77results about "Log carriages" patented technology

A mandoline slicer having a blade, a pivotable platform and a compact, low profile suction device in a housing that is hinged to the front of the slicer so that the suction device may be rotated under the slicer for storage and rotated at least partially outward from the front of the slicer for use. The height of a front edge of the platform is changed in relation of the height of the blade by moving a lever horizontally in a slot in a side of the slicer. The lever is geared so that the changes in the height of the front edge of the platform are incremental. Thus, the thickness of food slices moved over the platform and into the blade may be varied by know incremental amounts. Rear legs, which are foldable under the slicer for storage, contain compartments or slots for convenient, compact storage of slicer attachments.

The microtome has a sample carrier movable along a first linear guide and a hand drive movable along a substantially linear path of motion that is substantially perpendicular to the direction of motion of the sample carrier. A deflecting device is provided to deflect the motion of the hand drive into a motion in the direction of the linear guide of the sample carrier. By deflection of the paths of motion between the hand drive and the sample holder, the motion of the hand drive can take place substantially horizontally forward and backward and convert the motion of the hand drive into a motion of the sample carrier which is substantially perpendicular to the motion of the hand drive. The cutting motion takes place in a substantially vertical direction, so that the sections can be removed or washed away from the inclined back surface of the cutting knife or knife carrier.

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.

A machine for slicing food products, including a supported table surface with aperture for the passage therethrough of product slices; a power-driven cutting device having a horizontal blade extending above the table surface at a distance substantially corresponding to the slice thickness required; a guided horizontally sliding platform spaced above the cutting device; a power-driven reciprocating lateral thruster attached to the horizontal sliding platform for the purpose of moving the platform both to produce slices of food product and to clear the cutting device in the case it is jammed; and a vertical tube-shaped open-ended hopper rigidly supported by the horizontally sliding platform for containing a stack of food product items, the lowest item in the stack resting on the table surface and being pushed by the hopper into contact with the cutting device to produce a slice.

An automated rotary microtome blade changing apparatus, comprising an upper stage being adapted to releasably engage a supply cartridge and a waste cartridge, the upper stage having a loading segment adapted to engage and move blades contained within the supply cartridge into a cutting position; clamping means for releasably holding the blades in place for cutting operations; power means for driving the movement of blades and clamping mechanisms; and electronic control means for integrating all of the functions of the apparatus.

The invention relates to an automatic cutting machine for an artificial wood fiber board. The automatic cutting machine for the artificial wood fiber board comprises a base board, a movable pushing device is mounted at the rear end of the base board, two supporting boards are symmetrically mounted in the middle of the base board, a first supporting roller is mounted between the inner walls of the upper ends of the two supporting boards through a bearing, a cutting device is mounted at the front end of the base board, and the movable pushing device and the cutting device cooperate with each other to complete the automatic processing technology of boards. The automatic cutting machine can solve the problems that workers need to use clamps to push the boards and use a disk saw to cut the boards when using a traditional cutting method to conduct cutting processing in small-sized board processing factories, the cutting precision is low, clamps need to be replaced manually according to needs of different board widths, the labor intensity is high, the traditional board cutting method can only conduct cutting in one direction, the boards need to be processed for a second time, and the working efficiency is low; and the automatic cutting machine can achieve the function that the boards are cut automatically.

An end-dogging head saw is disclosed comprising a log cradle for supporting a log, a log-turning device for rotating the log into proper alignment with a pair of band saws, the log-turning device depending from overhead log carriages which move the log into contact with the band saws, and a carriage drive for powering the overhead log carriages, whereby short logs can be quickly and efficiently processed. The invention also seeks to provide a method for using the apparatus, comprising rotation of a log through 360 degrees to allow for cutting at any desired angle along the length of the log. The method allows for maximal recovery of high-quality lumber.

A separating-sheet dispenser for cut slices, in particular for sliced foodstuff, is provided, such dispenser comprising a holder for separating material, a cutting device for producing separating sheets, and a transporting device with at least one rotatable transporting roller for transporting web-like separating material, wherein the at least one transporting roller is positioned toward a deflecting device for cut material.

A method and apparatus are provided for automatically trimming a plurality of printed products in a trimming apparatus having at least one trimming station including at least one blade positioned on a moveable yoke. The plurality of printed products are supplied successively through a feeding conveyor to the trimming station. Each of the plurality of printed products is transported within the trimming station via a trimming transport device to a predetermined position for trimming. The phase position of the feeding conveyor is adjusted relative to the moveable yoke for each of the plurality of printed products according to the format width of the printed product extending in a conveying direction.

