15results about How to "Improve process continuity" patented technology

The utility model discloses a continuous transformer paperboard blanking machine which comprises a machine frame, the top of the machine frame is fixedly connected with a left supporting frame and a right supporting frame, a transverse pressing assembly is arranged between the two supporting frames, a longitudinal pressing assembly is arranged on the right supporting frame, a longitudinal feeding assembly and a transverse feeding seat assembly are arranged above the machine frame, and the transverse feeding seat assembly is arranged above the machine frame. The longitudinal feeding assembly is used for clamping a transformer paperboard in the longitudinal direction and adjusting the transverse cutting position of the paperboard, and the transverse feeding seat assembly is used for clamping the transformer paperboard in the transverse direction and adjusting the longitudinal cutting position of the paperboard. According to the continuous transformer paperboard blanking machine, when transformer paperboards are blanked, cutting is completed while the paperboards are blanked through cooperation of the longitudinal cutting assembly, the transverse cutting assembly, the longitudinal feeding assembly and the transverse feeding assembly, and the transformer paperboard machining procedure continuity is high.

The invention relates to the technical field of engraving and milling machining, in particular to an engraving and milling composite numerical control machine tool which comprises a machine tool base, a double-shaft driving mechanism and a lifting mechanism are arranged on the machine tool base, a clamping table is arranged on the double-shaft driving mechanism, a multi-disc machining mechanism is arranged on the lifting mechanism, and the multi-disc machining mechanism comprises an upper support. A lower support is fixed at the bottom of the upper support; the switching motor is started according to process requirements, so that the upper butt joint block and the lower butt joint block of the specified engraving and milling cutter head are mutually nested, and the upper butt joint blocks and the lower butt joint blocks on other cutters are kept in a separated state, the automatic cutter changing process is achieved, the tedious operation of manual cutter changing is avoided, the auxiliary time is saved, and the working efficiency is improved. And the positioning deviation caused by manual tool changing is eliminated, the consistency of tool references in multi-procedure combined machining is ensured, the overall machining efficiency and the product size precision are effectively improved, and diversified engraving and milling combined machining requirements are met.

The utility model relates to the technical field of bending machine, concretely relates to a straight and inclined integrated bending machine, including the processing platform, the detachable installation of straight concave mould and inclined concave mould is arranged on the upper surface of processing platform, the upper of straight concave mould and inclined concave mould is provided with straight convex mould and inclined convex mould respectively, the four corner parts of straight concave mould and inclined concave mould all are provided with sleeve, the sleeve is provided with annular groove, the central position of sleeve is fixedly installed with the vertical guide rod of setting, the annular groove is provided with spring, and the spring is around the guide rod, the four corner parts of straight convex mould and inclined convex mould all are fixedly installed with sliding block, and the sliding block is sleeved on the guide rod and is connected between the guide rod and slidingly, the sliding block is above the spring, and the upper of straight convex mould and inclined convex mould all is provided with the hydraulic cylinder for driving the convex mould downward movement and bending operation. The utility model does not need to frequently dismount and install the die, and has the advantages of straight and inclined integrated machining.

The tea drying device with the screening function comprises an obliquely-installed box body, an internal drying pipe is fixedly connected to the interior of the box body, the air inlet end of the internal drying pipe is fixedly connected with a first warm air blower, the internal drying pipe and one end of the box body are rotationally connected with a drying filter cylinder, and the other end of the box body is fixedly connected with a second warm air blower. A plurality of grading filter plates are fixedly connected to the interior of the drying filter cylinder, a plurality of back-flushing pipes are arranged above the internal drying pipe, a plurality of back-flushing shovel plates are slidably connected to the lower portion of the internal drying pipe, a rotary driving assembly is fixedly connected to the interior of the box body, and the rotary driving assembly comprises a driving gear ring, a synchronizing shaft, a driving gear and a rotating motor; under the synergistic effect of the internal drying pipe and the air holes of the back-flushing shovel plate, hot air flow is vertically sprayed out from the air holes of the shovel plate while the tea leaves are mechanically turned and stirred, so that penetrability drying is formed; the backflushing pipe reversely jets airflow to clean the grading filter plate, sieve pores are kept unobstructed, it is ensured that hot air evenly penetrates through the tea leaf layer, and local over-wet or over-dry is reduced.

The invention discloses a dust blowing device for biomass fiber processing flash explosion, which comprises a base, a dust pushing pipe fixedly mounted at the top of the base, three connecting pipes fixedly mounted at the top of the dust pushing pipe, and a same flash explosion machine fixedly mounted at the top ends of the three connecting pipes, the feeding mechanism, the pre-dedusting mechanism, the main dedusting mechanism and the material shaking mechanism are matched with the flash explosion machine, all the mechanisms cooperate to achieve efficient soot blowing and dedusting in the biomass fiber processing flash explosion process, and control valves are arranged on the three connecting pipes. According to the ash blowing device for biomass fiber processing flash explosion, through the base, the flash explosion machine, the dust pushing pipe and four cooperative mechanisms of feeding, pre-dedusting, main dedusting and material shaking, the design of segmented dedusting, adjustable nozzle blowing, material shaking and spiral dust discharging is adopted, efficient and clean ash blowing and convenient maintenance are achieved, and the problems of traditional devices are solved.

