99results about How to "Save time for loading and unloading" patented technology

The invention discloses a backflow and circular unloading device for electronic product automatic assembly tools. The device comprises a frame, a conveying mechanism, an unloading manipulator, a traytransfer mechanism and a tray unloading mechanism; the conveying mechanism is arranged on the frame; tools for loading products are placed on the conveying mechanism; the tools circularly flow in theconveying mechanism; the tray unloading mechanism is arranged on one side of the conveying mechanism; a material waiting station and an unloading station are arranged in the tray unloading mechanism;the tray transfer mechanism is arranged in the material waiting station or the unloading station, and slides back and forth between the material waiting station and the unloading station to shift trays fully filled with the products in the material waiting station to the unloading station; the trays are stacked up and down by multiple layers in the unloading station for centralized unloading; andthe unloading manipulator is spun between the conveying mechanism and the tray unloading mechanism. The device shortens the tool loading and unloading time, realizes centralized unloading and loadingof multiple products once, shortens the replacement and refitting time of the trays, and effectively improves the overall production capacity.

The invention discloses an automatic contact welding machine. The automatic contact welding machine comprises a base, a first tooling fixture, a second tooling fixture, a contact welding mechanism, a clamping platform deck, a rotating platform, a rotating shaft module, a transversal moving mechanism, a longitudinal moving mechanism, and an up-down moving mechanism, wherein the clamping platform deck is movably connected with the rotating platform; the rotating platform and the up-down moving mechanism are sequentially installed on the base from left to right; the first tooling fixture is movably connected with the rotating platform; the longitudinal moving mechanism is installed on the up-down moving mechanism; the transversal moving mechanism is installed on the longitudinal moving mechanism; the rotating shaft module is installed above the transversal moving mechanism; the clamping platform deck departs from the rotating platform and then is movably connected with the rotating shaft module; the rotating shaft module is connected with the second tooling fixture; the second tooling fixture is located on the right side of the rotating shaft module; the contact welding mechanism is located on the right side of the second tooling fixture. The automatic contact welding machine disclosed by the invention can freely rotate a work piece, as well as expand a welding range of the work piece, save time and reduce labour cost.

The invention discloses an automatic welding work station of a battery module. The automatic welding work station comprises an assembly line for conveying a battery module to be welded, and a laser washing device, at least one laser welding device and an after-welding detection device which are arranged in sequence along an operation direction of the assembly line, wherein the laser washing deviceis arranged beside the assembly line and is located at an entrance of the assembly line; the laser washing device is used for carrying out laser washing on the battery module to be welded; the laserwelding devices are symmetrically arranged at two sides of the assembly line, are located between the laser washing device and the after-welding detection device and are used for welding a battery cell electrode column on the battery module and a module bus bar; the after-welding detection device is arranged at two sides of the assembly line and is located at one end far away from the laser washing device; the after-welding detection device is used for detecting whether the quality is qualified or not after welding is finished. Compared with traditional module welding equipment, the automaticwelding work station has the characteristics of relatively high automation degree, working efficiency, welding yield and the like.

The invention discloses an intelligent paint spraying device applied to motor processing. The device comprises a baseplate, wherein a paint spraying room is welded to one end part of the top end of the baseplate; a seal door is hinged to the front end edge part of the paint spraying room by a hinge; sealed paint spraying space is constituted of the baseplate, the paint spraying room and the seal door and used for avoiding environmental pollution caused by scattering of a paint liquid in air; an exhaust pipe passes through and is installed on the top end of the paint spraying room; and the exhaust pipe is connected to a filtering exhaust system of a plant to discharge polluted air inside the paint spraying room. The intelligent paint spraying device disclosed by the invention has the beneficial effects that the problem that efficiency of motor spraying is greatly reduced when a paint thickness of a motor shell cannot be detected in time during paint spraying in motor processing, the thickness shall be detected with relevant instructions after completion of paint spraying and additional painting shall be conducted on unqualified parts after detection; and the device is applicable forgeneralization and use.

