Patent Notices




1238
THE NEW ZEALAND GAZETTE.
[No. 54

lower end of the upper length adjacent thereto and
engaging in said socket-tubes, and a cement joint filling
the spaces between the rods and the tubes and between
the adjacent ends of the two pile-lengths, whereby two
adjacent lengths of the pile are securely jointed together,
substantially as described. (18.) A building block or struc-
ture comprising a number of relatively thin shells ar-
ranged end to end, each shell being composed of concrete
moulded around a rigid strengthening metal skeleton, and
having peripheral jointing edges at its ends, and a flange
near each end composed of concrete moulded integrally with
the concrete of the shell, and also integrally with a similar
flange on the adjacent shell, whereby a common stiffening
and connecting diaphragm is formed at the joint of and in-
tegral with the concrete of two consecutive shells, so as to
prevent all leakage of air and water through the joint, sub-
stantially as described. (19.) A building block or structure
comprising a number of relatively thin shells arranged end
to end, each shell being composed of concrete moulded
around a rigid strengthening metal skeleton, and having
peripheral jointing edges at its ends, and an inwardly ex-
tending metal skeleton arranged near each end and con-
nected to the metal skeleton of the shell, and concrete
moulded around and between the adjacent inwardly extend-
ing metal skeletons of two consecutive shells, and also
moulded integrally with the concrete of the said two con-
secutive shells, whereby a common stiffening and connecting
diaphragm is formed at the joint of and integral with said
two consecutive shells, substantially as described. (20.) A
building block or structure comprising a relatively thin shell
composed of concrete moulded around a rigid strengthening
metal skeleton, and a diaphragm arranged intermediately and
composed of concrete moulded integrally with the concrete
of the shell, and with or without a rigid strengthening metal
skeleton, substantially as described. (21.) A building block
or structure comprising a number of relatively thin shells
arranged end to end, each shell consisting of concrete
moulded around a rigid strengthening metal skeleton, and
having a peripheral jointing edge at one end and a convex
peripheral jointing edge at the other end, and cavities at in-
tervals around each end, leaving the rigid skeleton bare at
such places, cement filling the joint between the peripheral
jointing edges of the adjacent ends, concrete filling up the
aforesaid cavities in the adjacent ends, a rigid metal skele-
ton connected to the metal skeleton of the adjacent shell,
concrete moulded around and between the said metal skele-
tons and integral with the cement in the joint and with the
concrete in the aforesaid cavities, whereby a connecting dia-
phragm is formed at the joint of two consecutive shells, sub-
stantially as described. (22.) Structures composed of con-
crete rammed or moulded around an internal strengthening
metal skeleton, substantially as described, and as shown in
Figs. 1 to 43 of the drawings.
(Specification, £2 5s. ; drawings, 9s.)

No. 13618.—16th May, 1901.—HENRY FREDERICK BAND,
of “The Sherman,” Sherman Avenue, Omaha, Nebraska,
United States of America, Manufacturer. Improvements in
tool for clamping crossed wires together.

Claims.—(1.) In a clamping-tool of the class indicated,
operated by handles, a slidable bar such as f having a
grooved and recessed jaw such as g, substantially as and for
the purposes set forth. (2.) In a clamping-tool of the class
indicated, operated by handles, a side such as e, and a side
such as a in combination, each having recesses such as e², a²,
and projections such as e³, a³, all substantially as and for
the purposes set forth. (3.) In a clamping-tool of the class
indicated, operated by handles, a removable side e having
the described parts e¹, e³, and e³ all substantially as and for
the purposes set forth. (4.) In a clamping-tool of the class
indicated, operated by handles, an arm a forming one side of
the tool, and having the described parts a¹, a², a³, and a⁴, all
substantially as and for the purposes set forth. (5.) In a
clamping-tool of the class indicated, operated by handles,
the combination as a whole of the movable bar f, one end
of which forms an inner jaw, and the sides e and a, forming
an outer jaw or jaws, the jaws being grooved and recessed as
set forth, for the purposes described.
(Specification, 3s. 6d. ; drawings, 1s.)

No. 13620.—13th May, 1901.—WILLIAM HENSHAW CLARKE,
of Wanganui, New Zealand, Photographer. Rapid photo-
printing apparatus.

Claim.—In a box having a metal receptacle at one end for
an enclosed light, and intermediate with opposite end a
shutter of ground glass the full size of the inside, the oppo-
site end of box being movable, and having contained in same
an opening grooved to hold negatives, and a door made with
springs between to shut against negative ; and also, fixed to
inside by tube or bolt at the bottom of box, a sash or shutter
glazed with red glass and operated by a lever and spiral
spring ; the whole in combination forming a rapid photo-
graphic printing apparatus, substantially as described.
(Specification, 2s. 6d. ; drawings, 1s.)

No. 13630.—22nd May, 1901.—WILLIAM KING BAKER and
GEORGE SAMUEL BAKER, both of 58, City Road, London,
England, Engineers (assignees of Charles A. Thomson, of 7,
Sheridan Avenue, Kearney, Essex County, New Jersey,
United States of America). Improvements in or relating to
dough-moulding machines.