A log processing machine and associate method employs one or more log guides to make joinery cuts in a processed log which has at opposed edges of the processed log the raw log's natural external contour. In a preferred embodiment of the invention, each log guide includes a straight edge and is attached to the processed log to create an artificial straight edge for guiding the processed log through the joinery machine. Prior to attachment, centerlines are marked on the log guide and the processed log, and the centerlines are aligned when the log guide is attached to the processed log. The processed log, with the log guide attached, is then moved through the machine with the aid of computer control while the straight edge of the log guide follows a fence. In this manner, the position of the processed log and its centerline are always known so that the computer can make the programmed joinery cuts with high precision. An alternate embodiment of the invention employs one or more fence extensions as log guides. The fence extensions are positionable in guide channels formed in the contoured edges of the processed log. A further embodiment of the invention employs an opposed pair of clamping / alignment elements which are controlled by a computer to align and guide the log through the joinery machine.

A carrier adapted to securely hold a workpiece for manual movement through cutting engagement such as with the saw blade of a band saw in a manner that allows for precise and predictable cutting of the workpiece into boards of desired thickness. The carrier is slidably positioned in the miter guide slot that extends in the saw work table parallel to the cut of the saw blade, and is adapted for manual positioning of the workpiece transversely with respect to the guide slot to adjust the depth of cut of the blade into the workpiece.

The invention is a device for peeling one or more individual layers of a multilayer shim. In detail the device includes a platform having a surface with a recess. A mechanism is mounted in the recess for mounting the shim and a moving the shim upward such that a portion of the shim is above the surface. A blade assembly is rotatably mounted to the platform, which is rotatable in a plane parallel to the surface. The blade assembly includes a cutting blade mounted thereon, such that said blade is in slidable contact with the surface and movable over the recess. Thus shim can be raised by the mechanism and the portion of the shim requiring removal can be raised above the surface and the blade assembly thereafter can be rotated causing the cutting blade to shear off the portion of the shim above the surface.

A feed device (1) for a microtome, in particular for a cryostat microtome, for setting the cut thickness of the specimen (2) to be sectioned, is described. In order to set the cut thickness, either the cutting knife or the specimen holder (3) is mounted on a slide (8) in a slide guide (4) and is connected non-positively to a drive motor (5). The drive motor (5) is connected either to an eccentric cam (6) or to a helical cam (7), and the nonpositive connection between the motor (5) and the slide is accomplished via the eccentric cam (6) or the helical cam (7).

A slicer comprising a slicer body including a rotatable blade for slicing a product, and a tray mounted for reciprocal movement relative the slicer body and for supporting and moving the product relative the blade. The tray includes a tray body and a unitary handle. In another embodiment, the invention is a slicer including a slicer body having a rotatable blade for slicing a product and a tray for supporting the product and moving the product relative the blade. The slicer further includes a handle unitary with the tray, the handle providing a surface which a user may grip to manually move the tray.

A robotic apparatus for processing the timber logs intended to be used in the construction of a log structure. The robotic apparatus includes at least a vertical clamp assembly, a horizontal clamp assembly, a roller clamp assembly, a central log processing assembly, and a conveyor. The central log processing assembly allows multiple processes to be performed sequentially on the same machine requiring much less equipment and less labor in the handling and processing of the logs. By utilizing multiple tool masts, a primary mast can be performing a primary process while the secondary mast is selecting the tool appropriate to the next or secondary process.

The portable sawmill is constructed on a frame having a series of mechanisms for loading and manipulating a log thereon and removing boards cut from the log. Powered tines load a log onto a vertically adjustable log deck, the deck including powered mechanisms for turning and securing the log in the desired orientation for cutting. Cuts are made by a horizontally traveling band saw. The saw has no vertical adjustment. Board thickness is determined by the height of the vertically adjustable log deck. Cut boards are removed by a board sweep that pushes the board laterally from the top of the log onto a tray. The saw travels along the tray to push the board longitudinally onto a suitable platform for transport. All of the above mechanisms are controlled hydraulically from a single operator station on the mill, thus freeing the operator from many manual tasks and increasing production.

An electronic musical performance instrument that provides a user with a wide array of creative choices of operating systems, sound synthesis applications, user interfaces (including those emulating the interface of a conventional musical instrument and electronic control interfaces), supporting infrastructure components such as MIDI cards, sound cards, storage devices thus providing the performance artist with greater and deeper creative flexibility.