The invention relates to the technical field of steel pipe processing and production, in particular to an automatic production device for carrying out rust-proof treatment on the end part of a steel pipe. The automatic production device for carrying out rust-proof treatment on the end part of the steel pipe comprises a rack, a positioning mechanism, an oil coating mechanism and a material transferring mechanism, wherein the oil coating mechanism comprises an oil spraying assembly and a coating assembly located at one end of the oil spraying assembly and is far away from the positioning mechanism; the material transferring mechanism comprises a loading assembly, a blanking assembly for outputting the steel pipe, a limiting assembly arranged between the loading assembly and the blanking assembly and intermittently communicating with the loading assembly and the blanking assembly, and a pushing assembly for transferring the steel pipe in the limiting assembly into the oil spraying mechanism; the limiting assembly is driven by the pushing assembly so as to directionally rotate; the coating assembly is driven by the pushing assembly so as to contact the steel pipe; and during the process that the pushing assembly sprays oil to the steel pipe and conveys the steel pipe through a reciprocating motion way, the steel pipe rotates and is coated with anti-rust oil and automatically outputted, so that the automatic oil coating production of the steel pipe is realized, and the technical problem of low production efficiency in the prior art is solved.

The invention provides an aluminum foil sticking compound machine. The aluminum foil sticking compound machine comprises an uncoiling device, a first gluing device, a second gluing device, a compressing device and a coiling device, wherein the uncoiling device is positioned at the front end of a frame; a cloth uncoiling roller is rotationally connected to the frame; the first gluing device is positioned at the tail end of the frame, and comprises a first glue slot for accommodating glue and a first rubber roller positioned above the first glue slot; the second gluing device is positioned beside the first gluing device, and comprises a second glue slot for accommodating glue and a second rubber roller positioned above the second glue slot; the compressing device is positioned on the middle part of the frame, and comprises an upper compressing roller and a lower compressing roller; the coiling device is positioned beside the compressing device, and is used for coiling compound fireproof cloth through a coiling roller. By adopting the aluminum foil sticking compound machine provided by the invention, larger-width compound fireproof cloth can be produced under the condition that a used aluminum foil raw material is constant in width.

The invention is applicable to the technical field of LED packaging, and provides a die bonder and a die bonding method. The die bonder comprises a worktable system used for moving an LED framework, a wafer positioning system used for positioning wafers, and a die bonding system used for picking up wafers and fixing the wafers on the LED framework, wherein the die bonding system comprises a die bonding arm, a rotary driving mechanism and a telescopic driving mechanism; the worktable system has a worktable; the rotary driving mechanism drives the die bonding arm to be perpendicular to the worktable or drive the die bonding arm and the worktable to rotate in a plane at a certain angle; and the telescopic driving mechanism drives the die bonding arm to perform linear telescopic movement. Moving mechanisms of the wafers and the LED framework are staggered in space layout without causing mutual interference, so that the problem in applicability of the large-dimensional LED framework is solved; therefore, the ultra-big and ultra-wide LED framework can be manufactured while the precision is not affected; original small LED frameworks can be assembled together, so that feeding and discharging time can be reduced, thereby improving the production efficiency.

The invention relates to a double-station cast tube surface zinc spraying machine. The machine is characterized in that a zinc spraying trolley is arranged on a rack and transversely moves along the rack, wherein a wire feeding adjusting device is arranged on the lower surface of the zinc spraying trolley and connected with the zinc spraying trolley, and spray gun assemblies for spraying zinc on the surface of a cast pipe are arranged on two sides of the wire feeding adjusting device; two pushing and rotating mechanism sets are arranged at the lower part of the rack and are used for clamping two casting pipes and driving the casting pipes to rotate; the wire feeding adjusting device is driven by the zinc spraying trolley to transversely move along the axial direction of the casting pipes in the rotating process of the casting pipes; the spray gun assemblies are capable of spraying zinc on the surfaces of the casting pipes in the transversely moving process; a cast tube feeding and discharging mechanism is arranged at the lower part of the rack and used for feeding the cast tubes to a pushing and rotating mechanism and taking the cast tubes subjected to zinc spraying down from the pushing and rotating mechanism; and a dust removal device is arranged at the upper part of the pushing and rotating mechanism and used for treating zinc mist generated in the zinc spraying processing process. The double-station zinc spraying machine is capable of spraying zinc to two casting tubes at one time, and has the characteristics of wide application range, stable operation, simple operationand the like.