Claims.—(1.) A dough-moulding machine comprising
rollers for forming a lump of dough into a sheet, a rotary
rolling-up device for rolling the sheet into spiral form, and a
pressing and rolling device for working and kneading the
spiral, and forming the same into shape for the baking-pan,
substantially as described. (2.) A dough-moulding machine
having spaced sets of revolvable rollers, of which one roller of
each set has annular flanges, the other roller of the set ex-
tending between said annular flanges to form a passage
between the rollers of a set, the passages for the sets of
rollers being of different widths, substantially as described.
(3.) A dough-moulding machine having spaced sets of re-
voluble rollers, of which one roller of each set has annular
flanges, the other roller of the set extending between said
annular flanges to form a passage between the rollers of a
set, the passages for the sets of rollers being of different
lengths, and means for adjusting the non-flanged rollers
toward the flanged rollers to vary the distance between the
rollers of a set, substantially as described. (4.) A dough-
moulding machine having spaced sets of revolvable rollers, of
which one roller of each set has annular flanges, the other
roller of the set extending between said annular flanges to
form a passage between the rollers of a set, the passages for
the sets of rollers being of different widths, and a connecting
table between the sets of rollers to guide the dough-sheet
from the narrow passage of the upper set of rollers to the
wider passage of the next lower set of rollers, substantially as
described. (5.) A dough-moulding machine having a rolling-
up device for rolling a dough-sheet into a spiral roll, com-
prising a toothed roller and a smooth roller, the rollers
rotating in opposite directions, substantially as described.
(6.) A dough-moulding machine having a rolling-up device
for rolling a dough-sheet into a spiral roll, comprising a
toothed roller and a smooth roller, the rollers rotating in
opposite directions, and a fixed guide-belt extending to the
top surface of the smooth roller and terminating a distance
from one side of the toothed roller, substantially as described.
(7.) A dough-moulding machine having a rolling-up device
for rolling a dough-sheet into a spiral roll, comprising pairs
of rollers of different sizes and rotating in opposite directions,
the large roller forming a stop for the forward end of the
dough-sheet, and a fixed inclined guide for guiding the
dough-sheet over the smaller roller against the abutment or
stop-roller, substantially as described. (8.) A dough-mould-
ing machine having a pressing and rolling device, compris-
ing a revolvable drum or cylinder having a peripheral cover-
ing of a fabric material, and a fixed shield external to and
spaced from the peripheral surface of said cylinder for press-
ing and rolling a roll of dough, said shield extending approxi-
mately around half of said drum or cylinder, the ends of the
shield being formed with outwardly extending flanges, sub-
stantially as described. (9.) A dough-moulding machine hav-
ing a pressing and rolling device, comprising a revolvable drum
or cylinder having a peripheral covering of a fabric material, a
fixed shield external to and spaced from the peripheral surface
of said cylinder, for pressing and rolling a roll of dough, and
means for adjusting the shield toward or from said cylinder,
substantially as described. (10.) A dough-moulding machine
having a pressing and rolling device, comprising a revolvable
drum or cylinder having a peripheral covering of a fabric
material and a fixed shield external to and spaced from the
peripheral surface of said cylinder, for pressing and rolling a
roll of dough, said shield being flexible and concentric to
said drum or cylinder, substantially as described. (11.) A
dough-moulding machine having a pressing and rolling de-
vice, comprising a revolvable drum or cylinder having a peri-
pheral covering of a fabric material, a fixed shield external
to and spaced from the peripheral surface of said cylinder,
for pressing and rolling a roll of dough, and means for ad-
justing the shield toward or from said cylinder, said means
comprising levers for engaging the shield at or near the ends
thereof, and a connection engaging the shield at or near the
middle thereof and actuated from said levers, substantially
as described. (12.) A dough-moulding machine having a
pressing and rolling device, comprising a revolvable drum or
cylinder having a peripheral covering of a fabric material, a
fixed shield external to and spaced from the peripheral sur-
face of said cylinder, for pressing and rolling a roll of dough,
means for adjusting the shield toward or from said cylinder,
said means comprising levers for engaging the shield at or
near the ends thereof, a connection engaging the shield at or



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VUW Te Waharoa PDF NZ Gazette 1901, No 54





✨ LLM interpretation of page content

🏭 Patent for Metal-and-Concrete Structures (continued from previous page)

🏭 Trade, Customs & Industry
15 May 1901
Patents, Concrete Piles, Metal Reinforcement, Construction, London

🏭 Improvements in tool for clamping crossed wires together

🏭 Trade, Customs & Industry
16 May 1901
Patents, Clamping Tool, Wire, Omaha, Nebraska
  • Henry Frederick BAND, Inventor of clamping tool

🏭 Rapid photo-printing apparatus

🏭 Trade, Customs & Industry
13 May 1901
Patents, Photography, Printing Apparatus, Wanganui
  • William Henshaw CLARKE, Inventor of photo-printing apparatus

🏭 Improvements in dough-moulding machines

🏭 Trade, Customs & Industry
22 May 1901
Patents, Dough-moulding Machine, Engineers, London, New Jersey
  • William King BAKER, Inventor of dough-moulding machine
  • George Samuel BAKER, Inventor of dough-moulding machine
  • Charles A. THOMSON, Original inventor assigned to Bakers