Abstract: The invention relates to a printing apparatus for printing print objects, comprising a machine base body which has a width side and a longitudinal side and is designed to accommodate at least one print object, a guide device which is arranged above the machine base body and extends over the print object over the width of the machine base body, and a printing device which is designed to print the print object and is moveably arranged on the guide device over the width of the machine base body. The printing device comprises at least one first print head unit and a second print head unit, which can be independently moved relative to each other over the width of the machine base body on the guide device, wherein each print head unit has at least one print head which is designed to print the print object with at least one printing ink.

Abstract: A rotary feedthrough for a transport device having a rotary object carrier 3 with object carrier elements 6 arranged to be distributed around the circumference, on which carrier elements objects are placed which are transported on a circular movement path from work station to work station of a production facility. A transport device, a production facility for making products, and a method for transporting objects from work station to work station of a production facility are also described. The rotary feedthrough has a stationary component 19 having media inputs 20.1, 20.2, 20.3 for providing media for supplying actuator units 12.1, 12.2; 18.1, 18.2 of an object carrier element 6.1, 6.2. The rotary feedthrough has a plurality of components 24.1, 24.2, 24.3, 24.4 which are rotatable independently of one another about a common central axis 23 relative to the stationary component 19 and which each has media outputs 25.1, 25.2.

Abstract: A device for cutting sheet metal plates out of a sheet metal strip includes a laser cutting device moving back and forth in a transport direction of the sheet metal strip and a y-direction running perpendicular to the transport direction, a first conveyor belt having first end moving back and forth together with the laser cutting device in the transport direction, a second conveyor belt having a second end opposite the first end and moving back and forth in the transport direction. The first and second ends are moved such that a laser beam generated by the laser cutting device is directed towards a gap formed between the first and second ends and extending in the y-direction. In order to avoid adhesions to an underside of the sheet metal strip, at least one support strip and/or the dust discharge shaft is provided with a ventilation device for ventilating the gap.

Abstract: The present disclosure relates to systems, apparatuses, and methods for assembling cartridges for aerosol delivery devices. The cartridges may be assembled by transporting carriages between various substations at which parts are added to a base. In another assembly method, the base may be moved between a plurality of robots which direct the base downwardly into contact with components to couple the components therewith. An inspection system may inspect the cartridges at various stages of completion.

Abstract: A feeder component type determination method which determines combinations of a plurality of tape feeders and a plurality of component types of components which are stored in carrier tapes in a component mounting machine provided with a component supply device equipped, in a detachable manner, with the plurality of tape feeders each of which holds a carrier tape and sequentially supplies the components, and a component transfer device which sucks the component in a supply position and mounts the component to a printed circuit board, and the method includes measuring a positional precision for at least a portion of the tape feeders, determining the combinations of the tape feeders and the component types based on the positional precision of the tape feeders and at least one of component external dimensions which are determined according to the component type of the components and an allowable positional precision.

Abstract: The invention relates to a device for treating packaging means, particularly in the form of bottles and similar containers, comprising a conveying element that can be used to move the packaging means past at least one treatment module provided on at least one operating position, which module can be coupled to and decoupled from the treatment position, and mechanical coupling and/or centering means determining the position of the at least one treatment module after docking. The invention is characterized in that, in order to detect possible deviations of the treatment module coupled to the treatment machine from the target position, and/or to realign the coupled treatment module into the target position, at least one optical centering and adjusting means is provided, some of the functional elements of which are provided on the treatment module, and some are provided on the treatment machine.

Abstract: A conveyor apparatus for an assembly line having a number of assembly stations is provided. The conveyor apparatus has a guide realized to define a path of travel for an assembly station, an engaging unit for engaging an assembly station to the guide, and a driving unit for driving the engaging unit along the guide such that the assembly station is moved through successive stages of the assembly line. The assembly line is used for assembling a generator for a wind turbine.

