47results about How to "Realize flexible processing" patented technology

The invention relates to a processing technique capable of processing the interior parts of an integral differential mechanism casing by one step. The process adopts clamping once, and adopts a hydraulic power chuck, and a special claw is assembled to directly clamp the positioning surface of a workpiece; after the workpiece is clamped once, the inner sphere surface of the differential mechanism casing is firstly completed, and then the processing for key parts of two inner end surfaces and bearing hole working procedures are finished; a spherical surface machining cutter and a push rod are mounted in a cutter holder sleeve which is connected with an attachment, and the attachment is fixed on a machine tool sliding plate; the rear part of the push rod is connected with the connecting rod of a driving device; after entering into a processing part outside the cutter holder sleeve, the spherical surface machining cutter raises up under the action of the driving device to directly process the inner sphere surface of the differential mechanism casing; and the two inner end surfaces and the bearing hole of the differential mechanism are directly processed by an end surface scratching cutter without changing the clamping of the workpiece. The invention has the advantages of improving the machining precision and the production efficiency, saving the cost, lightening the labor intensity of an operator and improving the precision of the processed differential mechanism casing.

The invention discloses a parallel die parting multidirectional loading rotary extrusion forming die and a die opening method. A solid bar material serves as a blank, and the purpose of forming a circular cross-section component with the side face provided with axial stair-shaped inner ring ribs through a short process is achieved. In the forming process, a female die drives the blank to rotate, amale die carries out feeding in the axial direction of the center of the female die, and meanwhile, the male die is divided and closed to different degrees so that the circular cross-section component with the side wall provided with the axial stair-shaped inner ring ribs can be formed. The parallel die parting multidirectional loading rotary extrusion forming die is mainly characterized by the male die, the working part of the male die is composed of two symmetric parts, the symmetric faces are die parting faces, when the two half male die parts slide along the parallel die parting faces, itcan be guaranteed that the internal diameter of the formed cylindrical part is changed due to the difference of the two male die part positions, meanwhile, it is also guaranteed that a gap does not exist between the two male die parts in the direction perpendicular to the die parting faces, and the situation that the blank is extruded out of the part between the two male die parts is avoided. Theparallel die parting multidirectional loading rotary extrusion forming die and the die opening method have the advantages that the process procedure is short, the material utilization rate is high, operation is convenient, and resources are saved.

The invention provides a laser processing system which consists of laser 2; laser processing 3 and cold water units 1. The laser 2 is solid-state laser, laser processing 3 consists of laser and optical fibre coupling components, optical fiber components 39, focused components, movement axle components 37 and its control system 38; the laser and optical fibre coupling components consists of focus lens 31, widening beam lens 32, reflecting mirror 33 and its frame, it is connected with laser 2; the optical fiber components 39 links the laser and optical fibre coupling components, focused components; the focused components consists of focus lens 34, protective lenses 36 and lens tubes, the cold water flow through the inner of lens tubes to cooling the lenses and the lens tubes is equipped on the movement axle components 37; the movement axle components 37 is controlled by control system 38.the advantages of the laser processing system in the invention are :high energy of laser transmission, no restrictions of the space location of blades; achieving the cladding processing of various curved face; good controllable capbility, and easy automatic control.

The invention discloses a method for processing the gear form of a connecting rod of a diesel engine, and a special processing cutter. The method is to use a milling processing method to mill the gear forms of a connecting rod body and a connecting rod cover of the diesel engine, the milling processing method has good processing quality and high processing efficiency, the shapes of the processed gear forms of the connecting body and the connecting cover have good consistency, the contact area after pairing and matching is large, and e contact points are even. The special cutter is a milling cutter for milling the gear forms of the connecting body and the connecting cover of the diesel engine, and in particular is a formed ball head taper shank cutter, wherein the molded lines formed by the rotary cuttings of cutting edges are consistent with the molded lines of the gear form of the connecting rod, the tool bit groove type of the formed ball head taper shank cutter is spirality of 35 degrees, the number of the cutting edges is two, the proper alignment of the cutting edges and the tool shank is within 0.01 millimeter, the cutter material is stable and high wear resistant ultrafine particle hard alloy, and the cutting edges adopt TiAlN coating. The special cutter has the characteristics of high wear resistance, stable performance, short manufacturing cycle, and low cost.

