184results about "Jigging conveyors" patented technology

This invention provides a multi-angle implantation structure for keyboard key brackets, belonging to the field of keyboard manufacturing technology. It includes a feeding component, a transferring component, and an implantation component. It also relates to a method of using the multi-angle implantation structure, comprising the following steps: Step 1: Equipment debugging and parameter preset; Step 2: Keyboard positioning and fixing; Step 3: Automatic feeding of the key bracket; Step 4: Precise transfer of the key bracket; Step 5: Precise multi-angle implantation of the key bracket; Step 6: Real-time monitoring and anomaly handling; Step 7: Work completion and equipment maintenance. The beneficial effects of this invention are: multi-angle implantation of the key bracket is achieved through the implantation module, adapting to the production needs of keyboards of different models and key layouts, improving the versatility of the equipment, buffering the impact force during implantation, increasing the contact area with the key bracket, avoiding excessive local pressure leading to bracket deformation, adapting to different specifications of key brackets, and improving production efficiency.

The utility model relates to the technical field of glasses accessory processing equipment provides a cigarette rod feeding device, including work bench, set up in work bench and be used for the first vibration disc of cigarette rod feed, set up in work bench and be located the material mechanism of first vibration disc's discharge gate, set up in work bench and be used for the cigarette rod of first vibration disc takes out the grabbing mechanism, the grabbing mechanism includes grabbing cylinder, two set up in the clamping jaw of grabbing cylinder, the grabbing cylinder drive two clamping jaws each other close or far apart. The utility model discloses a cigarette rod feeding device realizes automatic feeding through the first vibration disc cooperation grabbing mechanism, specifically through the first vibration disc to the sequential arrangement of cigarette rod, then through the grabbing mechanism and carries out the capture, need not manual placement, has realized the replacement manual operation, and further reached the effect of automatic feeding, also reduced the labor intensity, improved production efficiency, the utility model further provides a nose pad welding equipment.

The application discloses a lens base oiling shearing machine, which comprises a box body, a supporting plate and a discharge bin are arranged in the box body, a feeding mechanism for clamping a semi-finished product lens base to position a material clamping mechanism, the material clamping mechanism for adjusting the semi-finished product lens base, a feeding mechanism for connecting the material clamping mechanism and an ultrasonic vibration falling machine through two third clamping jaw air cylinders arranged side by side, an oiling mechanism for adjusting the rotating radius of a smearing unit through a second adjusting unit, quantitatively supplying through a peristaltic pump and smearing through a sponge, the ultrasonic vibration falling machine for separating a lens base product and a water gap from the semi-finished product lens base after oiling through ultrasonic vibration falling, and a discharging mechanism for collecting the separated lens base product through a second through hole. The device has the oiling and vibration falling shearing functions of the semi-finished product lens base, can help to ensure the quantitative oiling and oiling uniformity, has high working efficiency, compact structure and wide application range.

A vibration generating device and a pickup system having excellent mechanical strength are disclosed. The vibration generating device has: a groove in which a workpiece is placed; a leg portion that supports the groove; and a vibration motor that imparts vibration to the groove, the leg portion having: a spring portion that is elastically deformable; and a first fixed portion that is located between the spring portion and the groove and fixes the spring portion to the groove, the spring portion and the first fixed portion being integral. In addition, the leg portion is a cutting processed body.

The utility model discloses a kind of automatic discharging devices of temperature control valve valve core copper shell, including rack, further including pushing material module and discharging module, the pushing material module and discharging module are all installed on rack and discharging module and pushing material module link up;The discharging module includes hopper and pushing mechanism, the hopper is fixedly installed on the side of rack, pushing mechanism is fixedly installed on the downside of hopper, pushing mechanism includes jacking cylinder and pushing plate, jacking cylinder is fixedly installed at rack, pushing plate is fixedly installed at the end of piston rod of jacking cylinder, pushing plate is slidably inserted into the sliding slot at the bottom of hopper.This temperature control valve valve core copper shell automatic discharging device is pushed to the feeding guide rail of discharging module by pushing mechanism, so that jacking cylinder can push the valve core copper shell in hopper to, then discharging and feeding are carried out to valve core copper shell on feeding guide rail by direct vibrator, effectively improve the feeding and discharging efficiency of valve core copper shell, and then improve the production efficiency of valve core.

