30results about How to "Avoid hitting the knife" patented technology

The invention relates to the technical field of glass processing machinery, belongs to a glass drilling processing machine, and particularly relates to an electric control feeding mechanism of a drilling motor of a vertical glass drilling machine. The electric control feeding mechanism of the drilling motor of the vertical glass drilling machine comprises a base, a glass supporting frame and an upright post, wherein the upright post is provided with the drilling motor; a horizontal shifting module is arranged between the drilling motor and the upright post; a drilling bit port of the drillingmotor is provided with a clamping plate; the clamping plate is provided with a drilling bit feeding position inductive switch; a servo motor for driving the driving motor to advance and retreat is also arranged between the drilling motor and the horizontal shifting module; and the inductive switch and the servo motor are connected with each other and controlled by a numerical control system. The electric control feeding mechanism of the drilling motor of the vertical glass drilling machine has the following advantages that: 1, due to the adoption of the servo motor and a speed reducer, the drilling precision is improved; and 2, the inductive switch is used to implement the simultaneous working of a front drilling bit and a back drilling bit, the drilling bit at one side is fed to a certainpreset position and then is stopped and dropped back, and the drilling bit at the other side is fed continuously, so the working efficiency is high, and cutter crash appearing in double-side feedingis avoided.

The invention discloses an anti-collision tool changer, which is applied to a numeric control machining center. The tool changer comprises a cutter head, a tool changer body, cutters and a control device, wherein the tool changer body is arranged on the cutter head, the cutter head is provided with a movable bin gate, the tool changer body is provided with a plurality of cutter mounting positions, the cutters are arranged on the cutter mounting positions, the cutter head is provided with a first sensing piece and a second sensing piece, the first sensing piece is used for sensing whether a spindle is provided with the cutters or not, the second sensing piece is used for sensing whether cutters are arranged on the cutter mounting positions corresponding to the spindle or not, the first sensing piece and the second sensing piece are in communication connection with the control device, and the control device is in communication connection with a control host of the numeric control machining center. The cutter colliding phenomenon is effectively avoided, and the production efficiency and the safety are improved.

The invention discloses a cutter collision preventing method for a machining center. A plurality of measures are adopted, and methods for preventing cutter collision of the machining center are listed completely from three aspects, namely procedure improvement, misoperation avoidance and cutter compensation verification, and a solution method is proposed. The cutter collision preventing method is capable of effectively preventing cutter collision for the machining center by use of certain programming skills, and by verifying the procedure by use of various methods and avoiding misoperation by virtue of correct coordinate system and cutter length compensation and radius compensation settings and combined use of hands and eyes in the operation process, and therefore, the service life of the machining center can be increased and the repair cost can be saved.

The invention provides a flexible production line for axle box body machining. The production line comprises a tool setting gauge, a control system, a linear tray system, a plurality of machining centers, a feeding station and a discharging station. Operation tables are distributed on the same side; the linear tray system comprises a machine tool and a plurality of trays; an axle box body can be fixed to the top of each tray; the bottom of each tray is detachably fixed to the machine tool; each tray can correspond to any one of the machining centers; and the control system can control all the machining centers to separately conduct numerical control machining on the axle box bodies on the trays. The invention further provides a flexible production line machining method for axle body machining. According to the flexible production line for axle box bodies and the machining method, multiple machines can be controlled by one person, the production efficiency is improved, and the product quality is ensured.

The invention discloses a bolt error-proofing device of a machine tool. The bolt error-proofing device is arranged on the top surface of a clamp body of the machine tool; the bolt error-proofing device comprises a sliding rod, a bearing, an induction block and a proximity switch; the sliding rod is arranged on the top surface of the clamp body in a sliding and penetrating mode; the lower end of the sliding rod extends to an area which is formed in the clamp body and used for placing a workpiece; the bearing is arranged on the lower end portion of the sliding rod; the bearing can be in abutting connection with the upper surface of the workpiece and can roll along the upper surface of the workpiece; the induction block is arranged on the upper end portion of the sliding rod; the proximity switch is fixedly arranged above the top surface of the clamp body; when a bolt of the workpiece is positioned correctly, the induction block is located in an induction area of the proximity switch so as to enable the proximity switch to switch on; when the bolt of the workpiece is positioned incorrectly to jack the workpiece, the induction block is far away from the induction area of the proximity switch so as to enable the proximity switch to switch off. According to the bolt error-proofing device of the machine tool, the safety and the reliability of equipment operation can be improved and the damage cost of a cutting tool and the workpiece is reduced.

