144results about "Rotary conveyors" patented technology

This utility model belongs to the technical field of material conveying equipment, and relates to a highly stable solid material feeding valve, including a valve body, a rotor, and a frequency converter drive assembly. The valve body has an inlet and an outlet at its upper and lower ends, respectively. The rotor is rotatably mounted inside the valve body and includes a central shaft and multiple V-shaped blades spaced apart along the outer circumference of the central shaft. The opening direction of the V-shaped blades is consistent with the rotation direction of the rotor, and a wedge-shaped plate is provided in the feeding groove formed between adjacent V-shaped blades. The frequency converter drive assembly is used to drive the rotor to rotate, and a direct connecting rod is provided between the frequency converter drive assembly and the valve body. This utility model realizes continuous material conveying, improves the reliability and stability of valve operation, reduces abnormal phenomena such as vibration and jamming during material conveying, and enables continuous conveying of bulk solid materials to designated areas for use by downstream equipment, meeting the requirements for safe, efficient, stable, and reliable solid material conveying.

Container processing equipment, particularly for processing of food / beverage cans requires filling and sealing. A can seaming system may include interchangeable seaming chucks. A seaming system may be calibrated by sensing a relative position between a seaming spindle and a seaming roller. Conveyor systems may move container axes along a conveyor path irrespective of container size. Conveyors may include container bearers that are mounted for rotational motion allowing containers to enter and / or exit the conveyor. In beverage packaging, inert gas and beverage may be introduced into a container through a single fill conduit. A fill system may include a moving fill conduit arranged to deliver beverage to a lower region of the container. A closure system may include bulk and intermediate closure holders, for feeding closures to a closure head.

The utility model relates to a bottle body conveying related technical field especially relates to a bottle body conveying device, include: the base top fixed setting has the carousel, and is driven to rotate by the motor inside the base, guardrail sets up in the outside of carousel, and the bottom with the top fixed connection of base, is provided with adjusting assembly on the guardrail, and adjusting assembly includes: the vertical rod fixed setting is in the outside wall of guardrail, horizontal pole both ends with vertical rod fixed connection, connecting rod is penetrated by horizontal pole, and with horizontal pole fixed connection, arc plate fixed setting is in the bottom of connecting rod, the groove is opened in the top of arc plate, the baffle inserts the inside of groove, the adjusting assembly in this conveying device can realize the connection of arc plate and baffle through the groove, can control the length that baffle stretches out from arc plate inside through the control convex strip and the different groove position of groove inserts, can adjust to the diameter of different milk bottle, compares the existing fixed design adjustment and is more convenient.

This utility model relates to the technical field of nuclear fuel element production equipment in the nuclear industry, and discloses a fluidized bed and gas distributor temporary storage device, including a device shell. The front of the device shell is provided with a door panel assembly. The interior of the device shell is provided with a turntable assembly and a clamping mechanism. The turntable assembly has multiple cylindrical temporary storage fixtures spaced circumferentially. The cylindrical temporary storage fixtures are used to place the fluidized bed and gas distributor. The internal limiting height of the cylindrical temporary storage fixtures is higher than the height of the gas distributor. The cylindrical temporary storage fixture located at the feeding station is a feeding fixture. The cylindrical temporary storage fixtures have arc-shaped openings on both sides that communicate with the interior. The fluidized bed and gas distributor temporary storage device provided by this utility model solves the problem of how to conveniently store and separate fluidized bed and gas distributor.

The utility model relates to the technical field of hub production, concretely to a kind of multi-station automatic switching device of hub production conveying line, including base and switching device, the surface of base is equipped with transmission line, processing hub is placed on the surface of transmission line, switching device is set on the surface of base, and switching device includes motor, motor is fixedly connected with base, the driving end of motor is fixedly connected with driving disc, the surface of driving disc is fixedly connected with material plate, material plate is set on the upper surface of base, transmission line corresponds with material plate, the surface of material plate is fixedly connected with mounting plate, the side of mounting plate is fixedly connected with air pump, the driving end of air pump is through mounting plate and fixedly connected with telescopic link, the utility model, it is convenient to flexibly switch production line station according to processing needs, increase the processing efficiency of equipment, reduce the time wasted when equipment switches processing station, improve the stability of equipment, reduce processing step and time.