Abstract: An apparatus for transporting a first workpiece assembly, the apparatus includes a pallet, a universal fixture and an adaptable fixture. The pallet has a rectangular base and support members fixed to opposite edges of the base. The universal fixture has a frame, a first and second support arms and three workpiece mounts. The support arms are fixed to opposite sides of the frame and are rotatably supported in the support members of the pallet. The adaptable fixture has a frame, three fixture mounts and three workpiece mounts. The fixture mounts are disposed on the bottom surface of the frame and aligned with the workpiece mounts of the universal fixture. The workpiece mounts of the adaptable fixture are disposed on the top surface of the frame and aligned with a first, second and third locator of a workpiece assembly.

Abstract: A conveying operation method and device that can continue an operation on a workpiece to prevent reduction in production efficiency in conveying a workpiece and performing an operation on the workpiece even if conveyance of the workpiece is stopped during the operation on the workpiece. The workpiece is conveyed by a workpiece conveying device, a movable stand is moved in synchronization with the workpiece conveying device in operation areas along a conveying path, and an operation is performed on the workpiece by an operation device provided on the movable stand. When movement of the workpiece conveying device is stopped, the movable stand stops in synchronization with the workpiece conveying device to continue the operation on the workpiece and complete one cycle operation. When non-normal operation is performed on the workpiece, the workpiece is retracted to a position different from the conveying path while being supported by the movable stand.

Abstract: Provided is a positioning fence for use in lumber sawmills that facilitates automated positioning of lumber for cutting and a method of positioning lumber for cutting. A continuous moving track loop has a plurality of paddles laterally positionable across the width of the track. Electromagnets are used to control the position of the paddles and, thus, the position of lumber being transported by the paddles. Also provided are uses of the positioning fence to position lumber for cutting.

Abstract: A work locating conveyer, including: a locator disposed on a conveyer carriage and configured to locate and support a work; a locating jig disposed on the respective locator and configured to locate and support the works having different configurations; and a driver. The driver includes: an original position mover configured to move a main locator in such a manner that the main locator follows a moving path on the conveyer carriage to an original position on the moving path, a jig returner configured to return the main locating jig to the non-use state, a jig locating mover configured to move the main locator from the original position to a certain locating position on the moving path, and a locating jig selective mover configured to move from the non-use state to the in-use state the main locating jig that is to be used.

Abstract: A buffer station provides potential improvement for the operation of a facility. By storing to-be-accessed workpieces in the buffer stations of an equipment, the operation of the facility is not interrupted when the equipment is down. The workpieces can be retrieved through emergency access port of the buffer station, thus ensure the continuous supply of workpieces for the workpiece flow of the facility. Algorithm for getting the needed workpieces to the buffer station is also provided through a controller or a computer mechanism. The buffer station can be incorporated in a stocker, such as wafer stocker or reticle stocker.

Abstract: A kinematic pin and a substrate carrier adapted to deter dislodgment of the substrate carrier from the kinematic pin are provided. A shear member on the kinematic pin interacts with a shear feature of the substrate carrier to deter lateral movement of the substrate carrier relative to the kinematic pin. A substrate carrier handler that employs the kinematic pin is also provided.

Abstract: A control module including means for controlling an article, means for regulating at least one parameter of the article control means, and means for driving the article towards the control means. More specifically, the module is movable and includes a releasable means of connection with a fixed frame. Preferably the drive means includes a carousel having at least one cell for housing the article, for example a glass bottle.

Abstract: The invention relates to a machining line for plate-type elements, particularly solar cells. According to the invention, a machining station and a positioning station for aligning the plate-type elements relative to a reference point with a predefined position tolerance are provided. The positioning station is connected to the input side of the machining station in the flow direction of the material, and conveying devices are provided for moving the plate-type elements from the positioning station to the machining station while maintaining the predefined position tolerance.

Abstract: A device (10), which is for holding a transport unit (W) that moves in a transport direction (T), includes an actuator (16) equipped with a drive unit (16c/16d) and an actuating element (16a), which, in an extended position, can be brought directly or indirectly into a holding engagement with the transport unit (W); a sensor unit (22) that is situated before the actuator (16) and a sensor unit (24) that is situated after the actuator (16), both of which are for detecting the presence of a transport unit (W); and a control unit (28) for receiving the detection results of the transport unit sensor units (22, 24) and controlling the actuator (16), wherein the two sensor units (22, 24), the control unit (28), and at least the drive unit (16c/16d) of the actuator (16) are integrated into a shared housing (12).

