27 results about "Laser tube" patented technology

The utility model relates to the field of laser tube, especially a high pressure shielding wiring device and carbon dioxide laser tube, wiring device includes insulating sleeve and base, and the base includes stud and wire column, and the stud is connected on the insulating sleeve, and the wire column is located inside the insulating sleeve, and the one end of stud away from the insulating sleeve is provided with mounting hole, and the first inner taper face has in the top of mounting hole, still include the elastic clamp column for placing in mounting hole, be equipped with the clamping core passageway and the line channel of intercommunication on the elastic clamp column, and the one end of elastic clamp column near stud is equipped with the first outer taper face with the first inner taper face matching, through the cooperation of first inner taper face and first outer taper face, make elastic clamp column can be fastened in mounting hole, then use the pressure cap again and fix elastic clamp column on base, realize the quick clamping of high voltage line, and the core of high voltage line is located in the elastic clamp column, and the core is accommodated through the elastic clamp column, avoids the core bare formation tip, thereby avoids the core high voltage tip discharge when operating.

The utility model relates to a laser tube field especially relates to a reflective window device of carbon dioxide laser tube and a carbon dioxide laser tube, and the reflective window device includes: fin, the top surface of fin is equipped with silver plating, reflector, places on the top surface of fin, and is equipped with arc groove on reflector bottom surface, and the area between arc groove and silver plating is filled with heat conduction layer. The edge of arc groove contacts with the fin, makes reflector and fin become annular contact, the edge of arc groove and the fit of the fin can produce greater static friction value, even if reflector is subjected to slight external force, can also pass through friction force offset, makes reflector can be more stable and place on the fin, through the cooperation of heat conduction layer and silver plating, the heat of arc groove place is passed to the fin through heat conduction layer, silver plating, realizes heat conduction, avoids the situation that cannot radiate because arc groove is not directly contacted with the fin.

This invention discloses a laser tube cutting machine with an adaptive end-wall slag removal mechanism, relating to the field of laser tube cutting technology. It includes a cutting frame, a storage rack, and a transmission frame. The storage rack is installed on one side of the cutting frame, and the transmission frame is installed on the other side. Through innovative design, this laser tube cutting machine effectively collects molten slag during the cutting process and uses friction blocks to adaptively grind and clean the inner wall of the tube after cutting. This significantly improves cutting quality and the cleanliness of the inner wall. In particular, the friction block grinding and cleaning mechanism of this invention can automatically adjust the friction intensity and position according to the actual condition of the inner wall of the tube, effectively removing residual molten slag and providing a good foundation for subsequent processing. Compared with existing technologies, the friction block grinding and cleaning mechanism of this invention has higher cleaning efficiency and better cleaning effect, significantly improving the overall performance of the laser tube cutting machine.

The utility model discloses a kind of laser tube testing equipment, including control module, LD detection module, PD detection tube and PD detection module;The control module stepwise increases output voltage and is driven by LD detection module to be measured laser tube emission laser, and the emission current of the measured laser tube is obtained by LD detection module, the laser is detected by the PD detection tube, and the detection current of the PD detection tube is obtained by the PD detection module, the control module identifies the optical power change value of PD detection tube according to the detection current and judges whether the measured laser tube is failure, realizes the test of the conduction voltage and conduction current of the measured laser tube automatically, improve the intelligent degree of testing device, and test accuracy and test efficiency are also greatly improved.

This invention relates to the field of laser tube cutting machine technology, and provides a laser tube cutting machine with an automatic tail material return function. The machine includes a laser tube cutting machine body, with a receiving groove fixedly installed on the side of the machine body. It also includes a receiving box, a aligning plate, and a receiving plate. The receiving box is positioned on the side of the laser tube cutting machine body via a positioning assembly. The bottom of the receiving box is equipped with casters. Two aligning plates are provided, each positioned inside the receiving box via two opening and closing assemblies. The receiving plates are positioned inside the receiving box via a vertical lifting assembly. This invention provides a laser tube cutting machine with an automatic tail material return function. By utilizing the receiving box, aligning plate, and receiving plate, the machine automatically returns tail material to the collection box, reducing the effort required for manual arrangement by workers when the material is irregularly arranged.

