51results about How to "Improve plastic quality" patented technology

A plastic product manufacturing method includes (a) providing a cloud server which stores a machine number and machine parameters of an all-electric injection-molding machine that includes a controller; (b) downloading the machine parameters from the cloud server according to the machine number; (c) executing mold flow analysis software to generate model data and optimal injection conditions of a mold according to the machine parameters; (d) setting a mold number and a password to the model data and the optimal injection conditions and then storing the same in the cloud server after packaging; (e) connecting to the cloud server using the machine number, the mold number, and the password by the controller; (f) downloading the optimal injection conditions to the controller after the cloud server confirms the machine number, the mold number, and the password; and (g) driving the all-electric injection-molding machine by the controller according to the optimal injection conditions.

The invention discloses a shaping system for integrally cutting, crimping and pressing edge, aiming to provide a shaping system which can finish cutting, crimping and pressing edge in one working procedure by mechanical operation and improve production efficiency and shaping quality. A main rack is provided with a bucket hoisting rack; the position on the main rack, which corresponds to the bucket cover, is respectively provided with an edge cutting mechanism, an edge crimping mechanism and an edge pressing mechanism; a bucket supporting tray is fixedly connected with the rotation shaft of the bucket; the rotation shaft of the bucket is connected with the rotation motor of the bucket by a transmission mechanism; the bucket hoisting rack is provided with a platen fixedly connected with a platen rotation shaft; the plant rotation shaft and the platen elevation driving mechanism can be in rotating connection. The shaping system of the invention can finish cutting, crimping and pressing edge in one working procedure by mechanical operation, improve production efficiency and shaping quality, and lower production cost.

The invention discloses a reshaping mechanism for a cylinderical workpiece mounted to a pressing machine. The reshaping mechanism comprises a female die component and a male die component, the female die component comprises a base and an outer sleeve fixed to the upper portion of the base, an axial inverted conical through hole matching with an inner sleeve with the outer surface in the shape of an inverted cone is processed in the middle of the outer sleeve, an axial cylindrical through hole is processed in the middle of the inner sleeve, and a stripping plate is mounted on the lower portion of the axial through hole in the middle of the inner sleeve. The inner sleeve is axially cut into four equant components, a plurality of corresponding holes are processed among the side end faces of the equant components, and compression springs are mounted among the corresponding holes. The male die component comprises a fixed sleeve fixed with a slider of the pressing machine, a push rod capable of moving up and down is mounted in the middle of the fixed sleeve, a pressing plate is fixed at the lower end of the push rod, a pressure spring is mounted on the push rod between the pressing plate and the fixed sleeve, the pressing plate moves downwards along with the slider to press the workpiece into the inner sleeve, and the fixed sleeve moves downwards along with the slider to enable the inner sleeve to move downwards. The reshaping mechanism can well protect the appearance of the workpiece and a reshaping female die and is high in reshaping efficiency.

The invention relates to a shaping device for a drill stem. The shaping device comprises two supporting seats supporting the two ends of the drill stem. A drill stem rotation driving head is installed at one end of the drill stem. Multiple pressing heads are installed above the drill stem and driven by independent hydraulic cylinders. The hydraulic cylinders are installed on a movable supporting plate in a centralized mode. A guide rail is installed below the drill stem. A shaping detection frame is installed on the guide rail in a sliding mode. The shaping detection frame comprises a detection base and a detection rod, wherein the detection base can slide on the guide rail for adjustment, the detection rod is installed on the detection base, the lower end of the detection rod is inserted in an installing hole in the detection base, a spring is installed between the lower end of the detection rod and the bottom of the installing hole, a detection hole is formed in the upper end of the detection rod, and a opposite-type laser sensor used for detecting the detection hole is installed between the two supporting seats. By the adoption of the pressing heads and the hydraulic cylinders, different axial positions of the drill stem can be shaped, and adjustment operation is easy; by the adoption of a laser detection mode, the shaping quality and reliability are improved.

The invention discloses a shaping manipulator for a storage battery. The shaping manipulator for the storage battery comprises a rack, an overturning manipulator mounted on the rack in a manner of rotating in a direction perpendicular to the transverse direction, and a transverse shaping assembly mounted on the rack in a manner of transversely sliding; and the overturning manipulator is used for receiving stacked parts and longitudinally shaping the stacked parts, and the overturning manipulator rotates to convey the stacked parts to the transverse shaping assembly for transverse shaping of the stacked parts. According to the shaping manipulator, the stacked parts can be reshaped in all directions, and the stacked parts with regular shapes are output, so that the automatic stacking of a stacking manipulator is realized, the labor intensity is reduced, the production efficiency of a continuous plate coating line is improved, and the production cost of an enterprise is reduced.

