CN201807812U - Gantry type digital controlled flame cutter - Google Patents
Gantry type digital controlled flame cutter Download PDFInfo
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- CN201807812U CN201807812U CN2010205694340U CN201020569434U CN201807812U CN 201807812 U CN201807812 U CN 201807812U CN 2010205694340 U CN2010205694340 U CN 2010205694340U CN 201020569434 U CN201020569434 U CN 201020569434U CN 201807812 U CN201807812 U CN 201807812U
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Abstract
The utility model discloses a gantry type digital controlled flame cutter, comprising a control system, a distribution cabinet, a gas control cabinet and two heavy rails, wherein a gantry is fixed on two end frames; rail webs at one side of the two heavy rails are respectively provided with longitudinal racks; the two end frames are respectively provided with longitudinal servomotors; the gantry is connected with a plurality of cutting torches capable of synchronously moving under the driving of a transverse servomotor; the plurality of cutting torches are connected with the gas control cabinet via a separation panel; the transverse servomotor and the longitudinal servomotor perform exact control for cutting any patterns; the two end frames synchronously walk; the gantry exactly locates the patterns; the high-pressure preheating and low-pressure cutting are realized by adjusting the high pressure and the lower pressure of the preheat gas; the multi-perforation is performed, the perforation thickness is increased, and the slag splashing is reduced. The gantry type digital controlled flame cutter solves the technical problems that the traditional gantry type digital controlled flame cutter is inconsistent in walking of the two end frame, long in preheating time and poor in perforation effect; and the gantry type digital controlled flame cutter can effectively improve the cutting precision and working efficiency, and has stable and reliable structure.
Description
(1), technical field:
The utility model relates to numerical control cutting machine, is specifically related to a kind of planer type numerical control flame cutting machine.
(2), background technology:
Numerical control cutting is exactly that during along with machine tool motion, the cutting tool of wearing at random cuts object with the numerical controlled machine tool motion, and the cutting machine of this electromechanical integration just is referred to as numerical control cutting machine.Existing planer type numerical control flame cutting machine generally adopts the Double bottom frame beam seat vertical structure of traditional big-and-middle-sized lathe, and span and vertical travel distance are big, are fit to large-sized sheet material processing; General use combustion gas to cooperate oxygen the workpiece part to be heated, make it to reach the melt-combustion state, re-use that cutting oxygen cuts and operation such as perforation by burning; The ubiquity cutting accuracy is not high, and cutting speed is lower, and cutting is long preheating time, and the aperture time is long, shortcomings such as perforation inaccuracy.Simultaneously, the bilateral walking of planer-type flame cutting machine is inconsistent, and easy generation is reversed, stuck phenomenon, influences cutting accuracy, even causes that cutting is interrupted, workpiece is scrapped.
(3), summary of the invention:
The utility model provides a kind of planer type numerical control flame cutting machine, gantry bilateral supported end frame synchronous walking, and preheating time is short, and punching rate is fast, precision is high, and the complete machine cutting speed is fast, precision is high.
For achieving the above object, the technical solution of the utility model comprises control system, power distribution cabinet, gas switch board, two heavy rails, also comprise be arranged on the heavy rail two end framves, be fixed on two gantry on the end frame, described gas switch board by pipeline with preheat oxygen, cut oxygen and be connected with combustion gas; Be respectively arranged with longitudinal rack in the web of the rail of described two heavy rail one sides, be respectively arranged with the servo longitudinal motor that is connected with control system on two end framves, the rotor of servo longitudinal motor is provided with the vertical walking gear that is complementary with longitudinal rack; Described gantry is provided with gantry and moves towards two identical line slideways, article two, be provided with horizontal tooth bar between the line slideway in the same way, also comprise the cutting torch supporting base that flexibly connects by two line slideways, the cutting torch supporting base is provided with horizontal servomotor, laterally the rotor of servomotor is provided with the horizontal walking gear that is complementary with horizontal tooth bar, cutting torch supporting base one side is fixed with cutting torch, and described cutting torch is connected with the gas switch board by many pipelines.
