing ram, laterally by adjusting leveling wheel adjustment handwheel side Straightening stroke, gap between the wheel of alignment wheel is changed by adjustment stroke, before making wire rod enter polishing article, obtain abundant alignment, ensure that the rectilinearity of wire rod, enable wire rod in polishing article fully polishing. Drawing metal wire by coiling electric motor and carry out translational motion, after metal wire alignment, enter polishing article, after carrying out polishing by abrasive band between polishing article, coiling on wire spool, completes polishing work.
It is understandable that, above about specific descriptions of the present utility model, the technical scheme described by the utility model embodiment only not it is limited to for illustration of the utility model, it will be understood by those within the art that, still the utility model can be modified or equivalent replace, to reach identical technique effect; Needs are used, all within protection domain of the present utility model as long as meeting.
Claims (8)
1. polishing machine abrasive band drives and connects structure, comprise front support frame and rear end bracing frame, it is characterized in that front support frame is provided with initiatively end rotating disk, rear end bracing frame is provided with driven end rotating disk, initiatively it is connected with transversely axostylus axostyle between end rotating disk upper end and driven end rotating disk upper end, upper shaft lever is provided with motion-work wheel; Initiatively it is provided with lateral tension wheel stationary shaft between the lower end of end rotating disk and the lower end of driven end rotating disk, tightening pulley stationary shaft is provided with tightening pulley, between tightening pulley and motion-work wheel, is wound with abrasive band; Described active end rotating disk center is corresponding with driven end rotating disk center was provided with string holes;
Described upper shaft lever front end is through initiatively end rotating disk and is connected with active end rotating disk by front bearing, upper shaft lever front end is provided with front follower gear, front follower gear engages with the front driving toothed gear of the lower end of front follower gear, front driving toothed gear is connected with active end rotating disk, and the center of the center of front driving toothed gear and initiatively end rotating disk is on same bar sea line.
2. polishing machine abrasive band drives connection structure according to claim 1, it is characterized in that described upper shaft lever rear end through driven end rotating disk and is connected with driven end rotating disk by rear bearing, upper shaft lever rear end is provided with rear follower gear, rear follower gear engages with the rear driving toothed gear of the lower end of rear follower gear, rear driving toothed gear is connected with driven end rotating disk, and the center of rear driving toothed gear and the center of driven end rotating disk are on same bar sea line.
3. polishing machine abrasive band drives connection structure according to claim 1, it is characterized in that described tightening pulley stationary shaft is provided with sleeve, sleeve is provided with fixed orifices, fixed orifices place is rotary with the spacing set screw of tightening pulley, sleeve is provided with the web plate of extension downwards, described tightening pulley is arranged on the lower end of web plate, and web plate is connected with the tensioning spring one end being coiled on tightening pulley stationary shaft, and the tensioning spring the other end is arranged on tightening pulley stationary shaft by spring set screw.
4. polishing machine abrasive band drives connection structure according to claim 3, it is characterized in that described tightening pulley stationary shaft is two, parallel it is symmetricly set on the initiatively lower end both sides of end rotating disk, sleeve on the tightening pulley stationary shaft of both sides is crisscross arranged, each web plate all extends below middle part, and the center of the tightening pulley on the lower end of each web plate is all on same bar sea line.
5. polishing machine abrasive band drives connection structure according to claim 1, it is characterised in that described motion-work wheel and tightening pulley are multiple, corresponding setting.
6. polishing machine abrasive band drives connection structure according to claim 2, it is characterized in that being connected with transverse orientation axle between two ends in the middle part of two ends and driven end rotating disk in the middle part of described active end rotating disk, location axle is connected with described tightening pulley stationary shaft by tightening pulley axis fixing plate, the lower end of plate is connected tightening pulley stationary shaft with being connected and fixed, it is connected and fixed plate to middle part inclined upward, the upper end that both sides are connected and fixed plate is connected, and both sides are connected and fixed plate upper end overlapping and are provided with through hole; Side tightening pulley stationary shaft is connected with one end of movable clip, and the other end of movable clip is provided with the tight mouth of card corresponding to another side tightening pulley stationary shaft.
7. polishing machine abrasive band drives connection structure according to claim 1, it is characterized in that described upper shaft lever comprises that multiple pin that is in transmission connection is square dismantles rotation connecting rod and middle motion-work wheel assembly parts, the pin that is in transmission connection is square dismantles rotation connecting rod and middle motion-work wheel assembly parts are alternately connected between adjacent main driving wheel.
8. polishing machine abrasive band drives connection structure according to claim 1, it is characterized in that the axle of described active end rotating disk is provided with straightener belt pulley, straightener belt pulley is connected with motor pulley by driving triangular belt, and motor pulley is connected with motor output shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521121918.8U CN205309987U (en) | 2015-12-31 | 2015-12-31 | Burnishing machine abrasive band drive connection structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521121918.8U CN205309987U (en) | 2015-12-31 | 2015-12-31 | Burnishing machine abrasive band drive connection structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205309987U true CN205309987U (en) | 2016-06-15 |
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ID=56198821
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521121918.8U Active CN205309987U (en) | 2015-12-31 | 2015-12-31 | Burnishing machine abrasive band drive connection structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205309987U (en) |
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2015
- 2015-12-31 CN CN201521121918.8U patent/CN205309987U/en active Active
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