The utility model discloses a conveying frame for large -scale ceramic production, including rotating platform, the top of rotating disc is fixedly connected with connecting rod at even intervals, the top fixed connection of connecting rod has circular transport frame, the top of circular transport frame is evenly passed and is equipped with the notched opening of the opening upward of interval, the inside slide connection of notched opening has the sliding block, the inside of sliding block is passed and is equipped with the screw rod of thread connection, the end face fixed connection of screw rod near sliding block one end has the bevel gear, the below of bevel gear is provided with the bevel hollow gear, the top fixed connection of sliding block has the locating rod, and the inner wall rotation is connected with the locating wheel of locating rod top end. This conveying frame for large -scale ceramic production can adjust the position of locating wheel, so that the locating wheel can limit the position of mould, prevent the position of mould from appearing deviation, and further make the mould can be located the just below of pressing device, further make the mould of pressing device can be matched with the mould above circular transport frame, thereby make the probability of mould being crushed reduce.

The utility model belongs to elbow center drive technical field, specifically is a kind of elbow seamless 3PE production line center drive device, including rotary chassis;Rotary chassis outside wall rotation cooperation has rotary cylinder;Rotary cylinder outside wall is fixed with force assembly;Rotary chassis top is equipped with driving assembly;Driving assembly output end is equipped with rotating assembly;Rotating assembly side wall is fixed with rotary cylinder;Rotating assembly and rotary chassis middle part are rotation cooperation;Through the setting of force assembly, rotating assembly can be used, rotary cylinder is driven to rotate, through the setting of force assembly, the clamping equipment and bending arm of installation can be used, and elbow PE is moved along the center of circle on conveyer, it is convenient for worker to process it, and the moving portable effect of elbow seamless PE production line center drive device is strengthened.

The utility model discloses a novel push wheel linkage feeding mechanism belongs to the technical field of automation equipment, including fixed plate, feeding box, rotary feeding unit, X axis feeding unit, Y axis feeding unit and push unit, and fixed plate horizontal arrangement is installed in the top of fixed plate, and rotary feeding unit is installed in the top of fixed plate, and sets up at the back of feeding box, and X axis feeding unit is installed in the top of fixed plate, and Y axis feeding unit is installed in the top of fixed plate, and sets up at the front of feeding box, and push unit is installed in the top of fixed plate, and sets up at the front of rotary feeding unit. The utility model discloses through the innovation mechanical linkage and sensing control, realized low -cost, high -efficient, high reliability's automation feeding, especially applicable to the quick sorting and the turning scene of small -size material, and the power manufacturing industry reduces the benefit of benefit.

The present invention particularly relates to a device (10) for conveying an object (12). The device (10) has a plurality of magnetic segments (36) arranged side by side on a closed path curve. The device (10) has a plurality of power units (38), each power unit having an object holder (44) for holding the object (12) and a magnetic unit (40) for magnetically interacting with the plurality of magnetic segments (36) to drive the corresponding power unit (38). The magnetic units (40) are each arranged on the outer side relative to the closed path curve to move on a cyclic drive path (A). The object holders (44) are each configured to convey the held object (12) on a conveying path (T) located inside the cyclic drive path (A).

The present invention relates, in particular, to a device (10) for transporting an object (12). [Solution] The device (10) has a plurality of magnetic force segments (36) arranged side by side on a closed path curve. The device (10) has a plurality of moving devices (38), each moving device having an object holder (44) for holding an object (12) and a magnetic force unit (40) for magnetic interaction with the plurality of magnetic force segments (36) to drive the respective moving device (38). The magnetic force units (40) are each positioned outward relative to the closed path curve in order to move along a circulating drive path (A). The object holders (44) are each positioned to transport the held object (12) on a transport path (T) inside the circulating drive path (A).