A hydraulic clamp for cutting machining of a pump head of a high-pressure fuel pump comprises a supporting part in the vertical direction, a first clamping part in the horizontal direction, a second clamping part in the horizontal direction, an inclined wedge horizontal pushing mechanism arranged between the first clamping part in the horizontal direction and the second clamping part in the horizontal direction, and air tightness monitoring devices arranged on the first clamping part and the second clamping part. According to the hydraulic clamp, power in the vertical direction is converted into clamping force in the horizontal direction through the inclined wedge horizontal pushing mechanism, machining of two products is completed through one-time clamping, and the working efficiency is greatly improved; the air tightness monitoring devices are arranged to improve the positioning precision of product clamping, and the situation that the machining precision of a product is low due to the fact that a clamping gap is too large is avoided; and the height of a special wedge-shaped block is lower than that of an installed workpiece, tool collision during tool machining and switching is avoided, invalid production time is shortened, and production efficiency and stability are further improved.

The invention discloses a bamboo hat type tool magazine, which comprises a frame, a guide rail arranged on the frame, a tool changing box, a tool bin, a cutter head placed in the tool bin, and several tool holders installed on the cutter head. And the cutterhead rotation control device is characterized in that the tool change box is installed on the guide rail, the tool magazine is fixedly connected with the tool change box, and a reversible motor, a crank, and a slider fixedly connected with the tool change box are also arranged on the frame. Seat, one end of the crank is connected with the output shaft of the motor, and the other end is installed in the chute of the slide seat; as a further improvement of the present invention, a roller is provided at the end where the crank matches the chute, and the roller is arranged in the chute; The invention has the advantages of stable tool change, good reliability and high safety.

The invention relates to a cutter staggered double-face engraving machine. The cutter staggered double-face engraving machine comprises an upper processing unit and a lower processing unit which are arranged along the Y axis. The upper processing unit is located on the upper portion of the Z axis. The lower processing unit is located on the lower portion of the Z axis. Z-axis cutter heads of the upper processing unit and the lower processing unit are staggered in the Y-axis direction in the cutting process. The X axis is perpendicular to the Y axis. The Z axis is perpendicular to an XOY plane.According to the cutter staggered double-face engraving machine, cutters are staggered in the Y-axis direction, power is separated, upper and lower cutter steps conduct processing on the two sides correspondingly, and the phenomenon that the upper and lower cutters collide each other cannot occur.

The invention discloses a replaceable anti-collision intelligent device for a numerical control outer circle turning tool. The device comprises an ultrasonic radial detector, a fastening bolt, a PCB,a wireless transmitting module, an ultrasonic axial detector, a shell, a wireless receiving module, a display screen, a controller, a thyristor and keys. According to the device, the distance betweena tool nose and an obstacle can be automatically detected, a tool speed is calculated, a tool collision trend is automatically judged, and safety guarantee is provided for tool collision avoidance ofnumerical control turning. An ultrasonic sensor has a detachable function like a blade, and is accurate in detection distance and high in real-time performance, the controller can conveniently set a detection distance and a detection speed, different machine tool characteristics and actual machining requirements are met, and the flexibility is good. In the machining process, the anti-collision device can effectively avoid personal injury and machine tool damage caused by the fact that a tool collides with a workpiece or the obstacle, and the application prospect is wide.

