US463743A - Automatic grain-weigher - Google Patents

Automatic grain-weigher Download PDF

Info

Publication number
US463743A
US463743A US463743DA US463743A US 463743 A US463743 A US 463743A US 463743D A US463743D A US 463743DA US 463743 A US463743 A US 463743A
Authority
US
United States
Prior art keywords
weight
receptacle
standard
lever
weigher
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 US463743A publication Critical patent/US463743A/en
Anticipated expiration legal-status Critical
Expired - Lifetime legal-status Critical Current

Links

Images

Classifications

    • GPHYSICS
    • G01MEASURING; TESTING
    • G01GWEIGHING
    • G01G13/00Weighing apparatus with automatic feed or discharge for weighing-out batches of material

Definitions

  • This invention consists in the details of construction and combinations of parts hereinafter set forth and claimed, the general object being to simplify and to increase the efficiency of automatic weighers, and especially to improve the weights in their relation to the scale-beam, whereby the device will be selfleveling to a considerable extent, and the weights, While practically permanent and in stable equilibrium while the beam is balancing, will swing freely toward the pivot when the beam breaks and accelerate the downward motion of the loaded receptacle.
  • the support of the receptacle from the scale-beam is pendulous and of such nature as to form a part of the self-leveling peculiarityof the de- Other peculiarities of det-ail will appear in the specific descriptionl hereinafter given.
  • Figure 1 is a side view of the head or upper end of an elevator, showing my device in position thereon; and Fig. 2 is a face View of the same.
  • the elevator-head l carries a standard on its upper surface, which standard forms a pivotal support for scale-beamf.
  • the scalebeam carries the movable standard 6, from which Weight 8 is suspended by bar 6, and also carries the permanent standard 10, from which weight 11 is suspended by bar lOf. Stops 9 and 7 limit the backward throw of the respective weight-bars and stop 5 limits the forward throw of weight 8.
  • the elastic block 12 forms a support for the end of the scalebeam and deadens the jar of the same.
  • the weighing-receptacle 2 is suspended from the scale-beam by straps 24:. It has inclined doors, which are provided with blocks 30 and 31 and are held closed by cross-bars 28 29 on swinging ⁇ arms 26 and 27, respectively.
  • Rods 32 33 are connected at their lower ends, the one with arm 27 and the other with arm 26. They extend upward through bracket 14, and they have the slotted terminations 32 and 33, respectively.
  • a trip-finger 13 is secured to the top of the elevator and extends through the slotted terminations of rods 32 and 33 in such manner as to permit a limited amount of vertical motion therein.
  • the arm on one side of the elevator has the counter-balance 2l and the lock-notch 22, which is adapted to the trip-lever l5.
  • a rod 16 extends downward from an extension of the scale-beam and has the slot-ted termination 17, 'that engages a pin on the arm 19 of the cut-off.
  • the thrashing-machine carrying the elevator to which my device is attached is leveled up more or less accurately, and the pendulous Weigl1ing-receptacle adapts itself to such Obliquity as may exist or may afterward be caused by the working of the machine.
  • the scale-beam As grain is fed into the weighingreceptacle, the scale-beam, the weighted end of which rests lower than the pivot, rises gradually untilahorizontal position is reached, when the weighing is accurately effected, the scale-beam breaks, the upper ends of the weight-standardspasstheperpeudicular,causing the weights to swing toward the pivot and accelerate the downward motion of the receptacle, the trip-lever 15 is struck by the descending end of the beam and the out-oif permitted to close, and the fingers 13 check the downward motion of rods 32 33, thereby withdrawing cross-bars 2S and 29 from contact with blocks SO and 31 and permitting the grain-discharging doors to swing open.
  • the weight l1 tends to counterpoise the weighing-receptacle
  • the weight 8 is used to determine the quantity of grain discharged at each operation of the device
  • the weights, beam, and stops in their relations to each other and to the horizontal coact with the pendulous receptacle to render the device self-leveling and operative when not entirely level.
  • the top of the elevator forms a convenient and substantial support for the weighing device, and the pendulosity of the weights and receptacle, together with their stable equilibrium, makes the device almost, if not quite, entirely independent of the shaking motion of the thlashing-machine.
  • a scale-beam in combination, a scale-beam, a weighing-receptacle suspended from the beam7 a fixed standard extending 'upward from the beam and Carrying from its npper end a suspended weight adapted to eounterbalance the Weighing-receptacle, a standard movable on the scale-beam and extending upward therefrom, and a Weight sns- CHARLES J. HARTLEY.

Landscapes

  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Weight Measurement For Supplying Or Discharging Of Specified Amounts Of Material (AREA)

