1054 results about "Conveyor system" patented technology

A material removal system includes a collection conduit having a distal end that is positionable adjacent particulate material. A primary particle separator system connected to the collection conduit separates quantities of particulate material entrained in an air stream. A secondary particle separator system connected to an outlet of the primary particle separator system separates additional quantities of particulate material entrained in an air stream exiting the primary particle separator system. An air pump connected to an outlet of the secondary particle separator system creates an airflow through the collection conduit and the primary and secondary particle separator systems. A conveyor system operatively associated with material discharge ports of the primary and secondary particle separator systems collects separated particulate material from the material discharge ports of the primary and secondary particle separator systems and transports the separated particulate material to a material discharge end of the conveyor system.

Described is a system for conveying wet sand. The system includes containers with a slip coating for storing wet sand. Each container includes an outlet formed in a bottom portion to facilitate removal of the wet sand from the container to a hopper. Each hopper has end walls, side walls, and an interior wall extending at an angle from the top to the bottom of the hopper to reduce an area of the outlet. A flow gate over the outlet controls discharge of the wet sand from the hopper onto a conveyor belt of a conveyor system. The hopper also includes a vibration system coupled to its exterior surface for shaking the hopper to assist in releasing sand. A discharge assembly is located at the end of the conveyor system for directing wet sand from the conveyor belt.

The present invention relates to the technical field of compression molding production lines, and in particular relates to an automatic SMC-sheet compression molding production line, and an automatic material conveying method therefor. The automatic SMC-sheet compression molding production line sequentially comprises an infeed conveyor system, a molding machine and an outfeed conveyor system, wherein the infeed conveyor system comprises a peeling and clamping mechanism, a feeding and cutting mechanism, a first lifting platform, a rotary transfer table, a second lifting platform and a mobile feeding trolley, which are sequentially arranged, and the outfeed conveyor system comprises a gripping mechanism, a conveying platform and a transition platform, which unload and output compression-molded products. By means of the automatic SMC-sheet compression molding production line and the automatic material conveying method therefor in the present invention, an automatic production process for SMC sheets, which involves unfolding, peeling, flattening, cutting, quantitative weighing, feeding and outputting, can be realized, thereby improving the production efficiency, and reducing the labor intensity.

A transfer station for compacting a flow of goods in an overhead conveyor system includes a first conveyor rail, a second conveyor rail, and a plurality of conveyor containers, each container of which is loaded with at least one good and is displaceable along the first conveyor rail. An unloading unit is arranged along the first conveyor rail for automatically unloading the at least one goods from the plurality of conveyor containers. At least one collecting conveyor container is configured to receive the at least one goods and is displaceable along the second conveyor rail.

The present invention discloses automated soft capsule production equipment and a speed regulation method, relating to the field of food and pharmaceutical equipment manufacturing, and is designed to achieve automated soft capsule production. The automated soft capsule production equipment includes an electronic control system, a liquid infusion system, a gelatin strip conveyor system, and a soft capsule pressing and molding system. The electronic control system is connected to the liquid infusion system, the gelatin strip conveyor system, and the soft capsule pressing and molding system, respectively. The gelatin strip conveyor system includes a thickness sensor for measuring the thickness of the conveyed gelatin strip and transmitting a measurement signal to the electronic control system. The gelatin strip conveyor system also includes an angle sensor assembly for measuring the tightness of the conveyed gelatin strip and transmitting a measurement signal to the electronic control system. The electronic control system receives and processes the measurement signal and transmits a control signal to a motor in the gelatin strip conveyor system to adjust the thickness or tightness of the gelatin strip. The liquid infusion system automatically closes and opens the infusion switch via the electronic control system, and the soft capsule pressing and molding system automatically controls the mold compression or release via the electronic control system.

A conveyor system and drive element for same include a chain including a plurality of links that hinge with respect to each other and a plurality of moving elements such as balls that freely move in the links. A drive element drives the chain in a conveying direction and includes an elongated body with a surface that has a plurality of planar facets arranged around the longitudinal axis of the body. The facets extend along the body and engage respective links of the chain as the body is rotated to drive the chain. Relief elements are located in each facet and are configured for receiving the moving elements of the chain links engaging the facets so the links lie generally flat on the facets when the chain is driven. Other versions of the drive element are faceted for driving a chain with links but without relief elements.

