CN204504567U - Two cutting torch bracket - Google Patents
Two cutting torch bracket Download PDFInfo
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- CN204504567U CN204504567U CN201520181861.4U CN201520181861U CN204504567U CN 204504567 U CN204504567 U CN 204504567U CN 201520181861 U CN201520181861 U CN 201520181861U CN 204504567 U CN204504567 U CN 204504567U
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- cutting torch
- circular arc
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- knob
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Abstract
The utility model relates to machinery manufacturing technology field, particularly relates to a kind of two cutting torch bracket.The disclosed two cutting torch bracket of the utility model comprises rack body, semi auto cutting machine body, the first cutting torch and the second cutting torch, described rack body is fixed on described semi auto cutting machine body, also comprise circular arc frid, described circular arc frid is circular arc, described circular arc frid offers the board slot of circular arc, described circular arc frid is fixed on described rack body, described first cutting torch and the second cutting torch are fixed on described circular arc frid and also can slide along described board slot, and the tip of described first cutting torch and the second cutting torch points to the center of circle of described circular arc frid all the time.Two cutting torch brackets of this structure can regulate angle position and the extension elongation of the first cutting torch and the second cutting torch relatively easily, can overcome the existing defect that employing grinding method bevel is wasted time and energy, workload is large.
Description
Technical field
The utility model relates to machinery manufacturing technology field, particularly relates to a kind of two cutting torch bracket.
Background technology
Cutting torch, as a kind of general cutting tool, is usually used in the cutting of sheet metal, tubing, section bar.
At present, in engineering reality, when we are to the butt welding of certain thickness flooring board, all need to carry out bevel operation, the useful abrasive machine of common method carry out worn-off mouth operation, but due to the back engagement of the cutting edge of grinding little, and bevelled chipping allowance is large, such result be waste time and energy, workload is large.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of two cutting torch brackets of cutting torch adjustable angle.
The utility model solves two cutting torch brackets that its technical problem adopts, comprise rack body, semi auto cutting machine body, first cutting torch and the second cutting torch, described rack body is fixed on described semi auto cutting machine body, also comprise circular arc frid, described circular arc frid is circular arc, described circular arc frid offers the board slot of circular arc, described circular arc frid is fixed on described rack body, described first cutting torch and the second cutting torch are fixed on described circular arc frid and also can slide along described board slot, and the tip of described first cutting torch and the second cutting torch points to the center of circle of described circular arc frid all the time.
Be further, described rack body comprises support bar, cantilever lever and suspension rod, described support bar is vertically fixed on described semi auto cutting machine body, described cantilever lever is horizontally fixed on described support bar, and fixed position is adjustable, described suspension rod is vertically fixed on described cantilever lever, and fixed position is adjustable, and described circular arc frid is fixed on described suspension rod.
Be further, described first cutting torch and the second cutting torch are fixed on described circular arc frid by locking knob, described locking knob comprises ferrule, with described ferrule with the use of bolt and slidable adjustment portion, described ferrule comprises arc section, one piece of latch is respectively had at described arc section two ends, described latch has hole, described ferrule can be locked through described hole by described bolt, described slidable adjustment portion comprises slide block and the first knob, described slide block is fixed on outside the middle part of described arc section, described slide block has screwed hole, described first knob comprises screw screw-in portion and hand-heldly screws portion, outside in described screw screw-in portion have the external screw thread mated with described screwed hole, described screw screw-in portion is fixed on and describedly hand-heldly screws in portion, described ferrule is for clamping the bar portion of described first cutting torch or the second cutting torch, described slidable adjustment portion is for clamping described board slot.
Be further, described board slot comprises slide block auxiliary section, screw fit portion and knobs fit portion successively along on the direction perpendicular to described circular arc frid plate face, the width of described slide block auxiliary section mates with described slide block width, the width in described screw fit portion and the diameter matches in described screw screw-in portion, the width in described knobs fit portion mates with the described hand-held width screwing portion, and the width in described screw fit portion is less than the width in described slide block auxiliary section and knobs fit portion.
