Great news!!!You’re in the right place for miter gauge ruler. By now you already know that, whatever you are looking for, you’re sure to find it on AliExpress. We literally have thousands of great products in all product categories. Whether you’re looking for high-end labels or cheap, economy bulk purchases, we guarantee that it’s here on AliExpress. You’ll find official stores for brand names alongside small independent discount sellers, all of whom offer quick shipping and reliable, as well as convenient and safe, payment methods, no matter how much you choose to spend. AliExpress will never. mitre gauge. Ничего не найдено. 18+. © Академик, Обратная связь: Техподдержка, Реклама на сайте. Change privacy settings. 🔥 Промокоды Путешествия. For many users, a miter gauge may be an afterthought, but for more intentional carpenters, investing in a quality miter gauge is well worth the money in order to achieve top-notch results. Read full article. Best. A Solid Build for Solid Performance. Fulton Precision Miter Gauge with a Standard Slot (3/4” x 3/8”) Steel Bar with Adjustable Spring Loaded Plungers and Removable Retaining Disc. out of 5 stars $$ Once you are satisfied with how snug they mount, cut the slots in the apron with the biscuit joiner. Sorry, this item is temporarily unavailable. Options Available. Those skilled in the art will understand that in some situations, the operator will need to angularly configure the miter gauge miter gauge traducir google angles that do not correspond to the angles associated with the teeth on positioning edge Write a Review.

A typical installation of miter gauge [] 10 on a conventional table saw is shown in FIG. Table saw includes a substantially horizontal working surface A portion of saw blade protrudes through working surface Longitudinal slot is disposed within working surface and is substantially parallel to the cutting axis of saw blade In FIG.

Those skilled in the art understand that convention table saws include two longitudinal slots within the working surface, one to the left of the saw blade and one to the right of the saw blade. In the installation of FIG.

Fence is used for positioning a workpiece not shown relative to the saw blade , by maintaining an edge of the workpiece in abutting relationship with a face of fence To permit sliding movement of miter gauge 10 along the axis of saw blade , miter gauge 10 is connected to a guide In the preferred installation shown in FIG. Guide is slidably disposed within slot to enable the workpiece, when positioned against fence , to be moved relative to saw blade along the cutting axis of the blade.

Those skilled in the art understand the operation of guide when installed on table saw Thus, the details of the guide's operations need not be included. As will be appreciated by those of ordinary skill in the art, as described in greater detail below, a portion of miter gauge [] 10 is pivotable about shoulder bolt 14 to vary the angle of fence relative to the cutting axis of saw blade A substantially wedge-shaped base plate 16 is connected to a substantially wedge-shaped top plate 18 using shoulder bolt When so connected, top plate 18 is pivotable about shoulder bolt 14 relative to base plate While a variety of materials could be used, base plate 16 and top plate 18 are preferably steel because of the strength and rigidity necessary for many woodworking operations.

Top plate [] 18 includes a first engagement edge 22 and a second engagement edge 24 , the intersection of which is at corner 26 of top plate Opposite corner 26 and connecting first and second engagement edges 22 and 24 is positioning edge 20 of top plate Preferably, positioning edge 20 is configured to form an arc.

First and second fence attachment flanges 28 and 30 are mounted to top plate First flange 28 includes a face 32 that is substantially parallel to first engagement edge Similarly, second flange 30 includes a face 34 that is substantially parallel to second engagement edge Preferably, first and second flanges 28 and 30 are connected to top plate 18 using a plurality of screws 36 , but those skilled in the art will appreciate that any method of attachment, including riveting, welding, and the like, could be used.

Also, the flanges could be integrally formed as part of top plate As will be described in greater detail below, first and second flanges 28 and 30 are used to attach a woodworking fence to miter gauge As shown in FIG. The threaded shaft of thumbscrew 40 is disposed through a flat washer 42 and arcuate slot 38 and threaded into a threaded hole 80 in base plate 16 such that when thumbscrew 40 is tightened, top plate 18 is clamped between flat washer 42 and base plate 16 , thereby inhibiting movement of top plate 18 relative to base plate When thumbscrew 40 is loosened, however, top plate 18 may be pivoted in either direction about shoulder bolt 14 relative to base plate 16 to the position at which thumbscrew 40 impacts either extent of arcuate slot Positioning edge [] 20 includes a plurality of teeth 44 disposed thereon.