A conveyor system includes a conveyor frame having a frame base and a pair of parallel frame sidewalls. Each sidewall extend from a top side of the base to a distal end defining a plurality of sockets. The sockets include a socket bearing configured to support a corresponding roller shaft and a lip element extending across the opening at the distal end. In some examples, the conveyor frame includes at least one end coupler attached at an end of the conveyor frame. In some configurations, the conveyor frame includes a plurality of frame segments each defining a portion of a length of the conveyor frame.

The invention discloses a predictive maintenance algorithm for transmission equipment, and relates to the technical field of maintenance of the transmission equipment, in particular to a roller conveying system applied to flexible materials, which is characterized by comprising the following steps: S1, arranging position triggers at key transition nodes of a roller conveyor for acquiring timestamps of the materials passing through detection points in real time, generating a unique number and a corresponding time sequence relationship for each material; and S2, standard material passing time is calculated based on the theoretical beat period, the difference between the actual time and the standard period is calculated, and a beat offset set is constructed to reflect the conveying beat deviation of the materials between the adjacent detection points. According to the method, early warning and intelligent regulation and control of flexible material conveying rhythm imbalance are achieved through rhythm offset modeling, abnormal aggregation recognition and root cause diagnosis, compression bandwidth and driving time delay are dynamically adjusted when the imbalance risk occurs, the accumulation risk is effectively relieved, and the system stability, the automation level and the operation efficiency are improved.

A conveyor system and method for controlling the same. The conveyor system includes: at least one moving element; a track including: a straight track section with a first mechanism for moving the moving element; and a curved track section connected to the straight track section including a second mechanism for moving the moving element; and a controller configured to control a speed of the moving element as the moving element moves from the straight track section to the curved track section and vice versa such that a velocity profile of the moving element includes a sinusoidal portion to provide a transition from straight to rotary motion or from rotary to straight motion having a linear position profile. In the method, the controller controls at least one of the first mechanism and the second mechanism to move the moving element according to the velocity profile including the sinusoidal portion.

Disclosed is an image acquisition system configured as a module. This is designed to be retrofittable and can be assigned to a conveyor system for agricultural products (e.g., potatoes). The agricultural products can be analyzed using the image acquisition system. Based on the analysis, the image acquisition system generates control data for a sorting machine, which can be used to sort out agricultural products as needed. The sorting machine can also be designed as a retrofittable module. Furthermore, a set comprising an image acquisition system and various sorting systems can be provided.

Stop device (1) for a conveyor system (40) where objects (43) are conveyed on a conveyor (41), where the stop device (1) comprises a housing (2), an actuator element (3) having a stop surface (12), and an electric motor (4) operably connected to the actuator element (3) such that the electric motor (4) can control the position of the actuator element (3), where the stop device comprises a stop position (20) in which the stop device (1) will hold an object (43) in a fixed position by the stop surface (12), and a bypass position (22) in which the stop surface (12) is positioned outside of a contact plane (42; 96) of the object (43) such that the object (43) can pass the stop device (1), where the actuator element (3) is provided with a braking surface (13), where the stop device (1) comprises a braking position (21) in which the braking surface (13) is positioned in the contact plane (42; 96) such that the object (43) will bear against the braking surface (13) and such that the speed of an object (43) will slow down from a first speed to a standstill, and where the electric motor (4) can move the actuator element (3) between the stop position (20), the braking position (21) and the bypass position (22). The advantage of the invention is that a reliable and cost-effective stop device comprising a brake function for an object such as a product or a pallet conveyed in a conveyor system is provided. The application also includes a conveyor system comprising a stop device.

A vehicle and conveyor system for simultaneously transporting workpieces and workers, wherein the vehicle has a workpiece receptacle, an assembly platform accessible to workers, its own drive which is designed to drive the vehicle independently of other vehicles of the conveyor system, a contactless route sensor for navigating the vehicle and a control apparatus for controlling the drive, inter alia on the basis of a signal from the route sensor. The vehicle may have a contactless platform sensor for monitoring the assembly platform, wherein the platform sensor is designed to at least temporarily alternatively take over the monitoring of the travel situation of the vehicle or to at least temporarily additionally support the monitoring of the travel situation of the vehicle. A conveyor system having two such vehicles and to a corresponding method is also provided.

