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Snap-on continued to improve its sockets throughout the s and beyond, although the pace of change wasn't as rapid as it had been in the s. In addition, numerous cosmetic changes were made to the socket styles, giving the sockets an ated appearance every few years. In addition to the improvements in socket construction, the number of applications for sockets expanded greatly, and Snap-on offered a much greater selection of sockets. Sockets were offered in shallow and deep styles, and with hex or double-hex and sometimes double-square broachings. The introduction of air-powered impact wrenches lead to a need for special impact-grade sockets, and the growing use of metric sizes required special sockets. One of Snap-on's most important innovations for the s was the development of their high-strength reversible ratchet mechanism. The overall length is 6.

The shank is also marked "Patent Applied For" near the flex head see left inset. The overall length is The patent corresponding to the patent applied notice is not yet known, and it's possible that the patent application was denied.

The design of this tool has placed the fork on the flex head, rather than at the end of the shank, probably to avoid infringing the Eagle patent 1, The flex-head appears to be using a wave-washer to control its movement, rather than a friction ball, and this might have been the subject of the patent application. Although not marked with a patent notice, this tool was covered by the pending patent 2,filed by E.

Pilger in and issued in The patent describes the multi-position detent employed for the flex-head, with a spring clip to provide friction. Some readers may have wondered about the inverted configuration of this flex handle, with the fork on the head rather than on the handle.

There's an interesting story behind this, which begins in the late s when Plomb Tool began offering flex handles based on a patented design 1, using a fork on the handle. Flex handles became popular and other makers including Snap-on began offering them, but generally in the alternate forked-head design, to avoid obvious patent infringement.

But in a court decision, the Eagle patent was ruled invalid based on prior patented claims, and this ruling opened the way for other makers to use the design freely. The first of the listed patents is 2,issued to E. Pilger in The second patent is 2,issued to G.

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Gagne in The speeder has a throw of 2. One detail to note here is that the detent ball is secured by a serrated depressed ring, rather than the smooth ring seen on earlier tools.

The sockets are marked with the Snap-on logo, model, and fractional size, and all of the sockets are stamped with a "0" date code for The finish is cadmium plating. All of the tools and sockets in the set are stamped with a "0" date code for , except for the short (No. 62) extension. Get the best deals on PROTO Mechanic Tool Collectibles when you shop the largest online selection at kokusai-usa.com Free shipping on many items 43 Pc lot Proto tools sockets wrenches extensions ratchet made USA. $ 6 bids. $ shipping. Ending May 8 at PM PDT 5d 19h. Snap-on Vehicle Tools. Stanley Carpentry & Woodworking Collectibles. Snap-on TM Date Codes Thanks to Steve Holmberg for providing this information. Click here to see a really, really big version. Snap-on is a trademark of Snap-on.

Some readers may have wondered about this, and it turns out to be a patented feature introduced by Snap-on in the late s. The rationale is described in patent 2,filed by L. Densmore in and issued in The detent ball on this extension shows the serrated ring described by patent 2, The base is stamped with the Snap-on logo and model, plus a stylized "0" date code for The patent listed on the socket is 2,issued to E.

The patent describes a mechanism for controlled friction in universal joints. Cadmium plating was Snap-on's standard finish in The first patent listed on the tool is 2,issued to G. This patent describes a mechanism to provide controlled friction in universal joints, and since the flex head of a breaker bar is similar to one half of a universal joint, the patent applies here as well.

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The second patent noted is the Pilger 2,describing the use of multiple detents on a flexible head. But this patent marking seems a bit overzealous, as the flex head on this breaker bar doesn't include any detents at all. D" and "U. The face also has a stylized "3" date code below the shift lever.

The overall length is 4. The patent notice refers to design patent D,issued to D. Chapman in with assignment to Snap-on. The next two figures show examples of an open-style ratchet believed to have been part of Snap-on's line of industrial tools. The shank is also stamped with a stylized "3" date code for The PF ratchet was offered over an extended period of time, from the s or possibly earlier through the s or later.

