Douglas M. Homs & Co. v. United States
This text of 43 Cust. Ct. 314 (Douglas M. Homs & Co. v. United States) is published on Counsel Stack Legal Research, covering United States Customs Court primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.
Opinion
The merchandise before the court was invoiced as “Household scales.” It has, however, been stipulated by and between counsel for the respective parties that the involved scales are not chiefly used in the household. The collector of customs assessed duty at the rate of 22% per centum ad valorem under the provisions of paragraph 397 of the Tariff Act of 1930, as modified by the General Agreement on Tariffs and Trade, 82 Treas. Dec. 305, T.D. 51802, which provides as follows:
[315]*315Articles or wares not specially provided for, whether partly or wholly manufactured :
* * * * * * *
Composed wholly or in chief value of iron, steel, lead, copper, brass, nickel, pewter, zinc, aluminum, or other metal (not including platinum, gold, or silver), but not plated with platinum, gold, or silver, or colored with gold lacquer:
Other (except slide fasteners and parts thereof)_22yz% ad val.
It is contended by plaintiff that the scales are machines and, as such, are dutiable at the rate of 13% per centum ad valorem under the following provisions of paragraph 372 of the Tariff Act of 1930, as modified by the Torquay Protocol to the General Agreement on Tariffs and Trade, 86 Treas. Dec. 121, T.D.52739:
Machines, finished or unfinished, not specially provided for:
¡í* v V ¥ V
Other * * *_13%% ad val.
At the trial of this ease, three exhibits were received in evidence. Plaintiff’s exhibit 1 is a sample of the type of scale under protest. Defendant’s exhibit A is a photograph of Homs Model 23 scale. Defendant’s exhibit B is a pictorial schematic of the 105-pound capacity beam scale. In addition to the exhibits, two witnesses were called on behalf of plaintiff. It was stipulated by and between counsel for the respective parties that the involved scales were not chiefly used in the household.
Douglas M. Homs, the owner of the plaintiff company herein, testified in substance as follows: That he had imported approximately 2,000 of these scales and was familiar with the items, having sold them to distributors; among the various applications of the scale was general office weighing of letters, packages, and various uses in offices and factories; in one instance, known to the witness, they were sold for checking the weight of a brick prior to the kiln process in order to determine that sufficient clay had been used; the large weight on exhibit 1 was known as a pounds poise, a tag being attached thereto for the purpose of clarity; the small weight was known as an ounce poise, which was likewise labeled, and the scale beam was also labeled.
The next witness called on behalf of plaintiff was Robert E. Amos, a mechanical engineer, who supervised the making of the drawing of defendant’s exhibit B. This witness then described the components and operations of exhibit 1 as follows:
Let’s start from the top. This is what is known as a platform scale technically, this being the platform, the portion on which the object to be weighed is placed. Beneath the scale we have the action or mechanism which transfers the motion and force from the platform to the beam. We have two levers here, two first class levers underneath the scale. They are labeled as Lever 1-A and Lever 1-B. These levers receive their force from the platform above by means of knife edges A, of which there are four, 1, 2, 3, 4. The fulcrum through which these levers operate consist of four knife edges B, which are labeled here as B, B, B and B. This fulcrum is attached to the body of the scale, and remains basically in a fixed position. At the center of the mechanism levers 1-A and 1-B are joined together by means of knife edges. This joining is necessary to insure that an object placed on the platform at any location will transmit the force to the tare or weigh beam. Lever 1-A has an arm fixed to it which directly connects to the beam on the external portion of the scale. It is connected on both sides so that it extends out through the scale housing to the arm. In applying a force upon the scale, the object is placed upon the platform. This in turn transmits force through the system of levers and knife edges and fulcrums we have described here, which activates the beam arm. The poise is then moved along [316]*316to a point where the beam arm, due to the force, is caused to move. In this case, the weight being applied to the platform before the poise is moved, the beam arm will move in an upward direction. As the poise is moved out on the beam arm, a condition of null will occur, this null being the action of the beam arm to correct the upward movement whereby the two indicating devices will coincide with each other.
The witness then testified that, in his opinion, there is a modification of force and energy by exhibit 1 due to the fact that a large weight is balanced with a very small one through a system of levers. This modification is called mechanical advantage which, in this case, is approximately 50 to 1. The modification of force takes place because of the small distance between point of application of force on the lever compared to the distance involved on the beam of the resisting force caused by weights being moved out of position.
The witness then described in the following manner how force was transmitted when a weight was placed on the platform of exhibit 1:
The weight is placed upon the platform, which in turn causes knife edge A to depress,' knife edge A being directly connected or directly in line with the platform. In depressing lever 1-B, it pivots around fulcrum B. A similar occurrence will follow for all of the other fulcrum and knife edge points A and B, lever 1-A also depressing. The transmitting or device in the center which locks the two levers together with knife edges and insures a uniform distribution of force upon the scale, transmits motion and force to the scale arm. The scale arm moves up in position because of the weight which has been applied to it, creating an opposing force against the top of the scale. At such time as the poise is moved out, this force being restrained and holding the scale arm up, is counteracted to the point where the scale arm then depresses by proper adjustment of the poise. We then approach a null, at which the two indicating points in red come together.
The witness then concluded that exhibit 1 was, in his opinion, a machine.
From the testimony of Witness Amos, it is clear that exhibit 1 is a mechanical contrivance, containing moving parts which, in his opinion, constitutes a machine, since it modifies or utilizes energy or force.
In Webster’s New International Dictionary, second edition, unabridged (1949) at page 2227, the following definition is found:
scale * * * 2. * * * an instrument or machine for weighing; as, to turn the scale. Scales usually embody a system of multiplying levers. In a beam scale, manual manipulation of sliding poises is necessary for the weight determination. * * * A platform scale, or platform balance, is a scale having a load-receiving platform carried on multiplying levers which transmit the load to the beam or other reading element, such platform having four or more lines of support comprised in bearings which rest directly upon knife-edges in the multiplying levers. * * *
In the case of Simon, Buhler & Baumann (Inc.) v.
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43 Cust. Ct. 314, Counsel Stack Legal Research, https://law.counselstack.com/opinion/douglas-m-homs-co-v-united-states-cusc-1959.