10results about How to "Fast production time" patented technology

The utility model provides a variable-pitch truss gripper which comprises a rack, a transfer mechanism arranged on the rack and at least one group of gripping mechanisms, each group of gripping mechanism is connected to the transfer mechanism through a gripping support, and the transfer mechanism can drive all the gripping mechanisms to linearly move on the rack; the grabbing mechanism is used for grabbing materials and comprises a lifting air cylinder, the lifting air cylinder is connected to a grabbing support, a push rod of the lifting air cylinder is downwards connected with a lifting connecting plate, a first guide column and a second guide column are arranged on the left side and the right side of the lifting air cylinder respectively, the upper ends of the first guide column and the second guide column are connected with the grabbing support, and the lower ends of the second guide column are fixedly connected with the lifting connecting plate. The distance adjusting assembly is arranged below the lifting connecting plate, at least one suction cup assembly is connected with the distance adjusting assembly, the distance adjusting assembly drives the suction cup assembly connected with the distance adjusting assembly to move, and the distance between the suction cup assemblies is adjusted. And the distance between the suction cups is adjusted through the distance adjusting assembly, so that materials of different sizes are grabbed.

The utility model discloses a front triangular splayed double-station robot welding workstation for a baby carriage frame. The front triangular splayed double-station robot welding workstation comprises a closed working fence, a welding robot and a workbench. The welding robot is fixedly arranged in the working fence, the number of the workbenches is two, the welding robot is located between the two workbenches and staggered with the workbenches, a waste gas extraction device is arranged at the top of the working fence, each workbench is movably provided with a positioning clamp assembly, and the two workbenches and the welding robot form an included angle of 60 degrees to form a splayed shape. By the adoption of the method, the double workbenches and the welding robot are arranged in the shape of the Chinese character'ba 'at the included angle of 60 degrees, the optimal motion path and the fastest production takt are achieved, and the production efficiency is improved; the automatic gun cleaning device can reduce the use cost of the welding gun and prolong the service life of the welding gun; and by means of the positioning clamp assembly, a worker can conveniently conduct quick positioning and using, and the working efficiency is improved.

This invention discloses a double-disc paper cup and bowl forming machine, including a base and multiple independent functional modules detachably mounted on the base. The functional modules include a cup-sticking module, a cup-flipping and cup-topping mechanism, a bottom-punching device, a bottom-rolling device, a main turntable module, and a rim-rolling module. It also includes an independently configured drive assembly, comprising a main turntable grooved wheel box and a rim-rolling grooved wheel box. The main turntable module and the rim-rolling module form a double-disc workstation structure. The main turntable module is independently driven by the main turntable grooved wheel box, and the rim-rolling module is independently driven by the rim-rolling grooved wheel box. Each functional module and drive assembly is an independently detachable unit structure. This invention designs each process device and drive assembly as an independent, detachable modular unit. If a single module fails, it can be directly disassembled and replaced without disassembling the entire machine, significantly reducing maintenance difficulty and downtime. Simultaneously, the modular and compact layout reduces the overall footprint of the equipment, improving workshop space utilization.

The invention discloses a five-station horizontal glue adding balancing machine for a micro-motor rotor and a using method of the five-station horizontal glue adding balancing machine. The initial test station, the retest station, the assembly line station, the five-station rotary carrying mechanism and the five-axis dispensing mechanism are all installed on the machine body, the initial test station and the retest station are used for testing the unbalance amount of a rotor before dispensing and the unbalance amount of a rotor after dispensing respectively, and the assembly line station is used for carrying the rotor. The two five-axis dispensing mechanisms are installed on the two sides of the five-station rotary carrying mechanism respectively and used for dispensing the rotor to achieve weighting balance of the rotor, and the method comprises the steps that the rotor is placed on an assembly line station, the five-station rotary carrying mechanism is used for carrying the rotor to a primary testing station, and the dispensing amount and the dispensing angle of the two sides of the rotor are measured; and the five-axis dispensing mechanism is used for dispensing, weighting and balancing the rotor. The multi-direction movement of the rotor can be controlled, the dispensing station is controlled to move up and down and left and right, the dispensing process requirements of different products at different positions can be met, and the compatibility is good.

