1567results about "Feeding devices" patented technology

A process for sub-dividing a laminated flooring substrate into a plurality of laminated flooring planks and a system therefore are described. The process can include providing a laminated flooring substrate having a decorative pattern on a core wherein the decorative pattern can include a plurality of indicators, and independently detecting the indicators with a plurality of detecting devices, each assigned a respective indicator. The detecting devices can individually obtain the position of the detected indicators and a control unit can align a separate saw blade per each position detected. The system includes a cutting unit with individually adjustable saws or an alignment device configured to align the laminated flooring substrate with the saws, to cut the laminated flooring substrate along positions relative to the detected indicators, for example, in the center thereof or off-set therefrom.

The invention is a method and apparatus for processing an Engine Wood Product member. The member is moved to a home position in a driving unit and the length of the EWP member is automatically measured by moving the EWP member from the home position while engaging the EWP member with a measuring assembly including a measuring wheel having a smooth hard facing, the facing contacting the EWP member. The member is moved to a first cutting position and cut to a predetermined length. Activating one or more position sensor devices, at least one of the position sensor devices positioned such that the EWP member engages the position sensor device while the member is in the home position, the length of the member is determined as it is moved from the home position. Moving the EWP member is accomplished by clamping the EWP member between at least one driver roller and at least one pressure roller, each driver roller aligned with a corresponding pressure roller, and rotating the at least one driver roller to move the EWP member. First and second driver rollers may be spaced apart and positioned on opposite sides of the measuring wheel. An outfeed table and infeed table with angled rollers may further be employed.

A fully-automatic verification system for intelligent electric energy meters comprises a plurality of verification units for automatic verification of the electric energy meters, main transport lines for connecting the verification units, and a verification management system for coordinating the work of the verification units. The main transport lines comprise upper transport lines for transporting boxes carrying electric energy meters to be verified to the verification units and lower transport lines for transporting the boxes carrying the electric energy meters back to the warehouse. The verification system for electric energy meters can implement fully-automatic verification, thus enhancing the efficiency and the verification accuracy.

The invention concerns a laboratory product transport element for a laboratory transport system with an energy receiver and/or energy accumulator to provide drive power, at least one signal receiver to receive control signals, a control unit to generate drive signals as a function of at least one control signal obtained from the at least one signal receiver, movement devices for independent movement of the laboratory product transport element on a transfer path as a function of the drive signals of the control unit, in which the drive devices are driven by the drive power and at least one holder to hold a laboratory product being transported. The invention also concerns a laboratory transport system with at least one laboratory product transport element according to an embodiment of the invention and a transfer path arrangement. The invention also concerns methods for operation of laboratory transport systems according to an embodiment of the invention.

A woodworking machinery jig and fixture system includes a track which is or may be attached to a fence, a convex-concave curved flip stop and a base which mounts the stop to the track. The stop has a projecting portion which penetrates the plane of the fence so the stop isn't lifted by the point of a mitered board. The stop also has a lower convex surface which faces the work support surface and curves up at both ends. The top leg of the stop is concave toward the fence to allow clearance for a zero-clearance board and make the stop adaptable to different track and fence configurations. The base has opposite sides of different widths bordered by steps on one side and a ramp on the other side so the base can be used in a large range of T-track slot widths. The arm mounting hole of the base is offset from the base mounting so as to provide an offset to accommodate a ¾″ zero clearance board by turning the base a half turn relative to the slot. A two slot track is provided in which one of the slots can mount a sliding measurement tape or a base, and the other slot can also mount a base. In another track, a sidewall flange is provided which can be filed to accurately fit into a miter gauge slot of a cutting tool table.

