237 results about "Assembly automation" patented technology

The invention relates to an automatic packaging machine for metal components in an optical fiber ceramic inserting core. The automatic packaging machine comprises a base, a graduated rotating disc and a clamping device mounted on the base, a workpiece positioning ring mounted on the graduated rotating disc, and a control device for controlling the matching action of the graduated rotating disc and the clamping device. The clamping device comprises a drive mechanism and a pressure head driven and pressed by the drive mechanism; a plurality of workpiece mounting positions are arranged on the circumference of the workpiece positioning ring; and the pressure head is positioned above the workpiece positioning ring. A metal workpiece is driven to the position of the clamping device by utilizing the graduated rotating disc through placing the metal workpiece required to be assembled on the graduated rotating disc; and then the assembly of the metal components in the ceramic inserting core is completed through pressing the pressure head, so that the assembly automation is achieved and the work efficiency is improved. Moreover, the accuracy of assembling the components is ensured due to stable downward pressure of the pressure head, so that the rate of finished products is improved greatly. In addition, the components after being assembled can be automatically taken down from the graduated rotating disc through a blanking device, so that the work efficiency is further improved.

The invention relates to an electrical push rod type electrical power-assisted steering device, which comprises a recirculating ball steering gear provided with a torque sensing device, an electrical push rod and an electronic control unit, wherein the torque sensing device is used for detecting moment acted on a steering wheel, and is arranged on an input shaft of the recirculating ball steering gear. One end of the electrical push rod is connected with a steering rock arm, and the other end of the electrical push rod is connected with a vehicle frame. The electrical push rod comprises a power-assisted motor and a speed reducing mechanism, a push rod and so on. An input shaft of the speed reducing mechanism of the power-assisted motor is connected with an output shaft of the power-assisted motor, an output shaft of the speed reducing mechanism is connected with a screw rod of the push rod, and the moment output by the power-assisted motor pushes a rock arm shaft to rotate through a screw nut transmission pair. The electronic control unit is used for controlling the current of the power-assisted motor according to signals of the torque of the steering wheel and the vehicle speed and so on. The steering device can save energy, provide proper power assistance under various running work conditions, has fewer parts, light weight, compact structure and high assembly automatic degree, and is a steering mechanism of vehicle power with energy conservation, safety and environmental protection.

The invention discloses a multi-shaft posture adjusting platform for airplane engine mounting and belongs to the technical field of assembly automation. The multi-shaft posture adjusting platform is characterized by comprising a worktable (1), a translating mechanism (2), a turntable mechanism (3), a lifting and elevating mechanism (4), a platform base (5) and the like. The lifting and elevating mechanism (4) comprises a left upper slide seat (6), a right upper fixing sea (9), a left lifting mechanism (7) and a right lifting mechanism (8), wherein the left lifting mechanism (7) and the right lifting mechanism (8) are of structures conforming to identical operating principles and has a single-side lifting posture adjusting function. All motion mechanisms are of purely mechanical structures driven by a servo motor. The multi-shaft posture adjusting platform has the advantages that carrying capacity is high, mounting accuracy is high, and adjustment range is large; labor intensity of operators is alleviated, and operation efficiency and mounting quality are improved. The multi-shaft posture adjusting platform is widely applicable to accurate assembly of multi-shaft posture adjustment of heavy parts.

The invention provides an automatic casing machine of a power type cylindrical battery, and belongs to the field of a battery manufacture technology. The invention solves the technology problem of low automation degree of present cylindrical battery electrical core casing assembling and the like. The casing machine comprises a rack; the rack is provided with a conveyer belt 1 and a conveyer belt 2 for conveying electrical cores as well as a conveyer belt 3 for conveying casings and a conveyer belt 4 for conveying electrical core carry tools; a rotary disc is horizontally installed on the rack, and several clamping mechanisms for clamping electrical cores are arranged at a circumferential direction of the upper side surface of the rotary disc; an external tab checking apparatus, an internal tab checking apparatus, an upper insulating pad apparatus, an internal tab folding apparatus, an external tab folding apparatus, a defective product detection apparatus and a blanking apparatus are fixedly installed at the circumferential direction of the rotary disc in sequence on the rack, and the external tab checking apparatus, the internal tab checking apparatus, the upper insulating pad apparatus, the internal tab folding apparatus, an external tab measuring apparatus and the external tab folding apparatus are provided. The invention has the advantage of high automation degree.