Be further, between described support bar and cantilever lever, adopt knob fixed part relative fixing between cantilever lever with suspension rod, described knob fixed part comprises the body of rod and the second knob, the described body of rod is rod-like structure, on the described body of rod, different parts opens two orthogonal perforation, the shape of described perforation and described support bar, the mating shapes of cantilever lever and suspension rod, the size of described perforation is than described support bar, the size of cantilever lever and suspension rod is large, with the direction of described perforated vertical on have threaded perforations, described second knob comprises screw-in portion and Handheld Division, described screw-in portion diameter and described threaded perforations diameter matches, and there is the screw thread with described threaded perforations form fit outside, described screw-in portion, described screw-in portion is fixed on described Handheld Division.
Be further, also comprise gas branch mechanism, acetylene hose and oxygen hose, described gas branch mechanism is positioned on described semi auto cutting machine body, described first cutting torch is connected with described gas branch mechanism with oxygen hose by described acetylene hose, and described second cutting torch is connected with described gas branch mechanism with oxygen hose by described acetylene hose.
Further, scale is had the surface of described circular arc frid is top.
The beneficial effects of the utility model are: fix the first cutting torch and the second cutting torch owing to employing circular arc frid, and the first cutting torch and the second cutting torch can slide along the board slot on circular arc frid, the angle of the first cutting torch and the second cutting torch can be regulated by controlling the first cutting torch and the position of the second cutting torch on circular arc frid, reaching the object of the angle quick and precisely adjusting the first cutting torch and the second cutting torch; Owing to having scale the surface of described circular arc frid is top, make the adjustment of the angle to the first cutting torch and the second cutting torch more accurate.
Accompanying drawing explanation
Fig. 1 is the utility model structural representation;
Fig. 2 is the sectional view that in Fig. 1, circular arc board slot coordinates with locking knob;
Fig. 3 is the front view of the ferrule of locking knob;
Fig. 4 is the left view of the ferrule of locking knob;
Fig. 5 is the structural representation of locking knob;
Fig. 6 be circular arc frid with the first cutting torch and the second cutting torch coordinate schematic diagram;
Fig. 7 is that the A-A of Fig. 6 is to sectional view;
Fig. 8 is the decomposition texture schematic diagram of knob fixed part
Fig. 9 is the structural representation of knob fixed part;
Parts in figure, position and numbering: rack body 1, support bar 11, cantilever lever 12, suspension rod 13, semi auto cutting machine body 2, first cutting torch 31, second cutting torch 32, circular arc frid 4, board slot 41, slide block auxiliary section 411, screw fit portion 412, knobs fit portion 413, locking knob 5, ferrule 51, arc section 511, latch 512, hole 5121, bolt 52, slidable adjustment portion 53, slide block 531, screwed hole 5311, first knob 532, screw screw-in portion 5321, hand-heldly screw portion 5322, knob fixed part 6, the body of rod 61, perforation 611, threaded perforations 612, second knob 62, screw-in portion 621, hold portion 622, gas branch mechanism 7, acetylene hose 8, oxygen hose 9.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.It should be noted that at this, the explanation for these embodiments understands the utility model for helping, but does not form restriction of the present utility model.
As shown in Figures 1 to 9, the utility model comprises rack body 1, semi auto cutting machine body 2, first cutting torch 31 and the second cutting torch 32, described rack body 1 is fixed on described semi auto cutting machine body 2, also comprise circular arc frid 4, described circular arc frid 4 is in circular arc, described circular arc frid 4 offers the board slot 41 of circular arc, described circular arc frid 4 is fixed on described rack body 1, described first cutting torch 31 and the second cutting torch 32 are fixed on described circular arc frid 4 and also can slide along described board slot 41, and the tip of described first cutting torch 31 and the second cutting torch 32 points to the center of circle of described circular arc frid 4 all the time.The effect of rack body 1 makes the first cutting torch 31 keep relative with the second cutting torch 32 with semi auto cutting machine body 2 to fix; Circular arc frid 4 one aspect can play the effect fixing the first cutting torch 31 and the second cutting torch 32, on the other hand, first cutting torch 31 and the second cutting torch 32 can slide along the board slot 41 on circular arc frid 4, just can reach the angle position of adjustment first cutting torch 31 and the second cutting torch 32.