The invention discloses a suspension type conveyor system for packaging carton production, and particularly relates to the technical field of suspension type conveyors, the suspension type conveyor system comprises a guide rail which comprises inclined parts distributed at the two ends of a horizontal part; the load sliding frame is arranged on the guide rail in a sliding mode and conveyed through a chain, and at least two clamping jaws which move relatively are movably installed on the load sliding frame; hanging plates are symmetrically and fixedly mounted at the top of the lifting appliance, and a rail groove is formed between the two hanging plates. According to the suspension type conveyor system provided by the invention, when unloading and loading are carried out along the horizontal part and the inclined part on the guide rail through the load sliding frame, the two clamping jaws which move relatively are matched, and then when a lifting appliance hoisted on the load sliding frame carries out unloading, the two clamping jaws are separated from the clamping grooves to complete rapid unloading; and meanwhile, the two clamping jaws are embedded into the clamping grooves in the other lifting appliance again so that unloading and loading operation of the lifting appliances can be rapidly completed, and then the conveying and transferring efficiency of the packaging cartons is improved.

The utility model provides a commutation stator module and a magnetic drive conveying system. The commutation stator module comprises a pedestal; the stator body is fixed on the base; the commutation armature winding is arranged on the stator body, and the commutation armature winding comprises a first commutation winding extending along a first direction and a second commutation winding extending along a second direction; the limiting assembly is arranged on the base, the limiting assembly comprises a limiting piece and a driving piece, the driving piece drives the limiting piece to ascend and descend, so that the limiting piece is switched between a receding position and a guiding position, the rotor module enters and exits when the limiting piece is located at the receding position, and the rotor module enters and exits when the limiting piece is located at the guiding position. When the limiting piece is located at the guiding position, the rotor module is limited and guided; a receding space is formed between the stator body and the base, and the driving parts are arranged in the receding space. In this way, the conveying direction can be changed without occupying extra space, and the conveying efficiency is high.

A transfer conveying system for board edge sealing and surface changing relates to the technical field of board workshop conveying and comprises an edge sealing conveying assembly, a surface changing conveying assembly, a transfer distribution assembly and a rotary conveying assembly. The edge sealing conveying assembly comprises an outer conveying frame and an inner conveying frame which are arranged in parallel, the outer conveying frame and the inner conveying frame longitudinally extend, the tail ends of the outer conveying frame and the inner conveying frame are bent to the transverse direction, a plurality of longitudinal conveying rollers are rotationally installed on the longitudinal extending parts of the outer conveying frame and the inner conveying frame, and a plurality of transverse conveying rollers are rotationally installed on the transverse extending parts of the outer conveying frame and the inner conveying frame; a plurality of transition rotating rollers are rotationally mounted at the bent parts of the outer conveying frame and the inner conveying frame; the edge sealing conveying assembly further comprises a horizontally-arranged guide wheel, and a plurality of centrosymmetric steering guide rollers are rotationally installed on the lower surface of the guide wheel. The problems of process discretization, manual operation, low positioning precision, layout fragmentation and the like which exist for a long time in the workshop processing and conveying process of furniture manufacturing wood boards in the prior art are solved.

A sorting conveyor system sorting parcels into volume-adjustable containers with movable floors and an associated method for adjusting the depth of the container's interior volume. The containers are mounted on carts and have movable floors that are raised and lowered to decrease and increase the depth of the container's interior volume below an upper rim as a function of the load of parcels in the container.

A multi-directional or omni-roller for a conveyor system includes a first transport surface portion formed by a cylindrical roller body, and a second transport surface portion formed by multi-directional wheels. The wheels have a main body that is rotatable about a longitudinal axis of the roller, and a set of secondary wheels around an outer circumference of the main body. The secondary wheels rotate perpendicular relative to the rotation of the roller, and permit articles or drive belts to travel over the roller in a conveyance direction in a driven manner and permit articles to move laterally across the second transport surface portion without transferring lateral forces to a conveyor frame. For skew roller beds, a drive belt may drive the roller about the secondary wheels, substantially without lateral forces being transferred or introduced to the drive belt.

X-ray systems, including apparatus, methods, and medium-encoded computer program products, to obtain computed tomography scan data (e.g., for limited angle computed tomography) include: a stationary X-ray source; and at least one detector configured to obtain limited angle computed tomography scan data of an object, the limited angle computed tomography scan data including projections of the X-rays after interaction with the object having been moved through an angular range with respect to at least one straight line between the stationary X-ray source and the at least one detector, and a conveyor system moves the object in a product handling line, a component of the conveyor system rotates the object around an axis that is normal or oblique to a travel direction of the conveyor system, and the scan data includes the projections of the X-rays after the interaction with the object having been rotated through the angular range around the axis.

