Page images
PDF
EPUB
[ocr errors][ocr errors]

a peculiar silky and smooth finish, which renders it of
much greater value for knitting, embroidery, and manufac
turing purposes than other and coarser yarns. This may
be attributed in a great measure to the quality of the wool
used in Germany, the finest Saxony staples being employed
in the manufacture of Berlin zephyr, which is also prepared
in such a manner that the fibres are laid evenly. Where
wool inferior in quality to that of German or Spanish wool
is used, the yarn spun from it is much coarser, owing for
the most part to the innumerable fibres which project from
the twisted strands, and which do not appear so promi-
nently in the German yarn. It has been found that by
cutting off these fibres close to the twisted portion or body
of comparatively coarse yarn, the latter may be rendered
equal, as regards smoothness and appearance, to the finest
German zephyr. The apparatus employed cannot be de-
scribed without reference to the drawings. Patent completed.
3116 A. FOURNET and 0. Nadaud. ▲ magic camera.
Dated November 27, 1866.

ting water
bined chenialn
noent of lubricies
ved from the "hor
addition that, at
that the portion of
more useful and dee
sure, particularly tra
A will be frester and
n if applied and de
ng process. The ingr
for spinning the firm
consist of we part 5)
the spinning fans wy
the step and chroni
whilst retaining wit
ustment, and affirding
1, of whatever length ben
replaced in the itme vinta
its fastenings. These
reference to that part of
* bend,” which bolds the
awing and retaining talen
rore plates, and condusz :a.

¡ERISON. An improveÈndiales
illusions for dreams adora
d November 25, 1966.

n consists, principally, in uten
resses with sulphate of quran
, or any similar chemical
appear self leminou T

les, or extra-violet rays of to u
med.

BARRON. A new and
onverting iron into steel by th
or producing gases for such para
6, 1866.

tee claims, first, the use and m
iron into steel of the compou

oxygen with nitrogen and quant nd carbonic oxide, and either wit cal and chlorine gas applied vis Second, the use in combizatır avirting iron into steel by the apar ntioned in the first claim of chri uch process for the process set fort

the iron or metal after it ba

d into steel rom contact with the se
cooled or hardened, substantialy a zí
sret forth. Fourth, producing sig
and cyanogen gases by pakaļ 6019
er heated or not, through ignited
ntially as described. Fifth, in r
ing nitrogen, carbonic oxide, atqu
bed in the last claim, the use of i
ns, substantially as described, it

ted hydrogen in connection with s
mt completed.

12 N. S. SHALER. Improvements in prerast
vegetable substances. Dated Nove

r these purposes animal and p

preserved are introduced into and

nclosed space pervaded by an aime
gas, such atmosphere being cost
emperature as near as may be at th

agh where the substances are not minis -
a great length of time somet
ay be used. Patent completel

3113 R. H. COURTENAY. Impriment i
On of printing surfaces by the sad of photop
ovember 26, 1866.

We cannot here give space to the d ion. Patent abandoned.

3114 W. CLARK. Improvements is is preparation of leather and other mater cation.) Dated November 1866

This invention consists, st, in a
leather, forming a manufactating or neg
also in a mode of prosecting is whe

i coosists in introducing negiral fany
into the pores of the leather, so

should the leather be required to
ious, Second, in improved composit
plication in the manufacture and im
as also to render is impervion F
process for preserving and rendering in
epasteboard impervious, the flor
or employed. The inventor make

of wax, two parts; malton set, or
rk neat's foot oil, one part; be
oe leam oils, one part. The com

with slightly modified without changing
ram completed

[ocr errors]

3115 J. H. JOHNSON, Impriment

yarn or twisted strands, and in the maceme

employed in treating the

ages, November 21, 1866.
This inversion relates, fro
tani and consists in the proteste
rages superdavus projecting form aY TE
Tagesth.reby rendered equal in appe
Ihrt; and secondly, to certa