The invention discloses an automatic feeding and discharging automobile clutch plate flattening machine. A lower box, an upper box, a raw material storage box and a finished product storage box are included. Four landing legs are welded to the four corners of the bottom end of the lower box. Four support rods are welded to the upper surface of the lower box. The upper box is welded to the top endsof the four support rods. A first hydraulic cylinder is arranged on one side of the upper box. A movable plate is fixedly arranged at the output end of the first hydraulic cylinder. A pressing blockis arranged on the lower surface of the movable plate through bolts. A second hydraulic cylinder is arranged in the lower box. A hollow block is arranged at the output end of the second hydraulic cylinder. Two vertical plates are symmetrically welded to the two sides in the hollow block. Through adding of forward and reverse rotation motors and an electric push rod, automatic feeding and discharging can be conducted during clutch plate machining, the feeding and discharging time can be shortened, the work efficiency is improved, in the flattening process, sliding blocks can fix a non-machinedclutch plate, and clutch plate movement is prevented.

The invention belongs to the technical field of mechanical process and relates to machine tool auxiliary equipment, in particular to an automatic oil pipe conveying appliance. The appliance comprises a walking beam device part, a center beam device part, a driving wheel device part, a driven wheel device part and a detecting device part; the five parts are combined to realize that parts with long pipes automatically churn, feed and discharge, enter at a high speed from the rear end of a main shaft of a machine tool when feeding, rapidly reduce the speed when approaching to a locating position and stop when a switch is triggered; the parts with long pipes withdraw from the main shaft of the machine tool at a high speed when discharging, and rapidly reduce the speed and stop when approaching to the churning position; and when rotating, a workpiece performs functions of rotation support, clamping roller floating compaction, blockage, and the like to the parts suspending out of the main shaft of the machine tool.

The invention relates to a rolling and cold-bending forming manufacturing method of window-shades for a steel structure, relating to the processing technology of metal pieces. The method adopts a rolling and cold-bending forming technology and is characterized in that an upper row and a lower row of rolling wheels are arranged on a rolling and cold-bending forming machine, and the shape of the rolling wheels are gradually changed into window-shades from cylinders from the inlet end to the outlet end of the rolling and cold-bending forming machine; and steel belt coiled materials having the same width with the unfolding materials of the window-shades are sent to the inlet end of the rolling and cold-bending forming machine and are cut off at the outlet end by hydraulic shears. The invention simplifies production routine, greatly enhances production efficiency, improves work efficiency at least over 8 times, abandons manufacture of complex dies, enables the production to be adjusted with the change of materials, enables the quality of products to be stable and reliable and greatly reduces cost.

The invention provides an automobile plate spring width double side edge milling production line and a production process. The automobile plate spring width double side edge milling production line comprises an automatic feeding stacking device, a material inlet roller way, a feeding material transferring machine, a material supporting roller way, a centering device, a plate spring chip discharging machine, an edge milling machine, a servo positioning device, a discharging material transferring machine, a discharging roller way and an automatic discharging stacking device. A first feeding horizontal moving device arranged on the automatic feeding stacking device is installed on a first feeding fixing support, a feeding stacking electromagnetic sucker is installed on the first feeding horizontal moving device, a feeding roller way is arranged at the lower middle position of the first feeding horizontal moving device, a feeding frame used for carrying plate springs is arranged on one side of the feeding roller way, and the material inlet roller way is arranged on the side face of the feeding roller way. Different installation manners are adopted in designed milling tool seats, a single plate spring can be milled by milling cutters, and multiple plate springs can be stacked to be milled by the milling cutters at the same time; the plate springs can be positioned accurately in thelength direction and the width direction due to a rear blocking device, the servo positioning device and the centering device which are designated, the precision of machined finished products is high,and the product qualification rate is increased.