The invention provides a hanging conveying system which comprises a track, a workstation is arranged on the side portion of the track, a trolley with self-driving force is arranged on the track, the trolley walks on the track, and the trolley is used for hanging a carrier. The track comprises a plurality of sub-tracks, the work stations are arranged on the side portions of the sub-tracks, and the work stations and the corresponding sub-tracks form work station modules. A fork road is formed between the sub-rails of the work station module, a rail switching mechanism is arranged at the fork road, and the rail switching mechanism is rotatably arranged at the fork road and used for transferring the trolley on one sub-rail to the other sub-rail through rail transfer switching. The trolley has self-driving force, forks are formed between the sub-rails, the carrier can be rapidly conveyed from one work station module to another work station module, the situation that the carrier must be conveyed on a loop line like a traditional hanging conveying system is avoided, and the conveying efficiency is improved.

The invention discloses a disc conveyor belt system tracking method, and relates to the technical field of industrial automation control, and the method comprises the steps: carrying out the real-time counting of the rotation of a disc through an incremental encoder, initializing the data of the encoder, and calculating the increment of the encoder after the rotation of a circle; establishing a robot user coordinate system taking the center of the disc as an original point, and determining the coordinate system and a rotation direction through a three-point method; four key point positions are selected on the outer edge of the disc and serve as an earliest initial synchronization point, a latest initial synchronization point, a synchronization end point and a working area end point respectively; an object trigger point is arranged, and a photoelectric sensor is arranged at the trigger point, so that real-time detection of the object entering a tracking area is realized; starting disc rotation and object putting, and after an object enters a tracking queue, calculating a real-time rotation angle of the object and a position of the object in a robot coordinate system according to encoder data and key point teaching information; when the object is in the preset angle interval, the state of the object is updated and a signal is output through the control system.

An automated wall frame assembly system for use in assembling a wall frame includes an advancer assembly including a conveyor system configured to transport first frame members along an assembly axis to an output of the conveyor system. A frame unit is disposed generally at the output of the conveyor system and is configured to receive the first frame members from the conveyor system and attach a second frame member to the first frame members. A gantry assembly is disposed above the advancer assembly. The gantry assembly includes a gantry frame and at least one gantry tool movably attached to the gantry frame. The gantry tool is operable to deliver the second frame member to the advancer assembly from a location above the advancer assembly for being attached to the first frame members.

A system for automatically sorting and dispensing packages includes a first conveyor system, a gate assembly with a plurality of chutes, a second conveyor system that receives a plurality of packages selectively dispensed from the gate assembly, a sensor that senses a characteristic of the plurality of packages, an electronic controller, a vibration system that includes a vibrator plate and a vibrator motor, and a sensor system that includes sensor system sensors configured to communicate with the vibrator motor. The plurality of chutes each include a gate moveable between a first position, in which a group of packages are held within the respective chute, and a second position, in which the group of packages are released from the respective chute onto the second conveyor system.

The invention relates to the technical field of material conveying, in particular to automatic discharging equipment for a power and free chain conveying system, which comprises a guide rail, a plurality of tray assemblies, a transmission chain and an automatic clamping jaw, the plurality of tray assemblies are slidably arranged on the guide rail, the transmission chain is arranged on the guide rail in a transmission manner, and the transmission chain can rotate around the guide rail in the circumferential direction; and a first matching form and a second matching form are arranged between the tray assembly and the transmission chain. The tray assembly is arranged, the tray assembly comprises the vehicle frame, the side rods, the rolling wheels and the exchange units, after the tray assembly moves to a power and free interval, the positions of the rolling wheels on the side rods are exchanged through the exchange units, and therefore the equipment structure is optimized; loading force borne by the frame is balanced, the abrasion degree difference of the rollers on the left side and the right side of the frame is prevented from being increased, and the service life of the tray assembly is prolonged.