The object of this invention is to construct a magic
camera to show on a ground glass a magnified image of a
picture. The camera is composed of two parts; the first
part is a globe or sphere made of brass, tin, wood, or any
other materials, with an opening through the top and bottom
to allow of a lamp, candle, or other kind of light being
put inside the globe, the bottom of the globe being by pre-
ference arranged to rest on the socket of the lamp or other
kind of lighting apparatus employed. Through the side
of the globe a round hole is formed, in front of which is a
slide, in which the picture is placed, and adapted to the
allde is a tube, inside of which are two lenses of a magnify
ing power of from four to twenty times, or more. The
second part is a camera, equally made of brass, tin, wood,
or other suitable material; the back end of this camera is
connected with the globe by a tube into which the tube
projecting from the globe is inserted. The face or front of
the camera is closed by a ground glass, on to which, when
a light is introduced into the globe, is thrown a magnified
image of the picture placed in the slide. The shape and size
of the globe and camera may be considerably varied. Any
transparent picture, such as the slides now used with magic
lanterns, or photographic images on glass, or others, may
be used with this magic camera. Patent completed.
3117 C. CROCKFORD. Improvements in the manufacture
of spelter, and in the utilisation of the products resulting
therefrom. Dated November 27, 1866.

which the carriage wheels work, which pulleys are plain
on the periphery, or grooved in the form of a spiral worm
in the grooves of which the squaring band works; these
pulleys are fixed on the equaring shaft in sufficient number
to keep the carriage perfectly steady. The squarring bands
are fixed to the tightening screws at the back and front of
the carriage in a line with the pulleys upon the squaring
shaft, so that the squaring bands may be tightened or
slackened as desirable. Patent abondoned.

3120 J. H. ATTERBURY and S. WOOLT. Improved means
and machinery for the manufacture of earthenware and
other plastic materials. Dated November 27, 1866.
Among the features of this invention are the following:
-To one end of a suitable foundation plate or table the
patentees secure a pugging mill in a vertical position,
having its pugging shaft actuated by suitable gearing from
the main driving shaft. This latter is supported by
brackets at the upper end of the mill, and runs horizon-
tally over the same. From a convenient part of the side of
the pugging mill they project a bracket, the outer end of
which is adapted to receive a vertical spindle free to move
in a vertical direction. To the upper end of this spindle
they connect a lever of the first order, having its falcrum
from the carrying bracket. Between the end of the lever
and its fulcrum they place a loose grooved pulley, which is
impinged upon by an eccentric keyed upon the driving
shaft immediately over it. The effect of such impinging
is to depress the vertical spindle, and cause an adjustable
die affixed to its lower end to descend and impress the clay
or other plastic material under operation (which has been
previously placed underneath the die). The pressure
of the before-named eccentric upon the pulley placed upon
the lever being removed, balance weights on the shorter
arm or arms restore the vertical spindle to its previous
position. A roller covered with flannel, and placed in
proximity to the die, and receiving a horizontal motion by
means of levers and eccentric from the main shaft, is
now brought into play, and passed over the face of the die
to remove impurities. In front of the die spindle there is
a shaft geared from the main shaft, and having on its
lower extremity an arm so arranged as to strike the mould
away when the die descends, a loosing" or vertical mo-
tion being simultaneously applied to the bottom of the
mould. A prominent feature in this invention is the heat-
ing of the metal die, for which purpose may be used issuing
from any desired number of jets, the result being that the
The patentee claims, first, the addition of a sufficient die leaves the clay or other plastic material more readily,
quantity of sulphur vapour to the sulphurous acid gas gene-
The arrangement for feeding and traversing the moulds
from the pugging mill to the die forms an important
rated by the calcination of sulphuret of zinc, to render it
economically available for the manufacture of sulphuric feature of this invention. The patentees effect this by a
acid, either by causing it to pass through chambers or species of turntable having its centre equidistant from the
This turntable is adapted to re-
kilns, heated or not heated, containing sulphur or any pugging mill and the die.
metallic sulphuret; second, the mode of charging the sul-ceive four moulds (by preference) one at each quarter of
phurous acid gas with additional sulphur vapour, by causing its periphery, and is actuated by suitable lever and ratchet
it to pass through a chamber containing sulphuret of zinc, apparatus underneath the foundation place or table, being
which is kept stirred or agitated without the admission of so arranged that it revolves one-fourth of a circle at each
atmospheric air; third, the peculiar construction of retort stroke, so that whilst the material for operation is being
furnaces for the reduction of zinc ores, having a succession discharged from the pugging mill to the mould under it,
of fireplaces in advance of a succession of blocks of retorts;
another is under the die receiving the impress, one inter-
and, lastly, the construction of the fireplace with its length mediate waiting for impress and one waiting for a fresh
parallel to the retorts, as shown in the drawings. Patent mould. A wire knife, actuated by hell crank and levers
Bompleted.
from the main shaft passes reciprocally under the pugging
mill, and cuts off the required amount of clay or other
plastic material, which is forced through dies (round
or other required shade) sccured to the bottom of the
The above machinery may be actuated by
pugging mili.
hand or other motive power than steam, if desired. Patent
completed.