Described gas switch board is connected with the preheat oxygen air inlet pipe, the preheat oxygen air inlet pipe is connected with preheat oxygen high-pressure pressure-reducing valve and preheat oxygen low-pressure relief valve by the diversion three-way valve, the preheat oxygen high-pressure pressure-reducing valve is connected with the preheat oxygen high-pressure solenoid valve by pipeline, the preheat oxygen low-pressure relief valve is connected with the preheat oxygen low-voltage solenoid valve by pipeline, and preheat oxygen high-pressure solenoid valve and preheat oxygen low-voltage solenoid valve are connected with the preheat oxygen escape pipe by converging three-way valve; Also comprise the gas inlet pipe that is connected with the gas switch board, gas inlet pipe is connected with combustion gas high-pressure pressure-reducing valve and combustion gas low-pressure relief valve by the diversion three-way valve; The combustion gas high-pressure pressure-reducing valve is connected with the combustion gas high-pressure solenoid valve by pipeline, and the combustion gas low-pressure relief valve is connected with the combustion gas low-voltage solenoid valve by pipeline, and combustion gas high-pressure solenoid valve and combustion gas low-voltage solenoid valve are connected with the combustion gas escape pipe by converging three-way valve; Gantry is provided with separation panel, and preheat oxygen escape pipe, combustion gas escape pipe are connected with separation panel by pipeline respectively; Be connected by a plurality of pipelines between separation panel and the cutting torch.
Described gas switch board is connected with cutting oxygen air inlet pipe, cutting oxygen air inlet pipe is provided with cutting oxygen magnetic valve, cutting oxygen air inlet pipe is connected with cutting oxygen escape pipe by cutting oxygen magnetic valve and intermediate conduit, cutting oxygen escape pipe is connected with separation panel, also be provided with a plurality of split channels between cutting oxygen air inlet pipe and the cutting oxygen escape pipe, described split channel is provided with the branch manifold solenoid valve, is provided with cutting oxygen connecting pipe between separation panel and the cutting torch.
The one side two ends at described gantry are provided with the steel band holder, be respectively arranged with roller bearing on two steel band holders, be provided with end to end steel belt by two roller bearings, be movably set with a plurality of driven cutting torch supporting bases by two line slideways on gantry, described cutting torch supporting base is fixedlyed connected with steel belt in its side with driven cutting torch supporting base, is set with cutting torch on the driven cutting torch supporting base.
After having adopted technique scheme, be respectively arranged with the servo longitudinal motor that is connected by lead with control system on two end framves, control system is sent the driving signal to two servo longitudinal motors, servomotor run-in synchronism simultaneously, gantry bilateral supported end frame synchronous walking has improved cutting accuracy; Be provided with pressure regulation device between preheat oxygen air inlet pipe and the preheat oxygen escape pipe, can export high pressure or low pressure preheat oxygen as required, also be provided with pressure regulation device between gas inlet pipe and the combustion gas escape pipe, can export high pressure or low-pressure fuel gas as required, under the control system effect, use the high pressure preheat oxygen to cooperate high-pressure gas to carry out preheating, reduced preheating time, improved the combustion gas service efficiency, use the low pressure preheat oxygen to cooperate low-pressure fuel gas to carry out cutting operation, can guarantee cutting accuracy; Be provided with a plurality of split channels between cutting oxygen air inlet pipe and the cutting oxygen escape pipe, under the control system effect, the multistage air-flow of instantaneous output carries out multistage perforation operation, and can reach increases perforation thickness, reduces slag and splashes, and improves the purpose of piercing efficiency; Gantry is provided with a plurality of cutting torches, can be synchronized with the movement under the steel belt support, thereby can process a plurality of workpiece simultaneously.Complete machine preheating time is short, perforation is effective, cutting speed is fast, precision is high, cutting efficiency height, automatic operation.
(4), description of drawings:
Fig. 1 is a kind of planer type numerical control flame cutting machine of the utility model schematic diagram;
Fig. 2 is a kind of planer type numerical control flame cutting machine of the utility model side view;
Fig. 3 is a kind of planer type numerical control flame cutting machine of the utility model end frame schematic diagram;
Fig. 4 is a kind of planer type numerical control flame cutting machine of the utility model end frame vertical view;
Fig. 5 is that the end frame of a kind of planer type numerical control flame cutting machine one side of the utility model is connected connection diagram with heavy rail;
Fig. 6 is that the end frame of a kind of planer type numerical control flame cutting machine of the utility model opposite side is connected connection diagram with heavy rail;
Fig. 7 is the A part partial enlarged drawing of Fig. 1;
Fig. 8 is a kind of planer type numerical control flame cutting machine of the utility model steel belt schematic diagram;
Fig. 9 is the utility model a kind of planer type numerical control flame cutting machine gantry and cutting torch supporting base connection diagram;
Figure 10 is the utility model a kind of planer type numerical control flame cutting machine gantry and driven cutting torch supporting base connection diagram.