Each tooth corresponds to an angular position of top plate 18 relative to bottom plate A template 45 , which is preferably an angular scale, may be disposed on top plate 18 for use in angularly positioning top plate 18 relative to base plate 16 by providing marks at predetermined intervals along template 45 according to the angular positions of teeth Referring to FIG.

First actuator 46 includes a first hammer 50 pivotably attached to bottom plate 16 by shoulder bolt First hammer 50 includes an actuator tooth 58 configured to engage teeth 44 disposed on positioning edge Those of ordinary skill in the art will appreciate that top plate 18 may be pivoted relative to bottom plate 16 to a position at which tooth 58 engages the notch formed between two adjacent teeth 44 according to the desired angular position of top plate With tooth 58 is so engaged, first hammer 50 is locked in place by first actuator thumbscrew 62 , the shaft of which is disposed through a slot 66 in hammer 50 and threaded into a threaded hole in base plate In this incremental angular positioning mode Miter Gauge Table Saw Lowes 40 as described above, first actuator 46 , in addition to providing precision positioning, serves to inhibit any movement of top plate 18 relative to base plate Actuator tooth 58 is preferably configured to match the shape of the notch formed between any two adjacent teeth 44 of top plate Thus, when first hammer 50 is locked in place using first actuator thumbscrew 62 , actuator tooth 58 inhibits rotation of top plate And because fence see FIG.

While the preferred embodiment of first actuator [] 46 has been described above, miter gauge 10 preferably also includes second actuator In the preferred embodiment of miter gauge 10 , only one of the actuators is used at a time.

The determination of which actuator is used is dependent on whether miter gauge 10 is configured for use on the left or right slot associated with a woodworking tool. Those of ordinary skill in the art will readily understand that the operation of second actuator 48 is identical to that of first actuator Second actuator 48 includes second hammer 52 , which further includes actuator tooth Second hammer 52 is pivotable about shoulder bolt 56 and includes slot 68 disposed therein.

Second hammer 52 may be locked in place using second actuator thumbscrew 64 that is threaded into a hole in base plate Those skilled in the art will understand that a typical woodworking table saw includes two longitudinal slots disposed in the working surface of the table, which slots are substantially parallel to the cutting axis of the saw blade with one slot to the left and one slot to the right of the saw blade.

For most woodworking operations, miter gauge [] 10 will be configured such that, when attached to guide , guide will be disposed in the slot to the left of the blade, as depicted in FIG. Some applications, however, will require miter gauge 10 to be used with the slot to the right of the saw blade. The reversible nature of miter gauge 10 is discussed in greater detail below. The preferred configuration of base plate [] 16 is depicted in the partially exploded view in FIG.

Preferably, base plate 16 includes a steel main plate 70 attached to plastic sliding plate When miter gauge 10 is used for woodworking operations such as in the table saw application of FIG. Referring again to FIG. Pivot hole 74 is included in base plate 16 to allow base plate 16 to be pivotably coupled to guide , and for top plate 18 to be pivotably coupled to base plate 16 using shoulder bolt In the preferred embodiment, shoulder bolt 14 passes through both top plate 18 and pivot hole 74 of base plate 16 and threaded into a first threaded hole disposed in the upper surface of guide First push knob attachment hole 76 is disposed in base plate 16 to permit installation of push knob 12 on miter gauge 10 when in the left configuration.

A threaded end of push knob 12 passes through hole 76 and is received by a second threaded hole in the upper surface of guide to further connect miter gauge 10 to guide For operation of miter gauge 10 in the left configuration, base plate 16 includes first threaded socket 80 for receiving thumbscrew Base plate [] 16 preferably includes a first slot As an alternative to being disposed through hole 76 , the threaded end of push knob 12 may be disposed through first slot 84 and threaded into a third threaded hole in the upper surface of guide As depicted in FIG.