3118 C. CROCKFORD. Improvements in obtaining useful products from certain materials produced in the process of galvanising or coating iron with zinc, Dated November 27, 1866.

3121 J. LAW. Improvements in machinery for carding wool and other fibrous substances. Dated November 27, 1866.

3122 T. DICKINS, H. HEYWOOD, and J. HOLLAND. Im-
Dated Novem-
provements in furnaces and steam boilers.
ber 27, 1866.

as above described, and connected together at their steam chambers. Patent completed.

3123 A. V. NEWTON. Improved machinery for making cast steel railway wheels and other castings in metal. (▲ communication.) Dated November 27, 1866.

This invention relates to certain improvements in machinery for making castings of steel by the aid of mechanical pressure. The invention also relates to the releasing of the compressed castings from the mould. The main object of the present invention is to provide means for the employment of hydrostatic pressure for compressing and condensing steel railway carriage wheels and other articles of useful form, while in a mould, in a liquid or semi-liquid state. The invention also relates to meaus for raising and depressing the follower or upper section of the mould, also by means of raising and depressing the cord which forms the eye through a railway wheel. Another object of the invention is to provide for adjusting the mould and adapting it for castings of different thickness; and also for regulating the amount of steel required for a casting of a given thickness. The invention cannot be described without reference to the drawings. Patent completed.

3124 W. CLARK. Improvements in the means and apparatus for indicating the time and distance travelled by vehicles. (A communication.) Dated November 27, 1866.

This invention relates to an improved registering apparatus applicable to public vehicles, based on the employment of an electro-magnetic apparatus for the production of the various indications. The chief features of the invention are, first, the use and application of an electro-magnetic apparatus for imparting motion to the distance indicating apparatus. The patentee prefers to employ the arrangement of apparatus shown, which is known as Clark's electro-magnetic apparatus, as it dispenses with the use of batteries, and requires no superintendence. He, however, reserves the right of using batteries for producing the magnetic current necessary for actuating the indicating apparatus. Secondly, in the time, distance, and other indications furnished by the apparatus by means of which each passenger can read on a dial both the time and distance travelled during his occupation of the vehicle; on the other hand, the company or other proprietors of the vehicle can tell from a second dial plate the number of times it has been occupied, and the miles travelled by the number of journeys made by the vehicles being added together. Patent completed.

3125 R. GEORGE. Improvements in machinery or apparatus for obtaining motive power. Dated November 27, 1866. We cannot here give space to the voluminous details of this invention. Patent abandoned.

3127 G. BACKHOUSE. Improvements in machinery or Dated November 28, 1866.

apparatus for manufacturing cardboard or pasteboard.

This invention consists in applying pasting or adbesive material to one surface of every sheet composing the pasteboard or cardboard, except the top or bottom sheet, and passing sheets over a roller by which they are brought in contact together; such partially combined sheets are then passed between an endless apron or felt and a drum, by which means they are compressed and conjoined, and one or more drying cylinders, round each of which endless thence the so-formed cardboard or pasteboard passes over passing between such aprons or felts and such cylinder), aprons or felts are stretched (the pasteboard or cardboard and for the purpose of glazing such pasteboard or cardboard a calender may be situated in close contact with the drying cylinder, and any ordinary cutting apparatus may al:o be applied, so that cardboard or pasteboard may be produced from continuous lengths of paper dried, glazed, and cut to the necessary sizes ready for the market before being removed from the machines, Patent abandoned.

PROVISIONAL PROTECTIONS.

and other materials.

Dated May 18, 1867. 1486 J. L. Norton, Belle Sauvage-yard, Ludgate-bill. Improvements in machinery for washing and drying wool Dated May 20, 1867. 1489 T. M'Comas, Old Broad-street, City. Improvements in raising sunken vessels. (A communication.) Dated May 27, 1867.

