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Publication numberUS2977562 A
Publication typeGrant
Publication dateMar 28, 1961
Filing dateDec 8, 1954
Priority dateDec 8, 1954
Publication numberUS 2977562 A, US 2977562A, US-A-2977562, US2977562 A, US2977562A
InventorsNorman E Benson
Original AssigneeAcme Wire Company
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Dip soldered printed circuit sockets
US 2977562 A
Abstract  available in
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

March 28, 1961 N. E. BENSON 2,977,562

DIP SOLDERED PRINTED CIRCUIT SOCKETS Filed Dec. 8, 1954 Zmnentor (lttornegs -tubes'taken substantially on DIP SOLDERED PRINTED CIRCUIT SOCKETS Norman E. Benson, Westport, Conn., assignor to The Acme Wire Company, Hamden, Conn., a corporation of Connecticut 7 Filed Dec. 8, 1954, Ser. No. 473,814

1 Claim. (Cl. 339-17) ed or etched circuits which will be simple in construction and will not materially weaken the sheet or panel of insulating material on which the circuit is printed or etched, and may be used for a number of different purposes and for connecting different devices in the circuits, such, for example,,as relays, electronic tubes, transformers, capacitors, rectifiers', transistors, cable connectors and "the like. I

ates atent A particular object is to provide a device of this char- I acter which will have small space requirements in its use in circuits involving these devices, and. also permit easy handling in assembly and use,- saving space and time.

With the foregoing and other objects in view, I have devised the construction illustrated in the accompanying drawing forming apart of this specification. It is," however, to "be understood the invention is not limited to the specific details, of construction and arrangement shown, but may embody various changes and modifications within the scope of the invention.

In this drawing; L Fig. 1 shows a front view-of a 'panel with printed or etched circuits applied to the front surface thereof and showing some of these sockets applied thereto;

Fig. 2 is a transverse section-of a portion of this panel and the socket mounted therein taken substantially on Fig. 3 is a similar view takensubstantially on line 3--3 f- -x i 1 1 :Fig, :4 is a sectional view taken substantially on line 44 o f-Fig. 1 indicating how these sockets can be used to connect and combine a number of panels in which these sockets have been mounted and connected to the printed or etched circuits applied to them;

Fig. 5 is a partial side elevation and partial section of the socket of Fig. 2 removed from the panel;

Fig. 6 is an end view looking from the right of Fig. 5; Fig. 7 is a detail sectional view of one of the socket line 7--7 of Fig; 5 and on a somewhat larger scale;

Fig. 8 is a perspective view of one of the blanks from whichjthese tubes'may be formed;

Fig. '9 is a side elevation or a test plug for circuitry which may be used with these sockets, and

Fig. lOis. a similar view of a test plug for tube testing f which may be used with the form of socket of Figs. 2 and 5.

As previously indicated, Fig, -1 shows a port ion of a ing plastic material of the desired thickness, such material being, for example, phenolic products such as Bake- 1 I1itefor Micartafj"'and similar insulating materials on f the surface v of l which are printed or etched" conductin v circuits, a number of diiferent shapes and lengths of V -panel 11,whic'h in thisv case comprises a sheet of insulatwhich are indicated at 12, but throughout the specification and claims the term printed circuit will be used in a generic sense to indicate either form. The improved sockets shown used with and mounted in this panel are the same except that they indicate the use of two different types of socket tubes or conductors; The form shown at 10 in Fig. 1 comprises a circular body member 13 of suitable insulating material, such, for example, as a molded'plastic recessed on one side, as indicated at 14, to reduce the amount of material required, thus forming a circular flange or rim 1S. Mounted. in this insulating body are a plurality of socket or conductor tubes 16 arranged in a circle and spaced according to a pattern or arrangement of projecting contact pins in'the base of an electronic device such, for example, as a relay tube, capacitors, transistors, and so forth, an electronic tubebeing indicated in broken lines 17 and the contact pins being indicated at 18. These conductor tubes 16 are mounted in the body member 13, preferably by molding them therein, and if found desirable or necessary they may be more securely anchored by roughening or knurling their outer surfaces to'secure a better grip with the insulating material. In the form shown the tubes are open at both ends and substantially flush with the outer or rear side 19 of the body, and at their other ends projecting beyond the plane of the free edge of the rim 15 sufficiently to extend through correspondingly positioned openings 20 of the same size as these tubes formed in the panel 11. The printed circuit conductors 12 are led to'these openings, as indicated in Fig. l, and therefore when the projecting ends of the conductor tubes 16 are inserted through these openings they are in their respective conductors 12 of the printed circuits. .A good electrical connection between these tubes and their respective conductors is then secured by soldering the tubes to the conductors, preferably by dip soldering, as this is a rapid and effective means for securing the-proper soldered electrical connection, and effects all of the connections in one operation. With such a socket so mounted on the panel and with its conductor tubes electrically connected with the respective elements of the printed-cirby knurling on the inner. surfaces or preferably by providing them with a series of inclined spring fingers 21 lanced from and bent laterally inward from the wall of the tube, thus providing relatively sharp free edges 22 which will grip the sides of the inserted pins such as 18 and retain them in the sockets and provide a good electrical connection between these pins and the sockets.