The invention discloses a novel furniture shaping device. The novel furniture shaping device structurally comprises a vacuum tank, a top truss, support columns, a processing platform, an electric control cabinet, a heat dissipation groove and a control panel. The left end and the right end of the processing platform are provided with the support columns. The upper ends of the support columns and the two ends of the top truss are fastened. The vacuum tank is arranged at the top of the top truss. The top of the processing platform is connected with the lower end of the top truss. The arranged processing platform drives a material trough on a lifting device to cooperate with a flattening mechanism for pressing forming through a transmission mechanism when the flattening mechanism presses down, after the flattening mechanism is reset, the arranged lifting device is automatically reset through reset springs, the material trough is buckled into a shaping mechanism, a linkage mechanism is started to cut and conduct heating forming integrated treatment on a filling material in the material trough through the shaping mechanism, when the novel furniture shaping device is used as a whole, theeffect that the shape of the furniture filling material is regular after pressing can be ensured, the function of heating forming is achieved, bulging is avoided, and the shaping quality is greatly improved.

The invention relates to a device for processing material by mixing and/or plasticating, comprising at least two conical screws (2, 3) which are arranged next to each other in a common screw casing (1) and the flights of which engage with one another and are driven to rotate in the same direction of rotation about the respective screw axis (4, 5) by at least one motor, with the material that is to be processed being fed to the screws (2, 3) through at least one feed opening (6) in the screw casing (1) which is arranged in the feed zone (E) of one end face of the screws (2, 3), and with the material that has been processed by the screws (2, 3) leaving the screw casing (1) through at least one outlet opening (7) in the screw casing (1) that is arranged in the discharge zone (A) of the other end face of the screws (2, 3). In order to provide advantageous plasticating conditions it is proposed that the ratio of the numerical values of the screw outside diameter (c, d) to the profile overlap, i.e. to the overlapping area of the two screws (2, 3), both in the feed zone (E) and in the discharge zone (A) is in the range of between one to one and one to two.

The invention discloses a capacitor shaping device for supercapacitor production, which comprises a supporting mechanism. A lifting mechanism is arranged on the supporting mechanism, a shaping mechanism is arranged on the upper side of the lifting mechanism, the shaping mechanism comprises a first shaping mechanism and a second shaping mechanism, the first shaping mechanism is fixed on the liftingmechanism, the second shaping mechanism is located above the first shaping mechanism, a discharging mechanism is arranged on one side of the first shaping mechanism, the discharging mechanism is connected with the supporting mechanism, and the second shaping mechanism is connected with the supporting mechanism. According to the capacitor shaping device, the first shaping mechanism is moved into the second shaping mechanism through the lifting mechanism, the first air cylinder drives the appearance shaping block to relatively move, the second air cylinder drives the end shaping plate to relatively move, integrated shaping of the appearance surface of a capacitor is conducted, the capacitor shaping efficiency and the capacitor shaping quality are improved, operation is easy and convenient,and time and labor are saved.

The invention provides a shaping method and clamp for a main cable strand of a suspension bridge, and belongs to the field of engineering equipment. The method is characterized in that steel wires are marked according to the size of the steel wires; the main cable strand comprises a plurality of steel wires, and different steel wires are correspondingly marked; the steel wires are divided into a plurality of areas to be shaped through the marks on the steel wires; the plurality of steel wires are conveyed from the head end to the tail end of an operation platform; when in conveying, the plurality of steel wires in the area to be shaped between the adjacent marks are shaped into regular polygonal structures having different sections. The clamp comprises the operation platform, a regular quadrangular clamp and a regular hexagonal clamp, wherein the regular quadrangular clamp and the regular hexagonal clamp are correspondingly mounted on the operation platform. According to the method and the clamp, the cable strand is shaped in advance in the in-plant processing production stage, so that the mounting position accuracy can be ensured, and the precision meets the construction demand; in addition, the shaping processes at a construction site can be decreased, and the quality of the cable strand is prevented from reduction caused by the site shaping.

