US1976773A - Bus or car window construction - Google Patents

Bus or car window construction Download PDF

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Publication number
US1976773A
US1976773A US686532A US68653233A US1976773A US 1976773 A US1976773 A US 1976773A US 686532 A US686532 A US 686532A US 68653233 A US68653233 A US 68653233A US 1976773 A US1976773 A US 1976773A
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United States
Prior art keywords
sides
glass
rail
edge
glass pane
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Expired - Lifetime
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US686532A
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Thomas G Conway
Siegfried E Blessin
Schunk Joseph
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
NAT LOCK WASTHER Co
NATIONAL LOCK WASTHER Co
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NAT LOCK WASTHER Co
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Priority to US686532A priority Critical patent/US1976773A/en
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Publication of US1976773A publication Critical patent/US1976773A/en
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Expired - Lifetime legal-status Critical Current

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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B60VEHICLES IN GENERAL
    • B60JWINDOWS, WINDSCREENS, NON-FIXED ROOFS, DOORS, OR SIMILAR DEVICES FOR VEHICLES; REMOVABLE EXTERNAL PROTECTIVE COVERINGS SPECIALLY ADAPTED FOR VEHICLES
    • B60J10/00Sealing arrangements
    • B60J10/70Sealing arrangements specially adapted for windows or windscreens
    • B60J10/74Sealing arrangements specially adapted for windows or windscreens for sliding window panes, e.g. sash guides

