16 results about "Process mechanism" patented technology

The present invention provides a limit switch head processing device, comprising a lifting processing table, a suspended top plate assembly located above the lifting processing table, and a hole and groove processing mechanism located on a side surface and / or top surface of a lifting platform. The lifting processing table comprises a positioning platform, an upper surface of the positioning platform is provided with positioning columns adapted to bottom holes and grooves of a workpiece to be machined, and the workpiece to be machined is circumferentially positioned. The lifting processing table further comprises a lifting driving mechanism for driving the positioning platform to rise and fall in the vertical direction. The driving mechanism is a lifting cylinder, and a free end of a piston of the lifting cylinder is fixedly connected to a bottom surface of the positioning platform. The limit switch head processing device in the present invention skillfully uses existing holes and grooves of the workpiece to be machined, and performs accurate positioning by means of the cooperation of the lifting platform and the suspended top plate assembly, thereby preventing deviation from occurring during a clamping process of an existing clamping tool, improving the reliability of positioning, and improving the accuracy of machining.

The utility model relates to the technical field of processing machine tool especially, it is a kind of adjustable outboard engine lifting tail plate processing machine tool, it not only can adjust fixed position according to processing position, guarantee the fixed effect, and can clean away swarf in time after processing, facilitate secondary processing, improve processing accuracy, including support mechanism, still including drive mechanism, two groups of fixed mechanism, adjusting mechanism, processing mechanism and blowing mechanism, drive mechanism is installed on support mechanism and adjusts longitudinal processing position, two groups of fixed mechanism are all installed on support mechanism and are fixed to plate, adjusting mechanism is installed on support mechanism and adjusts transverse processing position, processing mechanism is installed on adjusting mechanism and processes plate, and blowing mechanism is installed on processing mechanism and is swept to swarf.

The utility model discloses an anti-displacement crystal resonator flattening device, which comprises a processing mechanism, the processing mechanism comprises an L-shaped plate fixedly connected to the top of a processing table, and the top of the L-shaped plate is fixedly connected with a motor. A crystal resonator is flattened through the machining mechanism, accurate control can be achieved by means of parameters such as the rotating speed of a motor and the size of a crank, construction and propelling of an automatic process are greatly facilitated, the speed of a working stroke and the speed of a return stroke can be flexibly adjusted according to needs, the overall working efficiency of flattening operation is greatly improved, and meanwhile the machining efficiency of the crystal resonator is greatly improved. In the aspect of maintenance, operation is easy and convenient to implement, complicated professional knowledge storage is not needed, special tools are not needed, stable operation of the resonator can be guaranteed only by completing basic work such as regular lubrication and abrasion inspection in daily life, and consistency and stability of resonator flattening work are powerfully guaranteed.

The utility model discloses a processing device for bars. Comprising a machine table, a machining assembly and a feeding assembly are arranged on the machine table, the machining assembly comprises machining mechanisms arranged in a bilateral symmetry mode, the feeding assembly is located between the two machining mechanisms, each machining mechanism comprises a machining base, and a plurality of machining modules are arranged on each machining base; the feeding assembly comprises feeding modules which are arranged in a bilateral symmetry mode, the feeding modules correspond to the machining mechanisms one to one, each feeding module comprises a plurality of feeding structures, each feeding structure comprises a feeding plate driving mechanism and a vertically-arranged feeding plate, a plurality of bar openings are formed in the top of each feeding plate, and each bar opening is connected with the corresponding machining mechanism. A waste discharging module is arranged on the machine table. The bar machining device has the advantages of being high in machining precision, capable of reducing labor intensity, high in machining efficiency and capable of discharging generated chippings during bar machining.

The application relates to an aerodynamic equipment machining device, in particular to an aerodynamic equipment numerical control machining device, which is characterized by comprising a machine tool, the machine tool comprises a table body, a clamping mechanism fixing frame is slidably inserted into the inside of the table body and close to a side inner wall, the clamping mechanism fixing frame is fixedly connected with a clamping mechanism close to a central upper position, a supporting mechanism is slidably inserted into the inside of the table body and close to a central position, clamping fixing mechanisms are fixedly connected with the table body and close to both sides of the supporting mechanism, and a square shell is fixedly connected between the top ends of the inner walls of both sides of the table body. In the application, the clamping mechanism fixing frame is driven to move by the hydraulic rod, the size of raw materials can be adjusted, the raw materials are clamped and fixed, the raw materials are driven to rotate by the first motor, and the processing efficiency of the raw materials is effectively improved by cooperating with processing mechanism one and processing mechanism two.