Abstract: A roller table with a vise carriage and movable roller supports for moving, positioning, and supporting material. In the preferred embodiment, a hydraulic cylinder and piston rod are used in conjunction with a rack and pinion system such that there is a doubling effect on the piston rod stroke for effectuating differential positioning of two movable roller supports and the vise carriage. One movable roller support is disposed at approximately the midpoint between the vise carriage and a fixed vise. For a given displacement of the vise carriage, the movable roller support travels half as far so as to remain essentially at the midpoint of the span. The second movable roller support is disposed on the other side of the vise carriage, more or less at the midpoint between the vise carriage and a fixed roller support.

Abstract: A printed circuit board conveying system is provided comprising a printed circuit board conveyor and a printed circuit board support. The printed circuit board support is positioned to support a major portion of the printed circuit board between opposite lateral edge portions of the board and comprises a support base, a spacer, and a spacer securement. A printed circuit board processing system including the conveying system is also provided. The conveying system couples a printed circuit board loader to a stencil printer, a pick and place machine, and a reflow oven.

Abstract: The present invention is directed to a carrier and conveyor system that permits the carrier to be driven by at least two different types of conveyors or drive assemblies, including a power and free conveyor. The system includes a plurality of carriers, first and second areas, a power and free conveyor assembly, and a friction drive assembly. The power and free conveyor drivably engages the first and second carriers when the carriers are in the first area and is out of driving engagement with the carriers in the second area. The friction drive assembly is engageable with each carrier when the carriers are in the second area and out of driving engagement with each carrier when the carriers are in the first area.

Abstract: A printed circuit board conveying system is provided comprising a printed circuit board conveyor and a printed circuit board support. The printed circuit board support is positioned to support a major portion of the printed circuit board between opposite lateral edge portions of the board and comprises a support base, a spacer, and a spacer securement. A printed circuit board processing system including the conveying system is also provided. The conveying system couples a printed circuit board loader to a stencil printer, a pick and place machine, and a reflow oven.

Abstract: A centering device provided with cleaning elements for cleaning a movable centering rod, and for preventing infiltration of dirt. The cleaning elements comprise at least one annularly-shaped scraping member provided with angularly spaced apart cross-cuts, which divide the scraping member into circular sections having inner scraping edges. The scraping member is locked against a conical shoulder in such a way as to be elastically yieldable, making the inner scraping edges of the sections adhere to the centering rod.

Abstract: A printed circuit board conveying and processing system. In accordance with the present invention, a printed circuit board conveying system is provided comprising a pair of conveyor rails and a printed circuit board support. The conveyor rails are positioned to engage opposite lateral edge portions of a printed circuit board along a conveyor path. The printed circuit board support is positioned to support a major portion of the printed circuit board between the lateral edge portions. It is emphasized that this abstract is provided to comply with the rules requiring an abstract that will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims. 37 CFR §1.72(b).

Abstract: A conveyance apparatus of the present invention includes, on top of a movable body capable of moving along a fixed path, attachable and detachable supporting members capable of supporting a conveyance object prior to processing, and a fixed supporting member capable of supporting the conveyance object after processing in a state where the attachable and detachable supporting members have been detached, and the movable body includes accommodating sections capable of accommodating the attachable and detachable supporting members which has been detached. The conveyance object prior to assembly processing can be conveyed while it is supported by the attachable and detachable supporting members, by using the movable body (common element). In addition, the conveyance object after assembly can be conveyed while it is supported by the fixed supporting member, by detaching the attachable and detachable supporting members and accommodating the same in the accommodating section.

Abstract: A method of conveying a printed circuit board in a printed circuit board conveying system. The conveying system comprises a pair of conveyor rails and a printed circuit board support assembly. The rails are positioned to engage opposite lateral edge portions of a printed circuit board and configured to convey the printed circuit board along a conveyor path. The support assembly is positioned to support a major portion of the printed circuit board between the lateral edge portions and comprises a support base and a spacer selected from a plurality of spacers. The method comprises selecting a spacer as a function of its thickness and a thickness profile of the printed circuit board engaged by the pair of conveyor rails, installing the selected spacer by extending at least one projection into a recess, and engaging an upper spacer surface of the selected spacer with the printed circuit board.