Definitions

  • This invention relates to bus or car window construction, and more particularly to the top and bottomr rails of a window sash, and the means for connecting them to the side straps joining the I ytop Vand bottom rails together.
  • An object is to provide top and' bottom rails into which the glass may be easily inserted and tightly held, and which at the same time will permit of convenient removal of the glass, particularly in the case of broken pieces which do not protrude from the channelsuiiiciently to catch hold of.
  • a further object is tofprovide top and bottom channel railsv having inherent springiness in their sides, and which at the same time are reinforced longi- 151 tudinally to prevent bowing when the rails are glazed, it being further proposed. to provide such reinforcements which will not detract from the springiness of the sides, and which are further arranged and adapted to limitv the depth to .20 which the glass may be inserted into the rails.
  • Fig. 1 is a fragmentary front elevation, showing the upper and lower corner sections at one side of the window sash.
  • Fig. 2 isa vertical sectional view, taken along the line 2 2 of Fig. 1.
  • Fig. 3 is a vertical sectional view, taken along the line 3 3 of Fig. 1.
  • Fig. 4 is a horizontal sectional view taken alonggthe line 4 4 of Fig.V 1.-
  • Fig. 5 is a-fragmentary elevation of one of the side straps and the rail attaching bracket tongues at its ends.' f Y.
  • Fig. ol is a horizontal sectional view taken .45 along the line 6 6 of Fig. 5, and
  • Fig. 7 is a horizontal sectional View, taken ,along the 1ine"7 7 ⁇ of Fig. 5.
  • longitudinally extending ribs 2 2 are formed and project toward each other, the space between theseribs being less than the thickness of the window sash glass 3', so that they act as limiting stops to limit the depth to which the glass may be inserted in the channel.
  • the sides of the channel are thickened inwardly at the open ends, as at 4 4, to close in tight about the sides of the inserted glass.
  • the four edges of the glass are bound with glazing tape 5, the edges of ⁇ which are trimmed off flush with the rails after insertion of the glass.
  • the bottom rail 6 is of substantially the Vsame general form as the top rail,.but is of greater height, and within a T-groove 7 in itslower end there is interlockingly engaged the T-rib 8 of a sealing strip 9, of rubber, felt or other suitable sealing material for engaging upon the sill, a slot l0 being formed in its under surface for engaging the weather strip rib of the sill in the usual manner.
  • a pair of longitudinal ribs 11-11 are formed on the inner surfaces of the sides intermediate the upper and lower ends of the channel, and in the base of the channel there is provided a longitudinal groove 12 corresponding in width to the spacing of the ribs and adapted to receive the end rail assembling bracket tongue, as will presently more fully appear.
  • the vertical side straps 13, only one of which is shown, are in the form of U-shaped channels adapted to receive the vertical taped edges of the sash glass 3.
  • a horizontally projecting bracket tongue 14 is secured between the sides by a rivet 15 in spaced relation below the upper end of the strap, the sides being indented, as at 16 16, so that the rivet heads are below the surface of the strap, and the latter may therefore be inserted in a suitable fixed channel of the window frame to have sliding movement therein.
  • the tongue 14 is assembled with the top rail l simply by inserting it in the end of-the channel between the ribs 2 2, as shown in Fig.
  • a second horizontally projecting tongueKZO is secured by a rivet 21 the sides of the rail being indented, as at 22, in a similar manner to the indentations V16-16 at the upperend.
  • the tongue 20 is relaf tively longer, and wider in its vertical dimension, than the tongue 14, and is assembled with the bottom rail by inserting the same in the end of the channel, the lower edge seating in the groove 12 and the upper edge being disposed between the ribs 11-11, and being secured by a pair of transversely disposed binding screws, each comprising a tubular interiorly threaded screw part 23, engaged in a counter-sunk hole 24 in one side of the rail and in an aligned hole 25 in the tongue, and an externally threaded screw part 26 engaged in a counter-sunk hole 27 in the other side of the rail and screwed into the tubular screw part.
  • the engagement ofthese transverse binding screws not only secures the bracket tongue firmly in place, but draws the sides of the rails tightly inwardly toward
  • the top and bottom rails 1 and 6 are forced over the glazing tape 5 at the upper and lower edges of the glass, the rails springing open to a slight extent as the glass is forceably inserted, thus insuring a tight binding t of the glass in the channels.
  • the longitudinal ribs 2 2 and 11-11 not only limit the depth to which the glass may be inserted, but provide a longitudinal stiffening reinforcement which permits the sides to spring outwardly and inwardly, but prevents longitudinal bowing of the rails, so that there is a'uniformly tight fit of the rail along the length of the sash.
