CN201423806Y - Gas cylinder laser marking machine in both Chinese and English - Google Patents
Gas cylinder laser marking machine in both Chinese and English Download PDFInfo
- Publication number
- CN201423806Y CN201423806Y CN2009201277552U CN200920127755U CN201423806Y CN 201423806 Y CN201423806 Y CN 201423806Y CN 2009201277552 U CN2009201277552 U CN 2009201277552U CN 200920127755 U CN200920127755 U CN 200920127755U CN 201423806 Y CN201423806 Y CN 201423806Y
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- laser
- marking machine
- sweep mechanism
- direction sweep
- scanning frame
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Abstract
The utility model discloses a gas cylinder laser marking machine in both Chinese and English, which comprises a universal lifting workbench. A lifting cross arm is mounted on the universal lifting workbench, a channel steel is vertically connected with the lifting cross arm, an adjusting hand wheel is arranged at the front end of the channel steel, a laser generator is mounted at the back part ofthe channel steel, a light passing cylinder is arranged at the front part of the channel steel, a left and right deflection adjusting mechanism is sleeved at the back part of the light passing cylinder to realize the rotation, a depression/elevation angle regulating mechanism is fixed at the front part of the light passing cylinder to realize the angular adjustment in the vertical direction, a laser scan machine frame is mounted at the front end of the light passing cylinder, a laser direction scan mechanism and a focusing mechanism are arranged on the laser scan machine frame, the focusing mechanism is positioned before the laser direction scan mechanism, at least three reflective lenses are arranged on the laser direction scan mechanism, and a measuring head is arranged at the outer endof the focusing mechanism. The gas cylinder laser marking machine in both Chinese and English can realize punch marking in left-right rotation and forward-backward movement according to the circular arc surface of a gas cylinder.
Description
Technical field:
The utility model relates to a kind of mark machine, especially relate to a kind of can be at the middle foreign language laser marking machine of particularly realizing mark rapidly, continuously and good reliability on the various free form surfaces on the gas cylinder.
Technical background:
Gas cylinder belongs to special high-pressure bottle, and country requires very strict to the mark of gas cylinder product, because that it relates to is explosion-proof, safety detection and control of product quality etc.The characteristics of gas cylinder mark are: 1, must be on gas cylinder circumference arc surface mark; 2, character quantity is many, generally at 50～130 left and right sides characters; 3, tag content complexity mostly is middle foreign language, trade mark and spcial character mixed editorial, needs electrical form and data base call; 4, mint-mark parameter request height: mint-mark live width 〉=1mm, the mint-mark degree of depth 〉=0.5mm; 5, require the character of mint-mark clear attractive in appearance, degree of depth unanimity, character does not have burr; When 6, gas cylinder is produced in batches the surface topography size have ± 3mm～± tolerance of 5mm, requiring can online batch process, guarantees that the mark of every gas cylinder all reaches quality requirement.
Based on above requirement, common laser labelling technology can't realize the mark of gas cylinder, satisfy the specific (special) requirements of flag parameters in the gas cylinder batch process, and the existing gas cylinder marking process method of using mainly contains:
1, steel letters tribal chief worker prints: this kind method is difficult to control dynamics etc. owing to the people, and the mark of getting is deep mixed, owing to need the gas cylinder of mint-mark more, so labour intensity is big, and artificial printing effect is low;
2, the steel letters primary drying is pressed and the roll extrusion printing: the printing mechanism complexity of the employing of this kind method, and character is Protean, so the size of transpose head and pressure control all can't solve, moreover because bottle mouth of gas cylinder is big through the back hardness of quenching, therefore prefix damages easily, and cost is expensive;
3, pneumatic machinery mark: this kind mode available computers programming, but exist draw point thin, defective such as pressure is not enough, and draw point is the some contact pit can occur, and spraying back character is unintelligible.
The technological requirement that above method or mechanism all can't satisfy the gas cylinder mark is difficult to reach clear character attractive in appearance and perfect character editing easily calls, and is difficult to reach satisfactory marking process, can't realize characteristics such as automaticity is high and easy to use.
The utility model content:
The purpose of this utility model provides a kind of China and foreign countries vigour of style bottle laser marking machine, and it can be according to the circumference arc surface left-right rotation of gas cylinder, move forward and backward scanning realizes laser marking.