1562 W. P. Metchin, Parliament-street, Westminster, lithographer and general printer. Improvements for taking copies of lithographs, zincographs, and other printed matters.

Dated May 28, 1867. 1572 G. H. J. Simmons, Stanhope-street, Hampsteadroad, clerk. Improvements in lamps for burning hydrccarbon and other oils.

The first part of this invention consists in the mode of
beating the material known as bath or flux skimmings, and
the inventor proceeds as follows:-He boils fast the material
in one or two waters, and drains the liquor therefrom and then
he grinds it in a wet state, and submits the resulting
paste-like mass to pressure, whereby he is enabled, practi- This invention relates to the machine known as the
cally, to obtain the whole of the soluble salts which it con. "condenser," and of that kind wherewith stripping pul-
tains; sometimes he omits the boiling as a treatment pre- leys are employed. The improvements consist, first, in
liminary to the grinding. IIe then proceeds to treat the constructing these stripping pulleys so that the flanges will
expressed liquor in one of the following ways:-First, he project above the points of the card teeth, whereby the
precipitates the zinc with milk of lime, taking care to add teeth are supported on the edges or side and prevented
no more lime than shall be sufficient for its complete pre- from being broken down; the flanges enter and run in the
cipitation; and he then distils the liquor with additional grooves or spaces left betwixt the rings of cards on the
lime, and obtains the ammonia therefrom; or after precipi doffer, and thereby divide the carded fibre into the re-
tating the zinc he adds an equivalent of sulphate ammonia, quired strips or threads. Second, in the construction of
and having boiled it down to dryness, sublimes the muriate a roller for stripping these pulleys formed by cutting a
of ammonia. Second, he precipitates the zinc with carbonate series of grooves therein, or placing a series of sepa-
of soda or sulphide of sodium; the precipitated carbonate of rate bosses of the required size on a plain shaft.
sulphide of zinc is then submitted to pressure, and the Third, in clothing or covering the doffer with that
liquor extracted. To this liquor is then added the proper class of cards called "filletting," and allowing the said
equivalent of sulphate of ammonia, and the resulting eul-flanges of the stripping pulleys to pene rate and form
phate of soda is extracted by boiling until its crystals are their own grooves or spaces in the said card clothing.
precipitated, or the whole is boiled down to dryness, and the Patent abandoned.
muriate of ammonia sublimed, whilst the sulphate of soda
remains in the subliming pot. Third, be precipitates the
zinc with sulphide of barium, and, after expressing the
liquor, an equivalent of sulphate of ammonia is added,
whereby the sulphate of baryta is precipitated, and the liquor
This invention, according to the provisional specification,
being expressed by pressure from this precipitate will con- related, firstly, to a method of using movable firebars,
tain only the muriate of ammonia, which may be crystal-furnace to the other, while the said bars are at the same time
whereby the fuel is gradually moved from one end of the
lised or other ise treated. Fourth, he adds the proper
equivalent of sulphate of ammonia, and after boiling down freed from clinkers and the air passages opened. In order
to aryness, sublimes the muriate of ammonia, and collects
to effect these objects the patentees proposed to impart to
the said bars a forward and backward motion, alternate bars
the sulphate of zinc from the subliming pot. Fifth, he pre-
cipitates the oxide of zinc with ammonia, and after express-moving forward while the intervening bars were moving
ing the liquor, from the precipitate, muriate of ammonia re-
backward, during which motions those which were moving
mains in the solution, which may be crystallised or other-
forward rose, and those which were moving backward fell,
wise treated. Sixth, he treats the whole of the skimmings and thus the fuel was carried forward. In carrying out
with sulphuric acid or the soluble salts extracted from them
the invention they proposed to place a shaft at the front of
in precisely the same manner as salt is treated in the manu.
the boiler flue, and to which a, slow rotary motion
facture of sulphate of soda, the muriatic acid being
was communicated. On this shaft was a series of cams
condensed, and the resulting sulphates of zinc and
embraced by forks extending from the bars, and the said
ammonia left in the decomposing pan may
shaft communicated motion to another cam shaft at the
be
separated by sublimation after crystallising
back of the boiler or flue, or to vibrating cams acting
boiling down to dryness. The second part of the against the bars. By these means a series of bars was
invention consists in refining the hard spelter commonly
caused to advance while another series was returning, the
known as dress speltor, collected from the bottom of the
one at the same time rising and the other falling. Since
baths of zinc, and produced in the process of galvanising the filing of the aforesaid provisional specification the
or coating iron with zinc. We cannot here produce the patentees have found by experiment that this part of the
whole of the details of the invention. Patent abandoned.
invention cannot be usefully carried out, and they, there-
fore, lay no claim thereto. The invention relates to that
3119 J. KERFOOT. Improvements in mules for spinning system of steam boilers in which the coal or other fuel is
and doubling cotton and other fibrous substances. Dated placed in a hopper, so as to render it self-feeding. The
November 27, 1866.
patentees use a cylindrical or other formed shell, projecting
The object of this invention is to keep the carriage of into the interior of which is a fuel box, conical by prefer-
mules (self-acting, or otherwise) parallel with the roller ence. The lower end of this box communicates with an
beam when advancing and receding to and from the same, enlarged part situate above the firebars, and constituting
which the inventor effects by the use of a squaring shaft a combustion chamber surrounded with water, and from
supported in a horizontal positon under the carriage, and this proceeds a number of flues which pass through the
extending from end to end and parallel with the said carri- water space, and then communicate with external flues.
Upon the squaring shaft is a number of pulleys, on For large powers they use a number of boilers constructed