A universal machinery fence system includes an L-shaped fence or a box shaped fence and clamp block which clamps to a rail extrusion with a half dovetail on the front on the edge of a table saw, band saw, shaper, router table, mortiser, or other woodworking or metal working machines. A U-shaped front rail is provided for attaching the fence to the cast iron table of a table saw, shaper, or band saw. The band saw fence U-shaped rail is predrilled to fit the table fence mounting holes of the most popular 14″ band saws. Optional extruded front rails are also provided for attaching the fence to shop made 0.750″ tables such as used on a drill press. Also provided is a fence rail extrusion for mounting the fence on the front and back of the popular 1.125″ size router table. An optional extruded front rail which is adjustable in height is also provided for attaching the fence to shop made tables between 0.750″ and 1.5″ in thickness. A re-saw guide fitted to the fence extrusion has a convex surface for supporting a workpiece on edge allowing the operator to easily adjust for blade drift. An optional micro-adjuster allows the fence to move accurately in small increments. A router table with holes and slots allows the fence to be used to guide the workpiece in the router table mode and then be used to guide the router or a saw on top of the workpiece.

The present invention discloses a pulling device for a container inspection system including a pulling vehicle (1) arranged inside an inspection passage, a winch (5) and wire tension mechanisms (6,6′). Front and rear ends of the pulling vehicle are connected to a wire rope so as to drive the pulling vehicle to move back and forth inside the inspection passage. The wire rope connected to front and rear ends of the pulling vehicle is wound around a wire tension mechanism arranged at front and rear ends of the inspection passage and is turned around by a swerving pulley (2) which is positioned at the same horizontal plane as that of the wire rope, the pulling vehicle, and the wire tension mechanisms, then the wire rope passes through the vertical pulley block, and finally it is connected to a single winding drum (4) of the winch (5) and wound around the single winding drum (4) respectively. Compared with the prior arts, the present invention is advantageous in reduction in equipment investment and decrease in area occupied by the pulling device. Further, the inspection operation can be carried out more reliably and safely.

The invention discloses longitudinal and transverse cutting computer cut-to-size saw equipment which comprises a control unit, a feed unit, a longitudinal sawing unit, a transition feed unit, a lift type longitudinal and transverse bidirectional conveying platform, a transverse sawing unit and an excess material and waste treatment unit. The longitudinal sawing unit comprises a longitudinal sawing main machine rack, a longitudinal sawing saw carriage, a longitudinal sawing pressure cross beam, a longitudinal sawing plate front alignment device, a longitudinal sawing feed pushing rod cross beam assembly and a first conveying platform. The transition feed unit comprises a feed hooking hand mechanism, an excess material discharge mechanism and a second conveying platform. The lift type longitudinal and transverse bidirectional conveying platform comprises a transverse conveying unit and a longitudinal conveying unit which are arranged in a staggered mode. The transverse sawing unit comprises a transverse sawing main machine rack, a transverse sawing saw carriage, a transverse sawing pressure cross beam, a transverse sawing plate front alignment device and a third conveying platform. By adoption of the longitudinal and transverse cutting computer cut-to-size saw equipment, plate automatic feeding, automatic longitudinal cutting and automatic transverse cutting are achieved, trimming excess materials can be automatically treated, processing efficiency is greatly improved, and labor force is saved.

Embodiments of the present invention generally relate to a module that can test and analyze various regions of a solar cell device in an automated or manual fashion after one or more steps have been completed in the solar cell formation process. The module used to perform the automated testing and analysis processes can also be adapted to test a partially formed solar cell at various stages of the solar cell formation process within an automated solar cell production line. The automated solar cell production line is generally an arrangement of automated processing modules and automation equipment that is used to form solar cell devices.

System, including apparatus and method, for processing a material involves automatically printing labels for pieces cut pursuant to a cut list.

A horizontal rotary hold down jig for use in horizontally guiding a piece of wood to be cut on one of a portable table saw and a portable router table comprising a spring biased rotatable wheel that can be secured to the table. The spring biasing can be adjusted to provide uniform or enhanced pressure through use of a plurality of substitutable compression springs of varying compressive strength characteristics to laterally stabilize a piece of wood of varying consistency, wood grain angle, feed cutting speed, width, and thickness or depth of cut.