For achieving the above object, the technical solution of the utility model is: design a kind of China and foreign countries vigour of style bottle laser marking machine, comprise omnipotent self-powered platform, on this omnipotent self-powered platform, the lifting transverse arm is housed, its main points are: vertically be connected with channel-section steel on described lifting transverse arm, be provided with the adjustment handwheel at this channel-section steel front end, at described channel-section steel rear portion laser generator is housed, the front portion is provided with optical tube, in this optical tube rear sleeve deflection guiding mechanism in the left and right sides being housed realizes rotating, this optical tube front portion is fixed with and bows/and elevation angle degree governor motion realizes lower swing waterborne, and the laser scanning frame is housed at described optical tube front end, on described laser scanning frame, be provided with laser direction sweep mechanism and focusing, described focusing is positioned at laser direction sweep mechanism the place ahead, be provided with 2 reflex reflector lens in this laser direction sweep mechanism, 1 reflex reflector lens that is positioned at laser direction sweep mechanism bottom is vertical with this laser direction sweep mechanism axial line, be positioned at 1 optical mirror slip and this laser direction sweep mechanism axial line angle at 45 of laser direction sweep mechanism upper end, be provided with 1 optical mirror slip and this laser direction sweep mechanism axial line angle at 45 in described focus adjusting mechanism upper end, be provided with gauge head in described focus adjusting mechanism outer end.
The utility model adopts movably omnipotent self-powered platform as Device Host, can very conveniently be applicable to the flexible arrangement of production scene, laser generator etc. is fixed on the lifting transverse arm of omnipotent self-powered platform, the staff can raise to the lifting transverse arm according to the needs of mark or descend, to adapt to the requirement in mark or place, and, channel-section steel is moved on the lifting transverse arm by the adjustment handwheel on the channel-section steel being carried out turn; Be provided with deflection guiding mechanism in the left and right sides in the utility model and bow/elevation angle degree governor motion, deflection guiding mechanism in the left and right sides can make optical tube rotate, and this optical tube section drives the laser scanning frame left and right sides deflection of its front end, bowing/effect of elevation angle degree governor motion under, can realize the angle adjustment of laser scanning frame, so, on described focusing and laser direction sweep mechanism, optical mirror slip is set applicable to the mark of the gas cylinder that varies in size, can be with Laser Transmission to focusing.Above course of action all can according to the utility model in the course of the work on gas cylinder the requirement of mark regulate.
Above-mentioned channel-section steel front portion is positioned on the lifting transverse arm, and is connected with the teeth strand, and so under the adjusting of adjusting handwheel, channel-section steel can move at the lifting transverse arm, makes whole mark mechanism according to place or requirements of one's work move left and right.
Described left and right sides deflection guiding mechanism comprises first stepper motor, turbine and worm screw, described turbine is sleeved on the optical tube, described turbine and worm screw cooperate forms the turbine and worm pair, described worm screw links to each other with the described first stepping machine shaft with first synchronous cog belt, when the first stepping machine operation, the first stepping machine shaft rotates, under the effect of first synchronous cog belt, described worm screw is rotated, because turbine and worm screw are meshing with each other, therefore optical tube rotates under the drive of turbine, and the laser scanning frame that be arranged on the optical tube front portion this moment has just realized left and right sides deflection.
Described bowing/elevation angle degree governor motion comprises to be adjusted handle and adjusts gear, described adjustment handle is installed on the described optical tube, be fixed with the adjustment gear near on the laser scanning frame of optical tube front end junction, described adjustment handle is provided with driving cog, described driving cog and adjustment gears engaged.When rotating the adjustment handle, owing to adjust driving cog and adjustment gears engaged on the handle, therefore adjusting gear rotates, so the laser scanning frame moves up and down under the adjustment gear driven, realize the adjustment of lower angle realizing different big or small gas cylinder mark demands according to the direction of rotation of adjusting handle.
Be fixed with second stepper motor in described laser scanning frame rear end, front end is provided with the fixed block of band rotating shaft, described second stepper motor links to each other with second synchronous cog belt with rotating shaft on the fixed block, described focusing top is enclosed within on the described laser scanning frame guide rod, this focusing upper end is fixed on described second synchronous cog belt, described laser direction sweep mechanism is fixed on the laser scanning frame near described second stepper motor, when second stepper motor is worked, focusing is front and back motion on guide rod under the drive of second synchronous cog belt, so be implemented in the front and back laser marking on gas cylinder in the mark process.
Above-mentioned adjustment handle is made up of handle and rotating shaft, at described handle rotating shaft is housed fixedly, and outer surface is provided with driving cog at described rotating shaft middle part, thereby constitutes screw rod, and constitutes revolute pair with above-mentioned adjustment gear.