This invention relates to the field of laser cutting machine technology, specifically a laser tube cutting machine, comprising a base, a movable chuck, a fixed chuck, and a laser cutting head. It also includes a main rack, a connecting mechanism, a dumbbell seat, a positioning seat, a guide wheel assembly, a diagonal rod, a drive mechanism, and a grinding disc. The connecting mechanism is connected to the main rack, the dumbbell seat and the positioning seat are both connected to the connecting mechanism, the diagonal rod is hinged to the positioning seat, the drive mechanism is connected to the diagonal rod, and the grinding disc is connected to the drive mechanism. When the movable chuck moves the tube towards the fixed chuck, the main rack controls the operation of the connecting mechanism and drives the guide wheel assembly away from the dumbbell seat via the positioning seat. After the guide wheel assembly is in contact with the inner wall of the tube, the diagonal rod, under pressure, drives the grinding disc outward through the drive mechanism to grind the cut. During tube cutting, the positioning seat and the guide wheel assembly support the inner wall of the tube and simultaneously cool and grind the cut, improving the tube cutting effect.

The application relates to the field of pipeline positioning, in particular to a laser pipeline positioning device for electromechanical pipeline installation, which comprises a box body, a plurality of installation plates are slidably arranged on the box body, three or more laser emitters are arranged on the installation plates, the laser emitters are arranged in a circumferential direction of the installation plates, first adjusting parts for synchronously adjusting positions of the laser emitters are arranged on the installation plates, second adjusting parts for adjusting positions of the installation plates in a height direction of the box body are arranged on the box body, and third adjusting parts for adjusting positions of the installation plates in a length direction of the box body are arranged on the box body. The application has the effects of facilitating pipeline positioning and reducing movement of the positioning device.

This invention discloses a laser tube cutting machine idle movement method and a laser tube cutting system, belonging to the field of laser cutting machine control technology. The method includes the following steps: Step S1, setting the jump path start parameters; Step S2, traversing interpolation to find the Z-axis limit value; Step S3, global limit point determination; Step S4, judging the feasibility of the jump path. This reduces the action time and is particularly suitable for cutting long, segmented, discontinuous tubes. By introducing redundant safety height H and dynamically calculating the Z-axis limit value, it ensures that the laser head avoids the rotating edge of the tube during synchronous movement, reducing the collision risk of the laser cutting head and eliminating the need for additional sensors for position detection. The coordinated action of the X / Y / Z / A axes densifies the interpolation points, enabling high-precision path planning, reducing positioning errors, and meeting the cutting requirements of high-precision tubes.

The application provides a single-tube laser automatic tin soldering packaging equipment, a laser clamp assembly is used for clamping and positioning a laser tube shell, a pigtail clamp assembly is used for clamping a pigtail and coupling with the laser tube shell, a tin soldering feeding assembly is used for continuously feeding tin wires to a packaging position, and a heating assembly is used for heating and melting the tin wires at the packaging position; the heating assembly comprises a laser heating assembly and an electric eddy current heating assembly, the laser heating assembly is used for generating laser to rapidly melt the tin wires fed by the tin soldering feeding assembly, and the electric eddy current heating assembly is used for generating electric eddy current to make the temperature field of the packaging position uniform; on the basis of automatically completing the coupling of the pigtail and the laser tube shell, the application can also automatically perform the feeding, heating and melting, filling, welding and fixing of the tin wires; the heating assembly cooperates the laser and the electric eddy current heating to ensure the rapid melting of the tin wires after being fed, the uniform maintenance of the temperature field after the filling and the welding of the packaging position, and the welding quality.

The utility model provides a backpack type laser cleaning machine, it belongs to laser cleaning machine field, it includes: cleaning machine body, the back top of cleaning machine body is fixed with two straps, the bottom of two straps all is provided with adjusting assembly, one side cooperation and be connected with laser tube of cleaning machine body, the outer end cooperation and be connected with laser cleaning head of laser tube, buckle assembly, buckle assembly includes fixed block, clamping block and mounting block, the fixed block fixed setting in one side of laser cleaning head, clamping block fixed setting is in the outer end of fixed block, mounting block fixed setting is in one side of cleaning machine body, the top of mounting block is provided with the clamping groove. The utility model sets up buckle assembly, can position laser cleaning head after using, avoids the situation of falling and knocking, improves the security, still set up adjusting assembly, can carry out the convenient adjustment to the length of the strap, is convenient for adapting different user, increases the applicability.