The invention discloses an edge sealing device for producing a lithium-manganese primary battery diaphragm bag, which belongs to the technical field of battery diaphragm production, and realizes continuous U-shaped edge sealing of three layers of diaphragms along with continuous rotation of a pressing cylinder and continuous feeding of the diaphragms through contact between a U-shaped hot melting strip outside the pressing cylinder and the three layers of diaphragms and a three-edge sealing structure corresponding to the diaphragm bag. After diaphragm bag blanks enter a blocking frame area, a pushing and pressing assembly works, a slitting die moves downwards to cut passing diaphragms, a slitting groove formed in a slitting table corresponds to the shape of the bottom of the slitting die, the slitting frequency is matched with the interval of front hot melting sealing edges, it is ensured that each time of slitting accurately corresponds to the gap between every two adjacent edge sealing blanks, and the slitting efficiency is improved. In the whole machining process, the driving assembly provides synchronous power for hot melting edge sealing and slitting actions, it is ensured that the rhythm of edge sealing and the rhythm of slitting are matched, continuous and high-precision machining of the three-layer diaphragm bag is achieved, and the production efficiency and the product percent of pass are effectively improved.

The application discloses a partial electroplating method for automobile interior parts, which comprises the following steps: S1, providing a single-color, double-color or multi-color structure base material, the outermost layer of the base material is electroplatable material, and the electroplatable material is polyamide, ABS or ABS / polycarbonate blend; S2, pre-treating a symbol area of the base material by using a physical covering method, the physical covering method is covering a symbol area with a shielding material resistant to corrosion of an electroplating solution, so that the symbol area is isolated from the electroplating solution; S3, sequentially performing electroplating pre-treatment and electrochemical electroplating treatment on the pre-treated base material, so that a metal plating layer is formed on the surface of the base material except the symbol area; and S4, removing the shielding material of the symbol area and pre-treatment residues. The symbol area is isolated from the electroplating solution by using the physical covering method, and the remaining area normally completes the electroplating process, so that the method does not need laser processing in the whole process, has strong process continuity, and has good compatibility with an existing electroplating production line.

The application provides a new energy battery base rod piece machining equipment, which comprises a rack, a clamping and positioning mechanism, a machining main shaft and a tool magazine. The clamping and positioning mechanism comprises a clamping support table, two end positioning assemblies arranged on the clamping support table, a plurality of intermediate positioning assemblies arranged between the two end positioning assemblies and a rotating mechanism for driving the clamping support table to rotate. The two end positioning assemblies are used for clamping two ends of a workpiece to achieve axial fixation, and the intermediate positioning assemblies are used for clamping the workpiece to achieve radial fixation. The clamping and positioning mechanism is provided with a plurality of clamping and positioning mechanisms and is arranged side by side along a second direction. The machining main shaft is movably arranged on the rack along a first direction, a second direction and a third direction. The tool magazine comprises a tool storage rack and a plurality of tool storage sub-racks arranged on the tool storage rack. The tool storage rack is movably arranged on the rack along the first direction. The new energy battery base rod piece machining equipment can be used for batch efficient machining of metal long rod pieces of different specifications.

This invention discloses a pulsed current-assisted strip stamping forming device, relating to the field of composite metal strip processing technology, to solve the problem of how to prepare reliably bonded composite strips under small deformation conditions. The pulsed current-assisted strip stamping forming device includes: a bearing device with a bearing surface, a first electrode disposed on the bearing surface, and at least two metal strips to be bonded stacked on the first electrode. A moving device is disposed on the bearing surface, and a pulsed current-assisted stamping device is disposed on the moving device, positioned above the first electrode. The moving device is used to move the pulsed current-assisted stamping device to or away from the metal strips, and a pulse power supply is electrically connected to the pulsed current-assisted stamping device and the first electrode. This invention achieves the preparation of reliably bonded composite strips under small deformation conditions by simultaneously applying pulsed current and stamping force to the area of ​​contact by the pulsed current-assisted stamping device.

The utility model relates to the technical field of food processing, and discloses a chicken cartilage oil cutting device which comprises a processing table, a conveyer and a fixing device, fixing supports are fixedly installed at the top of the processing table, and a power source is fixedly installed at one ends of the two fixing supports. Through the exquisite mechanical linkage design, the operation efficiency and safety are greatly improved, after a conveyor and a motor are started, automatic cutting is achieved through a transmission structure from a fixing device and an adjusting rod to a cutting blade, and the manual operation intensity is reduced; by means of associated transmission of an adjusting rod and an oval disc, extension and retraction of a convex block transmission telescopic rod of an arc-shaped convex block and elastic deformation of a spring, an arc-shaped connecting plate reciprocates under the elastic force recovery effect of the spring, and a cleaning arc-shaped pushing plate is driven by a connecting rod to automatically clean falling chicken cartilage oil; and the potential safety hazard that personnel make contact with the sharp cutting part is avoided.