The present disclosure relates to a transport system (100) for transporting carriers (200a, 200b, 200c, 200d, 200b, 200f), wherein the system (100) comprises a first transport device (123), being configured to transport carriers (200a, 200b) along a first path (10) at a given first velocity (v1); a second transport device (102) comprising at least one recess configured to receive a carrier (200a, 200b, 200c, 200d, 200e, 200f), and configured to move the at least one recess (111) along a second path (20) at a given second velocity (v2); a transferring region (150) for transferring carrier (200a, 200b) from the first transport device (123) to the second transport device (102); and a mechanically passive gate mechanism (125), configured, during operation of the transport system (100) and under given conditions, to mechanically interrupt at least temporarily a movement of a first carrier (200a) moving with the given first velocity (v1) along the first path (10).

This utility model relates to the field of municipal sanitation technology and discloses a high-efficiency automatic feeding device for a brake pad powder coating line. It includes a housing, a push handle connected to the surface of the housing, a mounting base connected to the top of the housing, a rotating platform rotatably mounted on the top of the mounting base, multiple feeding mechanisms connected to the bottom of the rotating platform, and multiple material racks and a feeding platform connected to the top of the rotating platform. This utility model, through the arrangement of multiple material racks, can effectively increase the storage capacity to meet the continuous use of the production line. A rotary cylinder can drive the horizontal plate to rotate, and in conjunction with the drive cylinder, the gripping and unloading angles and positions of the feeding mechanism can be precisely adjusted to ensure standardized feeding positions. The feeding mechanism ensures that the gripping position of the brake pads is always consistent, reducing the working stroke of the unloading cylinder. The overall feeding is automated, reducing manpower consumption and improving production efficiency.

This utility model discloses a material conveying system, comprising: an empty tray conveyor line for conveying trays; a first conveying mechanism, including: a first conveying unit; a first moving mechanism connected to the first conveying unit for moving the first conveying unit along a first direction and a height direction to transfer used empty trays at the supply position to the empty tray conveyor line; and a second conveying mechanism, including: a second conveying unit; and a second moving and rotating mechanism connected to the second conveying unit for moving the second conveying unit along a second direction and a height direction, and rotating it along the Z-axis to transfer and position the empty trays at the empty tray conveyor line above the trays at the use position. This utility model proposes a novel material conveying system that can directly convey and transfer empty trays used at the supply position to the discharge position, realizing the automatic transfer and utilization of empty trays.

The utility model discloses a tray jacking slewing conveying equipment relates to logistics conveying system technical field, including first conveying mechanism, jacking slewing mechanism and second conveying mechanism, the second conveying mechanism sets up on jacking slewing mechanism, and rotates with jacking slewing mechanism elevating, second conveying mechanism and jacking slewing mechanism set up in first conveying mechanism, and tray is equipped with the first side and second side of perpendicular, jacking slewing mechanism is used to rotate tray from first side conveying state to second side conveying state to it, and jacking slewing mechanism is used for rotating tray from second side conveying state to first side conveying state to tray from second conveying mechanism jacking to first conveying mechanism on, or, jacking slewing mechanism is used for rotating tray from second side conveying state to first side conveying state to tray from second conveying mechanism jacking to first conveying mechanism on. The utility model can jacking slewing convey multiple specifications of tray, has met the use demand to different size tray, has improved adaptability.