Specifically, described rack body 1 comprises support bar 11, cantilever lever 12 and suspension rod 13, described support bar 11 is vertically fixed on described semi auto cutting machine body 2, described cantilever lever 12 is horizontally fixed on described support bar 11, and fixed position is adjustable, described suspension rod 13 is vertically fixed on described cantilever lever 12, and fixed position is adjustable, and described circular arc frid 4 is fixed on described suspension rod 13.Rack body 1 structure of this structure is very simple, and also can regulate the first cutting torch 31 and the fixing height of the second cutting torch 32 entirety and and semi auto cutting machine body 2 between distance.
Specifically, in order to reach the object of adjustment first cutting torch 31 and the second cutting torch 32 angle position and extension elongation, described first cutting torch 31 and the second cutting torch 32 are fixed on described circular arc frid 4 by locking knob 5, described locking knob 5 comprises ferrule 51, with described ferrule 51 with the use of bolt 52 and slidable adjustment portion 53, described ferrule 51 comprises arc section 511, one piece of latch 512 is respectively had at described arc section 511 two ends, described latch 512 has hole 5121, described ferrule 51 can be locked through described hole 5121 by described bolt 52, described slidable adjustment portion 53 comprises slide block 531 and the first knob 532, described slide block 531 is fixed on outside the middle part of described arc section 511, described slide block 531 has screwed hole 5311, described first knob 532 comprises screw screw-in portion 5321 and hand-heldly screws portion 5322, outside in described screw screw-in portion 5321 have the external screw thread mated with described screwed hole 5311, described screw screw-in portion 5321 is fixed on and describedly hand-heldly screws in portion 5322, described ferrule 51 is for clamping the bar portion of described first cutting torch 31 or the second cutting torch 32, described slidable adjustment portion 53 is for clamping described board slot 41.During use, the bar portion of the first cutting torch 31 or the second cutting torch 32 is fixed in the ferrule 51 of locking knob 5, tights a bolt 52, just can by the first cutting torch 31 or the second cutting torch 32 fixation; The slide block 531 be connected with ferrule 51 is assembled on board slot 41 from a side of circular arc frid 4, from another side of circular arc frid 4, the screw screw-in portion 5321 of the first knob 532 is screwed in the screwed hole 5311 slide block 531, just can the first cutting torch 31 or the second cutting torch 32 is fixed on circular arc frid 4 after tightening; If the angle of the first cutting torch 31 or the second cutting torch 32 need be adjusted, screw screw-in portion 5321 can be unscrewed, after adjusting the angle position of the first cutting torch 31 or the second cutting torch 32, tighten screw screw-in portion 5321 again; If the extension elongation in the bar portion of the first cutting torch 31 or the second cutting torch 32 need be adjusted, adjustable loose ferrule 51, when the first cutting torch 31 or the second cutting torch 32 bar portion stretch out appropriate length time, then tighten ferrule 51.Locking knob 5 structure of this structure is simple, uses also very convenient, can regulate the first cutting torch 31 or the angle position of the second cutting torch 32 and the extension elongation in bar portion simultaneously.
Specifically, in order to coordinate with described locking knob 5, described board slot 41 comprises slide block auxiliary section 411 successively along on the direction perpendicular to described circular arc frid 4 plate face, screw fit portion 412 and knobs fit portion 413, the width of described slide block auxiliary section 411 mates with described slide block 531 width, the width in described screw fit portion 412 and the diameter matches in described screw screw-in portion 5321, the width in described knobs fit portion 413 mates with the described hand-held width screwing portion 5322, the width in described screw fit portion 412 is less than the width in described slide block auxiliary section 411 and knobs fit portion 413.The width in screw fit portion 412 is less than the width in slide block auxiliary section 411 and knobs fit portion 413, and the slidable adjustment portion 53 of locking knob 5 just can be made to accommodate circular arc frid 4, reaches the object of fixing the first cutting torch 31 and the second cutting torch 32.