This invention discloses a fully automated machining fixture for the production of intervertebral fusion devices, applied in the field of intervertebral fusion device processing technology. It includes a frame, an operating table, a clamping mechanism, a first processing mechanism, and a second processing mechanism. The operating table is located on the front side of the frame, and the clamping mechanism, processing mechanism one, and processing mechanism two are all located inside the frame. The clamping mechanism includes a fixed table, a first slide, a second slide, a hollow spindle, a feeding assembly, and a clamping head. The clamping head includes a chuck, several jaws, several clamping adjustment parts, and several pressure sensors. The clamping adjustment parts are located on the jaws and are used to fine-tune the clamping force, ensuring stable clamping force on the material. The pressure sensors are located on the clamping adjustment parts and are used to detect the clamping force. This invention enables precise adaptive clamping of the intervertebral fusion device material and effectively suppresses deformation.

The invention discloses a processing mechanism control method and device of a blanking machine, and relates to the technical field of automation control, the method comprises the following steps: in the feeding process, detecting the position of the front end face of a profile through a laser sensor, and calculating the end cutting length according to the current position of a sliding table; the sliding table is controlled to feed materials to the position of a saw blade for end cutting; the sliding table is controlled to move backwards by the distance of the cut-off size; the clamp is controlled to clamp the profile to move forwards by the distance of the cut-off size for cut-off; when the tail part of the section bar is left, detecting whether the section bar is separated from the material clamping identification roller; if the section bar is separated from the material clamping identification roller, the sliding table is controlled to move forwards at a low speed until the tail end of the section bar touches the material clamping identification roller; the residual length of the tailings is calculated according to the position of the sliding table, if the residual length is larger than the minimum clamping length, cutting is conducted again, and otherwise, the tailings are ejected out; and the discharging separation tray is controlled to swing leftwards or rightwards, and finished products and waste materials are separated. Automatic classification of finished products and waste materials is achieved, and the production efficiency is improved.

The utility model relates to machining center tool magazine technical field discloses a machining center tool magazine gravity balance support frame, including body subassembly, including frame, one side of frame is provided with tool magazine, is provided with processing mechanism on the frame, the workbench is provided below processing mechanism, support subassembly is located one side of frame, including support piece. The utility model has the advantages that: through adding the support frame on the frame, can share the supporting force of tool magazine, cooperates the original support piece of side, provides the stable support for the tool, the counterweight block set up in the support frame can be adjusted flexibly according to the change of the number and weight of the tool in the tool magazine, timely increases or reduces the counterweight block, ensures that the machining center always maintains the good gravity balance state under different working conditions, further improves the stability of tool magazine, fixes the adjustment height of counterweight block at the position convenient for worker operation, and it is convenient for worker to complete the increase or reduction and adjustment operation of counterweight block.

workpiece machining device (100), comprising a sensor unit (120) which, upon detection of the passage of a moving workpiece (W), generates a detection signal (S) D ) outputs, a machining unit (130) which, by activating a machining mechanism (134) in a state in which the workpiece (W) has been moved, performs machining on the workpiece (W) using a specific machining tool (136), and a machining control unit (140) which controls operation of the machining unit (130) based on the detection signal from the sensor unit (120), wherein the processing control unit (140) a main control unit (142) which at intervals of a certain control cycle sends an operating command signal (S) P ) outputs to the processing mechanism (134) of the processing unit (130), a timer unit (144) which provides a detection time (T D ), to which the detection signal (S D) was obtained, in relation to a cycle start time (T) of the control cycle, and a memory (146) which stores various parameters including the detection time (T D ) stores, has, where there is a difference between the control cycle (T) and the detection time (T) D ) is defined as a reaction delay time, and the main control unit (142) the operating command signal (S P ) based on the reaction delay time (T-T D ) changes.

The utility model provides a processing mechanism of a single line pipe shell, which comprises a machine frame, a rotating disc driven by a motor to rotate is arranged above the machine frame, positioning blocks are uniformly distributed at the upper end of the rotating disc along the circumferential direction of the axis of the rotating disc, and the outer sides of the positioning blocks are provided with positioning grooves for positioning the line pipe shell. A positioning groove is formed in the machine frame, a top disc is elastically and telescopically arranged at the bottom of the positioning groove, the left side and the right side of the machine frame are provided with a first air cylinder and a second air cylinder respectively, the first air cylinder is used for pushing a wire tube shell to the bottom, the second air cylinder is used for pushing the top disc outwards, and the left side and the right side of the top of the machine frame are provided with an automatic screw turning machine and a drilling machine respectively. The utility model has the advantages that the line pipe shell enters and is positioned along the positioning groove of the positioning block, and the rotary table rotates the station to screw, drill and push out the line pipe shell, so that the production efficiency is improved.