The invention belongs to the technical field of plasma cutting, and particularly discloses a hardware product manufacturing cutting device which comprises a base, a cutting control mechanism, a square pipe, a sliding clamping mechanism, a supporting mechanism, an angle adjusting mechanism and a positioning telescopic mechanism. The angle adjusting mechanism is arranged in the supporting mechanism, the sliding clamping mechanism drives the supporting mechanism to drive a square pipe to horizontally slide in the cutting workbench, the cutting control mechanism is arranged on the side, close to the cutting workbench, of the base, and the square pipe is clamped in the sliding clamping mechanism to achieve movable feeding. According to the precise cutting machine for the square pipes, the functions of cutting, positioning, scrap treatment and the like are integrated, the machining efficiency is effectively improved, the labor intensity is reduced, and the precise cutting machine is suitable for precise cutting machining of various square pipes.

The present application relates to the technical field of numerical control, and discloses a diamond electro-discharge combined cutting regulation system for precise hard and brittle substrates, which comprises a control module, a wire saw cutting module, a pulse power supply and a thickness adjusting mechanism. The control module is electrically connected with the rest modules to generate process parameters and issue control instructions. The thickness adjusting mechanism adjusts the spacing of the diamond wire saw according to the instructions. The pulse power supply generates high-frequency pulse discharge between the wire saw and the hard and brittle substrate to form a discharge channel. The control module drives the wire saw to mechanically grind the substrate, and controls the pulse power supply to melt and vaporize the surface material of the substrate, and the mechanical grinding is used to remove the discharge metamorphic layer synchronously. The present application realizes the compatibility of pulse discharge and mechanical grinding in the physical space by real-time monitoring and multivariable closed-loop regulation of the processing gap state by the control module, can independently cope with abnormal working conditions, and effectively reduces the cutting resistance and the risk of wire breakage.

The utility model relates to abrasive wheel technical field, concretely relates to a cutting abrasive wheel, including base plate, the top surface fixed mounting seat of base plate, the top end fixed protection cover of mounting seat, the inside fixed motor of mounting seat top end, the output shaft of motor extends to the coaxial connection of protection cover inside drive shaft, the middle part fixed cutting abrasive wheel of drive shaft, still include: two cleaning mechanism, two cleaning mechanism install in protection cover, two cleaning mechanism are located cutting abrasive wheel before and after two sides respectively, and the cleaning mechanism includes mounting bracket, and the inside surface fixed in protection cover of mounting bracket, and the inside surface fixed in protection cover of mounting bracket is connected with cleaning brush, and the side rule of cleaning brush near cutting abrasive wheel is adhered with a plurality of brush hairs. In the utility model, the disc of driven shaft terminal and control column drive cleaning brush reciprocating sliding along the sliding groove of mounting bracket, realize the automatic removal of cutting abrasive wheel surface debris, need not manual intervention, improve processing continuity.

The invention relates to automatic equipment for preparing a sealant peel strength sample. The automatic equipment comprises a base, a support frame, a lower mold, an electromagnetic horizontal controller, an upper mold, a demolding mechanical arm, a scraper assembly and a tray assembly, and the support frame is vertically arranged on the base. The adjusting component is driven through electromagnetic adsorption to achieve horizontal calibration of the lower die, after power failure, the component falls down due to gravity to avoid the stroke, the adaptability of horizontal precision and operation space is considered, and the problem of avoiding interference of a traditional horizontal mechanism is solved. The scraping assembly is integrated with a telescopic and reciprocating displacement mechanism, synchronous reverse reset is achieved after excess materials are removed, accurate collection of waste materials is achieved in cooperation with a bottom die material guide mechanism, and the process continuity and the material utilization rate are improved. Horizontal calibration, material scraping, mold closing and demolding actions form linkage through power supply switching and displacement feedback, the mold closing pressure and the curing period are matched according to needs, and automatic and accurate regulation and control of the whole forming process are achieved.

This utility model discloses an automatic feeding mechanism for a CNC lathe, including a frame, a storage carrier plate, a pressure plate, a lifting and sliding mechanism, a guide plate, a lifting and receiving mechanism, a support frame, and a pushing mechanism. A feeding channel is formed between the pressure plate and the storage carrier plate. The lifting and sliding mechanism lifts the bar stock within the lifting gap upwards; the guide plate guides and conveys the lifted bar stock; multiple lifting and receiving mechanisms are spaced apart along the extension direction of the support frame; and the pushing mechanism pushes the bar stock from the support frame into the CNC lathe for feeding and processing. In this utility model, the storage carrier plate allows the bar stock to slide into the feeding channel by gravity. The lifting and sliding mechanism lifts the bar stock and conveys it to the receiving frame via the guide plate. Then, a lifting cylinder adjusts the height to place the bar stock on the support frame. Finally, the pushing mechanism pushes the bar stock into the CNC lathe for processing. The entire feeding process is automated, effectively improving the feeding efficiency of the CNC lathe.