  • the tendency to bow is particularly pronounced when the sides of the rails are corny paratively thin, so that the longitudinal rein- 355 forcements are especially advantageous in this case.
  • the side straps 13 are forced over the glazing tape 5 at the side edges of the glass, as shown in Fig. 5, the bracket tongues 14 and 20 being inserted in the ends of the top and bottom rails between the ribs 2 2 and 11-11, and are secured in place by the screws 17 and 23-26, as shown in Fig. 2.
  • Removal of the glass is very readily effected by disengaging the screws and drawing the rails and straps from the edges of the glass.
  • the tape 5 upon the' edge of the glass ts so tightly at times as to hold the glass with sufcient force to make it difcult to remove by pulling, particularly in the case of a broken piece of glass that does not protrude enough to catch hold of.
  • the opening in the rails beneath the edge of the glass permits a drift or pry to' be inserted to force the glass out of the channel.
  • a glass pane In a window construction, a glass pane, a glass receiving rail of channel form having a pair of spaced sides and a transverse connecting portion, an edge of said glass pane being disposed within said rail between said sides, and longitudinal ribs upon the inner surfaces of said sides, disposed between the edge of said glass pane and said transverse connecting portion in spaced relation to said transverse connecting portion adapted to stifen said sides longitudinally.
  • a glass pane In a window constructinon, a glass pane, a glass receiving rail of channel form having a pair of spaced sides and a transverse connecting portion, an edge of said glass pane being disposed within said rail between said sides, and directly opposed longitudinal ribs upon the inner surfaces of said sides, disposedV between the edge of said glass pane and said transverse connecting portion in spaced relation to the upper ends of said sides and said transverse connecting portion adapted to stiffen said sides longitudinally, said ribs projecting inwardly beyond theA planes of the side surfaces of said glass pane and forming limiting stops to limit the extent of insertion of the glass pane in said rail.
  • a glass pane In a window construction, a glass pane, a glass receiving rail of channel form having a pair of spaced sides and a transverse connecting portion, an edge of said glass pane being disposed within said rail between said sides and longitudinal ribs upon the inner surfaces of said sides',l disposed between the edge of said glass pane and said transverse connecting portion in spaced relation to the upper ends of said sides and said transverse connecting portion adapted to chanen said sides longitudinally, said ribs being directly opposed to each other and spaced apart a distance less than the thickness of the glass edge and forming limiting stops to limit the extent of insertion of the glass in said rail, the spacing apart of said ribs providing a space adjacent the edge of said glass pane whereby said glass pane may be removed vfrom said rail by pressure applied to its edge through means inserted in said space.
  • a glass pane In a window construction, a glass pane, a glass receiving rail of channel form having a pair of inherently resilient spaced sides and a transverse connecting portion, said sides adapted to be'sprung transversely, an edge of said glass pane being disposed within said rail and grippedat each side by said resilient sides, and longitudinal ribs upon the inner surfaces of said sides disposed between the edge of said. glass pane and said transverse connecting portion in spaced relation to said transverse connecting portion adapted to stiifen said sides longitudinally.
  • a glass pane a glass receiving rail of channel form having a pair of inherently resilient spaced sides, an edge of said glass pane being disposed within said rail and gripped at each side by said resilient sides, each of said sides having a longitudinally extending thickened portion in spaced relation to the lower end adapted to stiifen said sides longitudinally, the relatively thinner portions of said sides between said thickened portions and said lower end providing increased resiliency.
  • a glass pane a rail of channel form adapted to receive a horizontal edge of the glass pane, and comprising a pair of spaced sides and a transverse connecting portion,V and directly opposed longitudinal ribs upon the inner surfaces of said sides in spaced relation to each other and disposed between the edge of said glass pane and said transverse connecting portion, a channel side strap engaged with a Vertical edge of the glass, a right angularly projecting tongue at one end of said strap engaged in the end of said rails between said ribs,
  • a glass pane In a window construction, a glass pane, a rail of channel form adapted to receive a horizontal edge of the glass pane, and comprising a pair of spaced sides and a transverse connecting portion, and directly opposed longitudinal ribs upon the inner surfaces of said sides in spaced relation to each other and disposed between the edge of said rail adapted to draw said sides toward each other to bind said ribs against the sides of said tongue and said sides against the sides of said glass pane and securing said tongue therein.