The invention relates to the technical field of fixtures for machining caterpillar track knobs, in particular to a caterpillar track knob fixing poking fork. The caterpillar track knob fixing poking fork comprises a poking fork handle, a poking fork shaft and a poking fork claw. The poking fork claw is of a U-shaped structure, wear-resistant layers are arranged on the end portions of the poking fork claw, the poking fork shaft is eccentrically and perpendicularly fixed to the bottom of the poking fork claw, and the poking fork handle is connected with the poking fork shaft. Because the caterpillar track knob fixing poking fork comprises the poking fork handle, the poking fork shaft and the poking fork claw and the poking fork claw is of the U-shaped structure, a workpiece can be pressed tightly, and the situation that the workpiece which is not pressed tightly collides with a tool is effectively avoided; because the wear-resistant layers are arranged on the end portions of the poking fork claw, impact resistance is good, wear or cracking of the ends of the poking fork claw is effectively avoided, and service life is prolonged; besides, cost is low, and noise is low; in addition, because the poking fork shaft is eccentrically and perpendicularly fixed to the bottom of the poking fork claw and the poking fork handle is connected with the poking fork shaft, structural design is reasonable, the size is small, and replacement is easy.

The invention discloses an intelligent underwater hull cleaning robot. The robot comprises a robot body, a driving mechanism, a cleaning device and a buoyancy adjusting mechanism, wherein at least three sets of wings are arranged on the outer side of the robot body in an annular array mode; the driving mechanism is arranged at the ends of the wings; the rotating cleaning mechanism is arranged in the middle of the robot body; the buoyancy adjusting mechanism is arranged in the robot body; the cleaning mechanism comprises a mounting cylinder; the mounting cylinder and the machine body are rotationally mounted; the rotary axis of the mounting cylinder is perpendicular to the robot body; the upper end of the mounting cylinder is closed; a plurality of through holes are formed in the circumferential wall of the cylinder of the mounting cylinder; a water disturbing plate is rotationally arranged at each through hole; a plurality of through mounting grooves are formed in the outwards-turned edge of the bottom of the mounting cylinder; and a scraping knife is mounted in each mounting groove in a matched mode. The intelligent underwater hull cleaning robot can flush the scraping knives during cleaning operation and hide the scraping knives during non-cleaning operation.

The invention relates to an ultra-precise deterministic scribing processing system and method for secondary clamping of a high-hardness and high-brittleness material. In order to solve the problem that the cutting depth cannot be deterministically controlled in the linear scribing process due to the surface inclination generated by secondary clamping of a workpiece, the invention provides a set ofmethods for workpiece inclination detection, scribing tool setting and tool path planning in two scribing modes. A sampling point on the surface of the workpiece is obtained by matching in-situ detection of a dynamometer and accurate tool setting of a tool nose and the surface of the workpiece, and a workpiece plane equation is fitted by applying a least square method; then, by planning a scribing path, uncontrollable cutting depth factors caused by surface inclination in the cutting process are effectively prevented; and through segmented optimization of the complete path of a cutter, the experiment efficiency and the success rate are greatly improved on the basis of realizing ultra-precise deterministic scribing.

The invention relates to the technical field of machining, in particular to a waste sweeping device for a lathe. The waste sweeping device comprises a base, wherein one side of the base is equipped with a feeding regulating handle; the upper end surface of the base is fixedly connected with a housing; a first partition and a second partition are fixedly connected inside the housing; the bottom endinside the housing is fixedly connected with a fan; the left side of the fan is equipped with a filter screen; and the left side of the filter screen is fixedly connected with a first pipeline. The waste sweeping device is simple in structure, is complete in function, can recycle waste in a processing process, is clean and sanitary, can cool the tool bit, enables the tool bit to work for a long time, and improves processing efficiency; and when the device is too close to a processed part, an alarm lamp alarms to prevent tool collision, so that safety performance is higher, and the tool bit can be further reinforced, and therefore, the waste sweeping device is safer, has great economic benefits and a wide market prospect, and is worthy of being popularized and used.