The application discloses a double-rotation sample loading mechanism, which comprises a first bearing part, a second bearing part, a first driving part and a second driving part.The first bearing part is used for bearing a specimen tube and is rotatably arranged to drive the specimen tube to rotate to a first position.The second bearing part is used for placing a blood collection tube and the specimen tube and is rotatably arranged to drive the specimen tube to move to a second position close to the first position, so as to facilitate the transfer of the specimen tube between the first position and the second position to realize loading.The first driving part is used for driving the first bearing part to rotate, and the second driving part is used for driving the second bearing part to rotate.The first bearing part and the second bearing part can be independently rotated, and the specimen tube and the blood collection tube to be operated can be quickly transported to the adjacent first position and second position in cooperation, so that the moving path of the mechanical arm for sample transfer and the waiting time are greatly shortened, and the overall efficiency and flux of automatic loading are significantly improved.

This utility model discloses an intelligent cooling rotary valve, relating to the field of rotary valve technology. Its key technical features include a circulating cooling valve body connected to a condenser; a feeding impeller movably mounted inside the circulating cooling valve body; a positioning sealing cover screwed onto the right end of the circulating cooling valve body; an impeller rotation drive mechanism screwed onto the left end of the circulating cooling valve body; and a feed pipe fixedly connected to the upper middle of the circulating cooling valve body. The technical advantage is that the cooling medium from the condenser can be delivered to the circulating cooling valve body, effectively cooling its temperature. The circulating cooling valve body effectively reduces the temperature generated by the rotating feeding impeller, preventing expansion caused by excessive temperature. Furthermore, it avoids jamming during impeller rotation.

The utility model relates to the technical field of paper cover processing, especially a multi-disc paper cover machine, which comprises rotatable rotating part one, rotating part two and rotating part three, wherein rotating part one is provided with placing part one, rotating part two is provided with placing part two, and rotating part three is provided with placing part three; the placing part two is provided with a hole, one placing part two corresponds to the blanking position of rotating part one, a blanking rod is arranged below the hole of the placing part two, the other placing part two corresponds to the feeding position of rotating part three, and a push rod is arranged below the hole of the placing part two; a conveying belt assembly is arranged below the blanking position of rotating part three. Thus, the finished paper cover is moved to rotating part three by the push rod, then moved to above the conveying belt assembly through the rotation of rotating part three, and then dropped and transported to the rear by the conveying belt assembly, so that the paper cover can be observed or detected during transportation, and direct horizontal movement can shorten the time.

The utility model discloses a wafer thickness detection device, including feeding storage mechanism, feeding transfer mechanism, detection mechanism, unloading transfer mechanism and unloading storage mechanism, feeding storage mechanism, detection mechanism and unloading storage mechanism are sequentially arranged along the unloading direction of wafer thickness detection device, feeding transfer mechanism is located between feeding storage mechanism and detection mechanism, and unloading transfer mechanism is located between detection mechanism and unloading storage mechanism, and the detection mechanism includes carousel and thickness detector, carousel rotation is arranged, and the top edge of carousel is circumferentially distributed with multiple detection sites, and the inside of detection site is provided with the hole for avoiding, and the maximum setting has 5, and a thickness detector is correspondingly set up in the outside of a detection site, and the detection end of thickness detector is towards the hole for avoiding of corresponding detection site. The wafer thickness detection device provided in the scheme is favorable to balance equipment cost and improve the measurement efficiency of wafer thickness.

The utility model provides a bottle lid film sticking machine's press limit structure relates to bottle lid processing technical field, including rotating platform and a plurality of press limit structures, the press limit structure surrounds rotating platform top near the place of outer circle and sets up, the press limit structure includes putting cap support column and guide cylinder, the putting cap support column is centrally installed in the guide cylinder, the putting cap support column top end is installed with the support pad, the putting cap support column bottom is installed with the telescopic portion, the telescopic portion sliding connection is in the base, the putting cap support column and base corresponding end face surround telescopic portion and be equipped with first spring spare, the utility model discloses a bottle lid film sticking machine's press limit structure passes through optimization design, has improved the convenience of bottle lid placement, has protected the bottle lid from damaging, has improved production efficiency, has guaranteed the stability and reliability of structure, and is easy to install and maintain.