Currently we are not very familiar with Snap-on's Industrial line due to a lack of catalogs. However, early in the s it became apparent that these drive sizes would no longer be sufficient for the demands of the time, and both sizes were discontinued. Note that this example is missing the "DH-" prefix to the model number, though it's obviously a double-hex socket. This socket is not marked with a model number, but the catalogs identify it as a model DH Although not marked with a model number, this tool was listed as the HD-5 in the catalogs.

This example is not marked with a model number, but was listed as a model XHD socket in the catalogs. Although this example is not marked with a model number, the catalog referred to this as a model XHD socket. The overall length is 8.

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The finish is nickel plating, darkened by rust and with some loss due to wear. The initial drive tools consisted of a No. Although the early No. This early introduction of the ratchet head and shared handle bar brought a significant innovation to heavy-duty drive tools. Up until this point all Snap-on ratchets had been made with integral forged handles, but for heavy-duty tools this greatly increased the weight and cost of the unit.

Snap-on's removable handle bars made significant savings of weight and cost, and allowed them to offer practical sets of heavy-duty tools. The No.

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We'll begin this section with a very early No. The sockets are marked with the Snap-on logo, model, and fractional size, and all of the sockets are stamped with a "0" date code for The finish is cadmium plating. All of the tools and sockets in the set are stamped with a "0" date code forexcept for the short No. The sturdy metal box has dimensions The box has been refinished with orange paint by a former owner, but a few patches of the original black paint can be seen.

The catalog specifications for the B set provide a No. The "-B" suffix to the model number indicates a metal box. Alternatively, the tools and sockets could be ordered without the box as a No. And finally, the Nos. The finish is plain steel. This tool was acquired as part of the Snap-on Early No. This extension was acquired as part of the Snap-on Early No. Although no date code marking was found, the socket is likely from or earlybased on the plain steel or possibly cadmium finish.

The right inset shows the cold-broached socket construction. Note the machined recess below the broached area and the chatter marks plainly visible on the walls. Both sockets are marked with the Snap-on logo and a "Pat. The right inset shows the cold-broached socket construction with a machined recess below the broached area. Some chatter marks are visible on the walls, though less apparent than in the previous figure.

Get the best deals on Snap-on Industrial Sockets & Socket Sets when you shop the largest online selection at kokusai-usa.com Free shipping on many items Snap-on Automotive Sockets and Socket Sets. Make an Offer. Snap-on 33 piece Motorcycle Tool Set CYCLESET. $ Free shipping. Dating Snap On Sockets, best dating site for rich, latest dating site in usa, cristina squyres dating site/ Sockets marked in this fashion will have the model number, Snap-On logo, and fractional size, all on the same side of the socket. The above numbering scheme was simple and useful, but apparently it was not implemented consistently, as some sockets continued to be .

The upper right inset shows the cold-broached socket construction with a machined recess below the broached area.

Drive studs with locking pins had been introduced previously, but the addition of a push-button release made the tools much more convenient to use.

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The system of locking pins and release buttons adopted by Snap-on was based on the "Lock-On" patents developed by Blackhawk Manufacturing. Readers interested in background information will find extensive coverage in our article on Blackhawk Lock-On Tools. Snap-on didn't adopt all cts of Blackhawk's system, but they did license the patent RE covering the release buttons, and references to this patent will be found marked on sockets up through the late s.

Of the four socket styles initially offered in hex, double-hex, extra deep hex, and double-squareonly two remained in production for later years. The DH-xx2 series of double-hex sockets became the LDH-xx2 Loxocket series, but with straight walls instead of the earlier tapered design, and the S-xx2 series of extra deep sockets became the LS-xx2 Loxocket series.