(5), the specific embodiment:
Below in conjunction with accompanying drawing a kind of planer type numerical control flame cutting machine of the utility model is described in further detail.
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 8, Fig. 9 as seen, present embodiment comprises control system 1, power distribution cabinet 11, gas switch board 12, two heavy rails 2,2 ', also comprise two end framves being arranged on the heavy rail 2,2 ' 3,3 ', be fixed on two end framves 3, the gantry 4 on 3 ', described gas switch board 12 by pipeline with preheat oxygen, cut oxygen and be connected with combustion gas; Be respectively arranged with longitudinal rack 21,21 ' in the web of the rail of described two heavy rails 2,2 ' one side, be respectively arranged with the servo longitudinal motor 31,31 ' that is connected with control system on two end framves 3,3 ', servo longitudinal motor 31,31 ' rotor are provided with the vertical walking gear 32,32 ' that is complementary with longitudinal rack 21,21 '; Described gantry 4 is provided with gantry 4 and moves towards two identical line slideways 41,41 ', article two, be provided with horizontal tooth bar 42 in the same way between the line slideway 41,41 ', also comprise by two line slideways 41,41 ' the cutting torch supporting base 43 that flexibly connects, cutting torch supporting base 43 is provided with horizontal servomotor 44, laterally the rotor of servomotor 44 is provided with the horizontal walking gear 45 that is complementary with horizontal tooth bar 42, cutting torch supporting base 43 1 sides are fixed with cutting torch 46, and described cutting torch 46 is connected with gas switch board 12 by many pipelines.
As Fig. 3, Fig. 4, Fig. 5 as seen, the rail head of end frame 3 front end clamping heavy rails 2 is provided with two prelocalization rollers 33,33 ', positioning roller 34,34 ' after the rail head of end frame 3 rear end clamping heavy rails 2 is provided with two; End frame 3 bottoms are provided with two by bearing pin can be along vertical roller 35,35 ' of heavy rail 2 rail levels rolling; After having adopted such structure, end frame 3 can roll along heavy rail 2, prelocalization roller 33,33 ' and back positioning roller 34,34 ' support down, hold frame 3 to operate steadily, canting can not take place.End frame 3 afterbodys are set with motor cabinet hanging feet 36, be connected with motor cabinet 37 by bearing pin on the motor cabinet hanging feet 36, one end of motor cabinet 37 is set with rotating shaft servo longitudinal motor 31 perpendicular to the ground, and the other end is provided with and the contacted vertical motor positioning roller 311 in the rail head side of heavy rail 2; Be provided with longitudinal rack 21 in the web of the rail of heavy rail 2 one sides; The rotor of servo longitudinal motor 31 is provided with the vertical walking gear 32 that is complementary with longitudinal rack 21, vertically motor positioning roller 311 and vertical walking gear 32 lay respectively at the both sides of heavy rail 2, can clamp heavy rail 2, guarantee that vertical walking gear 32 can be effectively and longitudinal rack 21 engagements.After having adopted such structure, under the control system effect, servo longitudinal motor 31 rotates, and drive vertical walking gear 32 and rotate, thereby tooth bar 21 moves along the longitudinal, and end frame 3 can move along heavy rail 2.