ago.

or

1573 F. J. Vandenvinne, Brussels. An improved machine or plough for clearing or grubbing up uncultivated

land.

1581 L. H. Dethiou and F. Beaubry, Paris, merchants. An improved tongueless buckle with continuous buckle. Dated May 29, 1867.

1583 D. Tunks, Blackburn-road, Accrington, Lancashire. Improvements in galvanometers for receiving signals through submarine and other electric telegraph lines, and for testing them.

1585 W. J. Burgess, Brentwood, Essex, engineer. Improvements in the construction of fingers for mowing ma chines.

1586 J. F. N. B. Simons, Kettenhofweg, Frankfort-onthe Maine. Improvements in preventing the incrustation of steam boilers.

1587 C. Minasi, College-place, Camden Town, professor of music. Improvements in musical wind instruments, called "trombonettes."

1588 T. Mitchell, Waterbara Mills, Stackstcads, Lancashire, manufacturer. Certain improvements in the manufacture of felt carpeting.

1589 F. J. Brean, Bristol. Improvements in producing letters in gold, silver, and other metals, on glass, and in implements employed for that purposes.

1590 J. R. Cooper, Birmingham, gun manufacturer. Improvements in cartridges for breech-loading firearms. (Partly a communication.)

1591 J. M. French, Birmingham, licensed victualler. Improvements in instruments or apparatus for measuring spirits and other liquids.

1592 R. Newton, Lower Providence Mill, near Keighley, Yorkshire. Improvements in the furnace apparatus of

steam boilers.

1594 T. E. Passee, Russell-square. An improved mode of obtaining motive power, and the apparatus employed therein.

1595 W. B. Ritchie, Mount Pottinger, Belfast, and J. G. Willans, St. Stephen's Crescent. Improvements in drying peat and other materials.

1596 H. Turner, Thames Ironworks, Orchard-yard, Blackwall, managing engineer, Improvements in marine and other steam engines on the high and low pressure compound principle.

1597 E. Jones, Pontblyddyn, Mold, Flintshire, engineer. Improvements in the construction of safety lamps for miners.

1598 A. V. Newton, Chancery-lane, mechanical draughtsman. An improved method of producing mosaic veneers. (A communication.)

1599 W. E. Newton, Chancery-lane, civil engineer. An improved mode of producing printing blocks or surfaces for printing or staining various fabrics. (A communication.)

1600 T. Greenwood, Leeds, machine maker. Improvements in the construction of milling machines.

1601 H. Oakes, Birmingham, jeweller. Improvements in the manufacture of earrings.

Dated May 30, 1867.

1602 H. Bain, Alexandria, Dumbartonshire, millwright. Improvements in dyeing yarns, and in the machinery or apparatus employed therefor.

1604 J. Francombe, Newport, Monmouthshire, engineer. A new or improved engine or machine for obtaining and applying motive power.

