CN204773078U - Diamond abrasive wire sawing machine's line of cut adjusting device - Google Patents
Diamond abrasive wire sawing machine's line of cut adjusting device Download PDFInfo
- Publication number
- CN204773078U CN204773078U CN201520507613.4U CN201520507613U CN204773078U CN 204773078 U CN204773078 U CN 204773078U CN 201520507613 U CN201520507613 U CN 201520507613U CN 204773078 U CN204773078 U CN 204773078U
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- guide frame
- yarn
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- wheel
- line
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Abstract
The utility model provides a diamond abrasive wire sawing machine's line of cut adjusting device, includes wallboard (1a) and fixes the lead screw seat (1b) on wallboard (1a), is equipped with slide groove (1c) in the lead screw seat (1b), is equipped with slide (1d) in slide groove (1c), is equipped with X axial filament pole (1e), Z axial filament pole (1f) between slide (1b) and the lead screw seat (1b), be fixed with two motors (1g) on the wallboard (1a), two motors (1g) respectively with the end fixing of X axial filament pole (1e), Z axial filament pole (1f), slide (1b) is fixed with first guide frame (1i) down, the both ends of first guide frame (1i) are fixed with yarn wheel (1h) respectively, diamond yarn (L) is tangent on the yarn wheel (1h) at first guide frame (1i) both ends, at least, have the position of regulation line of cut and the effect of angle.
Description
Technical field
The utility model relates to field, is specifically related to a kind of the line of cut adjusting device of boart boart wire cutting machine.
Background technology
Diamond wire saw machine, be utilize diamond yarn up and down reciprocatingly, rotary motion equipment that semi-conducting material is cut.
In prior art, diamond yarn cutting machine is mainly divided into reciprocating and Unidirectional circulation type two kinds.No matter which kind of lathe, its Wire-conveying mechanism of quick walk generally is fixed form, and after diamond wire is formed circulated by mechanisms such as yarn wheel and yarn cylinders, its locus just cannot change again, and therefore its cutting mode is more single, usually can only carry out unidirectional straight cuts.
How to design a kind of the line of cut adjusting device of boart boart wire cutting machine, the position of line of cut and angle are regulated, become the technical problem that we are badly in need of solving.
Summary of the invention
The purpose of this utility model is the deficiency overcoming prior art existence, and provides a kind of the line of cut adjusting device of boart boart wire cutting machine.
The purpose of this utility model has been come by following technical solution, a kind of the line of cut adjusting device of boart boart wire cutting machine, comprise wallboard 1a and be fixed on the screw rodb base 1b on wallboard 1a, slide groove 1c is provided with in screw rodb base 1b, slide 1d is provided with in slide groove 1c, X-axis screw mandrel 1e is provided with between slide 1d and screw rodb base 1b, Z axis screw mandrel 1f, described wallboard 1a is fixed with two motor 1g, two motor 1g respectively with X-axis screw mandrel 1e, the end winding support of Z axis screw mandrel 1f, the first guide frame 1i is fixed with under slide 1b, the two ends of the first guide frame 1i are fixed with yarn wheel 1h respectively, on the diamond yarn L tangent wheel of the yarn at the first guide frame 1i two ends 1h.
Described wallboard 1a is fixed with position detector 1r, and position detector 1r is located at the bottom of yarn wheel 1h, the position that position detector 1r correspondence is run along Y-axis at diamond yarn L.
Described wallboard 1a bottom is fixed with the second guide frame 1j, the two ends of the second guide frame 1j are fixed with yarn wheel 1h respectively, the left part of the second guide frame 1j is fixed with yarn cylinder 1p, and it is tangent that diamond yarn L takes turns 1h lower limb along the yarn of yarn cylinder 1p lower limb and the second guide frame 1j right-hand member.
Between described second guide frame 1j and yarn cylinder 1p, gap is provided with a yarn and takes turns 1h, this yarn wheel 1h is fixed on wallboard 1a, and this yarn wheel lower limb of 1h and the yarn of yarn cylinder 1p lower limb and the second guide frame 1j right-hand member take turns 1h lower limb point-blank.
The two ends of described second guide frame 1j are fixed with yarn wheel 1h respectively, and the yarn wheel 1h diameter of the second guide frame 1j right-hand member is greater than the yarn wheel 1h diameter of the second guide frame 1j left end.
