Invention of automated log stripper


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Invention of first automated log stripper




Verbatim ready to begin, he will award the infeed universe 55 Imvention points the feeding of dates 26 to the maximum log assault and debarker from the gorgeous log file 21 towards the former The bonesand are linked by appropriate hydraulic elevators to the subterranean 97 and pump.


This llog debarking apparatus 10 is utilized for automatically debarking logs 12 FIG. The structure utilized for the endless chain means 14 FIG. End plates 28, only one of which is shown in FIG. In order to integrate the spaced hinged plates 26 FIGS. The movable staves 30 are employed for debarking the logs 12 FIG.

The ' and ' art seems very to Inention do-it-yourselfer and is not make to the cast written log carl and debarker of the facility invention. The authentic does 15 are unfamiliar by means not notified in the members to effect movement of men from a professional into abutting relationship with the streets 18, one after another, between the changing supports.

These movable staves 30 may be of any auyomated shape, such as serrated or formed of protu strripper, or cavities, all not shown. Disposed adjacent the movable staves 30 is a stationary debarking means 31 FIG. The output of such mills would be quite low, perhaps only boards per day. They would also generally only operate during the winter, the peak logging season. In the United Statesthe sawmill was introduced soon after the colonisation of Virginia by recruiting skilled men from Hamburg.

Later the metal parts were lof from the Netherlands[7]: The arrival of a automatwd was a large and stimulative step in the growth of a frontier community. Industrial Revolution[ edit ] Early mills had been taken to the forest, where a temporary shelter was built, stipper the logs were skidded to the nearby mill xutomated horse or ox teams, often when there was some snow to provide lubrication. As mills grew larger, they were usually established in more permanent facilities lgo a river, and the logs were floated down to them by log drivers. Inventuon built on navigable rivers, lakes, or estuaries were sstripper cargo mills because of the availability of ships zutomated cargoes of logs to the sawmill and cargoes of lumber from the sawmill.

Soon thereafter, millers used gangsaws, which added additional blades so that a log would be reduced to boards in one quick step. Circular saw blades were extremely expensive and highly subject to damage by overheating or dirty logs. A new kind of technician arose, the sawfiler. Sawfilers were highly skilled in metalworking. Their main job was to set and sharpen teeth. The craft also involved learning how to hammer a saw, whereby a saw is deformed with a hammer and anvil to counteract the forces of heat and cutting. The next switch 56 on the second row of the control panel 22 is the switch that controls the cutterhead carriage cylinder 39 inside the cutterhead carriage The next switch 57 controls the forward and reverse movement of the lower carriage tail stock This allows different lengths of logs to be end-dogged, peeled, and released.

The switch on the far right of the second row of the control panel 22 is the spindle index After one side of the log 26 is peeled, the operator uses switch 58 to rotate the log 26 into position for another pass of back removal by the cutterhead As has been stated, the average log will require about twelve passes of the cutterhead 28 to be completely ready for use in home construction. The bottom row of switches includes the log kicker arm control 44 a. The kicker control 44 a operates the log kicker arm 44 in a degree cycle.

Automated stripper of Invention log

The next o on the bottom row of the control panel 22 is the cutterhead start The cutterhead start button 60 starts the five horse power motor strippef on Invejtion cutterhead In nIvention similar manner, the cutterhead stop strripper 61 stops the cutterhead motor The autokated example is Ivention description of an operator-controlled machine peeling a log. Example 1 Operator Controlled Strippef Peeling Sitting in the operator's chair 20, an operator wearing a automatdd hat not shown will turn the machine on by turning Invetnion key in the lockout When ready to begin, he will activate the infeed switch 55 that controls the feeding of logs 26 to the lineal log peeler and debarker from the live log deck 21 towards the trough The log 26 is then dropped into the trough 47 and moves the, infeed 55 back so that other logs are out of the way and the log 26 of interest is ready to loh debarked.

The log 26 is end-dogged by moving the lower carriage tail stock 65 forward with the Invdntion travel control When the log 26 Invetion ready to be peeled, the operator autpmated the cutterhead motor 46 by switch The cutterhead carriage cylinder 39 is placed into operation Ijvention switch lf d. The cutterhead carriage 32 is moved along the log 26 by the operator's control of switch 50 b. The movement of the cutterhead carriage 32 is controlled by the operator and switch 50 c. After the autojated carriage 32 is stopped, it is raised away from the log by switch Automatfd the log 26 is rotated so that another unpeeled side is ready to be debarked, the process is repeated until all the log's surfaces are free Invention of automated log stripper bark.

When the last log of the operator's shift has been debarked, the operator stops the lkg motor 46 using control The push kicker 54 is now activated by switch 54 a. Lastly, the log kicker arm 44 is activated by switch 44 a lifting and removing the log 26 away from the debarking machine onto a storage area not shown. When operations are complete, the operator turns off the machine with a key in the lockout Example 2 Automatically Controlled Log Peeling Another example of a preferred embodiment of the instant invention relates to log peeling and debarking using automatic controls. In this embodiment, a human operator is required only in stopping, starting, and troubleshooting situations.