The application discloses a plug-in and bending integrated forming device for motor production and belongs to the technical field of motor production. The device comprises a transmission part for transmitting motor parts, a plug pin to be plugged into the motor parts, a plug-in mechanism for plugging the plug pin into the motor parts, a carrying mechanism for carrying the motor parts, a detection mechanism for detecting the motor parts after the plug-in, and an adjusting mechanism for adjusting the angle of the motor parts. The adjusting mechanism comprises a rotating disc rotatably arranged at the discharge port of the transmission part, a positioning part for positioning the motor parts, and a first identification part for identifying the angle of the motor parts. The positioning part is arranged on the rotating disc, and the first identification part is arranged beside the rotating disc. The application can timely adjust the angle of the motor parts, accurately position the plug pin, and improve the motor production efficiency.

The objective is to provide a feeder control device that can improve the efficiency of parts supply operations and maintain productivity. [Solution] The feeder control device includes an amplitude acquisition unit that acquires the maximum amplitude of vibration that the vibration exciter can apply to the track member in a predetermined reference state in which the bulk feeder is set on the parts mounting machine, and a mode setting unit that sets the operating mode in which the bulk feeder supplies parts to a normal mode in which vibration is applied to the track member for a predetermined time when the maximum amplitude is greater than a preset first threshold, and to a low amplitude mode in which low amplitude vibration is applied to the track member for a longer time than the predetermined time in the normal mode when the maximum amplitude is less than or equal to the first threshold and greater than a second threshold.

This application provides a rotary vibratory feeder for pipe fittings, comprising: a hopper with a variable diameter structure, a relatively large top diameter, an inclined bottom plate, and a circumferentially extending support edge in the middle; the bottom plate is spherical, with a relatively high middle section, and the relatively higher end of the outer edge is on the same plane as the support edge, forming a feeding end; a guiding mechanism located above the support edge, including a first baffle located at the outer ring of the support edge and a second baffle located at the inner ring of the support edge; the first baffle extends circumferentially and is movably connected to the hopper via a connecting rod assembly, used to adjust the support width of the support edge; the second baffle extends linearly and is fixedly installed on the support edge, forming a discharge end with the first baffle; a base is installed below the hopper and has a vibration mechanism inside. The support width of the support edge can be adjusted by changing the distance between the first baffle and the side wall of the hopper via the connecting rod assembly, thereby meeting the screening requirements of products of different specifications.

The utility model relates to a kind of automatic placing device of baffle insert, including vibration disc, the positioning mechanism of vibration disc link;Positioning mechanism includes rack, positioning platform, cylinder;Two positioning stages of left and right are fixed on positioning platform;Positioning stage includes load block;The top surface rear side area of load block is provided with the V-groove of front-back direction;Load block front side area is provided with baffle block;The rear side of baffle block is provided with vacuum hole in corresponding position with positioning groove;The discharge end of vibration disc is connected with the front end of V-groove by feeding pipe;Cylinder is used to drive positioning platform to move left and right, so that the V-groove of two load blocks is respectively connected with feeding pipe;Vibration disc is used to convey iron bar to V-groove by feeding pipe;V-groove is used to support iron bar;Vacuum hole is used to vacuum adsorption fixation for iron bar conveying in place.The utility model relates to a kind of automatic placing device of baffle insert, for two iron rods provide consistent positioning, guarantee subsequent burying in place, avoid the situation that iron rod is not in pre-burying groove.