The invention relates to the technical field of electric drive axle gear shifting control, in particular to a dynamic repair control method for gear shifting failure of an electric drive axle, which comprises the following steps of: S1, monitoring a gear shifting state, and monitoring a target gear state and an actual gear state in real time; s2, gear shifting failure recognition is carried out, and corresponding time threshold values are set based on gear shifting stages divided by the gear shifting process; s3, confirming the number of times of continuous gear shifting failures, and identifying and counting the continuous gear shifting failures; s4, judging the severity level of the continuous gear-shifting failure, and formulating a judgment standard of the severity level of the continuous gear-shifting failure; and S5, carrying out dynamic post-processing on the continuous gear-shifting failure, and establishing a post-processing mechanism of each severity level. According to the invention, the working condition compatibility and the overall gear shifting success rate of the gear shifting mechanism of the electric drive axle product in the actual application process of the whole vehicle are improved, and meanwhile, the gear shifting quality control and the gear shifting mechanism protection can be realized.

A friction welding seam automatic processing device based on a drill rod comprises a processing mechanism and two feeding mechanisms, wherein the processing mechanism is provided with a shell part, two clamping power parts and a processing part, and the two feeding mechanisms are arranged on the two sides of the processing mechanism. The equipment can clamp drill rods with different thicknesses and drive the drill rods to rotate, so that the utilization rate of the equipment is effectively improved; the equipment can automatically transfer drill rods with different thicknesses and assist the drill rods in rotating, and it is guaranteed that weld joints of the drill rods are smoothly processed; when the equipment is used for treating a welding seam, rough treatment and fine grinding of the welding seam can be integrally completed, and the treatment efficiency is effectively improved.

The invention discloses a power consumption accounting method for a steel plate in the rolling process, and relates to the field of steel rolling. Aiming at the problem that the actual power consumption of a single steel plate is difficult to obtain in the prior art, the method provides a hierarchical multi-module accounting thought of'data driving + process mechanism '. The method comprises the following steps: firstly, carrying out regional decomposition on total power consumption by utilizing historical batch energy consumption data and a neighbor search method to obtain a power consumption distribution result of each process classification; then, in combination with physical mechanism characteristics of different procedures, corresponding apportionment models are established, classified power consumption is further decomposed into single steel plates, descaling and cooling process classification is allocated according to a water consumption proportion, a rolling mill main transmission system is allocated according to rolling work, a conveying system is allocated according to conveying conditions, and a coiling system is allocated according to coiling tension work; and finally, unification of all classification results is achieved through a weight fusion method, and the power consumption of each steel plate in the whole rolling process is obtained.

The utility model discloses a flange machining tool which comprises a platform, a machining mechanism, a cleaning mechanism and supporting legs, the machining mechanism used for fixing and machining a flange is arranged above the platform, and the cleaning mechanism used for collecting sweeps generated when the flange is machined is arranged on the surface of the platform. Supporting legs are fixedly connected to the four bottom corners of the lower portion of the platform. The machining mechanism comprises a fixing frame, a telescopic air cylinder, a drilling machine, a chuck, a guiding assembly and an adjusting assembly. According to the flange machining tool, by means of the structural design of the machining mechanism, when the flange machining tool is used, a workpiece can be rapidly fixed through the chuck, then the workpiece is machined by starting the telescopic air cylinder and the drilling machine, and in the machining process, the machining efficiency is greatly improved. The position and the direction of the chuck can be changed by starting the first driving motor and the second driving motor, then different positions can be machined on the premise that a workpiece is not taken down, and the working efficiency of the device is effectively improved.

The utility model discloses multi-axis numerical control machining equipment which comprises a machine base, a portal frame, a machining mechanism, a tool changing driving piece and a plurality of tool changing mechanisms, the portal frame comprises two stand columns and a transverse column connected between the two stand columns, and the transverse column stretches across the upper portion of the machine base; the machining mechanism is arranged on the transverse column and comprises a plurality of machining spindles. The tool changing driving piece is arranged on the machine base. The multiple tool changing mechanisms are connected to the machine base and distributed below the machining mechanism in the length direction of the transverse column at intervals. The tool changing mechanism comprises at least two transmission gears, an annular piece and a plurality of tool frames, the transmission gears are arranged at intervals in the width direction of the transverse column, and the transmission gears are rotationally arranged on the machine base; each transmission gear is sleeved with the annular piece, and the annular piece is in meshed connection with each transmission gear; the multiple tool frames are distributed at intervals along the whole circle of the annular piece so as to store tools taken by the machining main shaft. Manual intervention is not needed in the production and machining process of the equipment, production cost is reduced, production efficiency is improved, and the equipment is more suitable for large-scale production and machining.

A process unit for the printing of a workpiece, with a process mechanism for the printing of the workpiece in an infeed direction in a process area, with a relative positioning device for the relative positioning of the workpiece and the process mechanism in a transverse direction, and an infeed device for the feed of the workpiece to the process mechanism, whereby the infeed device is designed to feed the workpiece to the process mechanism in a circulation process more than once along at least one orbital path.