Jan A. Rajchman v. John M. Herbert and Anthony W. Simpson

312 F.2d 926, 50 C.C.P.A. 995
CourtCourt of Customs and Patent Appeals
DecidedFebruary 13, 1963
DocketPatent Appeal 6903
StatusPublished
Cited by2 cases

This text of 312 F.2d 926 (Jan A. Rajchman v. John M. Herbert and Anthony W. Simpson) is published on Counsel Stack Legal Research, covering Court of Customs and Patent Appeals primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Jan A. Rajchman v. John M. Herbert and Anthony W. Simpson, 312 F.2d 926, 50 C.C.P.A. 995 (ccpa 1963).

Opinion

ALMOND, Judge.

This is an appeal by appellant, Rajch-man, the senior party, from a decision of the Board of Patent Interferences awarding priority to the junior party, Herbert et al. The interference No. 89,-400 involves a pending application and a patent. The application, Serial No. 455,724, was filed September 13, 1954, by Jan A. Rajchman for “Magnetic Storage Devices.” The patent, No. 2,825,046, for “Production of Magnetic Material for Use in Computers or Magnetic Memory Systems,” issued February 25, 1958, upon an application of John M. Herbert and Anthony W. Simpson, Serial No. 517,223, filed June 22, 1955.

The invention in issue relates to a magnetic memory system in which a perforated sheet of magnetic material (e. g., ferrite) is provided as an element of a storage device for information signals, such as is used in electronic computers.

The holes in the sheet have electrical windings threaded through them so that *927 when suitable currents flow therein, magnetic flux is produced in the material of the sheet surrounding the hole. The material has two stable magnetic states (i. e., it is bipolar). Thus, a current pulse in one direction produces a magnetic flux of a given polarity or direction in the material surrounding the hole in question. A second current pulse of opposite polarity causes a “reversal” of the flux in the material to its other stable state. In this way, the magnetic material is said to “store information” in storage areas adjacent each hole in that the retained flux polarity or direction is a record of the effect of the last preceding current pulse applied to it. At any given time, such information may be “read out” of the memory system.

One of -the problems with an apertured sheet in such a storage device is that current flowing in a selected winding tends undesirably to influence the information stored in an adjacent storage area. Both appellant and appellees recognized this problem and each seeks to separate the core apertures to avoid interference. The approach of appellant Rajchman is to prevent “cross-coupling” interference between the magnetic memory areas by “proper geometrical proportioning of the apertures and shaping of the plates.” The Herbert et al. (appellees) approach is to magnetically “isolate” the cores formed in a single sheet of ferromagnetic material by an array of holes surrounding each core hole.

The single count in issue is:

“In a magnetic memory system, a panel member comprising a sheet of ferromagnetic material, said sheet including at least two clusters of holes, each of said clusters of holes comprising a central hole and an array of equally spaced holes surrounding the central hole, said array of equally spaced holes being closely spaced to each other whereby the central hole serves as the opening in a core defined by the ferromagnetic material between the central hole and the array of holes.”

The count under consideration is a verbatim copy of claim 1 of the Herbert et al. patent.

Priority was awarded to appellees as a result of the board’s sustaining their motion to dissolve on the ground appellant could not malee the count because the term “clusters” and the relative phrase “closely spaced” were material limitations unsupported by the appellant’s disclosure. It is significant that these words are not to be found in ap-pellees’ specification nor was any special meaning attributed to them during the course of the prosecution of appellees’ patent.

In support of their motion to dissolve the interference, both before the primary examiner and the board, the appellees contended that the limitation of count 1 that:

“ * * * said array of equally spaced holes being closely spaced to each other * * * ”

did not find support in appellant’s disclosure, and that “closely spaced” is a relative term, and reference should be had to the appellees’ specification for the meaning thereof. The specification to which special reference was made is:

“For instance, the holes can be uniformly spaced so that each has six equidistant neighbours, and so that the space between the holes is less than the diameter of a hole.”

It is pertinent to here point out that an examination of the entire passage of the specification germane to the several aspects of the invention discloses that this “For instance” sentence suggests but one example as to how, “The holes in the matrix may be disposed at a suitable distance apart; * * (Emphasis supplied.) It is apparent that appellees’ concept is not intended to be as restrictive as suggested in the “For instance” sentence. This conclusion is emphasized by the following descriptive language in appellees’ specification:

“According to one aspect of this invention the magnetic material con *928 sists of thin sheets having a large number of small holes arranged in patterns to suit a particular wiring arrangement, the arrangement being such that each hole having a conductor threaded therethrough is isolated magnetically by adjacent holes to avoid magnetic coupling between adjacent threaded elements.”

We perceive no significant distinction in the scope of this description from the broad description contained in the count relative to the spacing between isolating holes. It would seem to us to logically follow that appellees employed the relative term “closely spaced” in their claim to afford adaptation to any suitable arrangement productive of the desired result of isolating the storage aperture “to avoid magnetic coupling between adjacent threaded elements.”

In denying appellees’ motion to dissolve the interference, the examiner applied the well settled rule that the terms of a count should be given the broadest meaning which they reasonably support. Deibel v. Heise and Schumacher, 46 F.2d 570, 18 CCPA 907. The examiner stated that:

“ * * * while ‘closely spaced’ is a relative term and is not exact, it is not so ambiguous as to necessitate reference to the Herbert et al. specification for the meaning thereof. Therefore, there is nothing repugnant to the ordinary definition of this term in applying it to Fig. 7d of the Rajchman disclosure. It is held to be an entirely reasonable application of this limitation to say that the holes in plate 4 of Rajch-man’s Fig. 7d are ‘equally spaced holes being closely spaced to each other.’ ”

In reversing the examiner, the board stated :

“Were it proper here to construe ‘closely spaced’ by itself, we would be hesitant to deny Rajchman’s argument, however, we feel that such a construction lifts the phrase from its context.”

As pointed out hereinabove, the board found that the term “clusters” and the phrase “closely spaced” relating thereto were material limitations unsupported by appellees’ disclosure, deeming it proper to consider “closely spaced” in context “as referring to or as a restatement of the clustering feature." (Emphasis added.)

In support of its interpretation of the count and the significance attributed to “cluster,” the board resorted to dictionary definition of that word.

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312 F.2d 926, 50 C.C.P.A. 995, Counsel Stack Legal Research, https://law.counselstack.com/opinion/jan-a-rajchman-v-john-m-herbert-and-anthony-w-simpson-ccpa-1963.