The invention provides a stamping and welding axle housing machining technology, and relates to the technical field of heavy-truck axle housing machining technologies. The stamping and welding axle housing machining technology includes the steps of 1, putting a raw axle housing; 2, levelling an end face chamfer; 3, conducting coarse-fine treatment on a vehicle axle housing spindle head and flangeouter-circle end faces at all levels, and cutting threads; 4, conducting coarse-fine milling on end faces, conducting coarse-fine boring on inner holes, drilling holes in a disc face, tapping the discface, and conducting coarse-fine boring on through-shaft inner holes and end faces at all levels; 5, polishing an outer circle; 6, milling keyways; 7, conducting cleaning; 8, carrying out final inspection; 9, putting a product in storage. The step 4 is a machining technology based on a horizontal machining center. By the stamping and welding axle housing machining technology, the implantation andapplication of an axle housing machining integrated technology in homemade complete machining equipment are achieved for the first time, optimal distribution of machining tasks in a flexible production line is achieved, the machining efficiency of a cluster machining system is improved, a heavy-truck axle housing flexible machining technology is improved, and the application and popularization ofhomemade high-grade numerically-controlled machine tools in heavy-truck axle housing production lines are promoted.

The invention discloses a numerical control machine tool processing method of a workpiece with the bidirectional deflection space angles. The method comprises the steps that the workpiece with the bidirectional deflection space angles is arranged on an angle workbench, the angle of the angle workbench is the same as one deflection space angle of the workpiece with the bidirectional deflection space angles, and then the workpiece with the bidirectional deflection space angles defects to be of the other space angle to be clamped on the angle workbench through a workpiece angle positioning assembly of the angle workbench. The workpiece angle positioning assembly of the angle workbench comprises a workpiece turning angle positioning block, a long-strip board, a first V-type block, a second V-type block, a gauge block, a gauge block base board, a step straight pin and a trimming shaft. The step straight pin makes contact with the first V-type block. The trimming shaft makes contact with the second V-type block. In this way, the superiority of a combined clamp is utilized, the machining precision is ensured, flexible machining of the workpiece space angles is achieved, and the manufacturing cost is reduced.

The invention relates to a floating polishing mechanism and polishing method thereof. The floating polishing mechanism includes a connecting assembly, which includes a connecting base and a connecting piece, the connecting base is equipped with an interconnecting piece, one end of the connecting piece is arranged on the connecting base, the other end is arranged with a first installation assembly; a floating assembly, which includes a guiding rod, a spring base, a first compression spring and a second compression spring, the guiding rod is glidingly connected with the installation assembly, one end of the guiding rod is connected with the spring base, the other end is arranged with a second installation assembly, the first compression spring is sheathed on the guiding rod, and is arranged between the spring base and the first installation assembly, the second compression spring is sheathed on the guiding rod, and is arranged between the first installation assembly and the second installation assembly; and a clamping and reinforcing assembly, which includes a reinforcing piece, one end of the reinforcing piece is connect with the second installation assembly, the reinforcing piece is equipped with a reinforcing part. The floating polishing mechanism and polishing method can increase the stability of polishing quality, achieving the flexible processing and increasing the service efficiency and service life of the polishing tools.

The invention proposes a transverse tappet production device. The transverse tappet production device comprises a sizing mechanism, an adjusting mechanism, a drilling and milling mechanism and a painting mechanism; a feed end of the sizing mechanism is communicated with a supply mechanism; transverse tappet blanks are fed in the sizing mechanism by the supply mechanism; the sizing mechanism performs the sizing and cutting treatment for the transverse tappet blanks according to specifications; a discharge end of the sizing mechanism is communicated with the adjusting mechanism; the sizing mechanism feeds the transverse tappet blanks after the sizing and cutting treatment into the adjusting mechanism; the adjusting mechanism performs the direction adjustment for the transverse tappet blanks; a discharge end of the adjusting mechanism is communicated with the drilling and milling mechanism; the adjusting mechanism feeds the transverse tappet blanks after the direction adjustment into the drilling and milling mechanism; the drilling and milling mechanism drills and mills the transverse tappet blanks; a discharge end of the drilling and milling mechanism is communicated with the painting mechanism; the drilling and milling mechanism feeds the drilled and milled transverse tappet blanks into the painting mechanism; and the painting mechanism paints the transverse tappet blanks. The production device realizes automation from sizing to gluing and tenoning of tappets so as to facilitate improvement of the production efficiency.