The invention discloses a low-frequency cable assembly intelligent crimping system production line, which includes a fully automatic off-line marking unit and a wire intelligent crimping unit. machine, automatic cable labeling machine, label scanning gun, and rectangular coordinate conveying robot. The wire intelligent crimping unit includes a laser wire stripper, a two-axis rotary peeling machine, a cable detection instrument, and a vibrating plate from left to right. Feeding equipment, multi-axis sliding table manipulator device, first visual inspection equipment, crimping inspection equipment, second visual inspection equipment and cable collection equipment, the first electrical control system six freedoms is set on one side of the wire intelligent crimping unit degree robot and second electrical control system six degrees of freedom robot. The beneficial effect of the present invention is: on the basis of the existing equipment, adjust and improve, and design a high-precision and high-efficiency fully automatic cable assembly automatic production line to replace the manual production mode.

An automatic satellite assembly platform is composed of three parts: an assembly positioning mechanism, an interface attitude capture device and a control box. In the present invention, the laser displacement sensor uniformly arranged at the satellite docking frame of the interface attitude capture device can accurately measure the relative displacement with the satellite interface adapter when the satellite is hoisted, and the load-bearing sensor uniformly arranged at the satellite docking frame of the interface attitude capture device realizes The measurement of the center of mass of the satellite; the elevator and the inclination sensor set in the assembly positioning mechanism realize the automatic leveling of the platform; the circular slewing support is set in the assembly positioning mechanism so that the satellite automatic assembly platform has the function of a precision turntable, which can make the satellite Precise rotation on the carriage, the accuracy can reach 1'. The satellite automatic assembly platform of the present invention can adapt to the use requirements of different satellites by replacing the satellite interface adapter.

The invention provides a machine for automatically assembling a cylindrical battery into a shell, and belongs to the technical field of battery manufacturing. The technical problem that the existing operation of assembling a cylindrical battery cell into a shell is low in automation degree and the like is solved. The machine comprises a machine cabinet and a plurality of battery cell carriers capable of carrying battery cells. The machine cabinet is provided with a first conveying belt capable of conveying the battery cells, a second conveying belt capable of conveying the battery cell carriers, and a third conveying belt capable of conveying a shell. A battery cell channel is arranged below the discharge end of the first conveying belt and provided with a separating mechanism capable of separating the battery cells. The second conveying belt is located below the battery cell channel. A battery cell adjustment mechanism, a pole lug proofreading mechanism, a pole lug correcting mechanism and a pole lug bending mechanism are arranged on the two sides of the second conveying belt in sequence. The machine cabinet is provided with an assembly groove. The two ends of the assembly groove are provided with a propulsion air cylinder and a sucking air cylinder. A piston rod of the propulsion air cylinder is provided with a hollow ejector column right opposite to the assembly groove. The machine has the advantages of being simple in structure and high in automation degree.

The invention discloses a sandwich type piezoelectric transducer automatic assembly machine. A push plate, a pressure plate, a support plate are sleeved on two vertical columns; wherein, the push plate axially slide along the vertical columns through a first copper bush; the pressure plate is fixed on the two vertical columns by a first screw nut to bear the axial pretightening force applied on the sandwich type piezoelectric transducer by a fuel tank; the support plate is fixed on the two columns by a second screw nut to install a first hydraulic motor; a second hydraulic motor is fixed on the push plate by a fourth screw nail, a vertical plate and a fifth screw nail; a jaw vice is fixed on the push plate by a bolt; the push plate axially slide along a guiding shaft through a second copper bush; the guiding shaft is mounted on a base by a screw thread; the first hydraulic motor drives a third screw nut of the sandwich type piezoelectric transducer to rotate by a first coupling and a dedicated sleeve, so as to generate axial pressure and press a piezoelectric ceramics tightly. In the invention, two hydraulic motors are adopted, therefore, the assembly precision and the assembly efficiency are high, the assembly operations is safe, and the assembly automation of the sandwich type piezoelectric transducer is realized.

The invention discloses a precise locating method for automatic assembly hole making. A hole making system is composed of a five-axis machining machine tool and a laser tracker. A product is mounted on an assembly fixture and made to be in a stable hole making state, the product and the assembly fixture are together moved to the five-axis machining center and fixed, the laser tracker is used for building a coordinate system through datum points of the assembly fixture, the appearance contour of the product is scanned, a solid numerical model is generated from a point cloud obtained by scanning in the reverse direction, measuring software is used for automatically generating a hole site closest to the 3D space of appearance contour mathematical points of the product in space on the surface of the solid numerical model, and the hole site is used as the basis of five-axis machining hole making. The precise locating method has the advantages that machining precision is improved, complex operation and repeated calibration in the hole making process are omitted, precision of the hole making locating degree, the perpendicularity and the reaming cavity depth is better than the requirement of automatic hole making specifications, an expensive end effector is not needed, manufacturing cost is lowered, and production efficiency is maximized.