This invention belongs to the field of parts casting and processing technology, specifically relating to a transfer production line and control method for automobile chassis steering knuckle production. It includes an input conveyor belt, an output conveyor belt, and a transfer and inspection mechanism. The steering knuckle is conveyed to the input end of the transfer and inspection mechanism via the input conveyor belt. A rotary positioning clamp holds the steering knuckle blank and rotates it to a vertical position. The steering knuckle blank is positioned by its own weight. The transfer and inspection mechanism also includes a detection sensor, which approaches the steering knuckle blank via a translation mechanism to complete the inspection. This invention also discloses a control method for the production line, enabling the steering knuckle blank to rotate relative to the rotary positioning clamp. When the rotary positioning clamp swings to a vertical position, the steering knuckle blank rotates, matching the position of the detection sensor. After inspection, the blank can be released by releasing the rotary positioning clamp, thus achieving continuous online inspection and adapting to the needs of mass production.

A drive system for a cutting and transfer apparatus includes a jackshaft; an anvil shaft coupled to a plurality of anvils; a puck wheel mounted to a drive shaft and including a plurality of pucks; an operator side having a first pulley mounted on a first end of the jackshaft, a second pulley mounted on an end of the anvil shaft, and an endless belt which surrounds the pulleys; and a non-operator side having a first pulley mounted on a second end of the jackshaft, a second pulley mounted on an end of the drive shaft, and an endless belt which surrounds the pulleys; a gearbox dividing the jackshaft into an operator side portion coupled to the first pulley of the operator side, and a non-operator side portion jackshaft coupled to the first pulley of the non-operator side; and a servo motor for driving the gearbox.

The utility model discloses knurling machine automatic feeding device, including the placement seat and the integrated board, the top of placement seat installs the integrated board, the top of placement seat one side of integrated board installs the air pump, the top of placement seat one side of air pump installs the bearing bracket, the top of bearing bracket installs the material bucket, the inside movable arrangement of material bucket has the material shifting disc, the bottom of material bucket installs the first servo motor, the output of first servo motor installs the drive shaft, and drive shaft is connected with the material shifting disc, the surface of material shifting disc is provided with the equal interval multiple groups of recess, be provided with the ejection rail on the lateral wall of material bucket, be provided with the integrated frame on the lateral wall of ejection rail. The utility model not only realized the automatic arrangement of metal sleeve and continuous input processing, facilitated the blowing cleaning of the granular impurities on the surface and inner wall of hollow sleeve, and improved the efficiency and quality of knurling processing.

This utility model discloses an aluminum-plastic cap inspection and unloading conveyor line, including a conveyor line, a turntable, an electric push rod, an L-shaped unloading plate, an L-shaped support plate, a connecting rod, a clamping block, a connecting plate, a positioning rod, a spring, and a rubber sleeve. The conveyor line and turntable are both mounted on a frame. The actuator of the electric push rod slides through the conveyor line and is fixedly connected to the L-shaped unloading plate. Two actuators are slidably mounted on the conveyor line support and the vertical surface of the L-shaped support plate. This unloading conveyor line allows for continuous, uninterrupted operation of the conveyor belt, avoiding the problem of frequent starts and stops affecting its service life. The L-shaped unloading plate and clamping block grip and unload the medicine bottles from the turntable onto the conveyor belt, preventing wear caused by sliding friction between the bottles and the conveyor belt, extending the operation and maintenance cycle of the conveyor belt, and thus improving production efficiency.

The invention provides an automated feeding device for robots and automatization means, comprising a frame (1) and a feeding surface (2) intended for parts (3) to be fed, the feeding surface (2) being coupled with rotation means for moving of the feeding surface (2) within the plane in which the parts (3) being fed are positioned, characterized in that it comprises at least a rotary brush (4) arranged for positioning of the parts (3) to be fed on the feeding surface (2), the feeding surface (2) comprising tufts of bristle (5) regularly spaced apart.