The invention provides a belt conveyor control method based on a generalized UK theory, and relates to the technical field of belt conveyor control, and the method specifically comprises the following steps: building a belt conveyor system dynamic model considering equality and inequality constraints at the same time; state conversion is carried out based on the differential homeomorphic theory, and the original state of the system speed of the belt conveyor is converted into a new state by limiting an integral difference value; taking the speed of a control target as a constraint, and providing a robust control design in combination with a kinetic model; and carrying out simulation on the belt conveyor system, and carrying out robust control verification. According to the technical scheme, the problem that a conveyor system cannot be controlled to be stably started in the prior art is solved.

The invention relates to a conveying device, a catheter assembly comprises an inner core tube and an outer sheath tube, the inner core tube is movably assembled in a sheath tube inner cavity of the outer sheath tube, a restraining shaft cavity is formed between the outer wall of the inner core tube and the inner wall of the outer sheath tube and used for restraining a stent graft, and an adjusting assembly comprises an adjusting wire body. The adjusting line body is movably arranged in a collecting shaft cavity between the inner core tube and the outer sheath tube in a penetrating mode and used for being detachably connected with the far-end area of the small bent side of the stent graft. And an operator pulls the adjusting wire body outside the living body to adjust the position of the far-end area of the small bent side of the stent graft. In the adjusting process, the large bent side of the stent graft keeps still, the small bent side of the stent graft deviates towards the near end by a certain angle, an operator can judge whether the small bent side of the stent graft is adjusted to the expected form or not through auxiliary means such as DSA radiography, and finally the far-end area of the small bent side of the stent graft forms a good adherence effect. And the'beak 'phenomenon is solved.

The invention provides a chicken slaughtering and processing device with a screening function and a processing method and device thereof, and relates to the technical field of food processing.The chicken slaughtering and processing device comprises a suspension conveying system, an online detection station, a central control unit and a cutting and sorting system.The online detection station integrates a sensor to collect multi-dimensional quality data of chicken carcasses bound with RFID tags; the central control unit carries out comprehensive quality rating based on the data and generates a three-dimensional space cutting path for each chicken carcass, and the cutting and sorting system carries out real-time path calibration and executes high-precision self-adaptive segmentation according to rating results and path instructions and by utilizing an integrated visual sensor, so that the cutting and sorting system is used for cutting the chicken carcasses. According to the method, the problems of disjunction of quality detection and segmentation processing, single grading dimension and rigidity of automatic cutting in the prior art are solved, intelligent and refined processing of one chicken with one strategy is realized, and the product yield, the quality sorting precision and the additional value are remarkably improved.

A gearless conveyor drive for driving a conveyor belt of a conveyor system is described. The gearless conveyor drive includes a rotor assembly comprising a substantially tubular barrel (4) having a radially outer surface (4a) adapted to contact the conveyor belt, and a rotor core (8) mechanically mounted to a radially inner surface (4b) of the barrel (4). A plurality of axially-extending passages (18) is provided between the radially inner surface (4b) of the barrel (4) and a radially outer surface (8b) of the rotor core (8) and adapted to receive cooling air for cooling the rotor assembly (2).

A harvester for removing cannabis flower from stalks includes a blade follower iris that adjusts the size of the flower-stripping opening to correspond to the diameter of the stalk. The size of the opening may be controlled by centrifugal and spring forces that cause the iris to open and close. In addition, an improved stalk-pulling belt drive conveyor system utilizes two relatively floating, releasably coupled belt systems to pinch and pull the stalk through the blade follower iris.

A container assembly processing system is disclosed that includes a container lifting assembly for lifting a container vertically from a carrier on a conveyor system.

The invention relates to the field of conveyor state monitoring, and discloses a conveyor running state monitoring system based on edge calculation, which is used for running state monitoring and fault early warning of an industrial conveyor system. The conveyor operation state monitoring system based on edge calculation comprises a sensing module, a prediction module, an identification module, a decision module and an optimization module. The sensing module constructs a virtual sensing field by deploying a multi-physical-quantity sensor, and continuous field description of the running state of the conveyor is established; the prediction module performs multi-state parallel deduction based on a quantum superposition principle to generate a prediction result; the identification module uses a biological field resonance principle to realize abnormity identification and fault positioning; the decision module generates a control strategy according to the abnormity severity and the resource state; and the optimization module forms a closed-loop system by adjusting resources. Accurate monitoring, early warning and intelligent decision making of the running state of the conveyor are achieved, and the reliability and efficiency of equipment monitoring are improved.