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The hex socket series models to was discontinued afterbut the double-square sockets apparently saw limited production in in the Loxocket line, but afterwards were discontinued. The double-square Loxockets are not known to have been listed in any Snap-on catalog, but a couple of examples from have been discovered. The figures below will show the development of the LDH Loxocket series, with numerous small changes to the markings as well as incremental improvements to the construction.

The initial design included a band of parallel knurling around the socket, with the model number, Snap-on logo, and socket size stamped below the band. Other markings such as patent and trademark notices were not very standardized though, and these markings will be found in different places. The standard finish for the LDH series was chrome plating, with the upper walls highly polished and a flat or matte finish to the socket base and knurled band.

The left inset shows the drive end of the socket. Note the notch cut on the side with the release button, which helps to depress the locking pin when inserting a drive stud. The socket construction appears to be cold-broached, with a machined recess below the broached area and some chatter marks visible on the walls. This socket was acquired as part of an L Socket Set dating to earlywhich is described in a later figure.

The right inset shows the socket construction, with a machined recess visible below the broached area. This socket is currently our earliest example of the "Loxocket" trademark marking, and its production date is two years earlier than the first use date in the trademark filing.

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The right inset shows the socket construction with a machined recess below the broached area, as we saw in the previous example. A careful look shows a few burrs at the end of the broached area, though the walls are quite smooth and relatively free of chatter marks. The left inset shows the drive end of the socket, stamped with "Loxocket Trademark", Snap-on's registered trademark for the release button feature. The rounded notch on the side with the release button helps to depress the locking pin when inserting a drive stud.

The right inset shows the socket construction with a machined recess below the broached area, as we saw in the previous examples. In this case though, the broached walls are very smooth and free of chatter marks. The next several figures show the more extensive markings appearing on later LDH sockets.

The markings tended to move around depending on the size of the socket. The base is stamped "Made in U. The model number and Snap-on logo are stamped below the knurled band, as seen in the main photograph, followed by the size not shown and a "Lic.

Reissue Pat. Finally, the stylized "0" date code for appears to the right of the patent notice. The upper right inset shows the socket construction with a machined recess below the broached area. The patent covers the use of locking pins and release buttons for sockets.

Since Snap-on started offering the release button feature in lateit's not clear why they waited until to acknowledge the patent.

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The base is stamped "Trademark Loxocket" and "Made in USA" next to the release button, as can be seen in the upper left corner of the main photograph. Further around the base is a the patent notice "Lic.

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Finally, the model number, Snap-on logo, and size are stamped below the knurled band, with the stylized "2" date code on the opposite side see lower right inset. The next several figures show sockets marked for Snap-on, but with a different design and made using a hot-forged construction technique.

These are believed to be wartime production with socket blanks produced by Wright Tool and Forge. Reissue" and "Pat. Although not visible in the photograph, the socket is fitted with a standard "Loxocket" release button.

The inset shows the interior of the socket to illustrate the hot-forged construction. In the hot-forging process a slug of heated metal is forced into a die, simultaneously forming the double-hex service opening and the square drive opening.

The plain finish and unusual construction of this socket likely indicate production during the wartime years. This socket closely resembles the production by Wright Tool and Forge, suggesting that Wright may have supplied the socket blank to Snap-on. The cadmium finish and unusual construction of this socket likely indicate production during the wartime years. The markings are, from left to right, the Snap-on logo, the size, the model number, a stylized "7" date code for"Made in U.

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In the late s Snap-on ated its socket production to use a hot-broaching method that created a distinctive ring of displaced metal. Similar production methods had been used by Duro Metal Products, Plomb, and other companies for some years, and likely resulted in both lower costs as well as stronger sockets.

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The new socket style can be easily recognized by the annular shelf at the bottom of the broached area. The base is stamped with a "Lic. The right inset shows the hot-broached construction with an annular ring of displaced metal.

The change in the broaching method can be seen easily by comparison with the Snap-on LDH Socket in the previous figure, also of production. The right inset shows the hot-broached construction, with the shelf of displaced metal clearly visible below the broaching. The knurled-band style of LDH sockets remained in production until at leastas the next figure illustrates. The date code appears in the main photograph, to the left of the Snap-on logo.

