40results about How to "Improve riveting precision" patented technology

The invention provides a multi-station full-automatic pneumatic rotating riveting machine, which comprises a machine base and further comprises an indicator lamp, a pressure adjusting valve, a motor, a manual lifting turntable, a graduated disk, an air cylinder and an electric box which are mounted on the machine base, wherein a rotating riveting head is mounted on the motor and a rotating riveting rod is mounted on the rotating riveting head. The multi-station full-automatic pneumatic rotating riveting machine is characterized in that the air cylinder and the graduated disk are mounted on the machine base under the rotating riveting rod; the graduated disk is connected to the air cylinder and is driven to rotate by the air cylinder; a position-limit switch is mounted between the air cylinder and the graduated disk; the position-limit switch is driven by the air cylinder and is matched with limit teeth on the graduated disk for positioning; a control line of the air cylinder is connected to a signal output end of a master control board in the electric box; and an instruction input end of the master control board is connected to various operation keys on the surface of the electric box. The multi-station full-automatic pneumatic rotating riveting machine has the advantages that accuracy and efficiency for riveting a workpiece are promoted, structure is simple, maintenance is convenient, processing cost is low, and the like.

The invention provides a charging and riveting mechanism for end caps of a four-way pipe. The charging and riveting mechanism comprises a stand, and is characterized in that the stand is provided with a detecting platform; the detecting platform is provided with a detecting seat body used for carrying the end covers; one side of the detecting seat body is provided with a sensor used for judging whether a setting angle of each end cap meets the requirement or not; the detecting seat body is provided with a first rotation driving mechanism capable of adjusting the setting angle of each end cap; a material sucking assembly capable of sucking the end caps is arranged above the detecting platform; the stand is provided with a drive assembly capable of driving the material sucking assembly to a punching work station; one side of the material sucking assembly is provided with a punching assembly capable of riveting the end caps at the punching work station. The charging and riveting mechanism disclosed by the invention has the advantages that production efficiency is high, and a riveting effect is good.

The present invention discloses a riveting robot, comprising: a robot part provided on a chassis, and detachably coupled with a riveting tool part through a hydraulically quick change disk; a visual position identification part provided on a side of the hydraulically quick change disk and secured on the sixth axis of the front end of the robot part; an automatic rivet feeding part provided on a mounting baseplate which is secured on a chassis through a two-stage vibration damping structure; a riveter tailing material collection part used for collecting tailing materials produced during riveting; a riveting quality judgment part used for collecting riveting data, and processing and generating a riveting curve to realize judgment of the riveting quality.

The invention provides a riveting machine which comprises a positioning assembly used for fixing a to-be-riveted workpiece, a riveting assembly and a limiting assembly, wherein the riveting assembly comprises a supporting component and a rivet head component arranged on the supporting component, and the supporting component and the rivet head component together move towards or away from the positioning assembly; the limiting assembly is arranged between the positioning assembly and the supporting component. Compared with the prior art, according to the riveting machine, the limiting assembly is arranged and accordingly a rivet head cannot damage the to-be-riveted workpiece in a pressed mode; the riveting accuracy of the riveting machine is improved, and the reject ratio of products riveted by the riveting machine is reduced.

The invention discloses a feeding, heating and auxiliary riveting method for riveting shafts. The method comprises the steps as follows: a grabbing manipulator grabs a group of riveting shafts from a conveying belt, rotates and sends the riveting shafts to the position below a clamping and feeding device; a pushing driving device drives a pushing device to rise to push the group of riveting shafts into a group of shaft accommodating cavities; when the riveting shafts reach the set positions, a clamping driving device operates, and clamping devices clamp the riveting shafts; a telescoping driving device drives telescopic arms of heating devices to extend, and heating ends make contact with riveting parts of the riveting shafts for heating; a feeding driving device operates, the clamping and feeding device moves to the position below to-be-machined sheet metal at a riveting station; and the feeding driving device operates continuously, and the clamping and feeding device drives the group of riveting shafts to be embedded in corresponding riveting holes. The production efficiency and the automation degree of production are increased; fine adjustment of the perpendicularity is performed while the shafts are clamped, and the riveting precision is guaranteed; riveting is performed after heating, and thus the riveting precision and strength are enhanced.

The invention discloses a turnover type intelligent reconfigurable riveting clamp for thin plate parts. The turnover type intelligent reconfigurable riveting clamp is mainly used for clamping the thinplate part for drilling and riveting operation. The turnover type intelligent reconfigurable riveting clamp mainly comprises a multi-point flexible turnover tool mechanical body, a sensing module anda control module, clamping is carried out on a skin mainly in an N-2-1 positioning mode, the actual position of a positioning ball head is fed back through a stay wire displacement sensor assembled on an electric cylinder, a force measuring sensor and a vacuum pressure sensor feed back actual positioning point contact force and clamping force, an angle sensor detects the actual overturning angleof an overturning workbench, a controller collects actual clamping layout information through the data collection module, the actual clamping layout information and optimal clamping layout data inputby an upper computer are analyzed and decided, instructions from the controller are executed by the electric cylinder and an air pump, and adjusting is carried out on the tool position and the clamping force. The turnover type intelligent reconfigurable riveting clamp is suitable for riveting thin plate parts with different sizes and curvatures, the clamping layout can be adjusted in the machininggap according to different hole forming and riveting positions, and the product quality is effectively guaranteed.