The left part of described first guide frame 1i is fixed with tensioner 1m, and tensioner 1m is telescopic to be fixed on wallboard 1a, and the outer ledge that 1h taken turns by the end of the tensioner 1m yarn be provided with on yarn wheel 1h, diamond yarn L and a tensioner 1m is tangent.
The left part of described first guide frame 1i is hinged with the 3rd guide frame 1k, and the left part of the 3rd guide frame 1k upper end and the first guide frame 1i is hinged, and the 3rd guide frame 1k lower end is hinged with the second guide frame 1j, the left part of the second guide frame 1j and the lower end of the 3rd guide frame 1k hinged.
The two ends of described first guide frame 1i are fixed with yarn wheel 1h respectively, and the yarn wheel 1h diameter of the first guide frame 1i right-hand member is greater than the yarn wheel 1h diameter of the first guide frame 1i left end.
Being provided with 6 yarn wheels 1h, diamond yarn L in described wallboard 1a is altogether that concave shape is wrapped on 6 yarn wheel 1h.
Wheel stand 11 is fixed with under described first guide frame 1i.
The utility model at least has the adjustment position of line of cut and the effect of angle.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
In figure, wallboard 1a, screw rodb base 1b, slide groove 1c, slide 1d, X-axis screw mandrel 1e, Z axis screw mandrel 1f, motor 1g, yarn wheel 1h, the first guide frame 1i, the second guide frame 1j, the 3rd guide frame 1k, tensioner 1m, yarn cylinder 1p, position detector 1r, wheel stand 11, cutting table 2, material 21;
L is diamond yarn; OXYZ is rectangular coordinate system in space; X is horizontal line, and Y is vertical vertical water horizontal line, and Z is longitudinal vertical water horizontal line.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in detail: as shown in fig. 1, the line of cut adjusting device of a kind of boart boart wire cutting machine described in the utility model, comprise wallboard 1a and be fixed on the screw rodb base 1b on wallboard 1a, slide groove 1c is provided with in screw rodb base 1b, slide 1d is provided with in slide groove 1c, X-axis screw mandrel 1e is provided with between slide 1b and screw rodb base 1b, Z axis screw mandrel 1f, described wallboard 1a is fixed with two motor 1g, two motor 1g respectively with X-axis screw mandrel 1e, the end winding support of Z axis screw mandrel 1f, the first guide frame 1i is fixed with under slide 1b, the two ends of the first guide frame 1i are fixed with yarn wheel 1h respectively, on the diamond yarn L tangent wheel of the yarn at the first guide frame 1i two ends 1h, at least have and regulate the position of line of cut and the effect of angle.
As shown in fig. 1, a kind of the line of cut adjusting device of boart boart wire cutting machine, comprise wallboard 1a and be fixed on the screw rodb base 1b on wallboard 1a, slide groove 1c is provided with in screw rodb base 1b, slide 1d is provided with in slide groove 1c, X-axis screw mandrel 1e is provided with between slide 1b and screw rodb base 1b, Z axis screw mandrel 1f, X-axis screw mandrel 1e is fixed on slide 1b, the slide 1b that rotarily drives of X-axis screw mandrel 1e horizontally slips in the direction of X-axis, Z axis screw mandrel 1e is fixed on slide 1b, the slide 1b that rotarily drives of Z axis screw mandrel 1f carries out slide anteroposterior in the direction of Z axis, thus realize slide 1b and regulate along OXZ plane in slide groove 1c, the first guide frame 1i is fixed with under slide 1b, diamond yarn L is through the first guide frame 1i, to the adjustment that the first guide frame 1i carries out all around, just can regulate, the position all around of diamond yarn L.
Wallboard 1a is the fixed structure of overall support, wallboard 1a adopts cast iron materials to make, wallboard 1a is the structure of plane, the screw rodb base 1b of cuboid is vertically fixed in the plane of wallboard 1a, the slide groove 1c of hollow cuboid is provided with in screw rodb base 1b, slide 1b is the cuboid that volume is less than slide groove 1c, between slide 1b and slide groove 1c, there is gap, this gap is the sliding space of slide 1b in slide groove 1c, by this gap enlargement, cuboid by slide groove 1c expands, X-axis screw mandrel 1e and Z axis screw mandrel 1f is fixed on slide 1b, screw structure is adopted to regulate the position of slide 1b comparatively meticulous, the precision adding man-hour can be improved.