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Securing Of Glass Panes Or The Like (AREA)

Description

OC. l T. G CONWAY ET AL 1,976,773
O BUS OR CAR WINDOW CONSTRUCTION Filed Aug. 24, 1933 E ET. l. v /ol E En 5 Z. f7 5f I 6' I l l 6" L, i x ,AL l
Patented Oct. 16, 1934 BUS R CAR WINDOW CONSTRUCTION Thomas G. Conway, Chatham, Siegfried E. Blessin, Verona, and `loseph Schlink, Newark,
N. I., assignors to National Lock Washer Company, Newark, N. d., a corporation of New Jersey .e Application Augustl 24, 1933, Serial No. 686,532`
Y Claims.r (C1. 18S-76) uNnEo y srA'rrzs Parent' cerros This invention relates to bus or car window construction, and more particularly to the top and bottomr rails of a window sash, and the means for connecting them to the side straps joining the I ytop Vand bottom rails together. An object is to provide top and' bottom rails into which the glass may be easily inserted and tightly held, and which at the same time will permit of convenient removal of the glass, particularly in the case of broken pieces which do not protrude from the channelsuiiiciently to catch hold of. A further object is tofprovide top and bottom channel railsv having inherent springiness in their sides, and which at the same time are reinforced longi- 151 tudinally to prevent bowing when the rails are glazed, it being further proposed. to provide such reinforcements which will not detract from the springiness of the sides, and which are further arranged and adapted to limitv the depth to .20 which the glass may be inserted into the rails.
With the above and other objects in View an embodiment of the invention is shown in the accompanying drawing, and this embodiment will be hereinafter more fully described with reference thereto, and the invention will be finally pointed ,out in the claims.
As the construction,'according to the invention, is the same at each side of the window sash, lonly one side will` be shown in the illustrated adaptation of the invention.
In the drawing:
Fig. 1 is a fragmentary front elevation, showing the upper and lower corner sections at one side of the window sash.
Fig. 2 isa vertical sectional view, taken along the line 2 2 of Fig. 1.
Fig. 3is a vertical sectional view, taken along the line 3 3 of Fig. 1.
Fig. 4 is a horizontal sectional view taken alonggthe line 4 4 of Fig.V 1.-
Fig. 5 is a-fragmentary elevation of one of the side straps and the rail attaching bracket tongues at its ends.' f Y.
Fig. ol is a horizontal sectional view taken .45 along the line 6 6 of Fig. 5, and
Fig. 7 is a horizontal sectional View, taken ,along the 1ine"7 7 `of Fig. 5.
Similar numerals of reference will be used to .denote Vlike parts in the several figures of the y drawing.
the upper and lower ends of the channel, longitudinally extending ribs 2 2 are formed and project toward each other, the space between theseribs being less than the thickness of the window sash glass 3', so that they act as limiting stops to limit the depth to which the glass may be inserted in the channel. The sides of the channel are thickened inwardly at the open ends, as at 4 4, to close in tight about the sides of the inserted glass. The four edges of the glass are bound with glazing tape 5, the edges of `which are trimmed off flush with the rails after insertion of the glass.
The bottom rail 6 is of substantially the Vsame general form as the top rail,.but is of greater height, and within a T-groove 7 in itslower end there is interlockingly engaged the T-rib 8 of a sealing strip 9, of rubber, felt or other suitable sealing material for engaging upon the sill, a slot l0 being formed in its under surface for engaging the weather strip rib of the sill in the usual manner. A pair of longitudinal ribs 11-11 are formed on the inner surfaces of the sides intermediate the upper and lower ends of the channel, and in the base of the channel there is provided a longitudinal groove 12 corresponding in width to the spacing of the ribs and adapted to receive the end rail assembling bracket tongue, as will presently more fully appear. l
The vertical side straps 13, only one of which is shown, are in the form of U-shaped channels adapted to receive the vertical taped edges of the sash glass 3. At the upper end a horizontally projecting bracket tongue 14 is secured between the sides by a rivet 15 in spaced relation below the upper end of the strap, the sides being indented, as at 16 16, so that the rivet heads are below the surface of the strap, and the latter may therefore be inserted in a suitable fixed channel of the window frame to have sliding movement therein. The tongue 14 is assembled with the top rail l simply by inserting it in the end of-the channel between the ribs 2 2, as shown in Fig. 2, and is secured by means of vertically disposed screws 17 17 engaged through counter sunk holes 18 18 in the transverse upper` portion of the top rail and screwed into vertically disposed threaded holes 19 19 in the tongue, the screws drawing the tongue up tightly against the under surface of the upper portion of the top rail.
At the lower endof the side strap a second horizontally projecting tongueKZO is secured by a rivet 21 the sides of the rail being indented, as at 22, in a similar manner to the indentations V16-16 at the upperend. lThe tongue 20 is relaf tively longer, and wider in its vertical dimension, than the tongue 14, and is assembled with the bottom rail by inserting the same in the end of the channel, the lower edge seating in the groove 12 and the upper edge being disposed between the ribs 11-11, and being secured by a pair of transversely disposed binding screws, each comprising a tubular interiorly threaded screw part 23, engaged in a counter-sunk hole 24 in one side of the rail and in an aligned hole 25 in the tongue, and an externally threaded screw part 26 engaged in a counter-sunk hole 27 in the other side of the rail and screwed into the tubular screw part. The engagement ofthese transverse binding screws not only secures the bracket tongue firmly in place, but draws the sides of the rails tightly inwardly toward the glass. Y
The complete assembly of the sash is effected as follows:-