1644 G. Davies Serle-street, Lincoln's Inn, civil engineer. Improvements in the construction of paddlewheels. (A communication.)

1645 T. Laidlaw, Sillerbit Hall, Roxburgshire. Improvements in the manufacture of yarns used for weaving textile fabrics, and in the machinery or apparatus employed therefor.

1646 E. Meldrum, Bathgate, Linlithgowshire. Improvements in the purification of paraffin.

1647 J. H. Johnson, Lincoln's Inn-fields. Improvements in racks or holders for whips, cares, and other like articles. (A communication.)

1648 J. M'Owen, Rochdale, iron and brass founder. Improvements in firegrates.

1949 H. W. Hart, Clapham Common, engineer. A improved construction of raft. (A communication.) Dated June 5, 1867.

1650 D. Hanson, Dukinfield, Cheshire. Certain improvements in furnaces, and in apparatus to be employed

in the construction of steam boilers.

1651 J. Gaudet, Gresham-street, City. Improvements in night and fog signal apparatus for preventing accidents ou railways.

1654 C. Boulay, Paris, mathematical instrument maker. Improvements in galvanic batteries.

1655 G. White, Queen-street, Cheapside. Improvements in the manufacture of hydrate and carbonates of soda. (A communication.)

1656 L. B. Schmolle, Aldermanbury, City, manufacturer. Improvements in crinoline skirts.

1658 I. M. Milbank, Greenfield Hill, Conn., U.S. An improvement in breech-loading firearms, and cartridges adapted to such arms. Dated June 6, 1867.

1606 J. Astbury, Smethwick Foundry, near Birmingham, 1660 B. Templar, Holly Bank, Tetlow Fold, near Man-
engineer, ironfounder, and ordnance manufacturer. Im-chester, schoolmaster. Improvements in fastenings for
provements in casting Bessemer metal, steel, and other window sashes.
metals.

1607 W. Wood, Monkhill, near Pontefract, Yorkshire. Improvements in the manufacture of printed tapestry" carpets.

1606 W. E. Newton, Chancery-lane, civil engineer. Improvements in the treatment of fabrics made whollly or partly of jute, flax, cotton, or vegetable fibres, so as to prepare them for dyeing or printing, and rendering them applicable for the manufacture of carpets or other printed goods. (A communication.)

1609 W. E. Newton, Chancery-lane, civil engineer. Improvements in the manufacture of felted fabrics. (A communication.)

1611 M. A. F. Mennons, Southampton-buildings, Chancery-lane. Improvements in the construction of magnetoelectric batteries. (A communication.)

1612 W. R. Lake, Southampton-buildings, Chancerylane, consulting engineer. Improvements in breech-loading firearms. (A communication.)

Dated May 31, 1867.

1613 F. J. Demanet, Ixelles, near Brussels, locksmith and mechanician. An apparatus for the purpose of giving sufficient draught to any kind of chimney.

1614 J. Scott, Oxford-street. Improvements in apparatus and in the means employed for subduing and extinguishing fires, partly applicable to other useful purposes.

1615 B. Shakespeare, manager, and W. Shakespeare, commission agent, Woollaston, near Stourbridge, Worcestershire. Improvements in reveberatory furnaces used for puddling, melting, and heating iron, and for other purposes.

1616 J. and J. Hinks, Birmingham, manufacturers. Improvements in lamps for burning petroleum oil and other volatile liquid hydrocarbons.

1618 J. le Butt, Haymaker Works, Bury St. Edmunds, Suffolk. Improvements in hay-making machines.

1619 T. Porter, Derby-street, Sunderland. Improvements in apparatus for supporting or holding music and other books, and for turning over the leaves of the same. 1620 Earl of Caithness, Hill-street. Improvements in ships' compasses.

1622 J. Lancelott, Birmingham, jeweller. Improvements in the manufacture of ornamental chaios and bands. 1623 P. Lawrence, Basinghall-street, City, merchant. Improvements in apparatus for applying adhesive agents to pieces of paper and other light materials, and for lifting the same, especially applicable to machinery for the manufacture of envelopes.

1624 A. M. Clark, Chancery-lane. Improvements in apparatus for applying and regulating motive power. (A communication.)

Dated June 1, 1867.