A linear gear shaft and gear plate automatic combination riveting machine of the present invention includes a machine case, a machine table, a man-machine operation interface, a column gear feeding mechanism, a column gear stripping cylinder, a riveting combination mechanism, a piece gear feeding mechanism, and a finished product unloading mechanism. Feeding mechanism, pressure switch and pressure sensing display. The invention can realize a series of operations such as automatic feeding, automatic changing of the conveying direction of the workpiece, automatic positioning, automatic precise riveting, automatic material suction and unloading for the column gear and the plate gear. It not only has firm riveting, but also has high riveting efficiency. , high riveting precision and high production capacity, which also reduces the labor intensity and labor cost of workers, and ensures that the finished products riveted by it can reach a uniform standard. As a result, it has the problems of low riveting efficiency, poor riveting precision, inconsistent riveting pressure and difficulty in reaching uniform standards for riveted finished products.

The invention discloses an infrared riveting mechanism, which comprises a frame, a driving device, a fixing plate and a riveting device, the fixing plate is arranged on the top of the frame, a driving device is arranged above the fixing plate, a riveting device is arranged under the fixing plate, and a fixed A through hole is opened on the board, and the driving device includes a movable end and a fixed end. The movable end of the driving device passes through the through hole and is connected to the top drive of the riveting device. The riveting device includes a fixed frame, an infrared riveting machine, an X-axis displacement adjustment mechanism and The Y-axis displacement adjustment mechanism, the X-axis displacement adjustment mechanism and the Y-axis displacement adjustment mechanism are respectively arranged on the inner top of the fixed frame, and the top of the infrared riveting machine is respectively connected with the X-axis displacement adjustment mechanism and the Y-axis displacement adjustment mechanism. Compared with the prior art, the invention not only can rivet parts in some narrow spaces, but also has high riveting precision.

The invention relates to a full automatic three-dimensional multipoint hot riveting assembling process technique for the die casting of magnesium alloy, which is provided with a full automatic three-dimensional multipoint cold riveting special device for the die cast of aluminum alloy, wherein the special device mainly comprises a vertical Z-direction servo linear sliding table, a rotary riveting power head system, a sliding table power mounting base, a horizontal Y-direction servo linear sliding table, a workpiece rotary riveting clamping apparatus, a horizontal X-direction servo linear sliding table, a working table panel and a frame, wherein the sliding table power mounting base and the working table panel are arranged on the frame respectively; the rotary riveting power head system is arranged on the vertical Z-direction servo linear sliding table; the vertical Z-direction servo linear sliding table is arranged on the sliding table power mounting base; the workpiece rotary riveting clamping apparatus is arranged on the horizontal Y-direction servo linear sliding table; the horizontal Y-direction servo linear sliding table is arranged on the horizontal X-direction servo linear sliding table; the horizontal X-direction servo linear sliding table is arranged on the working table panel; and the rotary riveting power head system is positioned above the workpiece rotary riveting clamping apparatus. Compared with the prior art, the riveting speed of the full automatic three-dimensional multipoint hot riveting assembling process technique is improved by 1.5 to 2 times, and the technique has the advantages of high riveting quality and connecting fastness, low fault rate, wide product specification adaptive range, high production efficiency, long riveting head service life, high riveting accuracy and the like.

The invention discloses an in-mold riveting continuous stamping die and a using method thereof. The in-mold riveting continuous stamping die comprises a first riveting stamping head, a second rivetingstamping head, a material belt, a feeding mechanism, a base plate, a first pushing and positioning mechanism, a second pushing and positioning mechanism and a second riveting plate. The first pushingand positioning mechanism, the second pushing and positioning mechanism and the second riveting plate are separately installed on the base plate. The first pushing and positioning mechanism and the second pushing and positioning mechanism separately comprises a first guide block and a first riveting plate. The feeding mechanism is connected with the first guide block, and a riveting piece passageis formed along the feeding mechanism, the first guide block and the first riveting plate. The material belt is positioned directly above the first riveting plate and the second riveting plate, and the first riveting stamping head and the second riveting stamping head are separately positioned above the material belt. The in-mold riveting continuous stamping die can realize full automation for in-mold continuous stamping riveting, and has high precision, high efficiency, high qualification rate and better safety.