The invention discloses a pose adjusting ball device for airplane assembly and belongs to the field of airplane manufacturing equipment. The defects that errors are large and the stress of the connecting portion is large exist in the airplane body pose adjustment process due to the adoption of a special fixture or a jack manual operation manner currently. The pose adjusting ball device comprises a ball socket seat and an installation seat used for being connected with and supporting an airplane body. A connecting flange is arranged at the upper portion of the installation seat and the lower portion of the installation seat is fixedly connected with a ball through a connecting rod. An installation seat installation cavity is formed in the center of the ball socket seat. A ball socket corresponding to the ball is arranged at the lower portion of the installation cavity. The installation seat is installed in the ball socket seat. Three clamping devices are evenly arranged on the sides of the ball socket seat in the circumferential direction. An in-position detection switch is arranged at the bottom of the ball socket seat. The pose adjusting ball device is combined with a three-coordinate numerical control locator, accuracy errors existing in manual pose adjustment are effectively avoided, airplane assembly automation and intelligence are improved, and the pose of the airplane body can be better adjusted in six directions.

The invention discloses an automatic assembling machine for a slide rail. The machine comprises a frame, and is characterized in that a slide rail cup-joint ball loading mechanism, a ball separating and blowing mechanism, a stopper assembling mechanism and a stopper riveting mechanism are arranged on the frame in sequence; an outlet end of the ball separating and blowing mechanism is connected with the slide rail cup-joint ball loading mechanism; the stopper assembling mechanism is arranged at an outlet end of the slide rail cup-joint ball loading mechanism; and a feeding mechanism is arranged between the stopper assembling mechanism and the stopper riveting mechanism. The automatic assembling machine for the slide rail is high in stability and assembly automation degree.

The invention discloses a pneumatic automatic device for assembling binder clips. The pneumatic automatic device comprises a mechanical hand (1), a conveying channel (2) and a base (3). The mechanical arm is provided with a sliding plate, a supporting plate, pneumatic gripping devices and a sliding plate air cylinder. The conveying channel comprises a steel clip guide groove, a steel clip air cylinder and a long-tail guide rail. The base comprises a base plate and a support. When the pneumatic automatic device works, steel clips are located in the steel clip guide groove, the steel clip air cylinder drives the steel clips to move backwards along the steel clip guide groove in a queue mode, and the long-tail guide rail is sleeved with long tails in a sliding mode; the long tails are clamped and folded through the pneumatic gripping devices, the pneumatic gripping devices assemble the long tails to the steel clips under the drive of the sliding plate air cylinder, and then the pneumatic gripping devices are reset. According to the pneumatic automatic device for assembling the binder clips, the four pneumatic gripping devices act respectively to assemble the long tails to the steel clips on the basis of the moving stride and speed of the steel clips, so that automatic assembly of the blinder clips is achieved, work strength is reduced, efficiency is improved, and cost is reduced.

The invention discloses a full-automatic workpiece assembly device. The full-automatic workpiece assembly device comprises a base (1), and a sliding table (2) is connected with the base (1) in a sliding mode; a stopper (3) is arranged on the base (1) in the moving direction of the sliding table (2), a material barrel (4) used for containing a rotary shaft (1) is arranged on the portion, above the stopper (3), of the base (1), a first linear rack (6) is connected with the portion, above the sliding table (2), of the base (1) in a sliding mode through a first guide block (5), and an ejector pin (7) is arranged at the lower end of the first linear rack (6) and used for pushing the lower end of the rotary shaft (01) to enter an installation hole (03) in a disc (02). By means of the device, operating personnel can be prevented from being injured, continuous assembly work of the rotary shaft and the disc can be conducted, and therefore, the full-automatic workpiece assembly device is higher in assembly automation and safer in assembly.