The utility model relates to the technical field of microwave digestion equipment, concretely is a kind of molybdenum ore microwave digestion appearance, the upper end of lower connecting disc is rotatably connected with carousel main body, the upper wall of carousel main body is equipped with multiple groups of movable passageway, the inner wall of movable passageway of each group is slidably connected with connecting sliding block main body, and one end opening of movable passageway is fixedly connected with fixed block, the upper wall of fixed block is fixedly connected with installation cylinder, installation cylinder is used to install digestion tank, one end of fixed block is rotatably connected with threaded rod, the outer wall of threaded rod is screw-connected with sliding block main body, after digestion operation ends, the digestion tank needed to be taken out is rotated to the export by carousel main body, servo motor is opened, threaded rod is rotated by servo motor, sliding block main body is moved in the inner wall of movable passageway, the digestion tank to be taken out is moved to the export by installation cylinder, it is extremely convenient to take out, avoid mutual collision.

A first aspect of the present disclosure is related to a transport system, comprising: - a first linear transport element, configured to transport carriers along a linear path, - a turntable, configured to transport carriers along a circular path, wherein the turntable comprises a rotatable disc comprising a plurality of recesses, each configured to hold a single carrier, wherein the first linear transport element and the turntable are positioned adjacent to each other to enable a transfer of a first carrier, the first carrier being transported on the first linear transport element, from the first linear transport element to a first recess of the rotatable disc, - a guiding element, configured to constrain an angular displacement of the first carrier about a longitudinal axis of the first carrier when the first carrier is transferred from the first linear transport element into the first recess of the rotatable disc.

This invention provides a wine bottle appearance quality defect detection system, belonging to the field of wine bottle inspection technology. It solves the problems of low efficiency, missed detections, and incorrect detections caused by manual inspection in existing technologies, as well as the difficulty in standardizing inspection standards. The system includes a feeding conveyor line and a bottle moving mechanism located on one side of the feeding conveyor line. The bottle moving mechanism is connected to a loading mechanism for clamping bottles onto the mechanism and a unloading mechanism for clamping bottles onto the feeding conveyor line. A visual inspection station is located on one side of the bottle moving mechanism. The loading mechanism transfers bottles from the feeding conveyor line to the bottle moving mechanism. The bottle moving mechanism then moves the bottles through the visual inspection station for appearance quality inspection. Finally, the unloading mechanism transfers the bottles from the bottle moving mechanism back to the feeding conveyor line for further transport. The entire inspection process is handled mechanically, replacing manual labor, standardizing inspections, and improving inspection efficiency and effectiveness.

A method to interlock two components (3, 4) of an automatic machine for manufacturing or packing consumer articles. The method comprises the steps of: manufacturing a first component (3) with a recess (6); manufacturing a second component (4) with a projection (7) reproducing the shape of the recess (6) through additive manufacturing; and joining the two components (3, 4) by inserting and locking the projection (7) of the second component (4) in the recess (6) of the first component (3). The projection (7) has a plurality of protuberances (11) configured to interfere with the recess (6), and the insertion of the projection (7) of the second component (4) into the recess (6) of the first component (3) causes the progressive deformation of all the protuberances (11).

The utility model relates to packing equipment technical field and disclose a kind of capping structure of filling beer, including support frame and baffle, the top of support frame is provided with chain conveyer belt, the middle part of support frame one side is fixedly installed motor, the output end of motor is connected with driving wheel by key drive, the outer wall of driving wheel is equipped with guide slot, the upper of driving wheel rotatably is provided with positioning disc.The capping structure of filling beer, by the cooperation rotation of positioning disc and driving wheel, and then can be moved to the below of bottle cap after wine bottle together with bottle cap moves to briquetting, by the shape of boss, guiding rod can be pushed down, and then by briquetting bottle cap is pressed on wine bottle, ensure that bottle position is accurate when capping, reduce the capping quality problem caused by positioning deviation, improve product pass rate, and by the circulation rotation between positioning disc and driving wheel, beer bottle can be automatically conveyed by chain conveyer belt.