668 F.2d 501 | C.C.P.A. | 1981
This is an appeal from the judgment of the United States Court of International Trade (“trial court”)
The Merchandise
Involved are four entries of two styles of women’s pants, style 4083 and style 4086. The fabric components of the pants were cut to shape in the United States for Mast, then shipped to a factory in El Salvador together with all other necessary components, such as thread and buttons, where they were finished into completed garments. In addition to being sewn together, certain of the components were subjected to buttonholing and pocket slitting. As to those components, the Customs Service disallowed item 807.00, TSUS, treatment, and and that determination was contested by Mast.
At trial, Mast’s production manager, Salvatore Fasciana, explained how the buttonholes and slash pockets were made. When a pedal was depressed, a Reece S-2 buttonholer clamped a fabric component to the machine bed, sewed around the buttonhole area, and automatically cut the buttonhole slit. The machine cycle time for each buttonhole was approximately 2.5 hundredths of a minute (1.5 seconds). During assembly of the pockets, a Singer 112W140 sewing machine simultaneously cut a slit in the rear quarter panel component and sewed the welt piece and facing to either side of the slit. Small diagonal cuts were then made at each end of the welt; the welt, the facing, and the two parts of the pocket bag (which were previously sewn to the welt and facing) were turned through the slit to the.wrong side of the rear quarter panel. The welt seam was then top stitched, the pocket components were turned back through the slit to the right side of of the fabric, the pocket bag was stitched together, and the pocket was agam turned through the slit.
Mr. Enrique Siman, owner and manager of the El Salvadoran factories where the pants were assembled, explained the production of the two styles of pants. Styles 4083 was assembled in 35 operations by 70 employees. Style 4086 was assembled in 40 operations by 70 employees. For each style, buttonholing and pocket slitting each constituted one operation and required one employee. Approximately 35 minutes were required to assemble style 4083. Buttonholing required 8-10 seconds, and the rear pocket slit required 15-20 seconds. Assembly of style 4086 required 36 minutes with 7-8 seconds for buttonholing and about 30 seconds for the pocket slitting. The direct
Witnesses also testified that the buttonholes should be made before the buttons are set (sewn on) to insure that the buttons line up, and that buttonholes and pocket slits improved the commercial value of the pants, enabling them to conform to the specifications.
Decision of Court of International Trade
The trial court held that buttonholing and pocket slitting on the precut fabric components constituted “no more than the performance of operations incidental to the assembly of the various cut pieces into the two styles of women’s pants here involved.” The court stated that it was—
unable to distinguish the instant case in principle from [Miles v. United States, 65 CCPA 32, C.A.D. 1202, 567 F. 2d 979 (1978).] There is no question in the court’s mind but that slitting the fabric for buttonholing and pocket insertion purposes were relatively minor procedures, as was the preliminary remedial sewing in the buttonhole area. And the fact that these operations were accomplished by machines is of no moment in the overall assessment of their significance. In [Miles] v. United States, supra, the object of burning holes and slots in beams with an acetylene torch was similar to the object of making buttonholes and pocket slits in ladies pants with machines. Moreover, on the circumstances detailed in this record it would appear that a judicious regard for proper alignment of the affected areas in the garments dictated the deferral of these minor operations until assembly of the garments rather than at some prior time. Said operations were not such substantial changes as to constitute further fabrication. No new portion of the pants was made, and the cost of performing these operations, in terms of both labor and expense was a small portion of the total cost of assembly.
1 CIT at 192-193, 515 F. Supp. at 46-47.
OPINION
The issue before us is whether the Court of International Trade correctly decided that: (1) the precut fabric components shipped by Mast to El Salvador and there subjected to buttonholing or pocket slitting, “were exported in condition ready for assembly without further fabrication,” item 807.00(a), TSUS; and (2) those components were not “advanced in value or improved in condition abroad except by * * * operations incidental to the assembly process such as cleaning, lubricating, and painting,” item 807.00(c), TSUS.