[blocks in formation]

Dated June 3, 1867.

1632 T. Horrex, South-square, Gray's Inn. Improvements in machines for hatching eggs.

1634 E. M'Lean, Stoke Newington. Improvements in the construction of pianofortes and harmoniums.

1635 W. H. Richardson, Glasgow. Certain improvements in the manufacture of iron and steel, and in the means or apparatus for effecting the same.

1636 J. F. Brown, Glasgow, manufacturer. Improveinents in looms for weaving.

1638 D. Barker, Northfleet, Kent. Improvements in the construction of chambers for drying artificial fuel and other substances.

1639 S. Harwood, Northfleet, Kent. Improvements in the construction of walls, buildings, and other similar

structures.

1640 R. W. Page, Park Walk, Chelsea. Improvements in the construction of hand garden engines and hydropults. Dated June 4, 1867.

1641 J. Inshaw, Birmingham, engineer. Improvements in electrical clocks, which improvements may also be applied to other electrical instruments.

1642 M. Cavanagh, Kensington. Improvements in adjustable lock spindles.

1643 J. Waddington and B. Longbottom, Barrow-inFurness, Lancashire, iron and brass founders, engineers, &c. Certain improvements in moulds to be employed in casting Bessemer steel and other metals.

[blocks in formation]

1558 W. Dutton. Furnaces.

1586 J. F. N. B. Simons. Preventing the incrustation of steam boilers.

1595 W. B. Ritchie and J. G. Willans. Drying peat. 1598 A. V. New on. Mosaic veneers. (A communication.) 1658 I. M. Milbank. Breech-loading firearms. The full titles of the patents in the above list can be ascertained by referring back to their numbers in the list of provisional protections previously published.

any of the parties in the above list who have given notice Opposition can be entered to the granting of a patent to of their intention to proceed, within twenty-one days from the date of the Gazette in which the notice appears, by leaving at the Commissioners' office particularsin writing of the objection to the application.

PATENTS ON WHICH THE STAMP DUTY OF 150 HAS BEEN PAID.

1518 W. Whiteley and G. Harling

1527 A. Smith
1535 J. Thompson
1538 W. J. Pughsley
1550 J. Bottomley
1758 J. Bernays
1569 J. Holt
1576 R. Cochran
1584 D. Crowe

1594 B. Nicholl 1596 H. Chamberlain, J. Craven, and H. Wedekind

1599 B. F. Stevens 1634 W. Brookes 1656 S. Fox

1694 H. E. Skinner

1790 S. Whitehurst

1664 T. Wilson, Birmingham, mechanical engineer.
Improvements in the construction of breech-loading fire-
arms, and in the manufacture and construction of cartridges PATENTS ON WHICH THe stamp dutY OF £100
for breech-loading firearms.

1666 E. Ellis, Nottingham. Improvements in twist lace machinery.

Dated June 7, 1867. 1668 T. Sturgeon, Manchester, engineer. An improvement in street and similar lamps.

1670 A. Elvins, Queen's-road, Bayswater. Improvements in breech-loading firearms. 1672 J. Offord, Wells-street, Oxford-street. Improvements in means or apparatus for signalling between different parts of railway trains.

1674 E. S. Atkinson, Hill Top, Knottingley, Yorkshire. Improvements in the manufacture or treatment of oakum or other fibrous substances for caulking ships and for other similar purposes.

HAS BEEN PAID.

[merged small][merged small][merged small][merged small][merged small][merged small][merged small][merged small][ocr errors][merged small][merged small][merged small][merged small][merged small][merged small][merged small][merged small][merged small][merged small][merged small]

PATENTS APPLIED FOR WITH COMPLETE SPECI- 2778 0
FICATIONS.
Dated June 14, 1867.

1741 H. H. Bryant, Boston, Mass., U.S. A new and
useful fireproof safe.

Dated June 17, 1867.

2969 0 4 2986 0 2970 0 4 2988 0 2971 0 4 2989 0 0 6 2990 2

[ocr errors]

s. d.

s. d.