The invention relates to a high-temperature preheating device used for 3D printing equipment. The high-temperature preheating device is used for laser additive manufacturing equipment (which is mentioned before as additive manufacturing, and should be consistent). A system comprises a vertical heating device, a working cavity heat insulation and preservation device, and a working bench air flow circulating device. A vertical heating system can adopt a single-layer heating pipe according to needs and can also adopt a double-layer heating pipe. The distance between heating layers and the distance between the heating layers and the working bench can be adjusted freely according to needs. The working cavity heat insulation and preservation device effectively plays a role of heat insulation and preservation, avoids damage of other working parts of the additive manufacturing equipment caused by overhigh heating temperature, centralizes heat in a heat insulation and preservation cavity and heats the working bench. The working bench air flow circulating device allows the surface air on the working bench to form circulation and drives the surface air on the working bench to flow, thus allowing the temperature distribution of the working bench to be uniform, and ensuring excellent formation quality of components.

The invention discloses a machining clamp of a cylinder cover blank adopting a robot feeding and discharging mode, and relates to the technical field of tool clamps. The machining clamp comprises a clamp body, a positioning assembly, a clamping element and an equipment control system, and a lifting supporting plate assembly is arranged at the upper end of the clamp body; and the lifting supportingplate assembly comprises a supporting plate, a supporting mounting base, a cushion block, a thick guide nail, a guide rod and a linear air cylinder, a connecting rod is arranged between the supporting plate and the linear air cylinder, and a nut is arranged between the supporting plate and the connecting rod. According to the machining clamp of the cylinder cover blank adopting the robot feedingand discharging mode, the equipment control system can judge whether a workpiece exists on the clamp body or not through a workpiece existence detection device and keep communication with a robot, sothat machine collision caused by repeated feeding can be prevented, and the problems that because a traditional hydraulic clamp cannot conduct timely information interaction, the workpiece is possiblyclamped, and a collision accident occurs between the hydraulic clamp and the workpiece are solved.

The invention provides a preparation method of a two-dimensional collimator. The preparation method comprises the following steps of 1), providing 3D printing equipment filled with pure tungsten powder, and inputting a model of a two-dimensional collimator to be prepared into the 3D printing equipment; 2), uniformly paving a layer of pure tungsten powder with a preset numerical thickness; 3), performing laser scanning on the pure tungsten powder to melt the pure tungsten powder on the corresponding line segment to form a melt channel; 4), lowering a substrate by a height of a preset numericalvalue; 5), repeating the step 2) to the step 4) for multiple times until a structure with the same height as the two-dimensional collimator is formed on the substrate; and 6), removing the residual powder and the substrate to obtain the required two-dimensional collimator. According to the preparation method, the two-dimensional collimator can be prepared, a better X-ray shielding effect can be achieved, the imaging quality can be improved, light weight and miniaturization of CT equipment are facilitated, meanwhile, pure automation can be achieved in the whole preparation process, and the product consistency and quality controllability can be effectively improved.

The invention relates to a metal board trimming device with a function of strengthening trimming unit by utilization of plasma nitriding and provided with a vibration wireless warning device. The device comprises a frame assembly, a processing device and a transparent protection cover body. The processing device is arranged on the frame assembly and used for strengthening the trimming unit by utilization of plasma nitriding. The transparent protection cover body covers the processing device. The processing device comprises a trimming center used for strengthening the trimming unit by utilization of plasma nitriding, a feeding device, a discharge device and a manipulator device. An open-close door of the transparent protection cover body is arranged on the right side of the trimming center for plasma nitriding and strengthening. A passage, which allows a to-be-processed metal board to pass through, is arranged between the position below the open-close door and the upper end of the frame assembly. The metal board trimming device with the function of strengthening trimming unit by utilization of plasma nitriding and provided with the vibration wireless warning device has following beneficial effects: the metal board trimming device is reasonable in design and compact in structure and convenient to use.