Abstract: A printed circuit board support comprising a support base and a base extension assembly. The support base defines a support surface. The base extension assembly is secured to the support base and is arranged to define a variable extension assembly height dimension and at least a portion of a height dimension of the printed circuit board support, wherein variation of the variable extension assembly height dimension results in variation of the height dimension of the printed circuit board support. It is emphasized that this abstract is provided to comply with the rules requiring an abstract that will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims. 37 CFR §1.72(b).

Abstract: An apparatus for assembling an automotive body on an assembly line having a right-hand body subassembly line, a left-hand body subassembly line and an underbody subassembly line, for delivery to a pallet transport system for movementthrough a body framing subassembly line. The apparatus includes an overhead transport system for transporting automotive components along at least one of the subassembly lines and for conveying the automotive components along a pallet transport system on the body framing subassembly line. The overhead transport system includes a trolley movable along a single overhead rail, a carriage slidably movable relative to the trolley, and a plurality of antler nests. Each antler nest is individually engageable with the carriage. The apparatus also includes a lowerator for transferring components from the overhead transport system to a geometry fixture at a workstation along the subassembly line.

Abstract: A printed circuit board support comprising a support base, a base extension and a magnetic source. The support base defines a support surface and a lower surface. The base extension is secured to the support base and arranged to define at least a portion of a height dimension of the printed circuit board support. The magnetic source is secured to the base extension and positioned such that the lower surface of the support base is arranged to secure the printed circuit board support to an object under magnetic force. It is emphasized that this abstract is provided to comply with the rules requiring an abstract that will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims. 37 CFR §1.72 (b).

Abstract: A lowerator for an assembly system of the type including at least one rail defining a path of travel with respect to at least one workstation, and a conveyor for transporting a workpiece along the rail. The conveyor includes a trolley moveable along the rail and a carrier moveable with respect to the trolley. The carrier supports a workpiece during movement with respect to the workstation. The carrier is vertically positionable between a raised position and lowered position with respect to the trolley. The lowerator moves the carrier between the raised and lowered positions and cycles a latch for securing the carrier to the trolley when in the raised position. The lowerator includes at least one lifter or actuator defining a path of travel in at least a first direction, where the lifter actuates the latch to uncouple the trolley and carrier before moving the carrier into the lowered position at the workstation so that one or more processing operations can be performed on the workpiece.

Abstract: The present invention is directed to a carrier and conveyor system that permits the carrier to be driven by at least two different types of conveyors or drive assemblies, including a power and free conveyor. The system includes a plurality of carriers, first and second areas, a power and free conveyor assembly, and a friction drive assembly. The power and free conveyor drivably engages the first and second carriers when the carriers are in the first area and is out of driving engagement with the carriers in the second area. The friction drive assembly is engageable with each carrier when the carriers are in the second area and out of driving engagement with each carrier when the carriers are in the first area.

Abstract: A printed circuit board support, conveying system, and processing system. In accordance with the present invention, a printed circuit board support is provided comprising a support base, a spacer, and a spacer securement. The support base defines a support surface. The spacer engages the support surface. The spacer securement includes a projection and a recess. The projection adjoins one of the support base and the spacer. The recess is formed in the other of the support base and the spacer. The projection extends into the recess and the projection and the recess are configured such that the extension of the projection into the recess limits movement of the spacer relative to a plane parallel to the support surface.

Abstract: A printed circuit board conveying and processing system. In accordance with the present invention, a printed circuit board conveying system is provided comprising a pair of conveyor rails and a printed circuit board support. The conveyor rails are positioned to engage opposite lateral edge portions of a printed circuit board along a conveyor path. The printed circuit board support is positioned to support a major portion of the printed circuit board between the lateral edge portions. It is emphasized that this abstract is provided to comply with the rules requiring an abstract that will allow a searcher or other reader to quickly ascertain the subject matter of the technical disclosure. It is submitted with the understanding that it will not be used to interpret or limit the scope or meaning of the claims. 37 CFR §1.72(b).