The top and bottom rails 1 and 6 are forced over the glazing tape 5 at the upper and lower edges of the glass, the rails springing open to a slight extent as the glass is forceably inserted, thus insuring a tight binding t of the glass in the channels. The longitudinal ribs 2 2 and 11-11 not only limit the depth to which the glass may be inserted, but provide a longitudinal stiffening reinforcement which permits the sides to spring outwardly and inwardly, but prevents longitudinal bowing of the rails, so that there is a'uniformly tight fit of the rail along the length of the sash. The tendency to bow is particularly pronounced when the sides of the rails are corny paratively thin, so that the longitudinal rein- 355 forcements are especially advantageous in this case. The side straps 13 are forced over the glazing tape 5 at the side edges of the glass, as shown in Fig. 5, the bracket tongues 14 and 20 being inserted in the ends of the top and bottom rails between the ribs 2 2 and 11-11, and are secured in place by the screws 17 and 23-26, as shown in Fig. 2.
Removal of the glass is very readily effected by disengaging the screws and drawing the rails and straps from the edges of the glass. The tape 5 upon the' edge of the glass ts so tightly at times as to hold the glass with sufcient force to make it difcult to remove by pulling, particularly in the case of a broken piece of glass that does not protrude enough to catch hold of. In this case the opening in the rails beneath the edge of the glass permits a drift or pry to' be inserted to force the glass out of the channel.
We have illustrated and described preferred and satisfactory embodiment of the invention, but it will be obvious that changes may be made therein, within the spirit and scope thereof, as dened in the appended claims.
Having thus described our invention what we claimV and desire to secure by Letters Patent is:-
1. In a window construction, a glass pane, a glass receiving rail of channel form having a pair of spaced sides and a transverse connecting portion, an edge of said glass pane being disposed within said rail between said sides, and longitudinal ribs upon the inner surfaces of said sides, disposed between the edge of said glass pane and said transverse connecting portion in spaced relation to said transverse connecting portion adapted to stifen said sides longitudinally.
2. In a window constructinon, a glass pane, a glass receiving rail of channel form having a pair of spaced sides and a transverse connecting portion, an edge of said glass pane being disposed within said rail between said sides, and directly opposed longitudinal ribs upon the inner surfaces of said sides, disposedV between the edge of said glass pane and said transverse connecting portion in spaced relation to the upper ends of said sides and said transverse connecting portion adapted to stiffen said sides longitudinally, said ribs projecting inwardly beyond theA planes of the side surfaces of said glass pane and forming limiting stops to limit the extent of insertion of the glass pane in said rail.
3. In a window construction, a glass pane, a glass receiving rail of channel form having a pair of spaced sides and a transverse connecting portion, an edge of said glass pane being disposed within said rail between said sides and longitudinal ribs upon the inner surfaces of said sides',l disposed between the edge of said glass pane and said transverse connecting portion in spaced relation to the upper ends of said sides and said transverse connecting portion adapted to stiften said sides longitudinally, said ribs being directly opposed to each other and spaced apart a distance less than the thickness of the glass edge and forming limiting stops to limit the extent of insertion of the glass in said rail, the spacing apart of said ribs providing a space adjacent the edge of said glass pane whereby said glass pane may be removed vfrom said rail by pressure applied to its edge through means inserted in said space.
4. In a window construction, a glass pane, a glass receiving rail of channel form having a pair of inherently resilient spaced sides and a transverse connecting portion, said sides adapted to be'sprung transversely, an edge of said glass pane being disposed within said rail and grippedat each side by said resilient sides, and longitudinal ribs upon the inner surfaces of said sides disposed between the edge of said. glass pane and said transverse connecting portion in spaced relation to said transverse connecting portion adapted to stiifen said sides longitudinally.
5. In a window construction, a glass pane, a glass receiving rail of channel form having a pair of inherently resilient spaced sides, an edge of said glass pane being disposed within said rail and gripped at each side by said resilient sides, each of said sides having a longitudinally extending thickened portion in spaced relation to the lower end adapted to stiifen said sides longitudinally, the relatively thinner portions of said sides between said thickened portions and said lower end providing increased resiliency.
6. In a window construction, a glass pane, a rail of channel form adapted to receive a horizontal edge of the glass pane, and comprising a pair of spaced sides and a transverse connecting portion,V and directly opposed longitudinal ribs upon the inner surfaces of said sides in spaced relation to each other and disposed between the edge of said glass pane and said transverse connecting portion, a channel side strap engaged with a Vertical edge of the glass, a right angularly projecting tongue at one end of said strap engaged in the end of said rails between said ribs,
said ribs engaging opposed sides of said tongue l,
and vertically disposed fastening means extended through said transverse portion of the rail and securing said tongue therein.
'7. In a window construction, a glass pane, a rail of channel form adapted to receive a horizontal edge of the glass pane, and comprising a pair of spaced sides and a transverse connecting portion, and directly opposed longitudinal ribs upon the inner surfaces of said sides in spaced relation to each other and disposed between the edge of said rail adapted to draw said sides toward each other to bind said ribs against the sides of said tongue and said sides against the sides of said glass pane and securing said tongue therein.
THOMAS G. CONWAY. SIEGFRIED E. BLESSIN. JOSEPH SCHUNK.
US686532A 1933-08-24 1933-08-24 Bus or car window construction Expired - Lifetime US1976773A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3961456A (en) * 1972-12-11 1976-06-08 Manlove Glen D Molding for cabinets and doors
US5339584A (en) * 1989-08-31 1994-08-23 Hashimoto Forming Industry Co., Ltd. Synthetic resin window for automotive vehicles or the like

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3961456A (en) * 1972-12-11 1976-06-08 Manlove Glen D Molding for cabinets and doors
US5339584A (en) * 1989-08-31 1994-08-23 Hashimoto Forming Industry Co., Ltd. Synthetic resin window for automotive vehicles or the like

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