Some applications, however, may require precision positioning according to half-degree increments. With push knob 12 disposed through first slot 84 , base plate 16 , and correspondingly miter gauge 10 , are pivotable about shoulder bolt 14 relative to guide to the extent permitted by slot Of course, some woodworking operations require a miter gauge to be set at angles other than those corresponding to whole or half degrees.

Accordingly, the current invention provides means for precisely positioning the miter gauge [] 10 at any angle within the range of motion of the miter gauge. To provide this continuous indexing, base plate 16 preferably includes first indexing marker 88 extending radially in a direction from pivot hole 74 such that a portion of first indexing marker 88 is visible when top plate 18 is connected to base plate 16 as shown in FIG.

When top plate [] 18 is pivoted to an angular position not corresponding precisely to a notch between any adjacent teeth of the teeth 44 , the intersection of first indexing marker 88 and the edges of teeth 44 creates a vernier scale to accurately position top plate 18 angularly relative to base plate In the example shown in FIG. In the preferred embodiment shown with one-degree tooth spacing, adjacent teeth and define notch corresponding to an angular position of 8 degrees.

The peak of tooth corresponds to an angular position of 7. Thus, in the FIG. When the first indexing member 88 is aligned at the proper angle on top plate 18 , first thumbscrew 40 is tightened, clamping top plate 18 between washer 40 and base plate 16 , inhibiting relative movement between top plate 18 and base plate As mentioned above, some woodworking operation require a miter gauge to be used with the slot in the working surface of a table saw that is located to the right of the saw blade.

The preferred embodiment of miter gauge [] 10 is configured to enable it to be used with either the left or right table saw slot. When miter gauge 10 is in the left configuration for use with the left slot of a table saw, the first set of these elements are used, as described above. However, for use with the right slot, miter gauge 10 is reconfigured to the right-reversed configuration.

In the right-reversed configuration shown in FIG. In addition, the threaded end of push knob 12 passes through either second push knob attachment hole 78 or second slot 86 and is threaded into the corresponding threaded hole in the upper surface of guide as described above for the left configuration.

Second slot 86 is identical in size to first slot 84 , and thus, the half-degree adjustment described above in connection with first slot 84 is available in the right-reversed configuration using second slot Thumbscrew 40 is threaded into second threaded socket In the right-reversed configuration, second actuator 48 is employed to accurately position miter gauge 10 Miter Gauge Wobbles 3d Model by engaging teeth 44 of top plate Further, when the continuous indexing feature of miter gauge 10 is used in the right-reversed configuration, the woodworker uses the intersection of second indexing marker 90 and teeth 44 to accurately position the miter gauge.

In certain alternative embodiments such as the configuration shown in FIG. Positioning plate includes a positioning edge having a plurality of teeth disposed thereon. Further, positioning plate includes an arcuate slot Miter gauge [] includes a flange connected to positioning plate Preferably, flange is connected to positioning plate using a plurality of bolts , but those skilled in the art will understand that any method of attachment, including riveting, welding, and the like, could be used.

Also, flange could be integrally formed as part of positioning plate Flange is used to attach a fence to miter gauge , as shown in FIG. Similar to the preferred embodiment shown in FIGS. In this alternative embodiment, the threaded shaft of thumbscrew is threaded into a threaded hole in guide Angular positioning of positioning plate [] is accomplished through rotation of the positioning plate about shoulder bolt Unlike in the preferred embodiment described above, in this alternative embodiment, there is no base plate.

Thus, positioning plate is pivotably connected directly to the guide , which serves as the base of rotation for positioning plate In operation, after positioning plate has been pivoted to the desired angular position, thumbscrew is tightened, clamping positioning plate between washer and guide , thereby inhibiting rotation of positioning plate Similar to the preferred embodiment, however, in the alternative embodiment shown in FIG.

Actuator preferably includes two actuator teeth to engage teeth disposed on positioning edge In operation, when positioning plate is rotated to the desired angular position, actuator is rotated either clockwise or counter-clockwise so that one of the actuator teeth moves into the notch formed by two adjacent teeth on positioning edge , which notch corresponds to the desired angular position.

