US208226A - Improvement in self-lighting lamps - Google Patents

Improvement in self-lighting lamps Download PDF

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US208226A
US208226A US208226DA US208226A US 208226 A US208226 A US 208226A US 208226D A US208226D A US 208226DA US 208226 A US208226 A US 208226A
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wick
self
clock
bar
lamp
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    • AHUMAN NECESSITIES
    • A01AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01GHORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
    • A01G13/00Protecting plants
    • A01G13/06Devices for generating heat, smoke or fog in gardens, orchards or forests, e.g. to prevent damage by frost
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F23COMBUSTION APPARATUS; COMBUSTION PROCESSES
    • F23NREGULATING OR CONTROLLING COMBUSTION
    • F23N5/00Systems for controlling combustion
    • F23N5/02Systems for controlling combustion using devices responsive to thermal changes or to thermal expansion of a medium
    • F23N5/04Systems for controlling combustion using devices responsive to thermal changes or to thermal expansion of a medium using bimetallic elements

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  • PETERS PHOTO-UTHOGRAFNER, WSHINGTON, G c
  • This invention relates to that class of lamps called self-lighting and consists in the combination, with the lighting devices, of a clock mechanism, by means of which it is lighted at any predetermined hour, and in certain details of construction, which will be first fully described, and then specifically pointed out in the claims.
  • the outer case, A is of cylindrical or other suitable form, and is divided by a partition into the two chambers B and 0, one of which the chamber B--serves as a receptacle for the clock-train, which may be similar in construction to that in common use for alarm and other clocks, and therefore requires no special description, except in so far as it requires change to adapt it to the devices used for raising the lamp-wick.
  • the chamber 0 contains a supply of oil for the lamp, and is placed between the dial-plate D and the chamber B, which contains the clock-work.
  • the shafts a and b which carry the minute and hour hands, passing through the tube E, traversing the middle of the oil-chamber from side to side.
  • the cap or lamp-burner F constructed similarly to those used in lamps burning hydrocarbon oils, with this exception, that beside the large wick'tube c is placed a smaller one, 0, which contains a small auxiliary wick used for igniting that contained in the large tube 0, which tube is provided with a toothed wheel mounted upon the shaft (Z, the teeth passing through slots in the side of the wick-tube, and acting upon the wick in the ordinary wellknown manner.
  • a toothed wheel, d Upon the outer end of the shaft cl is secured a toothed wheel, d, by means of which the shaft is rotated, and consequently the wick within the large tube 0 raised or lowered.
  • a sliding bar, G in such a position that its upper end, which projects from the case and is toothed at e, may be brought in contact with the periphery of the toothed wheel cl, so that avertical movement of the bar will rotate the wheel and its shaft, thus raising or lowering the wick.
  • a projection, f, upon thebar serves to receive one end of the coiled spring H, which is secured to a bracket within the case by means of the screw g.
  • This spring supplies the power necessary to depress the bar and raise the wick when the notch h near the lower end of the bar is released from the guide I.
  • This guide is firmly secured to the partition B, or to the outer wall of the case, and serves to keep the sliding bar within proper vertical limits, as well as supporting the bar by means of the notch h when it is to be set for use.
  • a tripping-block, k having an inclined outer edge, is also attached to the bar, and so placed that the outer end of the arm m, which is secured to the hollow shaft 12, carrying the hour-hand of the clock, will strike it during its revolution, forcing it off from its hold upon the guide I, and allowing the spring H to press the bar downward, thus causing its toothed end to rotate the wheel (1 and raise the wick.
  • stops at and n are attached to the two parts of the burner, so that its upper part can only be screwed down to a certain point, which will bring the bar and toothed wheel into the proper relations to each other.
  • the wick of the lamp is turned as high as it is wished to burn it then pull up the sliding bar G by means of the handle 0. In its ascent it will engage with the wheel (1 and turn down the large wick, putting it out if lighted. A slight pull on the upper end of the bar when raised causes the notch it near its lower end to engage with and rest upon the guide I, where it will remain until displaced by the trippingarm m upon the shaft 1).
  • the small wick in the tube 0 is not acted upon by the mechanism, and therefore will remain lighted, while the large one is turned down ready to be lighted by the latter the instant it is brought up and into the proper position.
  • a shade or reflector may be placed over the chimney of the lamp, or in any convenient position, and so, arranged as to throw the light of the small wick upon the dial-plate, thus illuminating it sufficiently to enable the hour to be read from it at any time of night.
  • the small wick is employed principally for the reason that in lamps burning hydrocarbon oils, if a large wick be turned down to reduce thelight, the combustion will be imperfect, thus allowin g unpleasant odors to escape, which are very objectionable, especially in a sleeping-room, while the small wick may burn with full intensity, and not give out so much light as to incommode persons sleeping in the room.
  • This device is found to be preferable to the 0rdi-' nary alarm clock used by people who are obliged to rise at any specified hour of the night, as it disturbs no one but the occupants of the room in which it is situated, and they are much less liable to fall asleep again, as they often will after the noise of an alarm has subsided, and the light to dress by is ready without recourse to the match-box, as is necessary under other circumstances.
  • a lamp-burner provided with a large vertically-adjustable wick and a small auxiliary wick or its equivalent, when used in combina tion with a train of clock-work, as and for the purpose set forth.