The utility model is connected first stepper motor respectively with second stepper motor with control system, first stepper motor and second stepper motor adopt computer control system to control, this control system can be controlled the action of first stepper motor and second stepper motor as required, realizes automated operation of the present utility model.
Principle of the present utility model is: laser generator is according to the specification requirement of institute's blaze note, send laser pulse under the computer control in control system, laser pulse changes through the optical scanning system travel direction, is carried out the focusing and the mark of laser again by focus adjusting mechanism.Under computer or manual control, realize the circumference arc surface scanning of figure and literal by the laser scanning frame, laser beam after the line focus, act on the surface of processed gas cylinder product with high power density, metal material surface is dissolved or gasify, after blowing the spray deslagging, form character picture and text clearly, thereby realize mint-mark.
The beneficial effect that the utility model is produced compared to existing technology is:
1, the utility model is primarily aimed at the gas cylinder industry to the requirement of gas cylinder product labelling, and the specialized designs manufacturing, structure, functions such as the left and right sides deflection in the utility model, front and back scanning all can satisfy the mark requirement of gas cylinder circumference arc surface, stable and reliable for performance, can work in continuous 22 hours, can satisfy 2～3 classes of full-time production requirements;
2, the utility model main frame adopts removable omnipotent self-powered platform, can more conveniently be applicable to the flexible arrangement of production scene, can adapt to gas cylinder size and produce line height and carries out lift adjustment;
3, this adapts to novel employing pulse laser technology mode product is carried out mark, can adapt to multiple product of metal material, smooth finish surface normal labeled, also adapts to rough surface, before the different process flow process heat or the product mint-mark after the heat treatment;
4, the utility model mint-mark degree of depth is darker, generally can reach 0.2mm～0.6mm, adapts to widely, and complete machine operating cost is low, and service life is more stable than continuous laser technology mode, and the life-span is long, and energy saving, and consumptive material is few;
5, the utility model stability and good environmental adaptability, to the normal fluctuation of industrial electrical network, the conventional environment of factory has stronger adaptability, and the debugging maintenance is more convenient;
6, the utility model adopts computer programming control, can realize picture and text, literal, and editor's sign is arranged in the numeral mixing, realizes the mark to Chinese and English on the gas cylinder, numeral, trade mark.
Description of drawings
Fig. 1 is a front view of the present utility model;
Fig. 2 is Fig. 1 right view;
Fig. 3 is the A part zoomed-in view of Fig. 1;
Fig. 4 is that the B of Fig. 3 is to schematic diagram;
Fig. 5 is the C-C cutaway view of Fig. 4.
Meaning of each numbering is in the above-mentioned accompanying drawing: 1. lifting transverse arm, 2. channel-section steel is 3. adjusted handwheel, 4. laser generator, 5. optical tube, 6. laser scanning frame.7. laser direction sweep mechanism, 8. focus adjusting mechanism, 9. gauge head, 10. teeth strand, 11. first stepper motors, 12. turbines, 13. worm screw, 14. first synchronous cog belts, 15. adjust handle, 16. the adjustment gear, 17. driving cogs, 18. second stepper motors, 19. fixed block, 20. second synchronous cog belts, 21. guide rods, 22. handle, 23. rotating shafts.
The specific embodiment:
Below in conjunction with accompanying drawing the utility model is further described.
See also Fig. 1～Fig. 5: shown in a kind of China and foreign countries vigour of style bottle laser marking machine, by omnipotent self-powered platform, laser generator 4, left and right sides deflection guiding mechanism, bow/elevation angle degree governor motion laser scanning frame 6, compositions such as laser direction sweep mechanism 7 and focus adjusting mechanism 8, on the base of described omnipotent self-powered platform, column is installed, on this column, elevating screw is installed, on described column and elevating screw, be set with gearbox, end at this gearbox is equipped with lifting motor, an other end is equipped with lifting transverse arm 1, on described lifting transverse arm 1, vertically be connected with channel-section steel 2, described channel-section steel 2 front portions are positioned on the lifting transverse arm 1, and be connected with teeth strand 10 and lifting transverse arm 1, be provided with adjustment handwheel 3 at these channel-section steel 2 front ends, regulating this adjustment handwheel 3 can make channel-section steel 2 move on described lifting transverse arm 1, at described channel-section steel 2 rear portions laser generator 4 is housed, and this laser generator 4 is covered with cover, be provided with optical tube 5 in the front portion of this laser generator 4, in these optical tube 5 rear sleeve deflection guiding mechanism in the left and right sides being housed realizes rotating, these optical tube 5 front portions are fixed with and bow/and elevation angle degree governor motion realizes lower swing waterborne, and laser scanning frame 6 is housed at described optical tube 5 front ends, on described laser scanning frame 6, be provided with laser direction sweep mechanism 7 and focusing 8, described focusing 8 is positioned at laser direction sweep mechanism 7 the place aheads, be provided with 2 reflex reflector lens in this laser direction sweep mechanism 7,1 reflex reflector lens that is positioned at laser direction sweep mechanism 7 bottoms is vertical with these laser direction sweep mechanism 7 axial lines, be positioned at 1 optical mirror slip and these laser direction guiding mechanism 7 axial lines angle at 45 of laser direction sweep mechanism 7 upper ends, be provided with 1 optical mirror slip and these laser direction sweep mechanism 7 axial lines angle at 45 in described focus adjusting mechanism 8 upper ends, be provided with gauge head 9 in described focus adjusting mechanism 8 outer ends.
