US257104A - Apparatus for fumigating - Google Patents

Apparatus for fumigating Download PDF

Info

Publication number
US257104A
US257104A US257104DA US257104A US 257104 A US257104 A US 257104A US 257104D A US257104D A US 257104DA US 257104 A US257104 A US 257104A
Authority
US
United States
Prior art keywords
pipe
fan
chamber
chemical
reservoir
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Lifetime
Application number
Publication date
Application granted granted Critical
Publication of US257104A publication Critical patent/US257104A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Images

Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01D—SEPARATION
    • B01D53/00—Separation of gases or vapours; Recovering vapours of volatile solvents from gases; Chemical or biological purification of waste gases, e.g. engine exhaust gases, smoke, fumes, flue gases, aerosols
    • B01D53/34—Chemical or biological purification of waste gases
    • B01D53/46—Removing components of defined structure
    • B01D53/48—Sulfur compounds
    • B01D53/50—Sulfur oxides
    • B01D53/501—Sulfur oxides by treating the gases with a solution or a suspension of an alkali or earth-alkali or ammonium compound
    • B01D53/504—Sulfur oxides by treating the gases with a solution or a suspension of an alkali or earth-alkali or ammonium compound characterised by a specific device

Definitions

  • the object of my invention is the construction in a compact manner of an apparatus to be'used, as occasion may require, for either fumigating, disinfecting, 0r ventilating vessels, buildings, 850., thus avoiding the necessity of 5 using a separate device for each purpose;
  • my invention consists of an apparatus'having in combination a chamber providedvwitha series of trays for holding chemical compounds in a fluid state; a reservoir for sup-- plying the compounds to said chamber, and also for generating fumes; a chemical box provided with a sponge, through which a portion of the chemical compounds is caused to pass; afurnace for generating fumes; an exhaust fan and pipes connected with said chemical chamber, reservoir, chemical box, furnace, and fan, as hereinafter fully described, whereby the apparatus is adapted to be used at pleasure for either fumigating, disinfecting, or ventilating ships, buildings, &c.
  • This apparatus may be made portable on wheels or otherwise, so as to be capable of being readily removed from one vessel to another or from one building to another, as occasion may require.
  • Figure 1 is a front elevation of my improved apparatus for fumigating, disinfecting, and ventilating vessels, buildings, &c.
  • Fig. 2 is an end elevation of the same.
  • Fig. 3 is a top view of one of the trays B detached from the chemical chamber A.
  • Fig. 4 is a vertical section of the series of trays B in connection with the end linings of the chamber A;
  • Fig. 5 is a horizontal section of the furnace J, taken above the perforated bottom of the upper chamber, t".
  • A represents a chamber provided with a se-' 0 ries of trays, B, for holding disinfecting chemical compounds in a liquid state.
  • the front plate of the chamber is left off for the purpose of showing the interior arrangement.
  • 0 is a chemical reservoir on the top of the chamber A. It is providedwith a dome, a, which has a hand-hole, I), for the passage of chemicals into the reservoir.
  • D is a vertical pipe leading from the reservoir, having branch pipes D for conducting the fluid chemical compound into the trays B.
  • the branch pipes are provided with stop-cocks c for regulating the supply of the compound to the trays.
  • E is a pipe connected at one end to the lower part of said reservoir 0 and at its other end to the box F, which contains the wire cage G, having a sponge, d.
  • This pipe is provided with a stop-cock; c.
  • the box is connected at one end to the chamber A by means of the short pipe 6, and at its other end by means of the collar 0, to the inlet f of the exhaust-fan H, which is provided with a pulley, I, for connecting it with a motor.
  • the front plate of the box is removed for the purpose of showing the wire cage and sponge.
  • E is a pipe,which leads from the dome a of the reservoir 0 to the inletf of the fan. It is provided with a stop-cock, c
  • E is a vertical cold-air-supply pipe, provided with a cap, g. It is connected with the inlet f of the fan in close proximity to the latter, and in practice extends out of the vessel or building.
  • J is a furnace, which is connected by means of the vertical pipe E with the fan-inlet f between the pipe E and the cold-air-supply pipe E
  • This pipe E is provided with a damper, 0
  • the furnace is provided with doors hand h, which respectively open into the lower and upper chambers, t and i.
  • the bottom of the lower chamber, "5, is solid, upon which is placed charcoal or other fuel for generating carbonic acid gas, and for generating fumes from sulphur, camphor, or equivalent material, which is placed on the perforated bottom of the up 5 per chamber, so that the heat from the lower chamber may pass through it for that purpose.
  • the carbonic-acid gas and the sulphurous-aeid gas mix together and unite with the chlorine gas generated in the reservoir 0.
  • L is a hose, which leads from the outlet j of the fan H to any part of the vessel or building to be operated upon.
  • the operation is as follows: When the vessel or building is to be fumigated and the use of chlorine gas is required the materials for generating it are placed in the reservoir and all the stop-cocks and dampers are closed,with the exception of the stop-cock c of the pipe E. The fan H is then put in motion, whereby the chlorine gas is drawn through the pipe E from the dome a of the reservoir and passed through the hose L and discharged into the infected part 'or parts of the vessel. or building.
  • the furnace J When the fumes of sulphur, charcoal, camphor, or other equivalent substances are to be used the furnace J is supplied with the material or materials above mentioned and the dampers and stop-cocks closed, with the exception of the furnace-damper, and the fan H put in motion, whereby the fumes generated in upper chamber, i, are passed through the fan and discharged by means of the hose L in the same manner as the chlorine gas, as above stated; and, if desired, the chlorine gas and the sulp'hurous-acid gas may be used both together by opening the cock of the pipe E leading from the dome a to the fan, whereby these two gases will unite and be forced through the hose into the infected parts.
  • an iron pipe is substituted in place of the hose.
  • the cold-air-supply pipe E and thefurnace-pipe E are closed, and the pipe E, lead ing from the lower part of the reservoir 0 to the chemical-box F, is left partially open to admit of a spray of chemical liquid from the reservoir 0 upon the sponge d in the box.
  • the trays B are filled with chemicals and the cooks c of the branch pipes D opened.
  • the hose L is then removed from the fan and connected with the short pipe M of the opposite end of the chamber A.
  • the fan is then put in motion, whereby a spray of chemical liquid from the reservoir 0 is drawn through the pipe E and discharged upon the sponge d to wet it, and the running of the fan being continued, the foul air is drawn through the chemical-chamber A, between the trays B, as indicated by the arrows, and thence through the sponge and discharged from the fan into the open air through the pipe E or the air in the vessel or building may be disinfected by returning the hose from the pipe M and drawing pure air through the chemicals in the chemicalchamber A and passing it through the fan and discharging it through the hose into the vessel 7 or building. 7
  • the exhaust-fan can be dispensed with.
  • the chemical-chamber and its reservoir will be connected with the chimney by means of the short pipe e.
  • the draft from the chimney will draw the air through the chamber in the direction indicated by the arrows, wherebyit will be impregnated with the liquid containedin the trays and drawninto the chimney and mixed with the vapors or fumes from the kettles or furnace in its outward passage,
  • the chemicatehamber A having trays B and pipe M,in combination with the chemicalreservoir 0, and pipes D and D communicating therewith, and a chimney connected with the short pipe 0 of the chamber, for destroying offensive odors emitted in fat-rendering, &c., substantially as set forth.