The invention relates to a turning center with an inverted spindle. The turning center comprises a base plate, a rear chip cleaner, a C-shaped machine tool, a feeding device, a slide plate and a cutter holder, wherein the base plate is fixed on a foundation, the rear chip cleaner longitudinally penetrates the bottom of the base plate in a front-back direction, the C-shaped machine tool is connected to the upper end face of the base plate, the feeding device is biased on one side and longitudinally penetrates the machine tool in a front-back direction, the slide plate is arranged on one side of the machine tool, the slide plate is connected with the machine tool through a linear guide rail, a spindle box is arranged on one side of the slide plate, the slide plate is connected with the spindle box through the linear guide rail, the cutter holder is mounted in front of the lower side of the machine tool and located below the feeding device, an X-axis drive system is mounted behind the slide plate, and a Z-axis drive system is mounted in front of the slide plate. The turning center has the advantages that the turning center is compact in structure, machine tool floor space can be reduced favorably, and the automation level of the machine tool is increased.

The invention relates to an automatic loading and unloading device aiming at a crankshaft, comprising a left swinging bracket and a right swinging bracket, wherein, the swinging brackets are composedof a front swinging arm, a rear swinging arm and a workpiece bracket; two sides of the workpiece bracket are respectively hinged with upper ends of a left swinging arm and a right swinging arm, and lower ends of the left swinging arm and the right swinging arm are respectively connected with a front rotating shaft and a rear rotating shaft; the front rotating shaft and the rear rotating shaft arerotatablely connected with a frame by a bearing; and one of the front rotating shaft and the rear rotating shaft is a driving shaft, the driving shaft is connected with a hydraulic drive mechanism, and the hydraulic drive mechanism is provided with a control circuit. In the invention, a hydraulic cylinder of the hydraulic drive mechanism drives the swinging brackets to swing for automatically loading and unloading, thus improving working efficiency, reducing labor intensity and avoiding scratch possibility on a workpiece during a manual loading and unloading process.

The embodiment of the invention discloses a wafer feeding and discharging system and a wafer feeding and discharging method. The wafer feeding and discharging system comprises a feeding buffer area, a polishing buffer area and a feeding buffer area, wherein the feeding buffer area can temporarily store a plurality of wafers to be polished; the blanking buffer area can temporarily store a plurality of polished wafers; the swinging mechanical arm is used for simultaneously transferring the plurality of wafers to be polished, which are temporarily stored in the feeding buffer area, into the corresponding carriers; and the multiple polished wafers in each carrier are transferred to the discharging cache region at the same time.

The invention provides a manufacturing device and a manufacturing method of a wavy sheet for a steel structure of a heat exchange system, and the device is structurally characterized in that an upper row and a lower row of wavy wheels in the same shape with the wavy sheet, two groups of positioning wheels, one group of leveling wheels, one group of shaping wheels and an adjusting frame are arranged, wherein the shape of each wavy wheel is gradually changed from a cylinder to the shape of the wavy sheet; the two groups of positioning wheels and the one group of leveling wheels are arranged at the front ends of the wavy wheels so as to ensure the correct relative positions of a wavy sheet material and the wavy wheels; and the one group of shaping wheels and the adjusting frame are arranged at the tail ends of the wavy wheels so as to ensure the correct shaping of the wavy sheet. By adopting the manufacturing device and the manufacturing method, the traditional processing mode is thoroughly changed, the complex die manufacturing is abandoned, the stability of the product quality is improved, and the shaping wheels and the adjusting frame can be suitable for different materials so as to enable the product quality to be stable and reliable. The cost is greatly reduced, and a strip-shaped steel coil of the preset fixed size is adopted for replacing the cutting of a steel plate in the traditional process, thereby avoiding the waste of working time and the waste of remnants caused by cutting of the plate.

The invention discloses a transformer with a rectangular section iron core. The transformer comprises the iron core (1) and coils; the coils are provided with two or more of windings; the winding connected with the power supply is a primary winding while the rest of the windings are secondary windings; the iron core (1) is formed by laminating a plurality of silicon steel sheets (2) of the same width; and the section of the iron core (1) is rectangular. According to the transformer, the iron core with the rectangular section is formed by the same-level silicon steel sheets of the same size; the silicon steel sheets are the same in the level of the width, so that the feeding and discharging time in cutting the silicon steel sheets is saved, the waste of pre-material is reduced, and the laminating process is simplified, wherein the area of the rectangular section of the iron core is the same as the area of a long circular or circular section of the iron core.