The invention discloses a rubber crushing device for rubber production. The rubber crushing device structurally comprises a feed hopper, a crushing head, a filter bin, a protective cover, a fixing frame, a motor and a driving wheel, wherein the feed hopper is mounted on the filter bin, the protective cover is arranged on a side surface of the filter bin, the driving wheel is arranged on one side,opposite to the protective cover, of the filter bin, and the motor is mounted on the fixing frame. The rubber crushing device has the advantages that a cutter head is driven by an ejector rod to collide with a large-block-shaped plastic runway, the large-block-shaped plastic runway is cut, residual fine gravel and impurities are shaken off through impact force and guided into a main cavity througha guide bin to roll on a filter cartridge, and due to the fact that the mesh size of a mesh layer is smaller than the size of a rubber material crushed by the crushing head, thereby ensuring that theimpurities can pass through meshes and the rubber blocks cannot fall off; and through the arrangement of a one-way channel, recovered fine gravels and impurities in a collecting bin are prevented from falling back into the main cavity, it is guaranteed that the block-shaped plastic runway needing to be crushed in the next step does not contain impurities, and therefore the quality of recycled plastic is improved.

The invention discloses a multi-functional shaping device for a kovar alloy frame. The device comprises a feeding device, an expanding device, a retracting device, a discharging device and a moving device. In this way, automatic feeding, shaping and discharging can be achieved, the kovar frame shaping quality is improved, shaping efficiency is improved, and using is convenient.

The thin-wall alloy copper sleeve shaping and processing device comprises a bottom plate, a vertical plate and a cantilever plate arranged at the upper end of the vertical plate are arranged on the bottom plate, a lower semicircular shaping die positioned below the cantilever plate is arranged on the upper surface of the bottom plate, an upper semicircular shaping die positioned above the lower semicircular shaping die is connected onto the cantilever plate, a vertical guide structure is arranged between the upper semicircular shaping die and the lower semicircular shaping die, a thin-wall alloy copper sleeve shaping hole is formed between the upper semicircular shaping die and the lower semicircular shaping die, a lifting oil cylinder for driving the lower semicircular shaping die to liftis arranged on the cantilever plate, a rotating shaft is arranged in the vertical plate in a penetrating mode, one end of the rotating shaft extends to the outer side of an orifice in the shaping hole of the thin-wall alloy copper sleeve, a reference disc sleeves at one end of the rotating shaft, a plurality of arc-shaped magnets uniformly distributed in the circumference are embedded at the outer edge of one end, close to the shaping hole of the thin-wall alloy copper sleeve, of the reference disc, and the other end of the rotating shaft is connected with a servo driving mechanism.

The invention discloses automatic disc tooth shaping equipment and a technological process. Comprising a feeding mechanism used for feeding disc teeth, a qualified product receiving mechanism used for receiving qualified products, a flatness detecting device used for detecting the flatness of the disc teeth, and a shaping machine used for shaping the disc teeth. The disc tooth carrying mechanism is used for carrying disc teeth; the electric appliance control system is used for integrally controlling the equipment; the disc tooth carrying mechanism comprises a carrying robot and a grabbing jig, and the grabbing jig is installed at the execution end of the carrying robot and used for grabbing disc teeth. The feeding mechanism, the qualified product receiving mechanism, the flatness detection device, the shaping machine, the disc tooth carrying mechanism and the electric appliance control system are all arranged on the periphery of the carrying robot, the automation degree is high, automatic feeding, material carrying, detection and shaping can be carried out, and compared with an existing shaping mode, the working efficiency is greatly improved.

The invention discloses an automatic iron tamping machine tool controlled at the high temperature. The automatic iron tamping machine tool comprises a tamping plate, a base is fixedly connected to the bottom of the tamping plate, a rotating shaft is rotatably connected to an opening in the middle of the tamping plate, a rotating pressing plate is fixedly connected to the top of the rotating shaft, a supporting device is fixedly connected to the side of the upper surface of the tamping plate, an impact hammer device is fixedly connected with the top of the supporting device, the impact hammer device comprises a layered tamping and hammering device, the upper surface of the layered tamping and hammering device is provided with a control sliding shaft, and the control sliding shaft is matched with the layered tamping and hammering device. The invention belongs to the technical field of manufacturing of industrial automatic control system devices. According to the automatic iron tamping machine tool controlled at the high temperature, the control sliding shaft is simply slides on the upper surface of a bent rod plate, so that the knocking effect of the bottom of the layered tamping and hammering device during iron hammering can be effectively operated, and simplicity and automation can be realized, and the service life of the device can be prolonged.