Other forms of electrical devices may be inserted in the opposite side of this socket such, for example, as the tube plug indicated at 23 in Fig. 10 provided with split male conductor pins 24. These could be inserted from the rear side of the socket13 for testing purposes, while the tube 17 is inserted in the socket from the other side, the pins 24 of course being connected to suitable conductors (not shown) leading to the test apparatus.

The socket shown at 10a in Fig. 3, although of the conductor or socket tube 25 mounted therein, These 5 ductor pins 26. This socket is mounted in the panel 11 socket tubes are the same as the tube 16 in Fig. 2 at the forward side of the body member 13, but instead of being open at the rear side they. comprise projecting conpanel.

the same as that of Fig, 2, the forward open end portions of the socket tubes 25 projecting through the openings 20 in the panel arranged in a circle corresponding tothe pattern of the contact'pins of the electrical'devices to be used therewith, and soldered to the conductors 12 of 'the printed circuits, thesame as in the first form,

the only difference between the two being that the socket tubes 16 in the first form are open at both ends so that electrical devices with projecting contact pins may be inserted in the sockets from either the front or back of the In the form of Fig. 3 the conductor sockets tubes 25, instead of being open at both ends, are open at the front end only, so the electrical devices with these projecting pins can be inserted in this socket from the front side of the panel only, but other electrical devices with socket conductor tubes can be applied to the rear side of this socket by inserting these projecting pins 26 into the 'open ends of the socket tubes in such devices. Thus,

for example, in Fig. 4, a second panel 27 of insulating material in which is mounted one of these sockets may be applied to the socket mounted in the panel 11 by inserting its projecting pins 26 in the socket mounted in this panel. Similarly, a third insulating panel 28 having a socket like that of Fig. 2 can be connected to the projecting pins 26 of the socket mounted in panel 11, and in this case the pins 24 of a test plug 23 can be inserted in the conductor tube sockets 16 of this socket, thus connecting the pins of this plug with the corresponding sockets in each of the panels 11, 27 and 28 and the conductors of the printed circuits applied to these panels, and any number of these panels may be built up one above the other as found desirable. a

Fig. 9 indicates a test plug 29 for circuitry which may be used with either form of the socket shown. It has the projecting conductor pins 30 arranged in the same pattern as the socket tubes 16 or 25 to be inserted in either form of socket from the front of the panel (as indicated in broken lines Fig. 3), the pins 30 being connected to suitable conductors (not shown) leading to the test device.

In Fig, 8 there is shown a blank comprising a sheet metal member 31 in which the spring tongues 21 are lanced and bent laterally, and which may be rolled into a tubular form to form the socket member 16, or if made longer could be used for the tubular conductors 25.

It will be seen from the above that this is a very simple and effective socket for use in connecting electronic devices in printed or etched circuits on an insulating panel, and as indicated, can be used for split test plugs for tubes or test plugs for circuitry, and can be formed as merely a tube socket, as shown in Fig. 2, or

as a combination tube and plug socket, as shown in Fig. 3. It can be used for various electronic devices to connect them in the printed circuits by merely plugging them into these pockets, such devices being, for example, electronic tubes, relays, transformers, capacitors, rectifiers, transistors, cable connectors and so forth, and any number of pins or tube sockets in difierent patterns may be used. It will be evident that it has small space requirements, which is a particular advantage of this construction, and also provides easy handling in assembling, saving both space and time. Also as mounting of the socket in the panel requires only the openings 20, one for each tube socket, they do not objectionably weaken the phenolic or other plate or base of insulating material as no large hole is required in this plate. It may be used primarily in radar control, hearing aids, various electronic combinations, or electronic circuits, guided missiles, and so forth, where its small space requirements and simplicity are very material advantages.