The utility model relates to the field of laser tube, especially in kind of integrated reflection window structure and a carbon dioxide laser tube, reflection window structure includes the heat dissipation board and the reflector, and the reflector places on the top surface of heat dissipation board, the top surface of heat dissipation board is provided with the first metal layer, the bottom of reflector has the inner concave surface, is provided with the second metal layer on the inner concave surface, and the inner concave surface is located above the first metal layer, and the inner concave surface and heat dissipation board between fill have the welding layer, and the welding layer is used for connecting the first metal layer and the second metal layer. Through the welding layer connection first metal layer and the second metal, to connect the reflector and heat dissipation board into an organic whole, realized the fixation between both, also improved the anti-vibration of reflector, effectively avoided when under the action of external force, reflector appears vibration on heat dissipation board, further, also avoided through external fixing piece to fix reflector and heat dissipation board, improved the installation efficiency of reflector, accelerated the production progress of carbon dioxide laser tube.

This utility model discloses a multi-station synchronous laser tube cutting machine, including a frame, tube supports evenly distributed on one end of the frame, a cutting mechanism fixedly mounted on the frame, control computers mounted on both sides of the cutting mechanism, a support plate fixed to the other end of the frame and located in front of the cutting mechanism by bolts, a material unloading rack with its lower end fixed to the support plate by bolts and one side of its upper end fixed to the frame by bolts, a loading box located below the material unloading rack and fixed to the support plate by bolts, and a receiving trough placed above the loading box and located at the material unloading rack's material unloading end. This multi-station synchronous laser tube cutting machine achieves high efficiency, high flexibility, and high automation in metal tube cutting through synchronous operation of multiple cutting heads, replaceable support seats, optimized feeding and unloading structure, and cooling design, while also ensuring operational safety and equipment stability.

This invention relates to the field of laser processing technology, specifically to a laser tube cutting machine, comprising a frame and a processing rack connected to one end of the frame. The frame is equipped with a rotating clamping mechanism, an electric guide rail, and an electric telescopic lifting frame. A controller is fixedly connected to the side wall of the processing rack. Clamping components are provided on the processing rack, and a hydraulic cylinder is mounted on it. A mounting plate is fixedly connected to the output end of the hydraulic cylinder, and a laser cutting head is fixedly connected to the mounting plate. This invention, by incorporating a liftable receiving device on the processing rack, stably lifts the section of the tube to be cut during the cutting process, effectively preventing thin-walled or soft tubes from bending or sagging due to their own weight. It significantly improves problems such as uneven cuts, end deformation, and burrs, greatly enhancing the cutting accuracy and end face quality of the tube.

The utility model relates to the field of laser tube, especially in a kind of carbon dioxide laser tube's output mirror device and a kind of carbon dioxide laser tube, output mirror device includes: mounting seat, annular groove and first passway are equipped with mutually intercommunicating and coaxial on mounting seat;Output mirror, output mirror is located in annular groove, and output mirror is compatible with annular groove, install output mirror in annular groove, then the mounting seat is placed in the light outlet passway of cooling device, to install output mirror in light outlet passway by mounting seat, to reduce the diameter of output mirror, to reduce the volume of output mirror, effectively save the production cost of output mirror, while the volume of output mirror reduces, also speed up the production efficiency of output mirror, further, annular groove and first passway coaxial arrangement, it is convenient for laser beam in carbon dioxide laser tube to pass through first passway and annular groove, emit from the center of output mirror, avoid the situation that laser beam deviates from the center, to ensure that carbon dioxide laser tube is efficient, stable.

This invention discloses a non-stop feeding chuck for spiral wound tubes, relating to the technical field of corrugated tube-linked laser tube cutting machines. It includes an outer frame with two sets of positioning frames inside, each containing multiple sets of positioning supports adapted to the outer diameter of the spiral wound tube. A clamping assembly is positioned between the two sets of positioning frames, comprising two symmetrically arranged clamping wheels driven by a drive motor. The clamping wheels have arc-shaped grooves with anti-slip ridges on their surfaces. The arc-shaped grooves of the two sets of clamping wheels form a clamping space adapted to the outer diameter of the spiral wound tube. This invention provides a spiral wound tube chuck with a reasonable structure, strong adaptability, stable clamping, and the ability to achieve continuous feeding without stopping the machine. By combining a dedicated positioning support structure with a dynamic clamping structure adapted to the corrugated structure, it solves the technical problems of non-stop clamping, clamping slippage, easy tube displacement and deformation, poor versatility, and low production efficiency in existing technologies.