Specifically, in order to reach adjustment first cutting torch 31 and the second cutting torch 32 whole height and and semi auto cutting machine body 2 between the object of distance, between described support bar 11 and cantilever lever 12, adopt knob fixed part 6 relative fixing between cantilever lever 12 with suspension rod 13, described knob fixed part 6 comprises the body of rod 61 and the second knob 62, the described body of rod 61 is rod-like structure, on the described body of rod 61, different parts opens two orthogonal perforation 611, the shape of described perforation 611 and described support bar 11, the mating shapes of cantilever lever 12 and suspension rod 13, the size of described perforation 611 is than described support bar 11, cantilever lever 12 is large with the size of suspension rod 13, the direction vertical with described perforation 611 has threaded perforations 612, described second knob 62 comprises screw-in portion 621 and Handheld Division 622, described screw-in portion 621 diameter and described threaded perforations 612 diameter matches, and there is the screw thread with described threaded perforations 612 form fit outside, described screw-in portion 621, described screw-in portion 621 is fixed on described Handheld Division 622.Support bar 11, cantilever lever 12 and suspension rod 13 insert corresponding perforation 611 respectively, after determining fixed position, the second knob 62 are twisted as corresponding threaded perforations 612 and are tightened, support bar 11, cantilever lever 12 can be fixed with suspension rod 13.Such as, support bar 11 is first fixed; Then determine the level altitude of cantilever lever 12, and knob fixed part 6 perforation 611 is enclosed within the position of support bar 11 corresponding height, the second knob 62 is screwed into corresponding threaded perforations 612; Then cantilever lever 12 is inserted in another perforation 611 of knob fixed part 6, after adjusting the fixed position of cantilever lever 12, tighten corresponding second knob 62; Then determine the fixed position of suspension rod 13, and another knob fixed part 6 is fixed on the corresponding position of cantilever lever 12, then suspension rod 13 is fixed on this knob fixed part 6.The knob fixed part 6 of this structure can adjust the fixed position of support bar 11, cantilever lever 12 and suspension rod 13, very easy to use.
Specifically, the utility model also comprises gas branch mechanism 7, acetylene hose 8 and oxygen hose 9, described gas branch mechanism 7 is positioned on described semi auto cutting machine body 2, described first cutting torch 31 is connected with described gas branch mechanism 7 with oxygen hose 9 by described acetylene hose 8, and described second cutting torch 32 is connected with described gas branch mechanism 7 with oxygen hose 9 by described acetylene hose 8.
Specifically, in order to reach the object of accurate adjustment first cutting torch 31 and the second cutting torch 32 angle position, be carved with scale the surface of described circular arc frid 4 is top, scale unit is angle.
During use, the guide rail parallel of semi auto cutting machine body 2 is laid in line of cut, is placed on guide rail by semi auto cutting machine body 2.Adjusted angle position and the extension elongation of the first cutting torch 31 and the second cutting torch 32 by locking knob 5, regulated height and the extension elongation of whole rack body 1 by knob fixed part 6.Open oxygen, acetylene valve, igniting, adjustment flame, gets final product cuts sheet material.After having cut, available abrasive machine is polished to groove face, polishing, to meet the demands.
Claims (7)
1. pair cutting torch bracket, comprises
Rack body (1), semi auto cutting machine body (2), the first cutting torch (31) and the second cutting torch (32), described rack body (1) is fixed on described semi auto cutting machine body (2), it is characterized in that:
Also comprise circular arc frid (4), described circular arc frid (4) is in circular arc, described circular arc frid (4) offers the board slot (41) of circular arc, described circular arc frid (4) is fixed on described rack body (1), described first cutting torch (31) and the second cutting torch (32) are fixed on described circular arc frid (4) and above also can slide along described board slot (41), and the tip of described first cutting torch (31) and the second cutting torch (32) points to the center of circle of described circular arc frid (4) all the time.
2. according to claim 1 pair of cutting torch bracket, is characterized in that:
Described rack body (1) comprises support bar (11), cantilever lever (12) and suspension rod (13),
Described support bar (11) is vertically fixed on described semi auto cutting machine body (2),
Described cantilever lever (12) is horizontally fixed on described support bar (11), and fixed position is adjustable,
Described suspension rod (13) is vertically fixed on described cantilever lever (12), and fixed position is adjustable,
Described circular arc frid (4) is fixed on described suspension rod (13).