Description

B. J. TAYMAN. APPARATUS FOR PUMIGATING, DISINFEGTING, AND VENTILATING VESSELS, BUILDINGS, 6w
tel lted Apr. 25, 1882.
model.
FIQJ
u. FETERSnPhMn-Ulhugnwber. Waihing'on. D. C.
a UNITED STATES PATENT OFFICE.
' BENJAMIN J. TAYMAN, on PHILADELPHIA, PENNSYLVANIA.
APPARATUS FORFUMlGATlNG, DlSlNFECTING, AND VENTlLATlNG VESSELS, BUILDINGS, 81c.
SPECIFICATION forming part of Letters Patent No. 257,104, dated April 25, 1882,
Application filed January 5, 1850. Renewed March 29, 18852. (ModeL) To all whom it may concern Be it known that I, BENJAMIN J. TAYMAN, a citizen of the United States, residing at Philadelphia,in the county of Philadelphia and 5 State of Pennsylvania, have invented a new and useful Improvement in Apparatus for Fumigating, Disinfeeting, and Ventilating Vessels, Buildings, &c., of which the following is a specification.
o The object of my invention is the construction in a compact manner of an apparatus to be'used, as occasion may require, for either fumigating, disinfecting, 0r ventilating vessels, buildings, 850., thus avoiding the necessity of 5 using a separate device for each purpose; and
the nature of my invention consists of an apparatus'having in combination a chamber providedvwitha series of trays for holding chemical compounds in a fluid state; a reservoir for sup-- plying the compounds to said chamber, and also for generating fumes; a chemical box provided with a sponge, through which a portion of the chemical compounds is caused to pass; afurnace for generating fumes; an exhaust fan and pipes connected with said chemical chamber, reservoir, chemical box, furnace, and fan, as hereinafter fully described, whereby the apparatus is adapted to be used at pleasure for either fumigating, disinfecting, or ventilating ships, buildings, &c. This apparatus may be made portable on wheels or otherwise, so as to be capable of being readily removed from one vessel to another or from one building to another, as occasion may require.
In the accompanying drawings, which make a part of this specification, Figure 1 is a front elevation of my improved apparatus for fumigating, disinfecting, and ventilating vessels, buildings, &c. Fig. 2 is an end elevation of the same. Fig. 3 is a top view of one of the trays B detached from the chemical chamber A. Fig. 4 is a vertical section of the series of trays B in connection with the end linings of the chamber A; Fig. 5 is a horizontal section of the furnace J, taken above the perforated bottom of the upper chamber, t".
Like letters of reference in all the figures indicate the same parts.
A represents a chamber provided with a se-' 0 ries of trays, B, for holding disinfecting chemical compounds in a liquid state. The front plate of the chamber is left off for the purpose of showing the interior arrangement.
0 is a chemical reservoir on the top of the chamber A. It is providedwith a dome, a, which has a hand-hole, I), for the passage of chemicals into the reservoir.
D is a vertical pipe leading from the reservoir, having branch pipes D for conducting the fluid chemical compound into the trays B. The branch pipes are provided with stop-cocks c for regulating the supply of the compound to the trays.
E is a pipe connected at one end to the lower part of said reservoir 0 and at its other end to the box F, which contains the wire cage G, having a sponge, d. This pipe is provided with a stop-cock; c. The box is connected at one end to the chamber A by means of the short pipe 6, and at its other end by means of the collar 0, to the inlet f of the exhaust-fan H, which is provided with a pulley, I, for connecting it with a motor. The front plate of the box is removed for the purpose of showing the wire cage and sponge.
E is a pipe,which leads from the dome a of the reservoir 0 to the inletf of the fan. It is provided with a stop-cock, c
E is a vertical cold-air-supply pipe, provided with a cap, g. It is connected with the inlet f of the fan in close proximity to the latter, and in practice extends out of the vessel or building.
J isa furnace, which is connected by means of the vertical pipe E with the fan-inlet f between the pipe E and the cold-air-supply pipe E This pipe E is provided with a damper, 0 The furnace is provided with doors hand h, which respectively open into the lower and upper chambers, t and i. The bottom of the lower chamber, "5, is solid, upon which is placed charcoal or other fuel for generating carbonic acid gas, and for generating fumes from sulphur, camphor, or equivalent material, which is placed on the perforated bottom of the up 5 per chamber, so that the heat from the lower chamber may pass through it for that purpose. The carbonic-acid gas and the sulphurous-aeid gas mix together and unite with the chlorine gas generated in the reservoir 0.
L is a hose, which leads from the outlet j of the fan H to any part of the vessel or building to be operated upon..