The government relies on Zwicker Knitting Mills v. United States, 67 CCPA 37, C.A.D. 1240, 613 F. 2d 295 (1980), to support its position that buttonholing and pocket slitting constituted further fabrication necessary before the components could be assembled. In that case, the trial court (82 Cust. Ct. 34, 37, C.D. 4786, 469 F. Supp. 727, 729 (1979)) found that glove shells were knitted in the United States on machines which could not close the fingertips. The open-fingered glove shells, precut palms, and, in one entry, a separate piece of yarn were sent to Haiti, where a piece of yarn was passed through the top row of loops at each fingertip to lock the loops and thereby fix the knitting so that it would not unravel. The shells were paired and shaped, and the precut palms were sewn on the shells. This court held that the glove shells were not entitled to an item 807.00 duty allowance because the Haitian “tipping'’ operation constituted “further fabrication,” item 807.00(a).
The trial court distinguished Zwicker, stating:
Zwicker involved a fingertipping operation performed abroad on glove shells exported from the United States minus the fingertips. And, unlike the situation at bar which involved only a separation or removal for an opening in fabricated material, the Zwicker operation involved an addition of material to close the fingertips. It was this addition of material which influenced the courts in Zwicker to find that the tipping operation constituted a “further fabrication” of the gloves which is proscribed by item 807.00(a).
1 CIT at 193, 515 F. Supp. at 47. We are persuaded that Zwicker is distinguishable not merely because it involved an addition of material, while the present case involves a separation, but, more importantly, because in Zwicker the glove shells were only partially fabricated in the United States by'knitting. Locking the loops at the tip of each finger to prevent unraveling was a part of the knitting process of the glove shell not completed in the United States, and one that was required to complete the component prior to shaping and attaching the precut palms. Therefore, the tipping operation was a continuation of the knitting process and constituted further fabrication of the component. In the present case, the components were cut to shape in the United States, and, at that point, were fabricated components ready to immediately enter into the assembly process. See General Instrument Corp. v. United States, 61 CCPA 86, 89, C.A.D. 1128, 499 F. 2d 1318, 1321 (1974).
Nevertheless, on the basis of evidence that the buttonholes had to be made before the buttons were sewn on the pants and that the pockets could not be assembled without the pocket slit, the government argues that the operations in question constituted further
Accordingly, we hold that the buttonholing. and pocket slitting operations were not further fabrication within the meaning of item 807.00(a).
II. The lncidental-to-Assembly Question
Since we agree with the government that buttonholing and pocket slitting advanced the value and improved the condition of the assembled components, it it necessary to determine whether these operations were “incidental to the assembly process.”
In seeking to distinguish Miles v. United States, supra, the government argues that item 807.00(c), “was intended to encompass those operations which solely related to the assembly process and which were of a minor nature.” It contends that the slots and holes in Miles “possessed a function and utility that only related to assembly”; whereas, the buttonholes and pocket slits involved here have “essential functions and utility that possess absolutely no relationship to the assembly process,” viz., to allow closure of certain portions of the pants and entry and exit to the pocket. Because these operations created features in the garments which had a utility independent from the assembly process, it is argued that they could not be “merely incidental” to assembly.
The trial court rejected the applicability of this “independent utility” theory to either item 807.00(a) or (c), saying—
Defendant argues that because buttonholes and slash pockets possess utility to the seller and consumer of the pants independent of the assembly operations the processing of the garment to achieve these utilitarian goals constitutes an indicia of “further fabrication”. The court does not see how the ultimate use of the garment has any bearing on the application of the statutory*53 criteria. Buttonholes and slash pockets were an integral part of the design concept of the imported pants from the outset. And the attainment of that object was merely an incident of the assemblage of the various component parts — the only significant work remaining to be done when the components were exported to El Salvador.
1 CIT at 193, 515 F. Supp. at 47. We are persuaded that the government urges too narrow a construction of the statute. Indeed, the statute sets forth “painting” of a component as an example of permissible operations incidental to assembly. Painting could serve both to enhance the appearance of an article and to protect it from corrosion— each an independent utility. It is difficult to visualize a situation where the sole purpose of painting would be to facilitate assembly, or even where painting would be essential to the assembly process.
We note that the government’s “independent utility” theory is also unsupported by case law. In Miles, whether the slots and holes in the Z-beams had utility outside the assembly process was not considered, although slots in the end- of each beam allowed the insertion (and presumably the removal) of draft keys for fixing the couplers to the yokes. This utility survived the assembly process. There appears to he no reasonable distinction under the statute between holes which allow insertion of draft keys and holes which allow insertion of buttons.
Legislative history sheds additionaljight on the meaning of “incidental to the assembly process.”
The amended item 807.00 would specifically permit the U.S. component to be advanced or improved “by operations incidental to the assembly process such as cleaning, lubricating, and painting.” It is common practice in assembling mechanical components to perform certain incidental operations which cannot always be provided for in advance. For example, in fitting the parts of a machine together, it may be necessary to remove rust; to remove grease, paint, or other preservative coatings; to file off or otherwise remove small amounts of excess material; to add lubricants; or to paint or apply other preservative coatings. It may also be necessary to test and adjust the components. Such operations, if of a minor nature incidental to the assembly process, whether done before, during, or after assembly, would he permitted even though they result in an advance in value of the U.S. components in the article assembled abroad. [Emphasis supplied.]
H.R. Rep. No. 342, 89th Cong., 1st Sess. 49 (1965). Thus, such operations as applying preservative coatings and testing and adjusting the components are incidental to the assembly process “if of a minor nature.”
The apparent legislative intent was to not preclude operations that provide an “independent utility” or that are not essential to the assembly process; rather, Congress intended a balancing of all relevant
(1) Whether the cost of the operation relative to the cost of the affected component and the time required by the operation relative to the time required for assembly of the whole article were such that the operation may be considered “minor.” See Miles, supra at 36, 567 F. 2d at 982. (Plere, the time required for each operation compared to the overall time required for assembly of the articles was minor. The same is true of the cost of each operation relative to the cost of each affected component. For example, the least expensive component in which a buttonhole was placed in style 4083 was the side pocket flap lining, with a United States cost of $0,020. By contrast, the buttonholing cost was 0.0075 colones, or $0.003.)5
(2) Whether the operations in question were necessary to the assembly process, as were the slots and holes in Miles. (The government acknowledges that placing buttonholes and making the pocket slit were prerequisites to other assembly steps.)
(3) Whether the operations were so related to assembly that they were logically performed during assembly. (Buttonholing and pocket slitting were closely related to the assembly process. Both involved taking needle and thread to fabric, as in the assembly process. Both were done with special sewing machines. The relationship of these operations to assembly is further demonstrated by the availability of alternative closures and pockets which may obviously be incorporated into pants through operations which are solely assembly operations.)6
Applying these factors
The judgment of the trial court is affirmed.
Mast Industries, Inc. v. United States, 1 CIT 188, 515 F. Supp. 43 (1981).
The relevant statutory provisions are as follows:
TSUS, Schedule 8, Part I, Subpart B — Articles Advanced or Improved Abroad
SUBPART B HEADNOTES
3. Articles assembled abroad with components produced in the United States. — The following provisions apply only to item 807.00:
(b) The duty on the imported article shall be at the rate which would apply to the imported article itself, as an entirety without constructive separation of its components, in its condition as imported if it were not within the purview of this subpart. If the imported article is subject to a specific or compound rate of duty, the total duties shall be reduced in such proportion as*49 the cost or value of such products of the United States bears to the full value of the imported article.
807.00 Articles assembled abroad in whole or in part of fabri- A duty upon the full value of the cated components, the product of the United States, imported article, less the cost or which (a) were exported in condition ready for as- value of such products of the sembly without further fabrication, (b) have not United States (see headnote 3 of lost their physical identity in such articles by this subpart.) change in form, shape, or otherwise, and (c) have not been advanced in value or improved in condition abroad except by being assembled and except by operations incidental to the assembly process such as cleaning, lubricating» and painting.
Mr. Siman also stated that at the time the pants in issue were assembled, $1.00 equaled 2.5 colones.
The government argues that Miles is distinguishable because the buttonholes and pocket slits here involved create features which survive the assembly process. The fallacy of this argument is demonstrated in our discussion of item 807.00(c), infra.
Because the buttonhole goes through both the pocket flap and the pocket flap lining, it would be more appropriate to compare the buttonholing cost to the cost of the pocket flap subassembly comprising both pieces, $0.076.
Dorothy Moulla, a designer for Mast, testified that hooks and eyes, snaps, zippers, and ties were acceptable alternatives to the buttons used in the subject garments and that the use of patch pockets would obviate the need for slitting the rear quarter panel during assembly. She also indicated that involved styles 4083 garments had a patch pocket on the front leg. The Customs Service approved, an item 807.00 allowance for the component to which the patch pocket was attached.
Another factor not addressed by the parties would be whether economic or other practical considerations dictate that the operations be performed concurrently with asssembly.