This invention is titled "An Automatic Material Handling Machine," belonging to the field of optical glass secondary molding technology. It primarily addresses the problems of labor-intensive, labor-intensive, and health-affecting material handling in optical glass secondary molding softening furnaces. Its main features include: a rotary vibratory feeding device, a moving feeding device, a vibrating feeding device, and a material guide device; the moving feeding device consists of a material outlet and a lateral movement mechanism, with the material outlet connected to the rotary vibratory feeding device via a feeding pipe; the vibrating feeding device consists of a vibrator and a vibrating feeding plane, with multiple tracks on the vibrating feeding plane that mate with the ceramic box material holes; the material guide device consists of guide pipes positioned between the discharge ends of each track on the vibrating feeding plane and the corresponding ceramic box material holes. This invention features the ability to replace manual operation, save manpower, improve production automation, and enhance part quality. It is mainly used for the automatic material handling of optical glass secondary molding softening furnace blanks.

The utility model discloses a general feeding tray, include: tray subassembly, tray subassembly includes a square tray, and the square tray is provided with the unloading position, and the square tray is provided with first feeding area and second feeding area in, and first feeding area is located in square tray bottom surface, and second feeding area is along the bottom surface edge arrangement of square tray, and the surface of first feeding area and second feeding area is all arranged with a plurality of flexible antennae, the surface height of first feeding area is set from high to low along clockwise direction, and the surface height of second feeding area is set from low to high along clockwise direction, and the lowest end of second feeding area is butt joint with the lowest end of first feeding area, and the highest end of second feeding area is butt joint with unloading position, vibrator, install in square tray bottom, be used for providing vibration power for square tray, controller 4 is electrically connected with vibrator, is used for controlling the vibration frequency of vibrator. The utility model has solved the poor commonality of current vibration feeding tray, and the problem of high cost.

The application discloses a material guiding structure for egg roll production, which comprises a cutting roll machine, a conveyor and three-stage material guiding parts therebetween. The first and second material guiding parts are arranged in transverse side-by-side and height difference, and the third material guiding part is assisted by a vibrating motor for discharging. The inclined angle (>=60 DEG and >=35 DEG) of the material guiding part and the vibration parameters (30-50 Hz, 0.5-2 mm) synergistically act, realizing non-stuck conveying of the egg roll. The application is suitable for an automatic production line and has high efficiency and hygiene.

The present application relates to the field of pillow spring connection, and particularly relates to a spring pillow core automatic production line, which comprises a transmission belt, a blanking plate arranged on the transmission belt, an arrangement unit arranged on one side of the blanking plate, a clamping and compressing unit arranged on the arrangement unit, and a fixing and packaging unit arranged on one side of the arrangement unit, wherein the arrangement disc is driven to vibrate by a vibration motor in cooperation with a support spring, the springs are arranged through positioning holes one and two, the middle sections of the springs are clamped through clamping teeth one and two, the clamping teeth one and two are connected with the springs, and the bolts and screw holes are used to compress the middle sections of the springs under the condition that the ends of the springs are limited by the positioning holes one and two, so that the springs are prevented from being radially bent due to the deviation of the gravity center, the position of the connecting block is positioned through the positioning groove, the end of the spring group is corresponded with the ultrasonic welding head one on the ultrasonic welding end face one and the ultrasonic welding end face two, and the accuracy of welding is ensured.

The application relates to the field of material feeding and detection, in particular to a double-material-disc feeding device for harness terminal processing. The device comprises a rack, a feeding mechanism, a photographing monitoring mechanism and a clamping mechanism arranged on the rack. The feeding mechanism comprises two feeding assemblies. Each feeding assembly comprises a material disc and a feeding piece. The feeding piece is used for conveying terminals to the material disc. The photographing monitoring mechanism is used for real-time detection of the flatness of the terminals in the two material discs and the accuracy of the clamping mechanism in clamping the terminals. The clamping mechanism comprises a mechanical hand and a positioning and clamping assembly. The mechanical hand comprises two rotatable clamping heads. The positioning and clamping assembly is used for clamping the terminals. The two clamping heads clamp two terminals respectively for conveying. The structure can improve the universality of the punching equipment, can be suitable for the processing requirements of various hole positions, and simultaneously, without precise regulation and control of the pre-tightening force of material conveying, can keep the material in a flat state in the conveying process, so that punching errors are avoided.