See also Fig. 3: above-mentioned left and right sides deflection guiding mechanism comprises first stepper motor 11, turbine 12 and worm screw 13, described turbine 12 is sleeved on the optical tube 5, described turbine 12 and worm screw 13 cooperate forms the turbine and worm pair, and described worm screw 13 usefulness first synchronous cog belt 14 links to each other with 11 rotating shafts of described first stepper motor.
See also Fig. 4 and Fig. 5: above-mentioned bowing/elevation angle degree governor motion comprises to be adjusted handle 15 and adjusts gear 16, described adjustment handle 15 is installed on the described optical tube 5, this is adjusted handle 15 and is made up of handle 22 and rotating shaft 23, at described handle 22 rotating shaft 23 is housed fixedly, be provided with driving cog 17 at described rotating shaft 23 middle part outer surfaces, adjusting gear 16 near being fixed with on the laser scanning frame of optical tube 5 front end junctions, this adjustment gear 16 is fixed on the laser scanning frame by 4 screws, described driving cog 17 and 16 engagements of adjustment gear.
In Fig. 3, it can also be seen that: be fixed with second stepper motor 18 in described laser scanning frame 6 rear ends, front end is provided with the fixed block 19 of band rotating shaft, described second stepper motor 18 links to each other with second synchronous cog belt 20 with rotating shaft on the fixed block 19, described focusing 8 tops are enclosed within on described laser scanning frame 6 guide rods 21, these focusing 8 upper ends are fixed on described second synchronous cog belt 20, and described laser direction sweep mechanism 7 is fixed on the laser scanning frame 6 near described second stepper motor 18.
The course of work of the present utility model is such: before the utility model work, and 1, the utility model is linked to each other with electric control system, driving control system, computer control system and full-automatic temperature-controlling cooling system; 2, the needs according to the place rotate adjustment handwheel 3, and channel-section steel 2 is moved on lifting transverse arm 1, and this lifting transverse arm 1 moves the laser scanning frame 6 that can drive its front end and moves, thus can be because of the ground erection unit.In the course of work: according to the needs of gas cylinder arc-shaped surface, the mark machine needs left and right sides deflection and swings up and down, as required, first stepper motor 11 is worked under the control of control system, driving worm screw 13 rotates, and turbine 12 rotates under the drive of worm screw 13, optical tube 5 rotates according to identical direction under the rotation of turbine 12 then, this moment, this optical tube 5 just drove laser scanning frame 6 deflections of its front end, turning to not simultaneously of first stepper motor 11, described laser scanning frame 6 just can realize left and right sides deflection; When needing laser scanning frame 6 to swing up and down, the rotatable handle 15 of adjusting, the adjustment handle 15 of rotation can be passed to power and adjust gear 16, when described adjustment gear 16 rotates according to different directions, can make laser scanning frame angle adjustment about in the of 6; Before and after needs are on gas cylinder during mark, just need the mark machine to move, at this moment, 18 work of second stepper motor, under the control of control system, second synchronous cog belt 20 on second stepper motor 18 moves, under the drive of second synchronous cog belt 20, move focusing 8 front and back on guide rod 21, can realize the mark of mark machine on gas cylinder circular arc cambered surface according to above course of action.