The invention provides an electric connector ceramic ball riveting device and a riveting method. The problems that according to an existing electric connector ceramic ball riveting method, the riveting quality cannot be guaranteed, the reject ratio is extremely high, the production efficiency of products is low, and the cost is high are solved. The riveting device comprises a positioning base, a shaft core, a hexagonal nut, a positioning pin, a spring, a set screw and a riveting pressure head. The invention further provides the riveting method of the riveting device. The riveting device and the riveting method have the advantages that the operation is simple, and after adjusting is completed, riveting can be completed even by a non-professional riveting person; the riveting precision is high, and the riveting requirements of multiple existing sockets can be completely met; the riveting qualification rate is high and is almost 100%; and the riveting efficiency is high, and compared withthe efficiency of the riveting technology at the current stage, the efficiency can be improved by 50% or more.

The invention relates to a drilling-riveting machine tool used for aircraft hull manufacturing. The drilling-riveting machine tool used for aircraft hull manufacturing is provided with a rack, whereinan end executer used for drilling-riveting is arranged on the rack; the rack comprises a portal frame, a ram, a slide table and a slide frame; the portal frame comprises two symmetrically-arranged vertical columns and a cross beam; the two ends of the cross beam are fixedly connected with the upper ends of the two vertical columns separately; the two ends of the ram are slidably arranged on the two vertical columns separately, and a first drive device capable of driving the ram to slide along Z axis is arranged on the ram; the slide table is slidably arranged on the ram, and a second drive device capable of driving the slide table to slide along Y axis is arranged on the slide table; the slide frame is slidably arranged on the slide table, and a third drive device capable of driving the slide frame to slide along X axis is arranged on the slide frame; and the end executer used for drilling-riveting is fixedly connected to one end of the slide frame. The drilling-riveting machine toolused for aircraft hull manufacturing is high in automation degree, and high in drilling-riveting efficiency and machining accuracy.

The invention discloses clothes dryer control seat servo automatic riveting equipment. The clothes dryer control seat servo automatic riveting equipment comprises a horizontally-arranged workbench, two first sliding seats symmetrically arranged on the workbench and a positioning mechanism, the first sliding seats are arranged on the workbench in a sliding mode through first guide rails, and the top end of each first sliding seat is provided with two pincer bodies which slide relatively; the pincer bodies are arranged on the first sliding seats in a sliding mode through second sliding seats, the second sliding seats are arranged on the first sliding seats in a sliding mode through second guide rails, the first guide rails are perpendicular to the second guide rails, the pincer bodies are arranged on the second sliding seats in a sliding mode through third sliding seats, and the third sliding seats are arranged on the second sliding seats in a sliding mode through third guide rails, third guide rails are perpendicular to the second guide rails, and the positioning mechanism comprises two first clamping devices fixed to the first sliding seat correspondingly and two second clamping devices arranged on the workbench in a sliding mode. The clothes dryer control seat servo automatic riveting equipment is compact in structure, the four pincer bodies conduct riveting at the same time,and the riveting efficiency is improved.

The invention relates to a full-automatic intelligent riveting device of a motor rotor balance piece. A rack, a rotating disk rotationally connected with the rack, a plurality of positioning stationsuniformly distributed on the rotating disk in the circumferential direction, a balance piece riveting mechanism arranged above the rotating trajectory of the positioning stations, and a controller areincluded. Compared with the prior art, the full-automatic intelligent riveting device of the motor rotor balance piece can perform automatic riveting on air conditioner compressor motor rotor balancepieces, and is high in riveting efficiency and precision, and simple and reasonable in structure.

The invention provides a riveting and positioning device applied to a T-shaped electric brake component. The riveting and positioning device comprises a rack, wherein a base is arranged at the bottomof the rack, a mounting plate is fixedly arranged on the base, a chute is formed in the mounting plate, a first positioning plate is in sliding connection to the interior of the chute, a rotating shaft is installed on the first positioning plate, the rotating shaft is in driving connection with an eccentric shaft, a second positioning plate is connected to the rotating shaft, a positioning part isarranged on the surface of the second positioning plate, a movable plate which moves in a vertical direction is installed on the rack, the movable plate is connected with a driving cylinder, and a riveting punch part which corresponds to the position of the positioning part is installed at the bottom of the movable plate. Compared with the prior art, the riveting and positioning device has the advantage that the machining precision can be effectively increased.

The invention discloses an automatic riveting module for a traffic sign aluminum alloy bottom plate. The automatic riveting module comprises a gantry support and a riveting mechanism. The gantry support comprises a first gantry and a second gantry. The second gantry is fixedly erected on the top face of the first gantry. The riveting mechanism comprises a self-propelled upper riveting module and aself-propelled lower riveting module. The self-propelled upper riveting module is movably mounted on the second gantry. The self-propelled lower riveting module is movably mounted on the first gantry. The self-propelled upper riveting module and the self-propelled lower riveting module synchronously move to carry out fixed-point riveting on a workpiece. The automatic riveting module is high in automation degree, high in production efficiency, capable of automatically riveting a traffic sign, high in riveting precision and good in riveting quality.