The operation is as follows: When the vessel or building is to be fumigated and the use of chlorine gas is required the materials for generating it are placed in the reservoir and all the stop-cocks and dampers are closed,with the exception of the stop-cock c of the pipe E. The fan H is then put in motion, whereby the chlorine gas is drawn through the pipe E from the dome a of the reservoir and passed through the hose L and discharged into the infected part 'or parts of the vessel. or building. When the fumes of sulphur, charcoal, camphor, or other equivalent substances are to be used the furnace J is supplied with the material or materials above mentioned and the dampers and stop-cocks closed, with the exception of the furnace-damper, and the fan H put in motion, whereby the fumes generated in upper chamber, i, are passed through the fan and discharged by means of the hose L in the same manner as the chlorine gas, as above stated; and, if desired, the chlorine gas and the sulp'hurous-acid gas may be used both together by opening the cock of the pipe E leading from the dome a to the fan, whereby these two gases will unite and be forced through the hose into the infected parts. When hot air is to be used an iron pipe is substituted in place of the hose.
For the exhaustion of foul air for disinfecting the pipe E, leading from the dome a of the chemical reservoir 0 to the inlet 6 of the fan H, the cold-air-supply pipe E and thefurnace-pipe E are closed, and the pipe E, lead ing from the lower part of the reservoir 0 to the chemical-box F, is left partially open to admit of a spray of chemical liquid from the reservoir 0 upon the sponge d in the box. The trays B are filled with chemicals and the cooks c of the branch pipes D opened. The hose L is then removed from the fan and connected with the short pipe M of the opposite end of the chamber A. The fan is then put in motion, whereby a spray of chemical liquid from the reservoir 0 is drawn through the pipe E and discharged upon the sponge d to wet it, and the running of the fan being continued, the foul air is drawn through the chemical-chamber A, between the trays B, as indicated by the arrows, and thence through the sponge and discharged from the fan into the open air through the pipe E or the air in the vessel or building may be disinfected by returning the hose from the pipe M and drawing pure air through the chemicals in the chemicalchamber A and passing it through the fan and discharging it through the hose into the vessel 7 or building. 7
For ventilation all the stop-cocks and dampers are closed, and the cap 9 is removed from the cold-air-suppl y pipe E and cold air is drawn through the pipe and discharged through the hose L into the vessel or building.
When the apparatus is to be used for destroying offensive odors emitted from boneboiling, fat-rendering, or like operations, and the smoke-stack or chimney has a good draft, the exhaust-fan can be dispensed with. In this case the chemical-chamber and its reservoir will be connected with the chimney by means of the short pipe e. The draft from the chimney will draw the air through the chamber in the direction indicated by the arrows, wherebyit will be impregnated with the liquid containedin the trays and drawninto the chimney and mixed with the vapors or fumes from the kettles or furnace in its outward passage,
whereby the offensive odors will be destroyed.
1 do not confine myself to the use of any compound or mixture, as I have found by experience that any chemical, however powerful, that may be reduced to a liquid state for this purpose can be used.
I claim as my invention- 1. The combination of the furnace J, having a lower chamber, t, for containing charcoal or other fuel, and an upper chamber, 11, having a perforated bottom for containing sulphur or equivalent material, with the chemical-reservolr C and connecting-pipes E, and the fan H, having a hose, L, for fumigating vessels,
buildings, &c., with chlorine gas, sulphurousacid gas, and carbonic-acid gas, substantially as set forth.
2. The chemicatehamber A, having trays B and pipe M,in combination with the chemicalreservoir 0, and pipes D and D communicating therewith, and a chimney connected with the short pipe 0 of the chamber, for destroying offensive odors emitted in fat-rendering, &c., substantially as set forth.
3. The'combination 'of the fan H with the chemical-reservoir C, pipe 1], chemical-box F, having a cage, G, provided with a sponge, d, pipe D,having branch pipes D, and the chemical-chamber A, having trays B, and short pipe M, provided with a hose, for disinfecting vessels, buildings, &c., by. the use .of chemicals,
substantially as set forth.
- BENJ. J. TAYMAN.
Witnesses: THOMAS J. BEWLEY, STEPHEN UsrIoK.
US257104D Apparatus for fumigating Expired - Lifetime US257104A (en)