Claims (6)
1, a kind of China and foreign countries vigour of style bottle laser marking machine, comprise omnipotent self-powered platform, lifting transverse arm (1) is housed on this omnipotent self-powered platform, it is characterized in that: on described lifting transverse arm (1), vertically be connected with channel-section steel (2), be provided with adjustment handwheel (3) at this channel-section steel (2) front end, at described channel-section steel (2) rear portion laser generator (4) is housed, the front portion is provided with optical tube (5), in this optical tube (5) rear sleeve deflection guiding mechanism in the left and right sides being housed realizes rotating, this optical tube (5) front portion is fixed with and bows/elevation angle degree governor motion realization angular adjustment, and laser scanning frame (6) is housed at described optical tube (5) front end, on described laser scanning frame (6), be provided with laser direction sweep mechanism (7) and focusing (8), described focusing (8) is positioned at laser direction sweep mechanism (7) the place ahead, be provided with 2 reflex reflector lens in this laser direction sweep mechanism (7), 1 reflex reflector lens that is positioned at laser direction sweep mechanism (7) bottom is vertical with this laser direction sweep mechanism (7) axial line, be positioned at 1 optical mirror slip and this laser direction sweep mechanism (7) axial line angle at 45 of laser direction sweep mechanism (7) upper end, be provided with 1 optical mirror slip and this laser direction sweep mechanism (7) axial line angle at 45 in described focus adjusting mechanism (8) upper end, be provided with gauge head (9) in described focus adjusting mechanism (8) outer end.
2, China and foreign countries according to claim 1 vigour of style bottle laser marking machine, it is characterized in that: described channel-section steel (2) front portion is positioned on the lifting transverse arm (1), and is connected with teeth strand (10).
3, China and foreign countries according to claim 1 vigour of style bottle laser marking machine, it is characterized in that: described left and right sides deflection guiding mechanism comprises first stepper motor (11), turbine (12) and worm screw (13), described turbine (12) is sleeved on the optical tube (5), described turbine (12) and worm screw (13) cooperate forms the turbine and worm pair, and described worm screw (13) links to each other with described first stepper motor (11) rotating shaft with first synchronous cog belt (14).
4, China and foreign countries according to claim 1 vigour of style bottle laser marking machine, it is characterized in that: described bowing/elevation angle degree governor motion comprises to be adjusted handle (15) and adjusts gear (16), described adjustment handle (15) is installed on the described optical tube (5), adjusting gear (16) near being fixed with on the laser scanning frame of optical tube (5) front end junction, described adjustment handle (15) is provided with driving cog (17), described driving cog (17) and adjustment gear (16) engagement.
5, China and foreign countries according to claim 1 vigour of style bottle laser marking machine, it is characterized in that: be fixed with second stepper motor (18) in described laser scanning frame (6) rear end, front end is provided with the fixed block (19) of band rotating shaft, described second stepper motor (18) links to each other with second synchronous cog belt (20) with rotating shaft on the fixed block (19), described focusing (8) top is enclosed within on described laser scanning frame (6) guide rod (21), this focusing (8) upper end is fixed on described second synchronous cog belt (20), and described laser direction sweep mechanism (7) is fixed on the laser scanning frame (6) near described second stepper motor (18).
6, China and foreign countries according to claim 4 vigour of style bottle laser marking machine, it is characterized in that: described adjustment handle (15) is made up of handle (22) and rotating shaft (23), at described handle (22) rotating shaft (23) is housed fixedly, outer surface is provided with driving cog (17) at described rotating shaft (23) middle part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201277552U CN201423806Y (en) | 2009-06-23 | 2009-06-23 | Gas cylinder laser marking machine in both Chinese and English |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009201277552U CN201423806Y (en) | 2009-06-23 | 2009-06-23 | Gas cylinder laser marking machine in both Chinese and English |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201423806Y true CN201423806Y (en) | 2010-03-17 |
Family
ID=42023243
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009201277552U Expired - Fee Related CN201423806Y (en) | 2009-06-23 | 2009-06-23 | Gas cylinder laser marking machine in both Chinese and English |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201423806Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101804743A (en) * | 2010-03-18 | 2010-08-18 | 西北工业大学 | Clamp capable of changing position during marking cutter codes by laser |
| CN103042836A (en) * | 2013-01-22 | 2013-04-17 | 江苏新光数控技术有限公司 | Marking machine |
-
2009
- 2009-06-23 CN CN2009201277552U patent/CN201423806Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101804743A (en) * | 2010-03-18 | 2010-08-18 | 西北工业大学 | Clamp capable of changing position during marking cutter codes by laser |
| CN101804743B (en) * | 2010-03-18 | 2012-03-21 | 西北工业大学 | Clamp capable of changing position during marking cutter codes by laser |
| CN103042836A (en) * | 2013-01-22 | 2013-04-17 | 江苏新光数控技术有限公司 | Marking machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100317 Termination date: 20130623 |