вход по аккаунту


код для вставки
Patented Oct. 15, “1946
‘Felix E. ‘Lang, Sayreville, N. ‘ J.
Application ‘September 15, 1945, Serial No. 616,489
1 Claim. (01. 211-123)
This invention relates to lattice-like structures,
such as, for examplamusic bar standards, display
stands, frames and like articles of manufacture,
and is concerned more particularly with an im
proved method and means of joining the crossbars of the frame to their transverse supports.
A primary aim of the invention is to obtain
an easily assembled yet‘ ?rm and substantially‘
rigid connection, between the several frame ele»
ments whereby to build into a structure of ‘this _
character a high degree of resistance to twisting
a minimum
‘to diagonally
of material.
forces, with
preferably in two parts, each of which is pre-r
formed with a series of semi-circular shaped‘re
cessesspaced therealong. The recesses, in the
case of a music bar stand, are uniformly spaced
apart and are disposed alternately along each
side of the‘standard. 'Two‘ of such preformed
elements, when placed‘ in reversed position ad
jacent each other, constitute 'a‘ single standard,
and the alternated recesses in each being oifs'et
but their-projected shapes forming cavities for
re reception and support of the rods.‘ When the
rods are in place, the general effect is‘ one of
weaving, that is, each upright member appears
as woven over and under the respective rods, with
A‘furtheraim of the invention is to overcome
certain inherentweaknesses and di?culties en» 15 each of the uprights oppositely woven. When ‘so
related the frame elements mutually coact and
countered in‘ the ‘manufacture and‘assembli‘ng of
function to grip the respective rods about a sub
lattice-like structures, to simplify and reduce the
operations involved- in ?tting and‘ assembling the
stantial portion of their perimeters. With a joint
zontally disposed bars‘ (representing lines)’ are
with the annexed'drawin'g.
of this character, at ‘least three upright members
parts, "and to render available an improved design
of joint that not only is attractive from the orna 20 arerequiredjcne facing one‘way between two fac
ing the opposite, but it is preferable toemploy four
mental aspect ‘but which is also functionally
members, two‘ at each end of the music bar or
superior and more stable than is the joint obtained
stand,‘ and ‘additional uprights intervening if the
when ‘resort ‘is had‘ to conventional methods of
expanse or area‘is‘ relatively large;
> '
" l
_ l
‘ , j
' ‘
'- As an example of the type of lattice-like struc as Other‘objects and advantages will be in‘ part
indicated in the following description and in
ture to which the invention'relates, reference will
part rendered apparent therefrom'. in connection
be made to a music bar'or stand wherein ?ve hori
> To enable ‘others skilled in the art so fully to
to be held in parallel spaced relation in end
standards or uprights. To lend attractiveness so apprehend the underlying features hereof that
1 they‘ may embody the same in the various ways
to’ the music stand, the horizontal bars are glass
contemplated by this invention, a drawing depict;
or plastic rods, and the‘ notes, clef, and the‘
ing?a preferred ‘ typical construction has been
various other music symbols are hung upon‘ the
annexed as apart of this disclosure and, in such
rods. ' Because the rods" vary‘ somewhat in‘
diameter it has been necessary heretofore‘to fit a drawing, like characters of reference denote corre
sponding parts throughout ‘all the views, of
each end of each bar to a particular hole in the
end'standard to keep the stand in erect posi
Figure 1 is a front view of a music bar stand
tion which was not only costly and time consum
ing but made it impractical to box and‘ ship a
embodying this invention.
l ‘
music stand except in its fully assembled condi-v 40 . Fig. 2 is ‘an enlarged view of a stand illustrating
tion. Moreover, and even tho the bars and their ,
end pieces were individually ?tted, the prior types‘
of joint'ra'rel‘y were tight enough effectively to
constrain the bars and the complete assembly
against twisting or from slanting when in use. ‘
' The present invention undertakes to‘provide
more.‘ clearly ‘ the interwoven character of the
end standards.
‘ '
- '
Fig. ‘3 is an end view of Fig. 2. i‘
r The music ‘stand disclosed in Figural repre
‘ sents‘a‘typical application of the herein ‘pro
posed method ‘and means of ?rmly clamping a
sizes of the‘members and which has a clamping
series of rods as to maintain the rod‘s in parallel—
ism and the ‘stand as‘ a wholelin an erect non
_ slanting position. Brie?y, the music stand com_-_
effect upon-‘the individual elements, producing a
prises ?ve horizontal bars 5, 6, ‘I, 8 and 9 (repre
substantially rigid self-sustaining structure with
senting lines) and vertical end’ standards I4, [5
audit, 1 1 (representing score bars). The musical,
clef it, notes l9, etc., are hung upon the bars
a ?rm joint for transversely extending members
that automatically compensates for variations in
out need for drilling andreaming or the use of
auxiliary connectors. To achieve the objectives
in view it is proposed to form each of the upright
vmembers of the frame of semi-rigid material and
in any suitable way.