A microtome blade changing apparatus for a knife holder (1) of a microtome comprises a blade dispenser (4) storing unused blades and a blade container (5) for receiving used blades. The blade dispenser (4) and blade container (5) are respectively arranged adjacent to the knife holder (1). To reduce the risk of injury to an operator in the context of a blade changing operation, enable operation of the microtome blade changing apparatus reliably and in simple fashion, and allow economical manufacture of the microtome blade changing apparatus, the microtome blade changing apparatus is characterized in that an entraining element (13) manually actuable by an operator is provided, and is configured in such a way that an unused blade is transferable with the entraining element (13) from the blade dispenser (4) to the knife holder (1), and a used blade is thereby conveyable into the blade container (5).

A food preparation system is provided. The food preparation system includes a revolving slicer configured to slice a plurality of different food items. The revolving slicer comprises a rotating barrel having a number of chambers along its length. A blade is positioned adjacent to a bottom face of the rotating barrel. When a chamber rotates past the blade, food within it may be sliced by the blade.

The description refers to a mill saw with a saw gate (3) driven via a slider-crank drive (4), whose parallel saw blades (5), which cut in only one stroke direction, are provided with a bias, and with a feed conveyor (6) for the stock to be cut, which is driven intermittently during the cutting stroke of the saw gate (3) as a function of the cutting speed by means of at least one motor (10) separated from the slider-crank drive (4) and connected to a controlling system (12). To achieve favorable construction features, it is suggested that the controlling system (12) connected to a signal transmitter (17) for a preset position of rotation of the slider-crank drive (4) controls the motor (10) in dependence on the response of the signal transmitter (17) according to a stored control program for one conveying step adaptable to the respective stroke frequency of the slider-crank drive (4).

An end-dogging head saw is disclosed comprising a log cradle for supporting a log, a log-turning device for rotating the log into proper alignment with a pair of band saws, the log-turning device depending from overhead log carriages which move the log into contact with the band saws, and a carriage drive for powering the overhead log carriages, whereby short logs can be quickly and efficiently processed. The invention also seeks to provide a method for using the apparatus, comprising rotation of a log through 360 degrees to allow for cutting at any desired angle along the length of the log. The method allows for maximal recovery of high-quality lumber.

A case cutter apparatus for cutting a container has a conveyor for moving the container in a single direction, a measuring device measuring a length, a width, and a height of the container, a controller for controlling the apparatus and for receiving information from the measuring device, and a first cutting assembly and a second cutting assembly positioned along the conveyor. The first cutting assembly includes an indexing assembly holding the container in a predetermined position during cutting, a carriage moveable in a cutting direction transverse to the direction of the conveyor, and two cutting blades attached to the carriage. The second cutting assembly includes two belts each having a cleat thereon for pushing the container through the second cutting assembly in the direction of the conveyor, and two cutting blades.

A log on a surface of a translatable carriage against head blocks of the carriage is turned by rolling the log on the surface of the translatable carriage after releasing the log from engagement by reciprocating dogs that are carried by the head blocks and before advancing the translatable carriage toward a saw. The turning of the log on the surface is accomplished by engaging the log by a reciprocating dog that is carried by a pivoting arm at a location away from the engagement of the log by the reciprocating dogs that are carried by the head blocks. After turning of the log on the surface of the translatable carriage, the log is pushed along the surface of the translatable carriage back toward the head blocks by pushing against the log by spaced-apart double-acting cylinders that are mounted on non-translatable stands respectively.

A sawing apparatus (1) for cutting elongated timber (3) to form cut-to-size pieces, the apparatus including a horizontal processing line (2), through which the timber being processed is guided; transfer means for transferring the timber longitudinally along the processing line as well as machining means for machining the timber in the processing line. The machining means include at least one circular saw (9) whose sawing angle is adjustable and whose blade can be moved across the processing line for cutting the timber. According to the invention, the transfer means include an elongated magnetic rail (6) parallel to the processing line (2); at least two linear motor slides (7) arranged to be movable independently with respect to one another along the magnetic rail; and for each linear motor slide, a transfer gripper (4) connected to the slide and arranged to grasp the timber being processed for moving it longitudinally along the processing line.

The portable sawmill is constructed on a frame having a series of mechanisms for loading and manipulating a log thereon and removing boards cut from the log. Powered tines load a log onto a vertically adjustable log deck, the deck including powered mechanisms for turning and securing the log in the desired orientation for cutting. Cuts are made by a horizontally traveling band saw. The saw has no vertical adjustment. Board thickness is determined by the height of the vertically adjustable log deck. Cut boards are removed by a board sweep that pushes the board laterally from the top of the log onto a tray. The saw travels along the tray to push the board longitudinally onto a suitable platform for transport. All of the above mechanisms are controlled hydraulically from a single operator station on the mill, thus freeing the operator from many manual tasks and increasing production.