Publications (1)

Publication Number Publication Date
US257104A true US257104A (en) 1882-04-25

Family

ID=2326392

Family Applications (1)

Application Number Title Priority Date Filing Date
US257104D Expired - Lifetime US257104A (en) Apparatus for fumigating

Country Status (1)

Country Link
US (1) US257104A (en)

Similar Documents

Publication Publication Date Title
US360199A (en) Gustav boegler
US257104A (en) Apparatus for fumigating
US221232A (en) Improvement in processes and apparatus for deodorizing and disinfecting
US283025A (en) Thomas bowan
US213853A (en) Improvement in apparatus for destroying offensive odors
US197474A (en) Improvement in apparatus for manufacturing hydrated sulphurous acid
US873785A (en) Apparatus for deodorizing the exhaust-gases of motors.
US217294A (en) Improvement in gas scrubbers and purifiers
US252787A (en) Preparing gas for preserving food
US759731A (en) Smoke-consumer.
US394434A (en) Apparatus for condensing liquids
US185846A (en) Improvement in processes and apparatus for treating rendering-tank gases
US845446A (en) Grain-bleacher.
US345132A (en) Apparatus for purifying gases
US740757A (en) Apparatus for preventing escape of gas from gas-generators during the stoking operation.
US1222677A (en) Apparatus for fumigating.
US805306A (en) Air-filter.
US168864A (en) Improvement in ventilating apparatus
US993365A (en) Disinfecting apparatus.
US152744A (en) Improvement in air-purifying attachments for registers
US1162325A (en) Smoke and fume condenser.
US330853A (en) Field
US746892A (en) Apparatus for drying earthy substances.
US1027022A (en) Apparatus for absorbing gases in liquids.
US254081A (en) Whitnum