The present application relates to battery processing technical field, provide a kind of carousel multi-station cylindrical battery cell kneading and flattening equipment, comprising: carousel mechanism, battery cell feeding mechanism, kneading and flattening mechanism and battery cell discharging mechanism;Battery cell feeding mechanism, kneading and flattening mechanism and battery cell discharging mechanism are arranged around carousel mechanism;Battery cell feeding mechanism is used to place battery cell vertically on carousel mechanism;Carousel mechanism is used to carry battery cell rotation;Kneading and flattening mechanism is used to carry out kneading and flattening processing to battery cell on carousel mechanism;Battery cell discharging mechanism is used to carry out discharging processing to battery cell after kneading and flattening;Kneading and flattening mechanism includes at least one set of kneading and flattening unit, and kneading and flattening unit includes first rotary drive assembly, second rotary drive assembly and kneading and flattening head;First rotary drive assembly and second rotary drive assembly are oppositely arranged, and first rotary drive assembly and second rotary drive assembly are all equipped with kneading and flattening head.The present application occupies small space, can ensure the kneading and flattening efficiency of vertically arranged battery cell.

The invention provides a welding process debugging method for adaptive laser hybrid welding. The welding process debugging method comprises the following steps: establishing a visual digital platform of a visual welding process; product information is grabbed, wherein the product information comprises the thickness and length of a plate and the material of a base material; processing state and pre-welding information of the product: whether metal luster is polished and whether edges are milled in a reasonable range around a welding seam; initial welding data and basic welding parameters are input according to the plate state; correcting the data to obtain laser basic parameters; other process parameters are set, and qualified test panels are obtained; workpiece features are grabbed in cooperation with full-view laser, workpiece welding features are captured, and front-section debugging work of self-adaptive welding is conducted; a test workpiece is randomly placed within a certain range, and debugging work of self-adaptive laser hybrid welding of a jointed board seam is carried out in combination with self-adaptive software and full-view laser locating until reliable and stable welding process parameters are debugged.

The utility model relates to an automatic assembling machine for a shaft seal and a piston ring of a turbocharger, and belongs to the field of turbochargers. A shaft seal discharging mechanism, a sealing ring discharging mechanism, a combining mechanism and a discharging mechanism are all arranged on a bottom plate, a shaft seal cutting transverse moving mechanism and a shaft seal positioning mechanism are respectively arranged on the combining mechanism, a vertical plate in the combining mechanism is fixed on a combining bottom plate, a combining guide rail is arranged on the vertical plate, a combining sliding block mounting plate can slide on the combining guide rail, and a sealing ring is arranged on the combining sliding block mounting plate. The multiple pressing ring assemblies are all arranged on the combined installation sliding block installation plate, the left-right position switching air cylinder is installed on the vertical plate, the pressing ring air cylinder installation plate is connected with the combined installation sliding block installation plate, the multiple pressing ring air cylinders are all fixed to the pressing ring air cylinder installation plate, and the multiple pressing ring air cylinders are matched with the multiple pressing ring assemblies. The automatic assembling device is reasonable in structural design, safe, reliable, high in assembling efficiency, high in automation degree and capable of guaranteeing assembling accuracy and consistency and meeting use requirements.

According to the automatic trimming equipment for the PU wheel, a rotating mechanism and a trimming mechanism are arranged on a machine base, the rotating mechanism comprises a rotating table and a pressing block, the rotating table is rotatably arranged on the machine base, and the pressing block is arranged above the rotating table in an up-down moving mode; the trimming mechanism comprises a horizontal cutter and a vertical blade, the horizontal cutter is telescopically arranged on one side of the circulating table, and the vertical blade is movably arranged on the other side of the rotating table. During use, the wheel is placed on the rotating table, the pressing block presses the wheel on the rotating table, the rotating table is rotated, the horizontal cutter is controlled to be close to the upper end face of the wheel to cut off residual glue, the vertical blade is controlled to be close to the wheel face of the wheel, and the residual glue on the wheel face of the wheel is removed. And the device can be compatible with various wheels with different sizes.

This invention discloses a short-pitch, multi-layer, integrally molded flexible winding and a high torque density permanent magnet motor, comprising 2 n One conductive layer, 2 n - One substrate layer, two coating layers, interlayer conductive connection hole one, and interlayer conductive connection hole two; 2 n Each conductive layer includes interleaved layers. n An odd number of conductive layers and n An even number of conductive layers; each conductive layer is uniformly distributed circumferentially. k × m Each single coil group is arranged in a continuous loop from the outside to the inside in the odd-numbered conductive layers; each single coil group in the even-numbered conductive layers is arranged in a continuous loop from the inside to the outside. When n > 1, the outer tail end of the even-numbered layer coil is electrically connected to the outer head end of the corresponding odd-numbered layer coil in the next adjacent odd-numbered conductive layer through an interlayer conductive connection hole. Based on the requirements of the splicing interface for the solder joints, this invention selects either a star connection or a delta connection. This invention can improve the motor torque density while eliminating motor cogging, effectively suppressing the nonlinear characteristics of the motor, and improving accuracy under all operating conditions, thus achieving a high-efficiency, lightweight, and miniaturized design for permanent magnet motors.