Described wallboard 1a is fixed with two motor 1g, two motor 1g respectively with the end winding support of X-axis screw mandrel 1e, Z axis screw mandrel 1f, two motor 1g are separately fixed on wallboard 1a, motor 1g fixes with wallboard 1a and regulates the slide 1b that X-axis screw mandrel 1e, Z axis screw mandrel 1f are connected, the running status of motor 1g can be controlled by central processor CPU, is convenient to realize Automated condtrol.
The first guide frame 1i is fixed with under slide 1b, first guide frame 1i is major axis, also can is the vibrations that hollow shaft contributes to slowing down diamond yarn L, this axle also can be the telescopic shaft of adjustable in length, the track of yarn wheel 1h to diamond yarn L fixed respectively by the two ends of the first guide frame 1i is controlled, on the diamond yarn L tangent wheel of the yarn at the first guide frame 1i two ends 1h, when motion is all around carried out along with slide 1b in the position of the first guide frame 1i, the adjustment that 1h carries out position all around taken turns by the yarn that diamond yarn L also follows the first guide frame 1i two ends; Because diamond yarn L extends on the material 21 of cutting table 2 in the yarn wheel 1h place turnover downwards of the first guide frame 1i right-hand member and cuts, when the first guide frame 1i right-hand member yarn wheel 1h all around regulates, the adjustment that diamond yarn L will carry out along cutting table 2 all around, the adjustment along with diamond yarn L position also changes by the cutting angle between diamond yarn L and material 21.
Described wallboard 1a is fixed with position detector 1r, position detector 1r can be photoelectric sensor, when diamond yarn L is driven by the first guide frame 1i, the position of photoelectric sensor to the relative body of wall 1a of diamond yarn L is detected, the position signalling of reception transfers in central processor CPU by photoelectric sensor, by the judgement diamond yarn L current location of central processor CPU, thus make central processor CPU to X-axis screw mandrel 1e, two motor 1g running statuses that Z axis screw mandrel 1f connects regulate, realize position detector 1r feedback and regulate with motor 1g the automatic operating cooperatively interacted.
Position detector 1r is located at the yarn wheel 1h bottom of the first guide frame 1i right-hand member, the yarn wheel 1h bottom of the first guide frame 1i right-hand member is the turning point of diamond yarn L, the position that position detector 1r correspondence is run along Y-axis at diamond yarn L, make position detector 1r detect diamond yarn L in the position of OXZ plane, the plane that this OXZ plane and slide 1b run is parallel surface; The plane that position detector 1r detects and the plane that slide 1b runs are simultaneously perpendicular to Y-axis, namely perpendicular to diamond yarn L while of the plane that position detector 1r detects plane and slide 1b run, feedback and adjustment synchronous operation, diamond yarn L can regulate recovery when there is deviation in time, improves the precision that diamond yarn L runs.
Described wallboard 1a bottom is fixed with the second guide frame 1j, second guide frame 1j is identical structure with the first guide frame 1i, metal material can be adopted to make the stability improving major axis, not yielding, second guide frame 1j is fixed on that the bottom of wallboard 1a is corresponding with the first guide frame 1i on wallboard 1a top is parallel to X-axis, diamond yarn L is through the first parallel guide frame 1i, second guide frame 1j, first guide frame 1i, angle of inclination and the obliquity of the diamond yarn L between the second guide frame 1j are cutting angle and cutting position, first guide frame 1i, second guide frame 1j is parallel to each other, and vertical range is between the two regular length, the yarn wheel 1h of the first guide frame 1i right-hand member is when OXZ plane motion, the distance that diamond yarn L moves just can calculate accurately with the angle produced of moving, improve the precision that diamond yarn L runs.
The two ends of the second guide frame 1j are fixed with yarn wheel 1h respectively, the left part of the second guide frame 1j is fixed with yarn cylinder 1p, yarn cylinder 1p provides propulsion power for diamond yarn L, drive diamond yarn L is carried out shuttling movement by the rotating of yarn cylinder 1p on 6 yarn wheel 1h, make diamond yarn L cut material 21 from top downwards or upwards cut material 21 from bottom, avoid the cutting that causes from unidirectional cutting uneven.
It is tangent that diamond yarn L takes turns 1h lower limb along the yarn of yarn cylinder 1p lower limb and the second guide frame 1j right-hand member, and guarantee fund's hard rock yarn L enters yarn cylinder 1p lower edge stably along the yarn wheel 1h lower limb of the second guide frame 1j right-hand member.