Abstract: A method of conveying a printed circuit board in a printed circuit board conveying system. The conveying system comprises a pair of conveyor rails and a printed circuit board support assembly. The rails are positioned to engage opposite lateral edge portions of a printed circuit board and configured to convey the printed circuit board along a conveyor path. The support assembly is positioned to support a major portion of the printed circuit board between the lateral edge portions and comprises a support base and a spacer selected from a plurality of spacers. The method comprises selecting a spacer as a function of its thickness and a thickness profile of the printed circuit board engaged by the pair of conveyor rails, installing the selected spacer by extending at least one projection into a recess, and engaging an upper spacer surface of the selected spacer with the printed circuit board.

Abstract: A lowerator for an assembly system of the type including at least one rail defining a path of travel with respect to at least one workstation, and a conveyor for transporting a workpiece along the rail. The conveyor includes a trolley moveable along the rail and a carrier moveable with respect to the trolley. The carrier supports a workpiece during movement with respect to the workstation. The carrier is vertically positionable between a raised position and lowered position with respect to the trolley. The lowerator moves the carrier between the raised and lowered positions and cycles a latch for securing the carrier to the trolley when in the raised position. The lowerator includes at least one lifter or actuator defining a path of travel in at least a first direction, where the lifter actuates the latch to uncouple the trolley and carrier before moving the carrier into the lowered position at the workstation so that one or more processing operations can be performed on the workpiece.

Abstract: An object conveying device is provided that is capable of mounting an conveyed object such as a stamper, to a predetermined position while aligning it without deforming or damaging a conveyed object such as a stamper, a reference pin, and a molding die. This object conveying device includes a coil spring held to a case, an aligning bearing of which the outer ring is held to the coil, and a tray and a conveyed body adsorbing block that are held to the inner ring of the aligning bearing and that hold the stamper. The coil spring and the aligning bearing provide the tray and conveyed body adsorbing block with flexibility to positional variations.

Abstract: The present invention is directed to a pallet conveyor system that includes a pallet assembly having a pallet and a workpiece coupled to the pallet, a production area where a production task is performed on the workpiece, and a delivery area wherein the pallet assembly is moved to or from the first production area. The pallet conveyor system also includes a first conveyor assembly to drive the pallet assembly through the first production area and a chain conveyor assembly to drive the pallet assembly through the first delivery area. The first conveyor assembly operably engages the pallet in the first production area but not in the delivery area. Conversely, the chain conveyor assembly drivably engages the pallet assembly in the delivery area but not in the production area.

Abstract: A plant for assembly of bodies with work stations and conveyance devices for conveying bodies between work stations. The conveyance devices include reference members assembled transitorily on the conveyance devices to support the body on the conveyance devices during transfer between work stations. Grasping devices are assembled in the work stations for grasping the reference members and positioning them accurately while temporarily disengaging them from the conveyance devices to accurately position the body supported on the reference members in the station space. The reference members include a grasping device to grasp the body and holding it steadily against them when operated by actuators assembled in the work station.

Abstract: A lowerator for an assembly system of the type including at least one rail defining a path of travel with respect to at least one workstation, and a conveyor for transporting a work piece along the rail. The conveyor includes a trolley moveable along the rail and a carrier moveable with respect to the trolley. The carrier supports a work piece during movement with respect to the workstation. The carrier is vertically positionable between a raised position and lowered position with respect to the trolley. The lowerator moves the carrier between the raised and lowered positions and cycles a latch for securing the carrier to the trolley when in the raised position. The lowerator includes at least one lifter or actuator defining a path of travel in at least a first direction, wherein the lifter actuates the latch to uncouple the trolley and carrier before moving the carrier into the lowered position at the workstation so that one or more processing operations can be performed on the work piece.

Abstract: An off-line micro device processing system is provided having a longitudinally extending feeder/processing/buffer system for providing processed micro devices to a pick point. A portable robotic system has a longitudinally extending robotic system body extending parallel to the longitudinally extending feeder/processing/buffer system and a transverse support on the robotic system body transversely positioned relative to the longitudinally extending robotic system body. A pick and place mechanism on the transverse support picks micro devices from the input, transversely moves the micro devices, and places the micro devices on the output system for receiving and storing processed micro devices.