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  • Engineering & Computer Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Forests & Forestry (AREA)
  • Health & Medical Sciences (AREA)
  • General Health & Medical Sciences (AREA)
  • Toxicology (AREA)
  • Environmental Sciences (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Electromechanical Clocks (AREA)

Description

H. W. COVERT. Self-Lighting Lamp.
No. 208,226 Ptented Sept. 24, 1878.
PETERS, PHOTO-UTHOGRAFNER, WSHINGTON, G c,
UNITED STATES PATENT OFFICE.
HENRY \V. COVERT, OF NEIV YORK, N. Y.
Y IMPROVEMENT IN SELF-LIGHTING LAMPS.
Specification forming part of Letters Patent No. 208,226, dated September .24, 1878; application filed January 31, 1378.
To all whom it may concern Be it known that I, HENRY WEED Owner, of the city of New York, county of New York, and State of New York, have invented certain new and useful Improvements in Self- Lighting Lamps, of which the following is such a full, clear, and exact description as will enable others skilled in the art to which it pertains to construct and use the same, reference being had to the accompanying drawings, in which similar letters indicate corresponding parts in the different figures Figure 1 being a vertical section through the operating mechanism of the clock and oilchamber of the lamp. Fig. 2 is a front view, a part of the dial and oil-chamber being broken away to show the devices by which the wick of the lamp is raised when the time for lighting it arrives. Figs. 3 and 4 show details of construction upon an enlarged scale.
This invention relates to that class of lamps called self-lighting and consists in the combination, with the lighting devices, of a clock mechanism, by means of which it is lighted at any predetermined hour, and in certain details of construction, which will be first fully described, and then specifically pointed out in the claims.
The outer case, A, is of cylindrical or other suitable form, and is divided by a partition into the two chambers B and 0, one of which the chamber B--serves as a receptacle for the clock-train, which may be similar in construction to that in common use for alarm and other clocks, and therefore requires no special description, except in so far as it requires change to adapt it to the devices used for raising the lamp-wick. The chamber 0 contains a supply of oil for the lamp, and is placed between the dial-plate D and the chamber B, which contains the clock-work. The shafts a and b, which carry the minute and hour hands, passing through the tube E, traversing the middle of the oil-chamber from side to side. Attached to the top of this oil-chamber by a screwthread is the cap or lamp-burner F, constructed similarly to those used in lamps burning hydrocarbon oils, with this exception, that beside the large wick'tube c is placed a smaller one, 0, which contains a small auxiliary wick used for igniting that contained in the large tube 0, which tube is provided with a toothed wheel mounted upon the shaft (Z, the teeth passing through slots in the side of the wick-tube, and acting upon the wick in the ordinary wellknown manner. Upon the outer end of the shaft cl is secured a toothed wheel, d, by means of which the shaft is rotated, and consequently the wick within the large tube 0 raised or lowered.
It is evident that, if the wick in the small tubebelighted while the large one is depressed beneath the upper end of the tube 0, it will continue to burn without igniting the latter; but should the large wick be raised above the end of its inclosing-tube, it will at once catch from the small one, and burn with a flame corresponding in size to that of the wick and the height to whichit is raised above the end of the tube. In order to cause this elevation of the large wick to take place at any desired hour of the night, I place a sliding bar, G, in such a position that its upper end, which projects from the case and is toothed at e, may be brought in contact with the periphery of the toothed wheel cl, so that avertical movement of the bar will rotate the wheel and its shaft, thus raising or lowering the wick. A projection, f, upon thebar serves to receive one end of the coiled spring H, which is secured to a bracket within the case by means of the screw g. This spring supplies the power necessary to depress the bar and raise the wick when the notch h near the lower end of the bar is released from the guide I. This guide is firmly secured to the partition B, or to the outer wall of the case, and serves to keep the sliding bar within proper vertical limits, as well as supporting the bar by means of the notch h when it is to be set for use.