Having thus set forth the nature of my invention, I

. claim:

.ductors on one surface of said panel, a socket unit comprising a body of insulating material of substantially greater thickness than the thickness of said panel and located on the opposite side of said panel from the said conductors, and a series of conductor tubes fixedly secured in said body and arranged in a pattern corresponding with the arrangement of said contact pins of said electronic device, each said tube being of substantially greater length than the projecting length of said pins and having an open end projecting from said body a distance at least equal to the thickness of said panel and substantially less than the projecting length of said pins, said panel and conductors having holes corresponding in arrangement to said tubes, and said tubes having their open projecting ends inserted in said holes and soldered to said conductors and supporting said body of said socket unit against one side of said panel.

References Cited in the file of this patent UNITED'S'IATES PATENTS 2,290,172 Eby July 21, 1942 2,401,430 Lake June 4, 1946 2,481,951 Sabee et al Sept. 13, 1949 7 2,519,121 Del Camp Aug, 15, 1950 2,760,176 Del Camp Aug. 21, 1956

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US2401430 *Dec 15, 1944Jun 4, 1946IbmPlugboard contactors
US2481951 *Feb 14, 1945Sep 13, 1949SabeeMethod of making tubular plastic articles
US2519121 *Apr 23, 1948Aug 15, 1950Cinch Mfg CorpElectrical socket and contacts therefor
US2760176 *Dec 15, 1950Aug 21, 1956Cinch Mfg CorpElectrical socket and contacts therefor
Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3097032 *Nov 28, 1961Jul 9, 1963Jerome S HochheiserPin socket for miniature electrical components
US3197541 *Jun 26, 1961Jul 27, 1965Peterson Richard HElectronic musical instrument
US3550068 *Nov 7, 1968Dec 22, 1970Thomas & Betts CorpConnector
US3663931 *Nov 25, 1970May 16, 1972Collins Radio CoPin and socket contact electrical interconnect system
US3923361 *Sep 5, 1974Dec 2, 1975Sanders Associates IncElectrical connector and circuit board mounting system
US4149764 *Oct 20, 1977Apr 17, 1979International Telephone And Telegraph CorporationStacked printed circuit board assembly and contacts therefor
US4162815 *Jan 11, 1978Jul 31, 1979Amp IncorporatedMeans for cable section and equipment transfer without service interruption
US4386820 *Aug 29, 1980Jun 7, 1983Amp IncorporatedModular connector for power systems
US4390221 *Apr 24, 1981Jun 28, 1983The Bendix CorporationModular connector assembly having an electrical contact
US4533200 *Jun 23, 1982Aug 6, 1985Thomas & Betts CorporationStackable electrical connector
US4715832 *Aug 2, 1985Dec 29, 1987Interlego A.G.Current-carrying element
US4812950 *May 14, 1987Mar 14, 1989Nec CorporationMeans for mounting a ROM on a printed circuit board
US4842184 *Jun 23, 1988Jun 27, 1989Ltv Aerospace & Defense CompanyMethod and apparatus for applying solder preforms
US4867691 *Oct 29, 1987Sep 19, 1989E. I. Du Pont De Nemours And CompanyConnector having expansible barrel with a layer of reflowable solder material thereon
US4932876 *Sep 13, 1988Jun 12, 1990North American Specialties CorporationAdapter for removable circuit board components
US4936785 *Dec 19, 1988Jun 26, 1990Krug Eric MInterchangeable adapter module for electronic devices
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US8342890 *Sep 6, 2010Jan 1, 2013Hon Hai Precision Ind. Co., Ltd.Low profile electrical connector with two rows of contacts
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US20110244731 *Sep 6, 2010Oct 6, 2011Hon Hai Precision Industry Co., Ltd.Low profile electrical connector with two rows of contacts
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EP0929915A1 *Jul 29, 1998Jul 21, 1999Hybricon CorporationConnectors having improved crosstalk and signal transmission characteristics
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U.S. Classification439/58, 439/65, 439/75, 439/651, 439/853, 228/180.1, 439/82
International ClassificationH05K3/36, H01R33/76
Cooperative ClassificationH01R33/7671, H01R12/716
European ClassificationH01R33/76J, H01R23/72K