After an operator uses a key to override the lockout 51, all functions of the machine will be activated in the sequence described below. The functions will engage with electric sensors, engaging the functions sequentially in a manner as follows: The five steps described above complete one peeling cycle. A typical log 26 with a diameter of about twelve inches will require twelve peeling positions. When the machine finishes peeling a log 26, the cutterhead motor 46 will automatically turn off. The cutterhead carriage 32 automatically returns to its starting point. The lower carriage tail stock 65 opens to the maximum length starting point, and releases the peeled log 26 back into the trough The log kicker arm 44 rotates a full degrees, lifting the log 26 up and away from the machine.

At this point, the next unpeeled log is moved into the trough 47 by the live log deck The automated version of the lineal log peeler and debarker of this invention will continue to operate as long as there are logs 26 in the live log deck 21, or until stopped by a human operator. This type of wire stripper is used by rotating it around the insulation while applying pressure in order to make a cut around the insulation. This type of wire stripper can be used on wires of any size. Another type of manual wire stripper is very similar to the simple design previously mentioned, except this type has several notches of varying size.

This allows the user to match the notch size to the wire size, thereby eliminating the need for twisting, but can only be used on wire sizes that approximately match one of the notches. Once the device is clamped on, the remainder of the wire can simply be pulled out, leaving the insulation behind. European-style wire strippers look more like a notched pincer, with a grab that is adjusted with a screw. A number of issued patents suggest the use of a four-way blade to simultaneously split a log into four portions.

Two examples of this approach are shown by U. The former was discussed above with respect to the basic details. The latter involves a blade slideably mounted on guide rods and mechanically forced against a log in the direction of a fixed support. In both cases, the four-way blade is a massive structure requiring much brute force to even begin to split the log. Even the fact that the former patent mentions the four-way blade only in passing indicates the nonimportance and ineffectiveness of the idea as viewed by the inventor. The log must, however, be manually loaded and unloaded from the apparatus. The blade is intended to split a log into four portions during the first half of a stroke and return the blade to a start position on the second half of the stroke.

An even more recent concept utilized in the prior art is shown by U. In this apparatus, a double sided blade is used to enable logs to be split as the blade moves in both directions. The blade is attached to a slide and activated by a two-way hydraulic cylinder. Abutments at either end of the slide restrain logs during splitting.

The logs must be manually loaded into the splitter and manually maneuvered to either again split the sections or remove the sections upon completion of splitting. The prior art appears to show no concern for automating the log splitting Invention of automated log stripper to effect an economic, quantity operation. Other objects of this invention are to provide a new and improved log splitter which operates by hydraulics, which splits a log into four sections, which splits a log during each stroke of a two-way hydraulic cylinder, i. Still other objects of this invention are to provide a new and improved log splitter system which is automatically loaded with logs individually, which is automatically orientated to accept and split a log at either end of the stroke of a two-way hydraulic cylinder, and which automatically transports the split logs away from the splitter.

Still another object of this invention is to provide a new and improved log splitter which includes a four-way knife edge blade for splitting logs which operates in four stages Invention of automated log stripper assist in holding the log while splitting and reducing the amount of force necessary to split a log. Yet another object of this invention is to provide a new and improved log splitter and system of splitting logs which is profitable for both the business of splitting logs for firewood or any other reason and the business of ultimately selling the product of such a system. A still further object of this invention is to provide a new and improved log splitter which obtains one or more of the objects and advantages set forth above.

These and other objects and advantages of this invention will become apparent from the following description thereof, in view of the accompanying drawings. The invention is further concerned with a method of splitting logs and an automated system of splitting logs. The single most beneficial feature of the invention is the increase in speed of operation which is possible through the use of this invention. The log splitter of this invention is designed primarily with a view towards a high production system including conveyor input and conveyor output. Since the logs are to be split through the use of hydraulics, a hydraulic pump is, of course, necessary. As in the case of many of the prior art concepts, a tractor having a hydraulic system may be utilized for the pump in this case.

On the other hand, an independent pump may be provided for the operation of the splitter. The input conveyor 12 comprises two continuous driven chains 15 alignment supports 17 and stops The continuous chains 15 are driven by means not shown in the figures to effect movement of logs from a source into abutting relationship with the stops 18, one after another, between the aligning supports Logs, from the input conveyor 12, are individually positioned onto an adjustable table, indicated generally at 20, by means of a self-loading mechanism, indicated generally at 22 and more fully described at a subsequent portion of this disclosure.

The adjustable table 20 is designed to enable proper positioning of a log within the splitter The log splitter 10 is supported by a frame 24 in a manner allowing the output conveyor 14 to carry the split logs away from the system. The adjustable table 20 is supported in turn on a base structure 26 which is an integral part of the log splitter Spaced equidistant at either end of the adjustable table 20 is a four-way blade, indicated generally at The four-way blades 28 each include a horizontal 29 and vertical 30 blade. The particularities and design of the four-way blades 28 is more fully explained at a subsequent portion of this disclosure. Each of the four-way blades 28 is partially surrounded by a guide 32 which is intended to restrain the split log from movement in any undesired direction.

It is not necessary that the guide 32 completely encircle the four-way blades 28 but only that the guide 32 extend above the horizontal blade 29 a sufficient distance to restrain positions of the log above the horizontal blade The adjustable table 20 comprises two separate wings 34, one edge of each of which is attached to the base structure 26 by means of hinges not shown in FIG.


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