Those skilled in the art will readily appreciate that actuator could be configured to have only one actuator tooth After the actuator [] has been pivoted to insert one of actuator teeth into the notch formed between two adjacent teeth on positioning edge , actuator is locked into place using actuator thumbscrew A threaded shaft of actuator thumbscrew is disposed through a slot in actuator and threaded into a threaded hole in guide When actuator thumbscrew is tightened, actuator is clamped between guide and the head of actuator thumbscrew inhibiting movement of actuator relative to guide A template [] , which is preferably an angular scale, may be disposed on positioning plate for use in angularly positioning plate relative to guide by providing marks at predetermined intervals along template Those skilled in the art will understand that in some situations, the operator will need to angularly configure the miter gauge at angles that do not correspond to the angles associated with the teeth on positioning edge Thus, the scale of template may be finer than that corresponding to the positions formed by teeth on positioning edge In those situations, the operator may use the tip of one of actuator teeth as a pointer to the angles depicted on template to set the proper angular position of positioning plate When the proper position is so set, positioning plate is locked in position by tightening thumbscrew Because of operational constraints of the typical woodworking table saw, it is impractical to space teeth [] to correspond to one-degree angles, as in the preferred embodiment shown in FIG.

In the configuration of FIG. However, a second alternative embodiment shown in FIG. In the alternative embodiment of FIG. Positioning plate is pivotable relative to base plate and guide about shoulder bolt , which is disposed through positioning plate and base plate and threaded into a threaded hole in guide Similarly, base plate is independently pivotable about shoulder bolt relative to guide Similar to the alternative embodiment described in connection with FIG.

Positioning plate also includes an arcuate slot Attached to positioning plate is flange for connecting miter gauge to a fence for woodworking and other materials fabrication operations. As in the previously described embodiments, flange may be attached to positioning plate using any standard attachment methods, but is preferably attached using a plurality of bolts The threaded shaft of thumbscrew [] is disposed through washer , through arcuate slot , through aperture in base plate , and is threaded into a threaded hole in guide When thumbscrew is tightened, relative movement of both positioning plate and base plate with respect to guide is inhibited because both plates are clamped between washer and guide This invention relates to miter gauges adapted particularlyfor use in connection with power driven tools such as circular saws and the like.

Miter gauges of this type are commonly employed to provide a support for the work adjustably arranged in angular relation to the working edge or face of cutting tools. Such devices as heretofore known are crudely constructed and require the use of two hands and considerable effort to effect adjustments. Many serious accidents have resulted from attempts to adjust gauges while the cutting tool was in operation, and such accidents are inevitable with gauges such as have been in common use.

It is the object of the present invention to afford a simple and effective miter gauge of improved construction which is easily and safely adjustable to any desired angle. Another object of the invention is the provision of a miter gauge which is self-indexing. Other objects and advantages of the invention Will be apparent as it is better-understood by reference to the following specication and accompanying drawings, in which Fig.

Referring to the drawings, 5 indicates a table which may be of Wood or metal such as is ordinarily used as a support for the Work in the use of power tools. It is to be understood that the saw or equivalent tool may be actuated by any suitable power means not shown , and that the table and saw form no part of the inverltion,4 being illustrative merely of the application of the invention.

The table may be provided with one or more guide slots 8 in which a bar 9 is adapted to be slidably mounted. Thus the bar 9 and the gauge which is mounted thereon may be disposed on either side of the table 5 and may be adjusted I longitudinally thereof and, as hereinafter indicated, angularly with respect to the cutting edge of the saw 'I or other tool.

A pin I3 also secured to and projecting from the bar 9 carries a rotatable sleeve I4 having a pinion I5 at its lower end. A knurled head I6 is mounted on the sleeve I4 and is connected thereto by a spline II so that the sleeve and the pinion I5 may be rotated at will. In the particular structure as illustrated in the drawings, these notches are placed at angles of 15 with reference to the pivot pin 4 -I2. A washer 28 is disposed between the knurled head I6 and the sector Movement of the frame III is effected by engagement of the teeth of Miter Gauge Vs Sled 80 the pinion I5 with a rack segment 29 on the frame.

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