The invention relates to the technical field of camshaft machining equipment, and discloses a clamping mechanism of a camshaft grinding machine. The clamping mechanism comprises a headstock and a tailstock, wherein a transverse headstock hole is formed in a headstock seat, a headstock main shaft is connected to the interior of the headstock hole, one end of the headstock main shaft is connected with a first servo, the headstock main shaft is connected with a headstock flange plate, a fixing ring is arranged on the headstock flange plate in a sleeving mode, and the fixing ring is connected to the headstock seat; the headstock flange plate is fixedly connected with a clamp; and the tailstock comprises a tailstock seat, a vertical plate and a tailstock sleeve are fixedly connected to the tailstock seat, a first through hole is formed in the vertical plate, a second through hole is formed in the tailstock sleeve, a second servo motor is connected to the first through hole of the vertical plate, an output shaft of the second servo motor penetrates through the first through hole to be fixedly connected with a lead screw, and the lead screw is in threaded connection with a connecting plate. According to the clamping mechanism, a camshaft can be stably clamped, so that movement is avoided; and the tailstock can also sense the magnitude of the clamping force and whether a workpiece is accurately in place or not, and the clamping force is automatically adjusted in the grinding process, so that the machining safety is guaranteed.

The invention discloses a truss synchronous machining automatic line tray bin. The tray bin comprises a plurality of equipment bins arranged in parallel. Grasps are arranged in part of the equipment bins so that grasp bins can be formed. Clamp trays are arranged in part of the equipment bins so that tray bin bodies can be formed. The tray bin further comprises a linear guide rail, a sliding block,a trolley, an in-out extracting device, a driving device I, a driving device II and a control device, wherein the sliding block, the trolley, the in-out extracting device, the driving device I, the driving device II and the control device are arranged on the linear guide rail, and the control device is used for controlling the driving device I and the driving device II. Different clamp trays andtruss grasps can be put into clamp bins and the grasp bins, so that a truss synchronous machining automatic line can achieve multi-variety machining, flexible machining is achieved indeed, online automatic replacement of the clamp trays and the truss grasps is achieved, the defect that errors are prone to occurring during manual replacement after shutting down is avoided, the machine type replacement time is shortened, the production efficiency is improved, and an operator just needs to add new clamp trays and corresponding grasps when new varieties are added.

The invention discloses a multifunctional smart kitchen. The multifunctional smart kitchen comprises a dish processing unit, a raw material storage unit and a raw material delivery and finished product output unit. The dish processing unit comprises two or more cooking benches. An automatic cooking machine is arranged on each cooking bench. The raw material storage unit comprises a raw material rack. Compartments are arranged on the raw material rack at intervals, and food materials or seasonings are placed in the compartments. The raw material delivery and finished product output unit comprises a translation rail and a base. A rotary disc, an arm and a finger are arranged on the base, and a pressure sensor and a camera are arranged on the finger. A waste gas treatment unit is arranged above each cooking bench, and a waste water treatment unit is arranged below each cooking bench. A fire-fighting pre-warning treatment unit is arranged in the kitchen. According to the multifunctional smart kitchen, the problems about material distribution and finished product conveying in the automatic kitchen are solved, large-scale processing and production are achieved, the dish automatic processing requirement of large dining halls is met well, unmanned production is achieved, and the kitchen becomes an unmanned kitchen.

The invention relates to an intelligent platy metal workpiece trimmer assembly for core component surface strengthening. The intelligent platy metal workpiece trimmer assembly comprises a main trimming rack, a longitudinal moving device arranged on the main trimming rack, a high-abrasion-resistance trimming unit arranged on the longitudinal moving device in a longitudinal moving manner and subjected to surface strengthening treatment, a transverse moving device arranged on one side of the back face of the high-abrasion-resistance trimming unit, and a workbench device arranged on the transverse moving device in a transverse moving manner. The intelligent platy metal workpiece trimmer assembly is reasonable in design, compact in structure and convenient to use.

The invention discloses a shoe body processing method based on robot execution guided by a visual system. The shoe body processing method is used for processing shoe bodies. The shoe body processing method comprises the following steps that a to-be-modeled shoe body is provided; a three-dimensional model of the to-be-modeled shoe body is obtained, and a first processing route is obtained according to the three-dimensional model of the to-be-modeled shoe body; and a three-dimensional model of a to-be-processed shoe body is obtained, a second processing route is obtained according to the three-dimensional model of the to-be-processed shoe body and the first processing route, and the to-be-processed shoe body is processed according to the second processing route. The invention further discloses a shoe body processing system. Therefore, according to the shoe body processing method and system, the processing route of the shoemaking technology can be automatically obtained, the robot is guided to effectively process the shoe body, flexible processing of the shoe body is achieved, and the shoe body processing method and system have the advantages of being high in efficiency and accuracy, low in cost, safe in production and the like.