As Fig. 3, Fig. 4, Fig. 6 as seen, the rail head of end frame 3 ' front end clamping heavy rail 2 is provided with two prelocalization rollers 33,33 ', positioning roller 34,34 ' after the rail head of end frame 3 ' rear end clamping heavy rail 2 is provided with two; End frame 3 ' bottom is provided with two by bearing pin can be along vertical roller 35,35 ' of heavy rail 2 rail levels rolling; After having adopted such structure, end frame 3 ' can roll along heavy rail 2 ', prelocalization roller 33,33 ' and back positioning roller 34,34 ' support down, hold frame 3 ' to operate steadily, canting can not take place.End frame 3 ' afterbody is set with motor cabinet hanging feet 36, be connected with motor cabinet 37 by bearing pin on the motor cabinet hanging feet 36, one end of motor cabinet 37 is set with rotating shaft servo longitudinal motor 31 ' perpendicular to the ground, and the other end is provided with and the contacted vertical motor positioning roller 311 ' in the rail head side of heavy rail 2 '; Be provided with longitudinal rack 21 ' in the web of the rail of heavy rail 2 ' one side; The rotor of servo longitudinal motor 31 ' is provided with the vertical walking gear 32 ' that is complementary with longitudinal rack 21 ', vertically motor positioning roller 311 ' and vertical walking gear 32 ' lay respectively at the both sides of heavy rail 2 ', can clamp heavy rail 2 ', guarantee that vertical walking gear 32 ' can be effectively and longitudinal rack 21 ' engagement.After having adopted such structure, under the control system effect, servo longitudinal motor 31 ' rotates, and drive vertical walking gear 32 ' and rotate, thereby tooth bar 21 ' moves along the longitudinal, and end frame 3 ' can be along heavy rail 2 ' motion.
As Fig. 1, Fig. 2 as seen, in the present embodiment gantry 4 be fixed on both sides end frame 3,3 ' on, be respectively arranged with the servo longitudinal motor 31,31 ' that is connected with control system on two of 4 both sides, gantry end framves 3,3 ', after having adopted such structure, control system is sent the driving signal to two servo longitudinal motors 31,31 ' simultaneously, servo longitudinal motor 31,31 ' run-in synchronism, end frame 3,3 ' synchronous walking that gantry is bilateral avoid gantry 4 deflection, phenomenon such as stuck to occur.
Servo longitudinal motor 31,31 ' can be symmetrical arranged, be reference promptly with gantry 4 mid points, servo longitudinal motor 31,31 ' is arranged on heavy rail 2,2 ' inboard simultaneously, perhaps servo longitudinal motor 31,31 ' is arranged on heavy rail 2,2 ' the outside simultaneously, can further improve gantry 4 positioning accuracies.As Fig. 5, Fig. 6 as seen, in the present embodiment, servo longitudinal motor 31,31 ' is arranged on heavy rail 2,2 ' the outside simultaneously, and is corresponding, and longitudinal rack 21,21 ' also is arranged on heavy rail 2,2 ' the outside web of the rail.
As Fig. 1, Fig. 2, Fig. 9 as seen, gantry 4 is provided with gantry 4 and moves towards two identical line slideways 41,41 ', article two, be provided with horizontal tooth bar 42 in the same way between the line slideway 41,41 ', also comprise by two line slideways 41,41 ' the cutting torch supporting base 43 that flexibly connects, cutting torch supporting base 43 is provided with horizontal servomotor 44, and laterally the rotor of servomotor 44 is provided with the horizontal walking gear 45 that is complementary with horizontal tooth bar 42; Cutting torch supporting base 43 1 sides are fixed with cutting torch 46, and described cutting torch 46 is connected with gas switch board 12 by many pipelines.After adopting such structure, under the control system effect, cutting torch supporting base 43 can be along gantry 4 carries out laterally moving.
As shown in Figure 9, cutting torch supporting base 43 bottom inside are provided with gantry 4 and form the cutting torch supporting base roller bearing 49 that rolls and cooperate, and its function is to improve flexibility and the stability that cutting torch supporting base 43 moves.
Under control system 1 effect, servo longitudinal motor 31,31 ' drives gantry 4 and moves along heavy rail 2,2 ', laterally servomotor 44 drives cutting torches 46 and 4 moves along gantry, 46 pairs of workpiece of cutting torch cut, because laterally, longitudinal register is accurate, thereby can reach higher cutting accuracy, can carry out the cutting of arbitrary shape to workpiece.