The invention discloses a shaping mechanism of a motor shell. The shaping mechanism comprises an upper die holder and a lower die holder, wherein the upper die holder is provided with an upper die plate; the lower die holder is provided with a lower die plate; the lower end face of the upper die plate is provided with a conical groove, the upper end face of the lower die holder is a conical surface, the lower die plate comprises a first lower die plate, a second lower die plate and a locating block, and the first lower die plate, the second lower die plate and the locating block are matched to form a lower shaping cavity; the upper die plate is matched with the lower die plate to form a shaping cavity; as the lower die plate is of a split structure, during shaping, when the size of the shaping cavity has deviation, the second lower die plate can be regulated, and correction of the shaping cavity is achieved, the size and form and location tolerance of the shaping cavity can be guaranteed better, and therefore shaping quality of the motor shell is greatly improved.

The invention discloses a shaping device for bagged FOSB packaging bags. The shaping device comprises a shaping machine frame, a sealing machine frame, a FOSB conveying belt, a vacuumizing device, anopening clamping device, an ultrasonic sealing device, a FOSB front-end upturning device, a FOSB front-end shaping device, a sealing station horizontal driving device and a FOSB back side surface shaping device. The FOSB conveying belt, the FOSB front-end shaping device and the FOSB back side face shaping device are installed on the shaping machine frame, the sealing station horizontal driving device is arranged on the ground on one side of the shaping machine frame, the sealing machine frame is fixed to the movable end of the sealing station horizontal driving device, and the FOSB front-end upturning device, the vacuumizing device, the opening clamping device and the ultrasonic sealing device are all fixed to the sealing machine frame. According to the shaping device for the bagged FOSB packaging bags, the bagged FOSB packaging bags can be vacuumized and automatically shaped, the shaping efficiency is improved, the whole process is fully automatically carried out, and the labor cost is reduced.

The invention discloses an open metal drum shaping device. The open metal drum shaping device comprises a shell, supporting rods which are symmetrically left and right are fixedly arranged on the upper end face of the shell, a first electric telescopic rod is fixedly arranged between the supporting rods, an air pressure pipeline which is through up and down is fixedly arranged in the first electric telescopic rod, and a flexible block is fixedly arranged on the lower end face of the first electric telescopic rod; the open metal drum shaping device is provided with the flexible block, an extrusion block and a filling box, non-invasive taking of a metal drum can be achieved, the concave portion is extruded out, then the extrusion block is hydraulically driven to press the protruding part of the metal drum back to the original position, the filling box supplements the undamaged part of the metal drum completely, and the open metal drum shaping device has the advantages of being convenient to use, high in working efficiency and high in shaping quality; and a fixing block and an annular mounting block are further arranged, so that the metal drum can be fixed and rotated, polishing and filling work can be conveniently carried out, basically non-cutting treatment of the metal drum is assisted to be completed, and the open metal drum shaping device has the beneficial effects that the shaping accuracy is improved, and the quality is improved.

The invention belongs to the technical field of photovoltaic manufacturing industry, and particularly relates to a disc-type silicon carbide shaping machine based on a planetary gear train. The disc-type silicon carbide shaping machine comprises a support frame, a top beam, a first rotating shaft, a second rotating shaft, a connecting part, a first gear, a second gear, a gear ring, a rolling disc, a shaping disc, a material collecting frame, a support plate, a hollow cylinder, a feeding frame, a third rotating shaft, a spiral plate, a first motor, a second motor and a third motor. According to the disc-type silicon carbide shaping device, the spiral plate can bring silicon carbide in the feeding frame to the shaping disc by starting the third motor; the first motor is started to enable the grinding disc to rotationally rub and shape the silicon carbide on the shaping disc, so that edges and corners of the silicon carbide are polished to be smooth, the silicon carbide is shaped into spherical particles, and the shaping effect of the shaping machine is improved; and then the second motor is started to drive the shaping disc to rotate, the silicon carbide on the shaping disc can move outwards along a vortex-shaped groove and is automatically discharged into the material collecting frame, so that automation of the shaping machine is achieved.