Additional vertical bars,
musical symbols, or other characters may be
rods to be clamped therein, the inserting of the
rods requires that each recessed portion of the
uprights be sprung laterally a slight distance fur
ther, and the inherent elasticity of the stock, in
tending to return to its normal position, effects
mounted upon the bars according to taste or
the subject matter being displayed. vThe hori
zontals 5-9 are, in the present embodiment, glass
rods, and the end standards, musical symbols,
etc. are made of plastic materials, such as
a ?rm clamping of each rod at points above and
below a horizontal diametral line, notwithstand
ing variations that may exist in rod sizes. As
In constructing a lattice-like frame of this char
acter considerable dimculty is encountered in join
ing the rods ?rmly in the end standards. The
the rods are assembled, each alternated upright
glass rods are-.not uniform in; size; nor uniform 10 is not‘ only placed under tension, but that the
throughout'their length‘ and the drilling of‘holes'
recessed portions 21, 22, etc;, thereof, are caused
in end pieces to receive the rods has not been
to grip the peripheries of the several rods and
practical because each rod required separate and‘
establish a plurality of regions of surface engage
individual ?tting operations at each end; Any
ment-therewith. In consequence, each rod be
looseness at the joints rendered the frame un~ 15 comes supported and clamped in a sleeve-like
stable and a marked tendency toward leaning to
bearing, i. e., a bearing that extends from well
one side resulted.
below a diametral line to a point well above the
In an effort to overcome such problems and
diametral line, on each side of the vertical plane.
to simplify the construction as well, thisinven
This gives to each rod, ?rm surface support in
tion proposes a frame construction in which the 20 each of the quadrants a, b, c, d, and the respec
horizontal and vertical members mutually coop
tive rods cannot, therefore, sag (out of parallel—
erate to clamp themselves ?rmly together, irre
ism) or assume a slantwise position. It has been
spective of the normal variations and irregulari
found that glass rods approximately 5'12" in diam
ties in the size or shape of the several parts. The
eter are firmly held 1" apart if the end stand
improved joint of this invention is composed of 25 ards are constructed of plastic materials measur
upright members M, l5 (I6, 17) each of which
ing T?’ x 1A" with the 1%." dimension extending
is generally rectangular in cross-section and pre
lengthwise the rods. Three» of such members
formed with a series of spaced semi-circular re
make a tensioned bearing aggregating %" in
cesses 2!, 22, 23, 2li'and 25in its opposite sides.
length and which has been found well adapted
The recesses alternate with one another, as illus 30. to sustain the rods, and such symbols or char
trated in Fig. 3, the odd numbered recesses being
acters as may be mounted thereupon, and the
in one side and the even numbered recesses being
frame as a whole against untoward twisting or
in the opposite side. Preferably each recess is of
a radius slightly smaller than the rod to be
gripped therein so that the uprights themselves
have a clamping effect upon the rods which is
ampli?ed and increased when the uprights are
tensioned. To'tension the uprights each portion
endwise leaning.
As illustrated in Fig. 3, each of the end stand
ards is provided with a leg portion 50, that con
veniently is a continuation of the lowest rod bear
ing portion 26. By so fashioning the legs (when
legs are desired) the weight of. the assembled
26, 21, 28, 29 and 30 containing .the alternated
frame and parts carried thereby, further pro~
recesses of each upright, is initially depressed out 40 motes the clamping action. The upper end of the
of the general plane of the bar a distance slightly
uprights of the frame may be ended off where
less than one-half the thickness of the rod to be
the portions 350i two uprightscross one another.
seated and clamped‘ therein‘ and the intervening
If desired a union can be made at that zone
bridging portions 3|, 32, 33 and 34 that connect
the recessed portionsof- the bar, form rigid spac
ers and truss members;
When two of such uprights are placediadjacent
‘to one another and oppositely facing each other,
the‘ alternated recesses in one upright comple
by cementing or welding those portions together;
Without further analysis, the foregoing will so
fullyv reveal the gist of this invention that others
can, by applying current knowledge, readily adapt
it for various utilizations by retaining one or more
of the featuresthat, from the standpoint-of the
ment the recesses. formed in the other upright 50 prior art, fairly constitute essential characteris
and together they form substantiallyv circular
tics of either the- generic vor speci?c aspects‘ of
openings for the reception of the rods 5—9.
this invention and, therefore, such adaptations
Where the bridging portions 3l—~34 of the up
should be, and are intended to be, comprehended
rights join the portions 2B—30, the reverse bends
Within the meaning and range of equivalency of
in the upright members function as upper and. 55 the following claim.
lower abutments de?nitely locating and con?ning‘
Having thus revealed this invention, I claim as
the horizontal rods against upward or downward
new and desire to secure the following combina
tions and elements, or equivalents thereof, by Let
In assembling a structure of this character, one
ters Patent of the United States:
pair of uprights, e. g., l4, I5 is ?rst ?tted with 60
In a music frame comprising a plurality of hori
the lower (or the upper) three rods. Thereafter
zontally disposed glass rods spaced fromone an
the other ends of the rods are pressedinto a'sin
other and arranged in parallelism the combina
gle plane and a third upright, e. g~., member 16,
tion of two supporting standards for gripping and
is applied. By applying the upright members in
maintaining said rods spaced from one another
alternation, similar to the weave of cloth, it will
and in parallelism, each standard comprising two
be found that three uprights and three rods form
semi-rigid members each of which is transversely
a self-lockingsef-retaining assemby. Thereafter
interwoven with the said rods and with the mem
additional uprights and rods may be added as‘
bers of each of said pairs oppositely interwoven
may be desired or for which provision has been
with the said rods and the lower extremities of.
By laterally offsetting the inside walls of the
respective recesses 2!, 22, etc;, a distance slightly
less than the thickness or the diameter of the‘
, eachof said members extending out of the general
plane of the frame and forming leg- elements.
Без категории
Размер файла
412 Кб
Пожаловаться на содержимое документа