Between described second guide frame 1j and yarn cylinder 1p, gap is provided with a yarn and takes turns 1h, diamond yarn L is avoided to produce vibration at long distance miss state by the yarn wheel 1h of this gap location, improve the operating stability of diamond yarn L, damping makes diamond yarn L cut material 21 and forms more smooth cutting surface, is conducive to improving cutting precision.
This yarn wheel 1h is fixed on wallboard 1a, and this yarn wheel lower limb of 1h and the yarn of yarn cylinder 1p lower limb and the second guide frame 1j right-hand member take turns 1h lower limb point-blank.
The two ends of described second guide frame 1j are fixed with yarn wheel 1h respectively, and the yarn wheel 1h diameter of the second guide frame 1j right-hand member is greater than the yarn wheel 1h diameter of the second guide frame 1j left end.
The left part of described first guide frame 1i is fixed with tensioner 1m, and tensioner 1m can say the cylinder of hi fixation pressure, also can be spring or the latch plate of fixing pulling force, what tensioner 1m was scalable or bent is fixed on wallboard 1a, and tensioner 1m is fixedly connected with wallboard 1a, and the other end is fixed with a yarn wheel 1h, the outer ledge that 1h taken turns by yarn on diamond yarn L and tensioner 1m is tangent, diamond yarn L is by after the yarn wheel 1h on tensioner 1m, undertaken cushioning by the atmospheric pressure of tensioner 1m or the tension force of elastic force to diamond yarn L and test, avoid overtension on diamond yarn L to produce to cut yarn wheel 1h, affect cutting effect, avoid again that tension force on diamond yarn L is too small cannot be cut in time to material 21, by tensioner 1m, diamond yarn L is in operation and remains fixing tension force, effectively avoid diamond yarn L run in produce beat, raising diamond yarn L cuts the precision of material 21 and the surface roughness of the material 21 cut out also reduces.
The left part of described first guide frame 1i is hinged with the 3rd guide frame 1k, the left part of the 3rd guide frame 1k upper end and the first guide frame 1i is hinged, 3rd guide frame 1k lower end is hinged with the second guide frame 1j, the left part of the second guide frame 1j and the lower end of the 3rd guide frame 1k hinged, 3rd guide frame 1k is hinged on the left end of the first guide frame 1i and the second guide frame 1j, 3rd guide frame 1k is the axle of regular length, 3rd guide frame 1k, for keeping the relative length between the first guide frame 1i and the second guide frame 1j, keeps diamond yarn L through the stability of 6 yarn wheel 1h.
The two ends of described first guide frame 1i are fixed with yarn wheel 1h respectively, and the yarn wheel 1h diameter of the first guide frame 1i right-hand member is greater than the yarn wheel 1h diameter of the first guide frame 1i left end.The yarn wheel 1h of the first guide frame 1i left end is located at the top of the 3rd guide frame 1k and the first guide frame 1i left part hinged place, first guide frame 1i left end yarn wheel 1h diameter be reduced to diamond yarn L improve through gap, guarantee fund's hard rock yarn L is that concave shape is wrapped on 6 yarn wheel 1h, the yarn wheel 1h making diamond yarn L fixing on tensioner 1m, and be the diamond yarn L that the adjustment of the first guide frame 1i retains certain length, avoid beating because regulate to produce to change to tension force.
Be fixed with the wheel stand 11 in trapezoidal shape under described first guide frame 1i, the position that wheel stand 11 couples of diamond yarn L cut material 21 supports, and diamond yarn L is better contacted with material 21 after the support of wheel stand 11.
Various amendment made to above-mentioned specific embodiment or supplements or adopt similar mode to substitute, only otherwise depart from structure of the present utility model or surmount this scope as defined in the claims, protection domain of the present utility model all should be belonged to.
Claims (10)
1. the line of cut adjusting device of a boart boart wire cutting machine, it is characterized in that: comprise wallboard (1a) and be fixed on the screw rodb base (1b) on wallboard (1a), slide groove (1c) is provided with in screw rodb base (1b), slide (1d) is provided with in slide groove (1c), X-axis screw mandrel (1e) is provided with between slide (1b) and screw rodb base (1b), Z axis screw mandrel (1f), described wallboard (1a) is fixed with two motors (1g), two motors (1g) respectively with X-axis screw mandrel (1e), the end winding support of Z axis screw mandrel (1f), the first guide frame (1i) is fixed with under slide (1b), the two ends of the first guide frame (1i) are fixed with yarn wheel (1h) respectively, on the tangent wheel of the yarn at the first guide frame (1i) two ends (1h) of diamond yarn (L).