Description

(No Model.)
C. J. HARTLEY.
I AUTOMATIC GRAIN WBIGHBR. No. 463,743. Patented Nov. 24, 1891.
ATTEST lim/ENTER Ma, Aa/Mv J'/LEY vice.
UNITED STATES PATENT GFFIcE.
CHARLES J. IIARTLEY, OF DECATUR, ILLINOIS.
AUTOMATIC GRAIN-WEIGHER.
SPECIFICATION forming part of Letters Patent No. 463,743, dated November 24, 1891.
Application iiled September 15, 1890. Serial No. 364,961. (No model.)
To all whom t may concern:
Bo it known that I, CHARLES J. HAETLEY, of Decatur, in the county of Macon and State of Illinois, have invented certain new and useful Improvements in Automatic Grain-IVeighers, of which the following is a specification.
This invention consists in the details of construction and combinations of parts hereinafter set forth and claimed, the general object being to simplify and to increase the efficiency of automatic weighers, and especially to improve the weights in their relation to the scale-beam, whereby the device will be selfleveling to a considerable extent, and the weights, While practically permanent and in stable equilibrium while the beam is balancing, will swing freely toward the pivot when the beam breaks and accelerate the downward motion of the loaded receptacle. The support of the receptacle from the scale-beam is pendulous and of such nature as to form a part of the self-leveling peculiarityof the de- Other peculiarities of det-ail will appear in the specific descriptionl hereinafter given.
In the drawings accompanying and forming a part of this specification, Figure 1 is a side view of the head or upper end of an elevator, showing my device in position thereon; and Fig. 2 is a face View of the same.
The elevator-head l carries a standard on its upper surface, which standard forms a pivotal support for scale-beamf. The scalebeam carries the movable standard 6, from which Weight 8 is suspended by bar 6, and also carries the permanent standard 10, from which weight 11 is suspended by bar lOf. Stops 9 and 7 limit the backward throw of the respective weight-bars and stop 5 limits the forward throw of weight 8. The elastic block 12 forms a support for the end of the scalebeam and deadens the jar of the same. The weighing-receptacle 2 is suspended from the scale-beam by straps 24:. It has inclined doors, which are provided with blocks 30 and 31 and are held closed by cross-bars 28 29 on swinging` arms 26 and 27, respectively. Rods 32 33 are connected at their lower ends, the one with arm 27 and the other with arm 26. They extend upward through bracket 14, and they have the slotted terminations 32 and 33, respectively. A trip-finger 13 is secured to the top of the elevator and extends through the slotted terminations of rods 32 and 33 in such manner as to permit a limited amount of vertical motion therein. Arms 19, pivoted at 2O on the elevator-head, carry the cut-oft 23. The arm on one side of the elevator has the counter-balance 2l and the lock-notch 22, which is adapted to the trip-lever l5. A rod 16 extends downward from an extension of the scale-beam and has the slot-ted termination 17, 'that engages a pin on the arm 19 of the cut-off.
In operation the thrashing-machine carrying the elevator to which my device is attached is leveled up more or less accurately, and the pendulous Weigl1ing-receptacle adapts itself to such Obliquity as may exist or may afterward be caused by the working of the machine. As grain is fed into the weighingreceptacle, the scale-beam, the weighted end of which rests lower than the pivot, rises gradually untilahorizontal position is reached, when the weighing is accurately effected, the scale-beam breaks, the upper ends of the weight-standardspasstheperpeudicular,causing the weights to swing toward the pivot and accelerate the downward motion of the receptacle, the trip-lever 15 is struck by the descending end of the beam and the out-oif permitted to close, and the fingers 13 check the downward motion of rods 32 33, thereby withdrawing cross-bars 2S and 29 from contact with blocks SO and 31 and permitting the grain-discharging doors to swing open. The weight l1 tends to counterpoise the weighing-receptacle, the weight 8 is used to determine the quantity of grain discharged at each operation of the device, and the weights, beam, and stops in their relations to each other and to the horizontal coact with the pendulous receptacle to render the device self-leveling and operative when not entirely level. The top of the elevator forms a convenient and substantial support for the weighing device, and the pendulosity of the weights and receptacle, together with their stable equilibrium, makes the device almost, if not quite, entirely independent of the shaking motion of the thlashing-machine.
I claim as new and desire to obtain by Letters Patent- 1. In weighers, the combination of a weighing-lever, a standard extended upward from IOO the lever, a weight suspended from the upper end of the standard, and a stop to limit the swing of the weight away from the pivot of the lever.
2. In weighers, the Combination of a weighing-lever, a standard extended upward from the lever, a weight suspended from the upper end of the standard, a stop to limit the swing of the Weight away from the pivot of the lever, and a rest sustainingthe weight-carrying end of the lever somewhat below the pivot thereof.
3. In gran-Weighers, in combination, a scale-beam, a weighing-receptacle suspended from the beam7 a fixed standard extending 'upward from the beam and Carrying from its npper end a suspended weight adapted to eounterbalance the Weighing-receptacle, a standard movable on the scale-beam and extending upward therefrom, and a Weight sns- CHARLES J. HARTLEY.
Attest:
PAUL J. HIEKISCH, WALTER C. KEELER.
US463743D Automatic grain-weigher Expired - Lifetime US463743A (en)

Publications (1)

Publication Number Publication Date
US463743A true US463743A (en) 1891-11-24

Family

ID=2532614

Family Applications (1)

Application Number Title Priority Date Filing Date
US463743D Expired - Lifetime US463743A (en) Automatic grain-weigher

Country Status (1)

Country Link
US (1) US463743A (en)

Similar Documents

Publication Publication Date Title
US463743A (en) Automatic grain-weigher
US2316947A (en) Weighing scale
US644267A (en) Automatic grain-scale.
US375163A (en) Grain-weighing apparatus
US333444A (en) burchard
US447762A (en) cooley
US266608A (en) Automatic weigher for grain
US375515A (en) Grain-weighing apparatus
USRE9213E (en) Grain-meter
US1062603A (en) Computing-scale.
US226161A (en) Combined grain scale and meter
US939213A (en) Scale.
US1015874A (en) Combined elevator cage and scale.
US735273A (en) Computing-scale.
US488882A (en) Weighing-scale
US770294A (en) Weighing and computing scale.
US451955A (en) Geoege evan butter
US564945A (en) Weighing apparatus
US762136A (en) Computing-scale.
US409808A (en) Robert strain
US468173A (en) Drop-scale for measuring grain
US904251A (en) Scale.
US375267A (en) cutler
US733226A (en) Scale.
US246318A (en) Stetjber