The utility model discloses a quick disassembly and assembly type vibration disc elastic support structure, including bottom plate, the upper surface of bottom plate is equipped with adjustable support board, and the upper surface cooperation of support board is equipped with vibration disc, still includes fixed mechanism, the fixed mechanism includes slot, slot, insert block, limit block and spring no.

This utility model relates to the field of vibratory feeder technology and discloses a vibratory feeder for a flow regulator, including a base, a sliding frame slidably connected inside the base, a supporting shell fixedly connected to the top of the sliding frame, a sliding rod slidably connected inside the supporting shell, and a vibratory feeder fixedly connected to the top of the sliding rod. This utility model utilizes the linear displacement characteristics of the threaded rod to precisely control the position of the moving block, thereby flexibly adjusting the rotation radius of the connecting column. This design allows the vibration amplitude to be adjusted in real time according to material characteristics such as weight, surface friction coefficient, or flow requirements, enhancing the equipment's adaptability to different working conditions. The threaded connection structure avoids the risk of slippage or jamming of the moving block, while the meshing of the first bevel gear with the drive motor transmits high torque, ensuring smooth and controllable changes in vibration amplitude during adjustment, and preventing material spillage or equipment resonance caused by sudden changes.

The utility model discloses a chain plate type feeding machine with crushing mechanism, including chain plate type feeding machine body and set in the upper portion of one end of chain plate type feeding machine body's feeding structure, the feeding structure includes two respectively through bolt connection in the top outer wall of chain plate type feeding machine body frame's mount, is equipped with the feeding mechanism between two mount. The utility model can beat the material guide plate when crushing, produces the vibration and makes the material smooth unloading, prevents the jam, improved practicality, can collect the dust produced when crushing, prevents a large amount of dust and scatters in the outside environment, improved environmental protection.

The utility model discloses a rotary zipper head vibrating disc, including vibrating disc main part, first screening subassembly and second screening subassembly, vibrating disc main part includes base, and the top of base is equipped with vibrating disc hopper, and the inner wall of vibrating disc hopper is equipped with feeding track, and the outside of vibrating disc hopper is equipped with return hopper, and the inside of return hopper is equipped with discharge frame, and feeding track is spirally set from vibrating disc hopper bottom towards discharge frame direction, and the end of discharge frame extends to return hopper outside, first screening subassembly includes discharge plate, first adjusting frame, baffle, first blowing material pipe, screening frame, second screening subassembly includes second adjusting frame and screening plate, and the utility model discloses the setting of first screening component and second screening component can screen out the posture unqualified zipper head in the progress of zipper head, thereby guaranteeing that the posture of sent zipper head is uniform.

This utility model belongs to the technical field of transportation and loading devices, specifically relating to an optical cap aligning device. It includes a vibration host, a vibration platform, and an aligning fixture support. The aligning fixture support is equipped with a storage bin and an aligning flow channel. A matrix aligning perforated plate is provided on the aligning flow channel. A mounting plate is provided between the vibration platform and the aligning fixture support. A toggle-type clamp corresponding to each aligning fixture support is fixedly mounted on the edge of the mounting plate. A locking platform, directly opposite the toggle-type clamp, is slidably mounted on the inner wall of the aligning fixture support. The sliding direction of the locking platform is parallel to the surface of the vibration platform. This device can achieve stable locking of the fixture, ensure rigid synchronous vibration, improve aligning accuracy, and simultaneously improve fixture changeover efficiency and production continuity, adapting to the needs of large-volume, multi-specification production of optical caps.