This invention provides a laser tube cutting machine and method, relating to the field of laser cutting. The solution includes a machine bed with two chucks, one of which is movably mounted on the bed. A gantry is movably mounted on the bed along the X-axis, with a range of motion greater than that of the two chucks. A cutting assembly is movably mounted on the gantry along the Y-axis. At least two loading / unloading devices are provided, arranged on the same side of the machine bed along its length, with the arrangement range of the multiple loading / unloading devices overlapping the range of motion of the gantry. Each loading / unloading device includes a lifting support that moves along the Z-axis, with a swaying support frame mounted on the lifting support. This invention can reduce the equipment footprint and improve space utilization.

This application discloses a laser tube, including a gas storage tube assembly and a core tube assembly. The gas storage tube assembly includes a first gas storage cavity, and an insertion portion is provided on the inner wall surface of the first gas storage cavity. The core tube assembly includes a core tube body and an insertion mating portion. The core tube body is disposed in the first gas storage cavity and connected to the insertion mating portion, and the insertion mating portion is inserted into the gas storage tube assembly through the insertion portion. This application can at least solve the problem in the prior art where the core tube of the laser tube is prone to bending and deformation during the sintering process of the core tube into the gas storage tube, resulting in poor straightness.

1. Name of the product in this design: Laser tube (main and auxiliary dual-electrode carbon dioxide for medical applications). 2. Intended use of this design: for laser surgery, skin treatment, etc. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1. 5. Other situations requiring explanation: Parts A, B, C, D and E in the perspective figure 1 are all made of transparent material.

This utility model belongs to the field of laser tube cutting machine feeding technology, and discloses a laser tube cutting machine feeding bracket, including a stiffening plate. A feeding support assembly is installed on the surface of the stiffening plate. The feeding support assembly includes a column. The column is installed on the upper surface of the stiffening plate. A plane bearing seat is installed at the top of the column. A plane bearing is installed inside the plane bearing seat. A bearing pressure plate is attached to the upper surface of the plane bearing. A fixed seat is provided above the column. A pin is installed on the surface of the fixed seat. A support arm is rotatably connected to the surface of the pin. A rotating shaft is installed on the surface of the plane bearing. One end of the rotating shaft passes through the bearing pressure plate and is connected to the fixed seat. This utility model has the advantages of facilitating the feeding and support of tubes, making it more convenient for employees to feed, and preventing tubes from falling directly from the storage rack during the feeding process.

1. Name of the product in this design: Laser tube cutting machine (model 15056). 2. Purpose of this design: For metal cutting operations. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. The bottom surface of this product is a part that is not easily seen or cannot be seen during use, so the bottom view is omitted.

The application relates to the technical field of film cutting, and discloses a laser cutting machine for film production, which comprises a laser tube body, the laser tube body is fixedly connected to a moving table of the laser cutting machine, the laser tube body can move along X and Y axes above the laser cutting machine by following the moving table, and a laser emission end of the laser tube body faces the film. The laser cutting machine for film production and the cutting process, by arranging the pressing assembly and the first ball, the traditional sliding friction is replaced by rolling friction, the film can be continuously and flatly pressed and fixed during the laser cutting process, and due to the small friction, scratches on the film surface or film tearing is avoided, and the optical performance of the film is protected.

A follow-up support and flip-plate unloading linkage device for a laser tube cutting machine includes a base. The base is equipped with a vertical linear guide mechanism and a drive mechanism. The linear guide mechanism includes a lifting seat. The drive mechanism drives the lifting seat to move vertically up and down. A receiving flip plate is located on the top of the lifting seat. One end of the receiving flip plate is hinged to the lifting seat, and the other end is free. The base also includes a flipping drive assembly. When the lifting seat descends to the height of the flipping drive assembly, the flipping drive assembly provides a flipping torque to the receiving flip plate. The receiving flip plate includes a horizontal position that provides support force to the workpiece during cutting and a certain angle that flips around the hinge axis under the action of the flipping torque to guide the workpiece to the unloading position of the next station. This invention uses a cam mechanism or lever mechanism of the flipping drive assembly to complete the linkage action of follow-up receiving and flipping unloading through vertical driving force, thereby improving efficiency and saving costs.