3. according to claim 2 pair of cutting torch bracket, is characterized in that:
Described first cutting torch (31) and the second cutting torch (32) are fixed on described circular arc frid (4) by locking knob (5),
Described locking knob (5) comprise ferrule (51), with described ferrule (51) with the use of bolt (52) and slidable adjustment portion (53),
Described ferrule (51) comprises arc section (511), one piece of latch (512) is respectively had at described arc section (511) two ends, described latch (512) has hole (5121), described ferrule (51) can be locked through described hole (5121) by described bolt (52)
Described slidable adjustment portion (53) comprises slide block (531) and the first knob (532),
Described slide block (531) is fixed on outside the middle part of described arc section (511), and described slide block (531) has screwed hole (5311),
Described first knob (532) comprises screw screw-in portion (5321) and hand-heldly screws portion (5322),
There is the external screw thread mated with described screwed hole (5311) the upper outside of described screw screw-in portion (5321), and described screw screw-in portion (5321) is fixed on and describedly hand-heldly screws in portion (5322),
Described ferrule (51) is for clamping the bar portion of described first cutting torch (31) or the second cutting torch (32), and described slidable adjustment portion (53) is for clamping described board slot (41).
4. according to claim 3 pair of cutting torch bracket, is characterized in that:
Described board slot (41) comprises slide block auxiliary section (411), screw fit portion (412) and knobs fit portion (413) successively along on the direction perpendicular to described circular arc frid (4) plate face,
The width of described slide block auxiliary section (411) mates with described slide block (531) width,
The width of described screw fit portion (412) and the diameter matches of described screw screw-in portion (5321),
The width of described knobs fit portion (413) mates with the described hand-held width screwing portion (5322),
The width of described screw fit portion (412) is less than the width of described slide block auxiliary section (411) and knobs fit portion (413).
5. according to claim 4 pair of cutting torch bracket, is characterized in that:
Adopt knob fixed part (6) relative fixing between described support bar (11) with cantilever lever (12), between cantilever lever (12) and suspension rod (13),
Described knob fixed part (6) comprises the body of rod (61) and the second knob (62),
The described body of rod (61) is rod-like structure, two orthogonal perforation (611) are opened at the upper different parts of the described body of rod (61), the mating shapes of the shape of described perforation (611) and described support bar (11), cantilever lever (12) and suspension rod (13), the size of described perforation (611) is larger with the size of suspension rod (13) than described support bar (11), cantilever lever (12), the direction vertical with described perforation (611) has threaded perforations (612)
Described second knob (62) comprises screw-in portion (621) and Handheld Division (622),
Described screw-in portion (621) diameter and described threaded perforations (612) diameter matches, and there is the screw thread with described threaded perforations (612) form fit described screw-in portion (621) outside,
Described screw-in portion (621) is fixed on described Handheld Division (622).
6. the two cutting torch brackets according to claim arbitrary in claim 1 to 5, is characterized in that:
Also comprise gas branch mechanism (7), acetylene hose (8) and oxygen hose (9),
Described gas branch mechanism (7) is positioned on described semi auto cutting machine body (2),
Described first cutting torch (31) is connected with described gas branch mechanism (7) with oxygen hose (9) by described acetylene hose (8),
Described second cutting torch (32) is connected with described gas branch mechanism (7) with oxygen hose (9) by described acetylene hose (8).
7. the two cutting torch brackets according to claim arbitrary in claim 1 to 5, is characterized in that:
There is scale the surface of described circular arc frid (4) is top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520181861.4U CN204504567U (en) | 2015-03-27 | 2015-03-27 | Two cutting torch bracket |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520181861.4U CN204504567U (en) | 2015-03-27 | 2015-03-27 | Two cutting torch bracket |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204504567U true CN204504567U (en) | 2015-07-29 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520181861.4U Active CN204504567U (en) | 2015-03-27 | 2015-03-27 | Two cutting torch bracket |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204504567U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110355509A (en) * | 2019-07-29 | 2019-10-22 | 钟健美 | A kind of pipe welding robot |
-
2015
- 2015-03-27 CN CN201520181861.4U patent/CN204504567U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110355509A (en) * | 2019-07-29 | 2019-10-22 | 钟健美 | A kind of pipe welding robot |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |