Page 31 - May1964
P. 31

May,  1964         NATIONAL BUTTON  BI'LLETIN                  125

     Metal Trim  (5). This class  is provided  for buttons that employ metal for decora-
     tion rather than for practical purposes.
     Embedded  metal  (5a)  is anchored  in the glass,  having been laid down  when the
     button was molded. Altho the general appearanoe  resembles certain inlay, the pro-
     cess is not precisely  the same  and collectors, for at least twenty-five  years, have
     preferred  to make a distinction. They may, howevex, be used to represent  glass  on
     cards requiring inlay in assorted materials. The two chief  kinds axe:
     Bracelek (5a1). Open-centered  ornaments  made either of twisted wire or stamp-
     ed from sheet metal.  T'lxe latter are as delicate as embossed paper.
     Pictorials  (5a2).  Ornaments  stamped from thin metal in realistic shapes and em-
     bedded at the top center, one  per button. Variety  is limited - anchor,  flower, gar-
     land, insect, fox mask  are the ones observed  on old charm strings. For an excel-
     lent study of "Embedded  Yellow Metal Trim", by H. Campbell Scarlett,  see the
     Bulletin  for September  1960, pp f98-210.
     Escutchmrl  (5b)  defined  as a button  term, is a striking metal o,rnament which  is
     superimposed  as a separate piece on a button top by some means  other than inlay
     or embedded. fn the ca^se of clear  and colored glass, it is mo6t often superimposed
     by means  of a pin-shank.  Such an escutcheon is an essential  functional  part
     of the shank, its head. But, unlike the smallish  pin-head, it, is also an essential
     part of button's design if not the whole thing. It may lie free or rest in a cavity
     molded in the glass. In a few instances,  escutcheons  are attached  to glass  as they
     often are to pearl  with  prongs  that pass thru the button body and fold down.
     Paperbacks  (6)  are exactly like kaJeidoscopes except in one imporiant  way - no
     me,tal. A loop shank  is sunk into the glass without  any shank  plate at aJl. A thin
     sheet of paper, with pattern  against  the glass, lies completely  exposed. The shell-
     shape  is usuaJly  found with paperback.  (Those  who have regarded  t'he  pa,perback
     as one type of kaleidoscope  on the basis  on the May, 1951 BuUetin,  wiu find this
     note of interest.  When  the  proposed  classification  was  presented  at the  1951 Show,
     those present  voted to make  paperbacks a separate class.  Hence,  they wero taken
     out of kaleidoscopes  almost as soon as they  got there  ! )
                                 VI  SHAPE
                         (Illustration  on following  page)
      Shape  is one of the most striking features  of clear and colored  glass buttons.  The
     complexity and variety  is so great that  (as in the case of color)  no cla,ssification
     can do it justice. It is being  looked at from two angles  (1)  a^s a solid figure and
      (2)  as a flat flgure which is to say  (1)  whole body,  (2)  around  the edge only. Listed
      are those shapes  most popular with collectors  today.
      Fancy contours a.re those of some elaborateness,  such  as:
      Berry/Multi-tippetl  (1a). Includes shapes  closely resembling  the tip of a black-
      berry and also thme like pointed  "rods"  massed  together.
      Fluted  (1b)  includes  all bodies that are segmented  (like  an orange) with inden-
      tations that run from top-center  to the edge.
      Bailiant-like shapes  (1c)  are identical with those of true radia.nts. The difference
      between the two distinct classes is that these mere  shapes lack tho contrasting
      glass fused on the back of true radiants. Dew-drop and glory shapes are not dif-
      ficult to recognize.  FLsflector shapes take careful matching of button  with button.
      Especiauy  adva.nced  collectors  seaJch for pairs of true radiant a,nd radiant-like
      shape.
      Gieometric  contour  (2)  refers to bodies  with shapes  based upon one of the simple
      geometric solids.
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