The utility model discloses a granule production is with vibration unloader, including bottom plate, the upper surface of one end of bottom plate is fixedly connected with vibrator, the inner wall of vibrator is fixedly connected with elastic plate, the inside slide coupling of elastic plate has the slide board, the lower extreme of slide board is equipped with electromagnetic vibration mechanism, the upper end of slide board is hinged and has the unloading slot, one end of unloading slot is fixedly connected with the material box, and the lower surface of one end of unloading slot is hinged and has the support elastic plate, and the lower extreme of support elastic plate is fixedly connected with one side surface of vibrator, and the upper surface of one end of unloading slot is equipped with the material cylinder, and both ends of material cylinder are equipped with the support subassembly, and the lateral surface of material cylinder is equipped with the feed inlet, and the outside fixed connection of feed inlet has sieve plate, and the inside surface symmetry fixed connection of feed inlet has inclined baffle. Solve the problem that traditional vibration unloader simple structure function is relatively single, can therefore when using to the screening treatment of larger granule in traditional chinese medicinal powder, avoid the influence granule production quality when making granule subsequently.

The present invention relates to a damper for a vibration machine, in particular for a vibrating conveyor for conveying bulk material and / or for a screening machine for screening bulk material, having a compensation system for compensating vibration forces generated by a vibrating mass. According to the invention, the compensation system has at least one spring with modifiable spring hardness.

This invention discloses a uniform powder conveying device, relating to the field of powder conveying technology. It includes: a main frame, on which a feeding hopper, a homogenizing pipe, a vibrating plate, and a vibrator are mounted. The inlet of the homogenizing pipe is connected to the outlet of the feeding hopper, and the outlet of the homogenizing pipe is located directly above the vibrating plate. The vibrator drives the vibrating plate to vibrate. A material distribution layer is provided inside the homogenizing pipe, comprising several material distribution plates. In use, the internal structure design of the homogenizing pipe ensures that the material is uniformly conveyed to the vibrating plate, and then uniformly conveyed by the vibration of the vibrating plate. This ensures a consistent powder flow thickness at the outlet, avoids powder agglomeration, solves the problem of uneven feeding in the calender, and improves the film-forming effect of the calender.

The application relates to the technical field of acoustic loudspeaker accessory processing, in particular to a vibration feeding, cutting and implanting equipment which solves the problems existing in the prior art, and comprises a machine box, a material disc feeding rack assembly, a camera assembly, a terminal carrying module assembly and a terminal carrying module assembly, the material disc feeding rack assembly and the terminal carrying module assembly are arranged on one side area of the machine box in an integrated mode to form a terminal lug feeding channel, the terminal carrying module assembly is arranged on the other side area of the machine box to form a terminal lug feeding channel, the two feeding channels are arranged in a left-right separation and physical isolation mode in space and converge at the end to the same mechanical hand taking area, the application realizes high-precision, high-efficiency and high-consistency feeding of the terminal lug and the terminal lug through visual closed loop orientation, dynamic posture correction, feeding-cutting linkage closed loop control and double-channel asynchronous parallel feeding mechanism, and the assembly yield and the changeover efficiency are obviously improved.

The utility model provides a kind of air jug automatic discharging device, it can overcome air jug sticking, direction random overturning and falling impact damage and other technical problems in production process, it includes vibration sequencing mechanism, directional material conveying mechanism and pneumatic posture adjusting mechanism, vibration sequencing mechanism includes the vibration disc of inclination arrangement, the width of the material inlet end of vibration disc is greater than the width of material outlet end, the length of the product detection sensor is matched in material inlet end with the width of material outlet end and cone air jug product;Directional material conveying mechanism includes at least one material conveying channel, and the material conveying channel is sequentially communicated by falling section, buffer section and horizontal conveying section;Pneumatic posture adjusting mechanism is arranged in falling section, and the posture of product is entered horizontal conveying section by the difference of the cross-sectional area of both ends of product with the directional airflow acting on cone air jug product.