The invention relates to automatic engine cylinder cover assembling equipment, in particular to flexible full-automatic robot guide pipe and seat ring assembling equipment. The flexible full-automatic robot guide pipe and seat ring assembling equipment comprises a tool frame of a machine tool bottom frame, an automatic logistics roller and an assembly robot, wherein the tool frame is installed on one side of the upper portion of the machine tool bottom frame, and the automatic logistics roller and the assembly robot are installed beside the tool frame. The flexible full-automatic robot guide pipe and seat ring assembling equipment is characterized in that an internal force closed frame type tool body is installed at the upper portion of the tool frame, and a guide pipe pressure head assembling device and a seat ring pressure head assembling device are installed on the internal force closed frame type tool body and are connected with an external automatic feeding device through a guide pipe directed distribution device and a seat ring directed distribution device respectively. The flexible full-automatic robot guide pipe and seat ring assembling equipment has the advantages that the structure is novel, machining is easy and convenient, the production cost is lowered, working efficiency is improved, and automatic assembly is achieved, and therefore the flexible full-automatic robot guide pipe and seat ring assembling equipment is novel and integrates economical efficiency and practicability.

The invention belongs to the technical field of production equipment of connecting hoses and particularly relates to an automatic shearing assembling production line for a braided hose. The automatic shearing assembling production line for the braided hose solves the technical problems that working efficiency and automation degree in existing hose cutting and assembling are low and the like. The automatic shearing assembling production line comprises a hose assembling device, the upper portion of the hose assembling device is connected with a screw core assembling device, the screw core assembling device is respectively connected with a nut vibration disk and a core vibration disk, and the hose assembling device is further connected with a hose cutting device. The hose assembling device, the crew core assembling device and the hose cutting device are respectively connected with a control system. Compared with the prior art, the automatic shearing assembling production line for the braided hose has the advantages that the automatic shearing assembling production line is reasonable in design and high in automation degree, automation from screw core assembly to hose cutting and hose assembly is achieved, manual operation is not required in the whole cutting assembling process, two ends of the hose can be assembled simultaneously, production efficiency is greatly improved, production cost is reduced, and product quality is guaranteed.

The invention discloses an automatic assembly line of plastic trays. The automatic assembly line comprises a mechanical hand assembly, a conveying device, a pad foot feed device, a tray locating device and a tray turnover device. The mechanical hand assembly is composed of a mechanical arm with six degrees of freedom, a clamping jaw and a pad foot mounting mechanism, wherein the clamping jaw and the pad foot mounting mechanism are arranged on the mechanical arm. The conveying device conveys the plastic trays obtained through injection molding through an injection molding machine so that the plastic trays can be clamped by the clamping jaw, and the conveying device conveys the plastic trays transferred by the clamping jaw, wherein pad feet are mounted on the two faces of each plastic tray. The pad foot feed device provides the pad feet obtained after automatic arrangement so that the pad feet can be acquired by the pad foot mounting mechanism. After the tray locating device clamps the plastic trays provided by the clamping jaw, the pad foot mounting mechanism provides the pad feet, and the pad feet are mounted on the upward surfaces of the plastic trays. The tray locating device clamps the plastic trays provided by the clamping jaw. The automatic assembly line has the beneficial effects that assembly automation is achieved, the work efficiency is improved, and the labor intensity of workers is relieved.

The invention discloses an assembly device and an assembly method for a rotor core and aims at solving the defect that a disqualified product appears easily due to low assembly automation degree of the rotor core, low positional accuracy of the rotor core and low assembly efficiency. The assembly device comprises a mounting base, a support plate, a support and a compression shaping mechanism, wherein a feed channel and an ejector piston cylinder are arranged on the support plate; a lifting rotary disc is arranged on the support plate; a fixed shaped head and a movable shaped head are arranged on the support plate; the movable shaped head is connected to a feed piston cylinder expansion link; the front end of an ejector piston cylinder expansion link is connected to an ejecting rack; an elastic ejector rod is movably arranged on the rotary disc; a mandrel capable of lifting vertically arranged on the lower end of the compression shaping mechanism; a shaping material return sleeve coats the mandrel; a compression spring coats the mandrel; a plurality of elastic locating core and a plurality of shaping groove shape knives are movably arranged on the shaping material return sleeve; a location sensor is arranged on a position close to the upper ends of the elastic locating cores; and a grab mechanism is arranged at the side of the compression shaping mechanism.

