International Expediters, Inc. v. United States

28 Cust. Ct. 68, 1952 Cust. Ct. LEXIS 6
United States Customs Court·Decided February 19, 1952·No. C. D. 1390·Published

Opinions

Oliver, Chief Judge:

The merchandise involved in this case consists of certain articles described as “Cathode Ray Tubes,” concededly in chief value of glass. These tubes are used in television receivers, being the article which receives the electrical impulses from the sending apparatus and converts them into light rays, projecting them in the form of images on the glass top of the tube.

A sample of the imported article was received in evidence (plaintiff’s exhibit 1). These tubes resemble in general appearance a gigantic flashlight. The sample before us measures approximately 1}{ inches in diameter at the base, which is made of what appears to be hard rubber or some plastic material. From the base, there protrude several steel prongs similar to those used to make contact on a standard type radio tube. The glass portion of the tubes is inserted into this base. A glass column of approximately the same diameter as the base extends for approximately 6% inches to a point where it flares out at an angle of approximately 45° for about 18 inches at which point it straightens out for about 2/ inches. The outer edge is rounded and the entire front of the tube presents the milky-white appearance of the ordinary television screen — which it actually is. From a point about 3 inches back from the top (screen) portion of the tube, the entire outer surface of the flared-out portion is coated with a dark-gray material. A part of the straight portion, running from the base of the flared-out section to the base, is coated on the inside with a substance likewise dark gray in color. The entire tube measures approximately 18 inches overall. When in use, the tube is set in the television receiving set horizontally, so that the top becomes the viewing screen on which the picture is projected and viewed.

These tubes were classified for duty at 30 per centum ad valorem as articles composed in chief value of glass under the provisions of paragraph 218 (f) of the Tariff Act of 1930, as modified (T. D. 51802). They are claimed to be properly dutiable at 15 per centum ad valorem under paragraph 216 of the same act, as modified (T. D. 51802), as articles composed in part of graphite.

The competing paragraphs, insofar as pertinent, read as follows:

Par. 218. (f) * * * all articles of every description not specially provided for, composed wholly or in chief value of glass, blown or partly blown in the mold or otherwise * * *, 60 per. centum ad valorem. [Modified rate, 30 per centum ad valorem.]
Par. 216. * * * articles or wares composed wholly or in part of * * * graphite * * *, not specially provided for, 45 per centum ad valorem. [Modified rate, 15 per centum ad valorem.]

[70] The General Agreement on Tariffs and Trade, T. D. 51802, modified tbe rates provided for in the paragraphs here in question, as indicated.

The only evidence in this record is the testimony of plaintiff’s witness Renskers who was the tube application engineer employed by the Belmont Radio Corp., Chicago, Ill., for whose account entry was made. It manufactures radio and television receivers. He testified that the function of the cathode ray tube (plaintiff’s exhibit 1) is to reproduce the picture in the television receiver. The top of the tube becomes the viewing screen when the set is functioning. The tube consists of certain essential elements, the first of which is a so-called electron gun which extends through the neck of the tube. The purpose of the “gun” is to project a narrow stream of electrons toward the screen. The screen itself “throws a fluorescent or luminescent material” when struck by the stream of electrons and gives .a light at the point where the electrons strike the screen. In this cathode ray tube, an electromagnetic field is used to reflect the electron beam so that it will move across the screen as the current in the electromagnetic coils is varied. When the electrons leave the cathode and start toward the screen, they are propelled with considerable velocity and when they strike the screen “they have no place to go,” unless controlled, and the screen would then have too many electrons, actually a cloud, which would pile up and prevent the formation of a picture. It is essential, therefore, to take away such a cloud of electrons so as to allow the electron beam to strike the screen without interference and without hitting any other electrons (R. 9). For that purpose, the inside of the flared portion of the tube is covered with a conductive coating which is maintained at a very high voltage. Because the face of the tube gives light, the coating must be of a dull or dark color and must also be conductive. Normally, a carbon compound is used, the most common being solutions of colloidal graphite. The conductive coating on the inside of the tube is essential to the operation of the tube to disperse the cloud of electrons. There is also graphite on the outside, the purpose of which is “to act as a filter capacity for the high voltage which is being applied to the inner conductive coating thereby eliminating additional components in the rest of the television receiver.” (R. 11, 12.)

The issue before us is one of law, namely, whether the provision in paragraph 218 (f) of the Tariff Act of 1930 for “articles * * * composed wholly or in chief value of glass * * * ” is more specific than the provision in paragraph 216 of the said act for “articles or wares composed wholly or in part of * * * graphite * * The plaintiff contends that the. above provision in paragraph 216 is more specific and that the cathode ray tubes here in question are properly dutiable under that paragraph. The Government maintains that the provision for articles wholly or in chief [71] value of glass in paragraph 218 (f) is more specific and that,, therefore, the collector’s classification should be sustained.

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International Expediters, Inc. v. United States, 28 Cust. Ct. 68, 1952 Cust. Ct. LEXIS 6 (cusc 1952).

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