A combination workpiece positioning, hold-down and anti-kickback device for a work table having a fence against which a workpiece is guided, includes a non-rotatable positioning member having an arcuate cam surface at one edge for engaging a side surface of a workpiece on the work table; an adjustment device for moving the positioning member in lengthwise and transverse directions relative to the workpiece and for locking the same thereat; a pivot pivotally mounting the positioning member to the adjustment device; a spring connected between the positioning member and the adjustment device for biasing the positioning member in a pivot direction into engagement with the side surface of the workpiece; a variable tensioning device for variably adjusting the biasing force of the spring; a non-rotatable hold-down member having a second arcuate cam surface at one edge for engaging an upper surface of the workpiece; an adjustment device for moving the hold-down member in lengthwise and vertical directions relative to the workpiece, and for locking the same thereat; a pivot pivotally mounting the hold-down member to the second adjustment device; a second spring connected between the hold-down member and the adjustment device for biasing the hold-down member in a second pivot direction into engagement with the upper surface of the workpiece; and a second variable tensioning device for variably adjusting the biasing force of the second spring.

Embodiments of a vacuum conveyor system are provided herein. In one embodiment a vacuum conveyor system includes a first vacuum sleeve having a plurality of rollers that support and move substrates through the first vacuum sleeve. A port is provided for sealably coupling the first vacuum sleeve to a process chamber. A first substrate handler is disposed proximate the port. Multiple ports may be provided for sealably coupling the first vacuum sleeve to a plurality of process chambers. A dedicated substrate handler is provided for each process chamber. A second vacuum sleeve may be sealably coupled to an opposing side of the process chambers. The vacuum conveyor system may be modular with independent modules linked via load lock chambers. The plurality of rollers may compensate for any sag of the leading edge of a substrate being transported thereupon.

The present invention provides systems and methods for end squaring and/or dividing elongated materials by determining an actual orientation of the elongated material, or an actual position of an associated pair of positioning mechanisms that are contactable with the elongated material, and changing the actual orientation to correspond with a desired orientation through independent movement of the positioning mechanisms prior to or during the end squaring and/or dividing operation.

The invention relates to a processing line for round timber. The processing line comprises a conveying device used for feeding, an overturning device used for centering the round timber in a rotating mode, a bottom bark planing device used for planing the bottom of the round timber to form a plane, a round timber slicing saw used for slicing the round timber in the axial direction of the round timber and a sheet sorting device used for sorting middle sheets and edge sheets of the round timber, wherein the conveying device, the overturning device, the bottom bark planing device, the round timber slicing saw and the sheet sorting device are sequentially arranged in the round timber processing advancing direction. The sheet sorting device comprises a first automatic conveying device used for conveying the middle sheets and a second automatic conveying device used for conveying the edge sheets, wherein the first automatic conveying device and the second automatic conveying device are arranged on the two sides of the sheet sorting device, and square timber slicing saws used for slicing the sheets again are arranged at the outlet of the first automatic conveying device and the outlet of the second automatic conveying device respectively. The processing line is simple in structure, low in manufacturing cost, easy to manufacture and complete in function, greatly improves the round timber working efficiency and lowers the production cost.

The invention relates to the field of wood processing, in particular to a wood board fixed-length cutting device. The wood board fixed-length cutting device comprises a rack, a board conveying roller assembly, a pressure roller, a driving mechanism, a tensioning linkage wheel, a guide frame, a cutting mechanism, supporting legs and side baffles; the supporting legs are fixed at the front end and the rear end of the bottom face of the rack separately; the side baffles are fixed at the left end and the right end of the top face of the rack separately; the board conveying roller assembly is connected in an installation groove in the top face of the rack; the board conveying roller assembly is located between the two side baffles; the pressure roller is arranged at the front end of the top face of the rack; and the board conveying roller assembly is connected to the side end of the pressure roller. According to the wood board fixed-length cutting device, continuous fixed-length cutting is carried out on a wood board by adopting an automatic feeding and fixed length cutting mode, the cutting efficiency is high, and the labor force is low.

A mechanism and method is provided for controllably loading multiple food loaves into the slicing station of a continuous slicing machine. The parallel loaves that are engaged by a common loaf feed drive or side-by-side, independent loaf feed drives are engaged by the loaf feed drive or drives simultaneously such that the interface or seam between a preceding loaf and a trailing loaf in different loaf feed paths are located substantially at the same location during slicing of two side-by-side loaf streams. A clamp device is provided that clamps multiple food loaves when loaded to move along the parallel food loaf paths together, wherein the clamp device can be released once the multiple food loaves are simultaneously engaged by the loaf feed drive.