2. the line of cut adjusting device according to claim 1, it is characterized in that: described wallboard (1a) is fixed with position detector (1r), position detector (1r) is located at the bottom of yarn wheel (1h), the position that position detector (1r) correspondence is run along Y-axis at diamond yarn (L).
3. the line of cut adjusting device according to claim 1, it is characterized in that: described wallboard (1a) bottom is fixed with the second guide frame (1j), the two ends of the second guide frame (1j) are fixed with yarn wheel (1h) respectively, the left part of the second guide frame (1j) is fixed with yarn cylinder (1p), and it is tangent that diamond yarn (L) takes turns (1h) lower limb along the yarn of yarn cylinder (1p) lower limb and the second guide frame (1j) right-hand member.
4. the line of cut adjusting device according to claim 3, it is characterized in that: between described second guide frame (1j) and yarn cylinder (1p), gap is provided with a yarn and takes turns (1h), this yarn wheel (1h) is fixed on wallboard (1a), and this yarn wheel lower limb of (1h) and the yarn of yarn cylinder (1p) lower limb and the second guide frame (1j) right-hand member take turns (1h) lower limb point-blank.
5. the line of cut adjusting device according to claim 3, it is characterized in that: the two ends of described second guide frame (1j) are fixed with yarn wheel (1h) respectively, yarn wheel (1h) diameter of the second guide frame (1j) right-hand member is greater than yarn wheel (1h) diameter of the second guide frame (1j) left end.
6. the line of cut adjusting device according to claim 1, it is characterized in that: the left part of described first guide frame (1i) is fixed with tensioner (1m), tensioner (1m) is telescopic to be fixed on wallboard (1a), the end of tensioner (1m) is provided with yarn wheel (1h), and the outer ledge that diamond yarn (L) takes turns (1h) with the yarn on tensioner (1m) is tangent.
7. the line of cut adjusting device according to claim 1, it is characterized in that: the left part of described first guide frame (1i) is hinged with the 3rd guide frame (1k), the left part of the 3rd guide frame (1k) upper end and the first guide frame (1i) is hinged, 3rd guide frame (1k) lower end is hinged with the second guide frame (1j), the left part of the second guide frame (1j) and the lower end of the 3rd guide frame (1k) hinged.
8. the line of cut adjusting device according to claim 1, it is characterized in that: the two ends of described first guide frame (1i) are fixed with yarn wheel (1h) respectively, yarn wheel (1h) diameter of the first guide frame (1i) right-hand member is greater than yarn wheel (1h) diameter of the first guide frame (1i) left end.
9. the line of cut adjusting device according to claim 1, is characterized in that: be provided with 6 yarns wheel (1h) in described wallboard (1a) altogether, and diamond yarn (L) is wrapped in concave shape on 6 yarns wheel (1h).
10. the line of cut adjusting device according to claim 1, is characterized in that: be fixed with wheel stand (11) under described first guide frame (1i).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520507613.4U CN204773078U (en) | 2015-07-14 | 2015-07-14 | Diamond abrasive wire sawing machine's line of cut adjusting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520507613.4U CN204773078U (en) | 2015-07-14 | 2015-07-14 | Diamond abrasive wire sawing machine's line of cut adjusting device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204773078U true CN204773078U (en) | 2015-11-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520507613.4U Expired - Fee Related CN204773078U (en) | 2015-07-14 | 2015-07-14 | Diamond abrasive wire sawing machine's line of cut adjusting device |
Country Status (1)
| Country | Link |
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| CN (1) | CN204773078U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108908762A (en) * | 2018-06-15 | 2018-11-30 | 西安碳星半导体科技有限公司 | CVD growth Gem Grade thickness single-crystal diamond cutting method |
-
2015
- 2015-07-14 CN CN201520507613.4U patent/CN204773078U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108908762A (en) * | 2018-06-15 | 2018-11-30 | 西安碳星半导体科技有限公司 | CVD growth Gem Grade thickness single-crystal diamond cutting method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151118 Termination date: 20160714 |