The utility model also has a kind of embodiment:
As Fig. 1, Fig. 7 as seen, described gas switch board 12 is connected with preheat oxygen air inlet pipe 51, preheat oxygen air inlet pipe 51 is connected with preheat oxygen high-pressure pressure-reducing valve 52 and preheat oxygen low-pressure relief valve 53 by the diversion three-way valve, preheat oxygen high-pressure pressure-reducing valve 52 is connected with preheat oxygen high-pressure solenoid valve 54 by pipeline, preheat oxygen low-pressure relief valve 53 is connected with preheat oxygen low-voltage solenoid valve 55 by pipeline, and preheat oxygen high-pressure solenoid valve 54 and preheat oxygen low-voltage solenoid valve 55 are connected with preheat oxygen escape pipe 56 by converging three-way valve; Also comprise the gas inlet pipe 61 that is connected with gas switch board 12, gas inlet pipe 61 is connected with combustion gas high-pressure pressure-reducing valve 62 and combustion gas low-pressure relief valve 63 by the diversion three-way valve; Combustion gas high-pressure pressure-reducing valve 62 is connected with combustion gas high-pressure solenoid valve 64 by pipeline, combustion gas low-pressure relief valve 63 is connected with combustion gas low-voltage solenoid valve 65 by pipeline, and combustion gas high-pressure solenoid valve 64 and combustion gas low-voltage solenoid valve 65 are connected with combustion gas escape pipe 66 by converging three-way valve; Gantry 4 is provided with separation panel 47, and preheat oxygen escape pipe 56, combustion gas escape pipe 66 are connected with separation panel 47 by pipeline respectively; Be connected by a plurality of pipelines between separation panel 47 and the cutting torch 46.
Under control system 1 effect, in the warm, preheat oxygen high-pressure solenoid valve 54 is opened, and preheat oxygen low-voltage solenoid valve 55 is closed, preheat oxygen escape pipe 56 output high pressure preheat oxygens; Accordingly, combustion gas high-pressure solenoid valve 64 is opened, and combustion gas low-voltage solenoid valve 65 is closed, combustion gas escape pipe 66 output high-pressure gas, and high pressure preheat oxygen and high-pressure gas burn jointly, and the workpiece part is heated.Preheating is finished, and preheat oxygen high-pressure solenoid valve 54 is closed, and preheat oxygen low-voltage solenoid valve 55 is opened, the preheat oxygen of preheat oxygen escape pipe 56 output relatively low pressures; Accordingly, combustion gas high-pressure solenoid valve 64 is closed, and combustion gas low-voltage solenoid valve 65 is opened, and the combustion gas of combustion gas escape pipe 66 output relatively low pressures is carried out concrete cutting operation with relatively low pressure.Concrete pressure size can be adjusted by pressure-reducing valve.After having adopted this structure, warm-up phase uses the high pressure preheat oxygen to cooperate the high-pressure gas burning, and it is temperature required to make workpiece reach cutting at short notice, shortens preheating time, improves cutting efficiency.Preheating finishes, and uses relatively low pressure to carry out follow-up cutting, does not influence workpiece processing.
The utility model also has a kind of embodiment:
As Fig. 1, Fig. 7 as seen, described gas switch board 12 is connected with cutting oxygen air inlet pipe 71, cutting oxygen air inlet pipe 71 is provided with cutting oxygen magnetic valve 72, cutting oxygen air inlet pipe 71 is connected with cutting oxygen escape pipe 77 by cutting oxygen magnetic valve 72 and intermediate conduit, cutting oxygen escape pipe 77 is connected with separation panel 47, also be provided with a plurality of split channels 78 between cutting oxygen air inlet pipe 71 and the cutting oxygen escape pipe 77, described split channel 78 is provided with branch manifold solenoid valve 79, is provided with cutting oxygen connecting pipe between separation panel 47 and the cutting torch 46.
After having adopted such structure, under the control system effect, can need control cutting oxygen magnetic valve 72 and a plurality of minutes manifold solenoid valves 79, make it according to certain rhythm folding, thereby provide multistage cutting oxygen stream to cutting torch at short notice according to cutting.In the present embodiment, be provided with two split channels 78 between cutting oxygen air inlet pipe 71 and the cutting oxygen escape pipe 77, control, can realize three grades of perforation by cutting oxygen magnetic valve 72 and two branch manifold solenoid valves 79.By this kind configuration, can reach increases perforation thickness, reduces slag and splashes, and improves the purpose of cutting efficiency.
As Fig. 1, Fig. 7 as seen, gantry 4 is provided with separation panel 47, and separation panel 47 is provided with the preheat oxygen isocon 471 corresponding with preheat oxygen escape pipe 56, and preheat oxygen isocon 471 is provided with the corresponding preheat oxygen by-pass valve 472 of a plurality of and cutting torch 46; Separation panel 47 is provided with the combustion gas isocon 476 corresponding with combustion gas escape pipe 66, and combustion gas isocon 476 is provided with the corresponding combustion gas by-pass valve 477 of a plurality of and cutting torch 46; Separation panel 47 is provided with and cuts oxygen escape pipe 77 corresponding cutting oxygen isocons 473, cutting oxygen by-pass valve 473 is provided with a plurality of and cutting torch 46 corresponding cutting oxygen by-pass valves 474, also be provided with cutting oxygen shunting vent valve 475 on the cutting oxygen isocon 473, its function is to discharge residual gas.After having adopted such structure, each cutting torch 46 can both obtain the required all gases of cutting operation.
