Bassick Mfg. Co. v. RM Hollingshead Co.

298 U.S. 415, 56 S. Ct. 787, 80 L. Ed. 1251, 1936 U.S. LEXIS 1063
CourtSupreme Court of the United States
DecidedOctober 21, 1936
Docket23
StatusPublished
Cited by81 cases

This text of 298 U.S. 415 (Bassick Mfg. Co. v. RM Hollingshead Co.) is published on Counsel Stack Legal Research, covering Supreme Court of the United States primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Bassick Mfg. Co. v. RM Hollingshead Co., 298 U.S. 415, 56 S. Ct. 787, 80 L. Ed. 1251, 1936 U.S. LEXIS 1063 (1936).

Opinion

298 U.S. 415 (1936)

BASSICK MANUFACTURING CO.
v.
R.M. HOLLINGSHEAD CO.[*]

No. 23.

Supreme Court of United States.

Argued October 21, 1936.
Decided May 18, 1936.
CERTIORARI TO THE CIRCUIT COURT OF APPEALS FOR THE SIXTH CIRCUIT.

*416 Mr. Lynn A. Williams, with whom Messrs. Albin C. Ahlberg and Elwood Hansmann were on the brief, for petitioner in No. 23.

Mr. Frank S. Busser, with whom Mr. Leonard L. Kalish was on the brief, for respondent in No. 23.

Mr. Leonard L. Kalish for petitioners in No. 31.

Mr. Lynn A. Williams, with whom Mr. Albin C. Ahlberg was on the brief, for respondent in No. 31.

MR. JUSTICE ROBERTS delivered the opinion of the Court.

In these cases writs of certiorari were granted to resolve conflicts with respect to the scope and alleged infringement of claims 1 to 6, 8, 10, 14 and 15 of the Gullborg Patent No. 1,307,734. In No. 23 the Circuit Court of Appeals, while holding the claims valid, so construction them as to exculpate the accused devices from the charge of contributory infringement.[1] In No. 31 the Circuit Court of Appeals gave the claims a broader construction and adjudged that the petitioners were guilty of contributory infringement.[2]

The subject of the patent is a device for lubricating metal bearings, particularly those of automobiles. It has occasioned much litigation.[3] Before the date of Gullborg's *417 invention grease cups were used for bearing lubrication. The cup was connected with the bearing by a tube and oil or grease was forced through the tube into the bearing by screwing down a cap or plunger which was part of the cup. It became common to substitute, in place of the grease cup, a tubular fitting and to force grease through the fitting by means of a "gun" consisting of a compression chamber and an attached hose, the latter coupled to the fitting by a screw thread or bayonet coupling. In the case of the bayonet coupler the fitting had lugs or pins and the coupler device had slots which engaged such lugs or pins to form a tight union. The grease would then be forced from the chamber of the gun into the bearing by the use of a plunger or pump. In some of the prior art appliances the aperture of the fitting was kept closed when greasing was not being done by a ball or capsule held against the opening of the fitting by a spring. This closure is opened, during the greasing operation, by the pressure of the grease. Gullborg conceived the idea of a fitting in which, instead of pins or lugs set on either side, there should be a pin running directly through the tube and extending out on either side. He used that portion of the pin which bisected the tube as the base of a spring to hold in place a metal ball which closed the aperture of the fitting. This invention was novel in the respect that while others *418 had similarly closed the aperture of the fitting none had employed the pin both to form the lugs for engaging the slots of the coupler and to form the base of the spring supporting the ball closure. For this invention he applied for and obtained a patent, No. 1,307,733, which is not here in suit. Recognizing that when a bayonet coupler is secured to the pin fitting, and the grease is forced through the fitting into the bearing under great pressure, upon uncoupling the gun from the fitting some grease will remain around the end of the fitting and the orifice of the coupler which is not only useless but likely to soil the clothing of the operator or others using the machine, and litter the place where the greasing is done, Gullborg set about to devise a means for eliminating this residuum of grease. He conceived the idea of placing a movable perforated cup-shaped disk or washer in the barrel of the coupler held by a spring against the orifice of the coupler. The intended operation of his device was that when the coupler had been fastened over the pin fitting the spring should press the washer against the ball in the pin fitting so that the tube in the fitting would be open to receive the grease and, upon application of pressure to the grease, the washer would thereby be firmly pressed against the opening of the pin fitting, thus causing a tight union and preventing exudation of grease. His specification asserts that the invention makes possible the injection of grease under very high pressure. The design of the bayonet slots is such that, in uncoupling, the coupling member of the gun will at first be moved slightly forward on the pin fitting thus backing up the perforated washer in the bore of the coupler. As the two parts are then drawn apart by the retraction of the coupler, the cup-shaped washer will be forced forward by the spring. This will cause a vacuum behind the washer and the air rushing in through the *419 perforation in the washer will draw with it any grease which would otherwise adhere about the orifices of the fitting and the coupling.

While Gullborg's invention was confined to an improvement in the hose coupler, which is but one element in the old and well understood combination of a compression chamber or pump, as house, a hose-coupler, and a grease cup or fitting connected to the bearing to be lubricated, his claims are not for the improvement as such but all are for a combination of the old elements with the improved form of coupler. They are too long to set forth in full. Claim 2 may be taken as typical of a number of them. It reads:

"2. The combination with a hollow coupling member having a pin projecting from one side thereof and a spring-pressed closure, of a pump, a discharge conduit having one end secured to the outlet of said pump, a second hollow coupling member for receiving the closed end of said first named coupling member secured to the other end of said conclude and provided with a bayonet slot adapted to co-act with said pin, a perforate sealing disk mounted to reciprocate in the bore of said coupling member, means for yieldingly urging said sealing disk against the closed end of said first named coupling member, and means for limiting the movement of said sealing disk in the direction of said second coupling member."

The claimed combination is, therefore, of four things: (1) a type of pin fitting which was old in the art; (2) a pump for creating pressure, which was old; (3) a hose to connect the two; and (4) a well-known type of coupler, the only novel feature of which is the perforated sealing disk mounted to reciprocate in the bore of the coupler with means for yieldingly pressing the disk against the end of the pin fitting and means for limiting the movement of the disk in the direction of the pin fitting (which *420 signifies merely some sort of shoulder at the orifice of the coupler to prevent the spring from forcing the disk out of the end of the bore).

Nothing is said in specification or claims concerning the release of the high pressure in the gun before uncoupling, but evidently this must be done if the movement of the perforated disk is to create a vacuum. The petitioner concedes that if the high pressure is maintained the grease packed behind the washer will move forward with it and not only prevent the creation of a vacuum back of the washer but continue to exude from the coupler through the perforation in the washer.

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298 U.S. 415, 56 S. Ct. 787, 80 L. Ed. 1251, 1936 U.S. LEXIS 1063, Counsel Stack Legal Research, https://law.counselstack.com/opinion/bassick-mfg-co-v-rm-hollingshead-co-scotus-1936.