The invention discloses a special-shaped workpiece drilling clamping table and a use method thereof. The special-shaped workpiece drilling clamping table comprises a mounting base, a limiting assemblyand a clamping assembly. The clamping assembly is arranged at the top of the mounting base, and the clamping assembly comprises a clamping base, adjusting and fixing assemblies and extruding and fixing assemblies. A machining through hole is formed in the middle of the clamping base to reserve a machining position. The adjusting and fixing assemblies are oppositely arranged on the clamping base and located on the wide edges of the two sides of the clamping base. The extruding and fixing assemblies are oppositely arranged on the clamping base and located on the long edges of the two sides of the clamping base. The limiting assembly is arranged at the top of the clamping base to limit the clamping positions of workpieces. According to the special-shaped workpiece drilling clamping table andthe use method thereof, the limiting assembly is arranged and can quickly position the positions of the workpieces on the base; the adjusting and fixing assemblies can adapt to the workpieces with different sizes and radians, and meanwhile the adjusting and fixing assemblies can limit the longitudinal motion of the workpieces; and the transverse motion of the workpieces can be limited through theextruding and fixing assemblies, the machining stability is further improved, and the machining quality is effectively improved.

The invention discloses an intelligent manufacturing device for small turning, milling, drilling and grinding synchronous machining. The device comprises a machining box, a machining cavity with a forward opening is formed in the machining box, a sliding opening block is slidably connected to the rear wall of the machining cavity, and a closed cavity with a forward opening is formed in the front end of the sliding opening block. Pressure springs are fixedly connected to the upper end and the lower end away from each other of the closed cavity. According to the device, some manufacturing-related devices can be combined, turning, milling, drilling and grinding are combined through linkage, workpieces are synchronously machined, meanwhile, no interference exists in the machining process, toolcollision of the workpieces due to linkage is avoided, and the four working steps of turning, milling, drilling and grinding can also be separately and independently carried out for independently machining the workpieces, so that the machining efficiency of the workpieces is improved, and the synchronism among the working steps is also improved.

The invention discloses an attaching mechanism of a foam attaching device used for a touch screen. The attaching mechanism comprises an attaching fixed plate, a feeding swing arm, a feeding driving device, a pressing assembly, a cutting-off assembly, a first sliding block and a second sliding block, wherein the first sliding block and the second sliding block cooperate with each other. The feedingdriving device is installed on the attaching fixed plate, an output shaft of the feeding driving device is hinged to the middle or the rear end of the feeding swing arm through the first sliding block, and the first sliding block is obliquely and slidably installed on the attaching fixed plate through a first sliding rail assembly. The second sliding block is obliquely and slidably installed on the attaching fixed plate through a second sliding rail assembly, and the second sliding block is hinged to the front end of the feeding swing arm in a cooperation manner. The feeding swing arm is provided with a feeding groove which extends in the front-back direction and is used for allowing foam strips to penetrate. The pressing assembly is installed on the attaching fixed plate and located in front of the feeding swing arm. The cutting-off assembly is installed on the attaching fixed plate and used for cutting off the foam strips. The attaching mechanism has the advantages of being high inprocessing efficiency and the like.

The invention relates to the technical field of caterpillar link clamp machining and particularly relates to a fixing shifting fork for caterpillar links. The fixing shifting fork comprises a shifting fork shank, a shifting fork shaft and a U-shaped shifting fork claw. Protrusions are arranged at ends of the shifting fork claw, the shifting fork shaft is fixed below the shifting fork claw eccentrically and perpendicularly, and the shifting fork shank is connected with the shifting fork shaft. According to the fixing shifting fork, the fixing shifting fork comprises the shifting fork shank, the shifting fork shaft and the shifting fork claw, the shifting fork claw is U-shaped, to that a workpiece can be tightly pressed, tool crashing caused by the fact that the workpiece cannot be pressed tightly is effectively prevented; the protrusions are arranged at ends of the shifting fork claw, so that abrasion of the ends of the shifting fork claw is prevented, and the service life is prolonged; the shifting fork shaft is fixed below the shifting fork claw eccentrically and perpendicularly, and the shifting fork shank is connected with the shifting fork shaft, so that the fixing shifting fork is reasonable in structural design, small in size and simple to exchange and operate.