The utility model also has a kind of embodiment:
As Fig. 1, Fig. 8, Figure 10 as seen, the one side two ends at gantry 4 are provided with steel band holder 8,8 ', be respectively arranged with roller bearing 81,81 ' on two steel band holders 8,8 ', be provided with end to end steel belt 82 by two roller bearings 81,81 ', be movably set with a plurality of driven cutting torch supporting bases 48 by two line slideways 41,41 ' on gantry 4, described cutting torch supporting base 43 is fixedlyed connected with steel belt 82 in its side with driven cutting torch supporting base 48, is set with cutting torch 46 on the driven cutting torch supporting base 48.Be provided with 43, one driven cutting torch supporting bases 48 of a cutting torch supporting base in the present embodiment.
Adopted after such structure,, thereby can carry out the active displacement because cutting torch supporting base 43 is provided with horizontal servomotor 44.During 43 motions of cutting torch supporting base, can drive steel belt 82 rotates around roller bearing 81,81 ', driven cutting torch supporting base 48 is followed mobile, because the fixed distance between cutting torch supporting base 43 and the driven cutting torch supporting base 48, therefore two cutting torch 46 move modes fixing on it are identical, can two identical workpiece of time processing, improved cutting efficiency.
Part power line of the present utility model, control line lay by crawler belt, and overall appearance does not influence the machine operation simultaneously.The end frame is provided with indicator lamp, plays warning function during work.
End frame of the present utility model adopts section bar and steel plate to be welded, and is whole light, can improve sport efficiency, possesses stronger rigidity simultaneously, can satisfy the cutting operation requirement.
Claims (4)
1. planer type numerical control flame cutting machine, comprise control system (1), power distribution cabinet (11), gas switch board (12), two heavy rails (2,2 '), also comprise be arranged on the heavy rail (2,2 ') two end framves (3,3 '), be fixed on the gantry (4) on two end framves (3,3 '), described gas switch board (12) by pipeline with preheat oxygen, cut oxygen and be connected with combustion gas; It is characterized in that: be respectively arranged with longitudinal rack (21,21 ') in the web of the rail of described two heavy rails (2,2 ') side, be respectively arranged with the servo longitudinal motor (31,31 ') that is connected with control system on two end framves (3,3 '), the rotor of servo longitudinal motor (31,31 ') is provided with the vertical walking gear (32,32 ') that is complementary with longitudinal rack (21,21 '); Described gantry (4) is provided with gantry (4) and moves towards two identical line slideways (41,41 '), article two, line slideway (41,41 ') be provided with horizontal tooth bar (42) between in the same way, also comprise by two line slideways (41,41 ') the cutting torch supporting base (43) of Huo Donglianjieing, cutting torch supporting base (43) is provided with horizontal servomotor (44), laterally the rotor of servomotor (44) is provided with the horizontal walking gear (45) that is complementary with horizontal tooth bar (42), cutting torch supporting base (43) one sides are fixed with cutting torch (46), and described cutting torch (46) is connected with gas switch board (12) by many pipelines.
2. a kind of planer type numerical control flame cutting machine according to claim 1, it is characterized in that: described gas switch board (12) is connected with preheat oxygen air inlet pipe (51), preheat oxygen air inlet pipe (51) is connected with preheat oxygen high-pressure pressure-reducing valve (52) and preheat oxygen low-pressure relief valve (53) by the diversion three-way valve, preheat oxygen high-pressure pressure-reducing valve (52) is connected with preheat oxygen high-pressure solenoid valve (54) by pipeline, preheat oxygen low-pressure relief valve (53) is connected with preheat oxygen low-voltage solenoid valve (55) by pipeline, and preheat oxygen high-pressure solenoid valve (54) and preheat oxygen low-voltage solenoid valve (55) are connected with preheat oxygen escape pipe (56) by converging three-way valve; Also comprise the gas inlet pipe (61) that is connected with gas switch board (12), gas inlet pipe (61) is connected with combustion gas high-pressure pressure-reducing valve (62) and combustion gas low-pressure relief valve (63) by the diversion three-way valve; Combustion gas high-pressure pressure-reducing valve (62) is connected with combustion gas high-pressure solenoid valve (64) by pipeline, combustion gas low-pressure relief valve (63) is connected with combustion gas low-voltage solenoid valve (65) by pipeline, and combustion gas high-pressure solenoid valve (64) and combustion gas low-voltage solenoid valve (65) are connected with combustion gas escape pipe (66) by converging three-way valve; Gantry (4) is provided with separation panel (47), and preheat oxygen escape pipe (56), combustion gas escape pipe (66) are connected with separation panel (47) by pipeline respectively; Be connected by a plurality of pipelines between separation panel (47) and the cutting torch (46).