The invention discloses an intelligent continuous assembly blanking device. The intelligent continuous assembly blanking device comprises a base (1); the base (1) is slidingly connected with a slide table (2); the base (1) is provided with a stopper (3) in a moving direction of the slide table (2); the base (1) is provided with a charging barrel (4) above the stopper (3); the base (1) is slidinglyconnected with a first straight rack (6) above the slide table (2); an ejector rod (7) is arranged at the lower end of the first straight rack (6); a pushing block (8) is arranged on the side wall ofthe first straight rack (6), and is provided with a through hole (9); and a vertical rod (10) is slidingly connected into the through hole (9). The intelligent continuous assembly blanking device canprevent the hand injury of operators, can continuously assemble rotating shafts and discs, and is higher in assembly automation and safer in assembly.

The invention discloses bearing part assembling automatic equipment. The bearing part assembling automatic equipment comprises a workbench and a protective cover, and the protective cover is arrangedon the workbench; a first oscillation mechanism, a spindle mechanism, a feeding mechanism, a spindle sleeve mechanism, a second oscillation mechanism and a moving mechanism are all fixed to the workbench; the moving mechanism is fixed to the left side of the workbench; the first oscillation mechanism, the spindle mechanism, the spindle sleeve mechanism, the feeding mechanism and the second oscillation mechanism are sequentially arranged on the side face of the moving mechanism from the working end to the finish end; the first oscillation mechanism is used for conveying an inner bearing to themoving mechanism; the spindle mechanism is used for conveying a spindle to the moving mechanism; the spindle sleeve mechanism is used for conveying a spindle sleeve to the moving mechanism; the feeding mechanism is used for conveying an outer bearing to the moving mechanism; and the second oscillation mechanism is used for conveying a clamp spring to the moving mechanism. Therefore, the cost is reduced, the working space is reduced, the working efficiency is improved, and the bearing part assembling automatic equipment is a very good product and has the good market application value.

The invention is suitable for the technical field of terminal assembly automation, and discloses an automatic terminal identification feeding system and an automatic terminal identification feeding method. A feeding device conveys a terminal to a terminal identification shifting device; the terminal identification shifting device clamps the terminal and drives the terminal to rotate; a terminal sensing detection component performs color discrimination and selects a terminal working face meeting the requirements; the terminal identification shifting device sends the terminal being subjected to selection to a transforming carrying device; the transforming carrying device moves the terminal to a welding post. According to the automatic terminal identification feeding system and the automatic terminal identification feeding method, material delivery and location identification in the aspect of multiple function modules are realized, the accuracy requirement and the processing efficiency of products are improved, the error and the working hour of single-module operation are greatly reduced, the process waste is avoided, technological innovation can be provided for enterprises and related laboratories with related professional emphasis, the labor cost and the experimental error of the enterprises are reduced, and the work efficiency is improved.

The invention discloses a cover and spoon dispensing assembly automatic production system comprising a first operation platform. A conveyor belt is arranged on the first operation platform, a convex splitter plate is arranged on the conveyor belt, and a dispensing device is arranged above a flow dividing channel between the splitter plate and the conveyor belt and is used for sequentially gluing upper covers entering the flow dividing channel in queue; a second operating platform is arranged on one side of the first operating platform, a packaging scoop cutting mechanism is arranged on the second operating platform, and a spoon pulling distribution component is arranged above the packaging scoop cutting mechanism and is used for distributing volumed packaging spoons to the packaging scoopcutting mechanism to be cut; a variable-distance adsorption mechanical arm is arranged above a flow dividing device, the variable-distance adsorption mechanical arm is fixed on a rack, and the variable-distance adsorption mechanical arm is used for sucking the packaging spoons cut by the packaging scoop cutting mechanism, changing the product center distance, doing movement and conducting flow dividing on the glued upper cover. The cover and spoon dispensing assembly automatic production system realizes automatic production throughout the whole process, saves labor and improves efficiency.

The invention discloses an assembly machine for an automobile combined switch homing block, which comprises a bench; a slide block linearly sliding forward and backward is installed on the bench; a homing block fixture is installed on the slide block; a homing block accommodation groove is formed in the homing block fixture; a pressing mechanism is installed at the upper part the homing block fixture; the pressing mechanism consists of a lower air cylinder installed at the upper part the homing block fixture and a punch fixedly connected with the lower end of a piston rod of the lower air cylinder; a gas claw compressing mechanism and a spring feeding mechanism are respectively arranged on the left side and the right side of the homing block fixture; and the gas claw compressing mechanism comprises two horizontal fixture blocks. The assembly machine realizes assembly automation, improves the quality and the efficiency of spring assembly on the automobile combined switch homing block, and satisfies operation requirements of the modern assembly detection line.