This invention discloses a high-precision synchronous laser tube cutting device for machining machine tool components, relating to the field of laser processing equipment technology, including a stripper plate and a core drive assembly. This high-precision synchronous laser tube cutting device for machining machine tool components can simultaneously achieve precise positioning of the cutting length of a round tube and automatic tilting and unloading after cutting using a single electric cylinder drive. During the feeding stage, the electric cylinder drives the slider to make the adjustable baffle at the top of the gantry abut against the end of the round tube to achieve length positioning. The adjustable baffle can flexibly adjust its axial extension length via adjusting bolts, quickly adapting to different cutting length requirements without replacing components. After cutting, the electric cylinder pulls the slider along the guide rail. On one hand, the gantry drives the adjustable baffle to synchronously disengage from the end of the round tube, releasing the length limit; on the other hand, by converting linear motion into the swinging motion of the right support, it drives the support roller to tilt towards the stripper plate, allowing the cut round tube to naturally tilt and unload.

This utility model discloses a laser cutting device and template machine, relating to the field of laser cutting device technology. To solve the problem of external impurities easily invading the interior of the laser cutting device, the laser cutting device includes a laser tube, a base, a reflector mounting base, an adjustment plate, a laser tube, and a condenser lens mounting base. The laser tube, reflector mounting base, and condenser lens mounting base are all located on the base. One end of the laser tube is clearance-fitted with the end plate of the base. The adjustment plate is located on the reflector mounting base and is clearance-fitted with the reflector mounting base. The laser tube is located at one end of the reflector mounting base and is clearance-fitted with the condenser lens mounting base. A first dustproof component is provided between the laser tube and the end plate, a second dustproof component is provided between the reflector mounting base and the adjustment plate, and a third dustproof component is provided between the laser tube and the condenser lens mounting base. This arrangement comprehensively blocks the intrusion path of external impurities, fundamentally reducing dust contamination of the internal components of the laser cutting device.

This invention discloses a method, system, and storage medium for adaptive calibration control of the entire lifecycle of a warp breakage detection device for looms without warp breaks. The method includes four steps: initial reference calibration, dynamic light decay compensation, environmental linkage calibration, and anomaly self-checking. Different calibration strategies are adopted for three operating modes of the 940nm infrared laser emitter: 2mW multi-level intermittent emission and 5.5~10mW constant continuous emission. This invention achieves automatic calibration of the warp breakage detection device throughout its entire lifecycle, improving calibration accuracy by over 80%, reducing the false detection rate to below 0.1%, and extending the laser tube's lifespan to 8-10 years in default mode, perfectly adapting to the high humidity and high salt spray conditions of coastal textile operations.

The application relates to the technical field of bird driving, and specifically discloses a portable blue laser bird driving device with adjustable frequency flash and power, which comprises a laser tube, a control circuit and a lens, wherein the control circuit comprises a main control chip circuit module, a DAC module, a frequency flash control module and a power control module; the DAC module and the main control chip circuit module are connected through SYNC, SCLK, DIN and LDAC pins; and the frequency flash control module and the main control chip circuit module are connected through a PLUSE pin. The problems of certain limitations of the traditional bird driving method in the prior art are solved.

This invention relates to the field of building processing technology, specifically a mobile steel component processing center and processing method. A transfer module for conveying processed workpieces is installed between a laser tube cutting machine and welding equipment. The laser tube cutting machine has a built-in precision laser cutting component, and the welding equipment includes a mobile welding robot equipped with a high-precision vision recognition system. The palletizing module contains a palletizing robot for stacking workpieces. The advantages are: a flexible modular layout allows for flexible adjustment of the position and combination of modules according to site conditions and processing capacity requirements; combined with vision recognition automatic line-following welding technology and dual-positioner collaborative technology, fully automated full welding of complex steel frame welds is achieved, improving welding quality and efficiency.