The invention discloses automatic loading and unloading equipment of a multi-axis finish carving machine. The equipment comprises a fixed bracket structure, a material frame, a three-axis linear motion mechanism, a glass piece grabbing and overturning mechanism, a positioning mechanism and a vacuum worktable; the fixed bracket structure is connected with the finish carving machine; the material frame is connected with the finish carving machine; the material frame is provided with a material basket; the three-axis linear motion mechanism is connected with the fixed bracket structure; the three-axis linear motion mechanism is provided with a transverse motion mechanism, a longitudinal motion mechanism and a vertical motion mechanism; the glass piece grabbing and overturning mechanism is connected with the three-axis linear motion mechanism; the positioning mechanism is connected above the material frame; and the vacuum worktable is positioned above the material frame, and is positionedbelow the positioning mechanism. The equipment realizes full-automatic multi-station loading and unloading, greatly shortens the loading and unloading time, greatly improves the production efficiency,is delicate and compact in structure, forms a whole with the finish carving machine without increasing the floor area of the finish carving machine to increase the factory building utilization rate,and is precise and reliable in positioning to reduce scratch by glass pieces.

The invention discloses a feeding and discharging mechanical arm of a stair forming grinding machine. The feeding and discharging mechanical arm comprises a manipulator mounting bracket and manipulators mounted at the manipulator mounting bracket. The manipulator mounting bracket comprises a manipulator hanging plate vertically fixed to a moving components of the manipulator moving mechanism, anda pair of arm clamping plates fixed to the outer side of the manipulator hanging plate. At least two manipulators are mounted on the manipulator clamping plate through a manipulator adjusting structure. One arm of the manipulator is vertically arranged. The direction of arms of other manipulators is in an included angle with the vertical direction. Claw mechanisms at the lower ends of the manipulators can reach the same intersection point after extending. Compared with the prior art, a driving mechanism driving the manipulators to move is omitted, the component structure is omitted, and the cost is lowered.

The invention provides blade automatic forming equipment, which includes a rack, a stamping mechanism, a feeding mechanism, a discharging mechanism, a four-axis manipulator, a sliding rail mechanism and a protective cover. The protective cover is fixed to the upper end face of a power package bracket, the feeding mechanism is installed on the front end face of the rack, and the discharging mechanism is installed on the front end face of the rack and assembled on the left side of the feeding mechanism; and the four-axis manipulator is installed on the edge position of the left side of the upperend face of a working table, the sliding rail mechanism is fixed to the upper end face of the working table and installed on the right side of the four-axis manipulator, and the stamping mechanism isassembled in the rack and installed on the upper side of the sliding rail mechanism. According to the blade automatic forming equipment, the feeding and discharging time is saved, the processing efficiency is improved, the position and pressure are precisely controlled, the quality of stamping forming products is stable, and the accuracy is high.

The invention relates to a double edge milling machine with a movable pressing beam. The double edge milling machine comprises milling unit heads, a bed body and a pressing beam arranged above the bed body; presser feet are arranged below the pressing beam; two sides of the bed body are respectively provided with two sets of X shaft adjusting mechanism which are in sliding fit with the bed body; each X shaft adjusting mechanism is fixedly provided with a set of Y shaft adjusting mechanism which is fixedly provided with a Z shaft adjusting mechanism that is fixedly provided with one milling unit head; two ends of the pressing beam are provided with pressing beam moving mechanisms. According to the invention, two sides of the bed body are respectively provided with two milling unit heads, and the four milling unit heads can simultaneously mill two ends of a rectangular planking workpiece, thereby improving production efficiency; the pressing beam in the invention is electrically movable, which enables convenience for loading and unloading of workpieces, simple operation and shortened time in loading and unloading of workpieces, thereby further improving working efficiency.

The invention discloses a double-workbench and milling gantry lathe bed gear hobbing machine driven by an ultra-large oil motor. Double workbenches are adopted for processing, so that feeding and discharging time in processing circulation can be obviously reduced, and processing efficiency is improved; the oil motor is adopted by a feeding system and a milling component as a power source, and a larger output torque can be provided, thereby being suitable for a large hobbing machine tool; the milling component can be used in a multifunctional mode, so that the machine tool has composite functions of hobbing, milling, drilling and the like, and the use ratio and the economic benefit of the machine tool can be improved.