A tripping-block, k, having an inclined outer edge, is also attached to the bar, and so placed that the outer end of the arm m, which is secured to the hollow shaft 12, carrying the hour-hand of the clock, will strike it during its revolution, forcing it off from its hold upon the guide I, and allowing the spring H to press the bar downward, thus causing its toothed end to rotate the wheel (1 and raise the wick. A
circular plate, L, attached to the outer end of the shaft 1) and resting upon the face of the dial, furnishes the means for setting the train of clock-work into the proper position for causing the arm on to strike the tripping-block k at any predetermined hour, as in the ordi nary alarm-clocks in common use.
In order that the wheel cl may always be in the right position to be acted upon by the teeth of the sliding bar, stops at and n are attached to the two parts of the burner, so that its upper part can only be screwed down to a certain point, which will bring the bar and toothed wheel into the proper relations to each other.
To set the apparatus to light at any desired hour for which the clock-work has previously been arranged, the wick of the lamp is turned as high as it is wished to burn it then pull up the sliding bar G by means of the handle 0. In its ascent it will engage with the wheel (1 and turn down the large wick, putting it out if lighted. A slight pull on the upper end of the bar when raised causes the notch it near its lower end to engage with and rest upon the guide I, where it will remain until displaced by the trippingarm m upon the shaft 1).
The small wick in the tube 0 is not acted upon by the mechanism, and therefore will remain lighted, while the large one is turned down ready to be lighted by the latter the instant it is brought up and into the proper position.
A shade or reflector may be placed over the chimney of the lamp, or in any convenient position, and so, arranged as to throw the light of the small wick upon the dial-plate, thus illuminating it sufficiently to enable the hour to be read from it at any time of night. The small wick is employed principally for the reason that in lamps burning hydrocarbon oils, if a large wick be turned down to reduce thelight, the combustion will be imperfect, thus allowin g unpleasant odors to escape, which are very objectionable, especially in a sleeping-room, while the small wick may burn with full intensity, and not give out so much light as to incommode persons sleeping in the room. This device is found to be preferable to the 0rdi-' nary alarm clock used by people who are obliged to rise at any specified hour of the night, as it disturbs no one but the occupants of the room in which it is situated, and they are much less liable to fall asleep again, as they often will after the noise of an alarm has subsided, and the light to dress by is ready without recourse to the match-box, as is necessary under other circumstances.
It will be apparent that this principle may be applied to self'lighting gas-burners with adjustable wick moved by a toothed wheel, d,'
upon the shaft d, in combination with a verticallysliding toothed bar, G, or its equivalent, substantially as and for the purpose specified.
3. The sliding toothed bar G or its equivalent, provided with catch h and tripping-block k, in combination with a tripping-arm, m, attached to a clock-train, substantially as and for the purpose shown and described.
4. The case A, provided with the chamber B, for the reception of a train of clock-work, and the oil-receptacle O, placed between the clock-train and its dial, as shown and described.
5. The stops at and a attached to the stationary and revolvable parts of a lamp-burner, for the purpose of preventing the rotation of the latter beyond a specified point, as set forth.
6. A lamp-burner provided with a large vertically-adjustable wick and a small auxiliary wick or its equivalent, when used in combina tion with a train of clock-work, as and for the purpose set forth.
In testimony that I claim the foregoing as my own I hereunto affix my signature in presence of two witnesses.
HENRY IV. COVERT.
IVitnesses:
E. A. CARLEY, JAMES F. RILEY.
US208226D Improvement in self-lighting lamps Expired - Lifetime US208226A (en)

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