3. a kind of planer type numerical control flame cutting machine according to claim 1, it is characterized in that: described gas switch board (12) is connected with cutting oxygen air inlet pipe (71), cutting oxygen air inlet pipe (71) is provided with cutting oxygen magnetic valve (72), cutting oxygen air inlet pipe (71) is connected with cutting oxygen escape pipe (77) by cutting oxygen magnetic valve (72) and intermediate conduit, cutting oxygen escape pipe (77) is connected with separation panel (47), also be provided with a plurality of split channels (78) between cutting oxygen air inlet pipe (71) and the cutting oxygen escape pipe (77), described split channel (78) is provided with branch manifold solenoid valve (79), is provided with cutting oxygen connecting pipe between separation panel (47) and the cutting torch (46).
4. a kind of planer type numerical control flame cutting machine according to claim 1, it is characterized in that: side two ends of described gantry (4) are provided with steel band holder (8,8 '), two steel band holders (8,8 ') be respectively arranged with roller bearing (8181 ') on, by two roller bearings (81,81 ') be provided with end to end steel belt (82), go up by two line slideways (41 at gantry (4), 41 ') be movably set with a plurality of driven cutting torch supporting bases (48), described cutting torch supporting base (43) is fixedlyed connected with steel belt (82) in its side with driven cutting torch supporting base (48), is set with cutting torch (46) on the driven cutting torch supporting base (48).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205694340U CN201807812U (en) | 2010-09-27 | 2010-09-27 | Gantry type digital controlled flame cutter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205694340U CN201807812U (en) | 2010-09-27 | 2010-09-27 | Gantry type digital controlled flame cutter |
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| CN201807812U true CN201807812U (en) | 2011-04-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2010205694340U Expired - Lifetime CN201807812U (en) | 2010-09-27 | 2010-09-27 | Gantry type digital controlled flame cutter |
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| CN (1) | CN201807812U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101947680A (en) * | 2010-09-27 | 2011-01-19 | 安徽西锐重工科技有限公司 | Double column type numerical control flame cutting machine |
| CN102554428A (en) * | 2012-02-17 | 2012-07-11 | 无锡华联精工机械有限公司 | Numerical control cantilever plasma cutting machine |
| CN102658413A (en) * | 2012-05-14 | 2012-09-12 | 宜兴市联丰化工机械有限公司 | High-precision numerical control cutting machine for head |
| CN104690394A (en) * | 2013-12-04 | 2015-06-10 | 铜陵市永生机电制造有限责任公司 | A numerical controlled flame cutting machine suitable for workpiece centering and equal division |
-
2010
- 2010-09-27 CN CN2010205694340U patent/CN201807812U/en not_active Expired - Lifetime
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101947680A (en) * | 2010-09-27 | 2011-01-19 | 安徽西锐重工科技有限公司 | Double column type numerical control flame cutting machine |
| CN101947680B (en) * | 2010-09-27 | 2012-08-01 | 安徽西锐重工科技有限公司 | Gantry type numerical control flame cutting machine |
| CN102554428A (en) * | 2012-02-17 | 2012-07-11 | 无锡华联精工机械有限公司 | Numerical control cantilever plasma cutting machine |
| CN102658413A (en) * | 2012-05-14 | 2012-09-12 | 宜兴市联丰化工机械有限公司 | High-precision numerical control cutting machine for head |
| CN104690394A (en) * | 2013-12-04 | 2015-06-10 | 铜陵市永生机电制造有限责任公司 | A numerical controlled flame cutting machine suitable for workpiece centering and equal division |
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