The right inset shows the details of the hot-broached construction. An annular ring of displaced metal can be seen clearly below the broached area.

A number of specialty sockets for applications such as ball joint service were also made. The left inset shows the drive end with a sloping notch by the release button, intended to help insert the drive stud. This type of square notch is seen only on the very early Loxocket production; later sockets have a rounded indentation.

The right inset shows the double-square broaching. The broached area is undercut with a machined recess, and the walls show chatter marks associated with the cold broaching process.

The original finish was a thin chrome plating, but most has been lost to rust or corrosion, leaving a pitted surface texture. From the early s onward Snap-on designed its larger drive tools with removable and interchangeable handles. This offered a number of advantages, the foremost being a reduction in the weight and cost. This article will look at the development of the company during the s, covering its first ten years of operations.

The company's founding principle was the superiority of interchangeable socket tools over fixed or "tight" socket wrenches, and their first product was a modest collection of five drive handles and ten sockets. Johnson and Seidemann had previously worked at Blackhawk Manufacturing and its parent company American Grinder, and in particular Johnson had been the manager of Blackhawk Manufacturing. Somewhat oddly, the notice doesn't mention the founders or provide the company address.

This second notice appeared in the following week's April 29, issue of Iron Age on page An early advertisement can be seen at the left, as published on page of the December 30, issue of Motor Age. The illustration shows the five handles and ten sockets that made up the company's first product, referred to as a "General Service" set here. The text notes that the collection would make up 50 wrenches, which was sometimes summarized in a "5 Do the Work of 50" catch phrase. A slightly later notice on page 76 of the January 1, issue of the Automobile Trade Journal nicely summarizes the tools available from Snap-On Wrench at that time.

Notice the display board at the top right with the "5 do the work of 50" slogan. A similar notice but without the display board illustration was published on page 64 of the February 15, issue of the Commercial Car Journal. The table below lists the various trademarks filed by the Snap-On Wrench Company or its Blue Point subsidiary during the s.

The entries are presented in order of the registration number.

Snap on First Flier; s Early Adverts; s Snap on Handout; Blue Point Catalog; Milwaukee Forge Blue Point Catalog; Brake Adjustment Tools; s Forged Steel Catalog; Distortion Brochure; Other Curiosities 2. The Snap on Story; Hand Tool Safety Booklet; Torque Wrenches; s Snap on Tools Paper. Dating snap on sockets - Is the number one destination for online dating with more relationships than any other dating or personals site. Rich woman looking for older man & younger woman. I'm laid back and get along with everyone. Looking for an old soul like myself. I'm a man. My interests include staying up late and taking naps. Find single woman in the US with mutual relations.

The first entry in the table seems to have a curious status, as it has "disappeared" from the USPTO "TDR" database, which usually has an entry even for very old trademarks. The notice at the left shows the information for trademarkas it was published on page of the October 18, issue of the USPTO Offical Gazette. Note particularly that the first use date is claimed as February 2, - preceding the company's incorporation date.

Snap-On tools are generally clearly marked and consistently numbered, but the tools from the s are the exception to this rule. These early tools were marked in several different styles, or not marked at all, making it somewhat tricky to identify them.

This article will look at some examples of early Snap-On tools with different marking styles. Beginning in Snap-On introduced a system of date codes and started marking sockets and other tools as well with the codes.

The date code was generally a single digit later, a symbol or character to indicate the year of production, with the digit sometimes preceded or followed by a dash.

For through the system was very simple: one of the digits 7, 8, 9, or 0 indicated the year. In later years though, symbols and script styles were added in order to extend the system, and you'll need to consult a date code chart to determine the date.

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Date codes were applied in and later without regard for the socket marking style. In its early years the date code system had a very specific function: tool warranties were of limited duration at the time, and the date code determined the start of the warranty period.



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