4

4 3023 1 0 3036 0 4

83009 0

63024 0 10 3038/1

2

4 3025

10 3039 0

43011 0 62999 0 10 30121 4 3000 0 43015/0 3001 0 10 3016 1 3002/0 2976 0 82991 0 10 3003 2977 0 4 2992 0 4 3004 L 2978 0 10 2993 0 4 3005 0 4 3020 0 2981 0 4 2994 0 43006 0 43021 0

1764 W. R. Lake, Southampton-buildings, Chancery-2974
lane, consulting engineer. Improvements in railway car-
iiages, and in brakes for the same. (A communication.)

[blocks in formation]

8 3026 0

4 3027) 2 3028 0

45017 0 4 3030) 4 3018 0 10 30310 G3019 0 4 3032) 83033 0

4 3034 L

4

€5040 0 6

4 3048 0 16 3049 0 8

4 3051 0 6 8 3066 0 4

4 3077 1 4

3238 1 6

6

NOTE-Specifications will be forwarded by post from the Great Seal Patent Office (publishing department) on re 13 A. Ward and C. G. ceipt of the amount of price and postage. Sums excee..ing 5s. must be remitted by Post Office Order, made payable at the Post Office, High Holborn, to Mr. Bennett Wooder. t Great Seal Patent Office, 25, Southampton-buildings Chancery-lane.

Virgo

106 A. J. Cooley 736 J. B. Dancer

25, 1867.

3438 G. Shrewsbury 3442 A. Henry 3453 F. P. Warren 4 G. Stewart 18 W. Chippindale 22 W. Knaggs 59 J. H. Burton 619 G. Haseltine 644 W. E. Newton 659 W. R. Lake 935 J. and J. Bird

NOTICES OF INTENTION TO PROCEED WITH

[blocks in formation]
[merged small][merged small][merged small][ocr errors][merged small]
[merged small][ocr errors]

Nos.

5, 4852, J. Parkes and Son 12, 4853, T. Drayton ......... 16, 4854, 1'. Whitfield and Co.

17, 4855, Martin and Harris 24, 4856, J. Willdigg and J. Hatton..... 25, 4857, P. J. Hendry......... 11, 4858, G. A. Young.. 18, 4859, W. Kitchen ......... 23, 4860, Wootten & Powell

23, 4861, S., Davis and Sons

24, 4862, Hands and Son...... 29, 4863, F. C. Follit

Subjects of Design
Magic lantern.
Tourist's desk.

A bucket.
A brace link.
Smokeyfurnaces.
Letter box.
Sash pulley.
Smoke consumer.
Slide for gase-
lier.
Lamp glass
cleaner.
Table fork.

A tambourine.

[ocr errors]

June

[blocks in formation]

414 J. V. Toepken. Packing matches.

416 D. Tenniswood. Shoe toepieces.

[ocr errors]

420 J. P. Kerr and W. M'Gee. Chain beaming appa

[ocr errors]

426 J. Combe.

Drawing fibrous substances.

435 J. Parkes.

Giving answers to selected questions.

1867.

436 E. Stevens.

Securing coal plates.

April

3, 1763, S. C. Gant

[merged small][ocr errors][merged small][ocr errors]

10, 1764, A. Heathorn......... 15, 1765, R. Pilkington ......

Breech-loading needle firearms. (A

Gas light carbon burner.

[ocr errors][merged small]

24, 1766, F. Harrison, J. Trail, and 0. Ames

[blocks in formation]

9, 1768,

442 W. H. Harfield.

445 G. F. Redfern. communication.) 416 A. A. Fousset. 456 T. Archer, jun. 458 J. H. Johnson. communication.) 460 A. Albini and F. A. Braendlin. Breech-loading firearms.

977 W. Riddell. Disintegrating wood.
482 J. R. Crompton. Rag engines.
488 A. I. L. Gordon. Connecting wires.
497 J. Phillips-Smith. Cultivating laud.
498 H. Purnell. Motive power engines.
534 F. V. Wright. Adjustable reflectors.
583 M. Gossi. Barrelling petroleum.
665 T. S. Turnbull. Lockets.

[merged small][ocr errors][merged small]

3, 1767, F. Harrison, J. Trail, and O. Ames

R. G. Furness...... 17, 1769, H. Fetcher

21, 1770, L. P. Casella......... 29, 1771, H. Leupold

4, 1772, Laurence & Allday

5, 1773, A, E. Fairburn......

[blocks in formation]
[ocr errors]
« EelmineJätka »