US2619663A - Wire cleaner - Google Patents

Wire cleaner Download PDF

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US2619663A
US2619663A US721038A US72103847A US2619663A US 2619663 A US2619663 A US 2619663A US 721038 A US721038 A US 721038A US 72103847 A US72103847 A US 72103847A US 2619663 A US2619663 A US 2619663A
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shaft
housing
brush
yoke
respect
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US721038A
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Johnson Gordon Adolph
Jaskowiak Peter Stanley
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    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02G—INSTALLATION OF ELECTRIC CABLES OR LINES, OR OF COMBINED OPTICAL AND ELECTRIC CABLES OR LINES
    • H02G1/00—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines
    • H02G1/12—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for removing insulation or armouring from cables, e.g. from the end thereof
    • H02G1/1285—Methods or apparatus specially adapted for installing, maintaining, repairing or dismantling electric cables or lines for removing insulation or armouring from cables, e.g. from the end thereof by friction, e.g. abrading, grinding, brushing
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B24—GRINDING; POLISHING
    • B24B—MACHINES, DEVICES, OR PROCESSES FOR GRINDING OR POLISHING; DRESSING OR CONDITIONING OF ABRADING SURFACES; FEEDING OF GRINDING, POLISHING, OR LAPPING AGENTS
    • B24B5/00—Machines or devices designed for grinding surfaces of revolution on work, including those which also grind adjacent plane surfaces; Accessories therefor
    • B24B5/36—Single-purpose machines or devices
    • B24B5/38—Single-purpose machines or devices for externally grinding travelling elongated stock, e.g. wire

Definitions

  • This invention relates to cleaning machines. More particularly, it relates to wire-cleaning machines.
  • Our invention relates to the type of cleaning device where there are provided two brushes rotating in different directions, one clockwise and the other anti-clockwise, to clean the end of a wire preparatory to soldering.
  • the advantage that the brushes may be very easily adjusted toward each other by the provision of improved means, according to the principle of our invention.
  • brushes may be easily replaced merely by the removal of the nuts from the threaded shafts on which they are located.
  • Another advantage of our invention resides in the continuous self -lubrication of our device.
  • the interior of the housing is packed with grease, and when the mounting of the upper brush is lowered toward the mounting of the lower brush, the grease is continuously packed into the bearings.
  • Another feature of our invention is the provision of a housing guard to prevent the grease from becoming infilterated with abrasives, etc.
  • the guard which we have provided is mounted on the shaft over an elongated slot, and when the shaft of the upper brush, for example, moves downwardly, then the guard moves with it.
  • Fig. 1 is a front view of the housing enclosing the device. 7
  • Fig. 2 is a front elevation with the covers removed.
  • Fig. 3 is a view taken on the line 3--3 of Fig. 2.
  • Fig. 4 is a section on the line 4-4 of Fig. 1.
  • Fig. 5 is a sectional view of the arrangement for lubricating the gears, etc.
  • a first shaft 9 is rotatably supported in the housing 22 and said shaft has one end projecting beyond the housing.
  • the gear 1 meshes with a gear 8 mounted on the shaft 9.
  • a first brush I0 is positioned adjacent to the projecting end of shaft 9 and is secured thereto.
  • the brush It] may be fabricated of wire or other suitable material.
  • the gear 8 will be driven by the gear 1, and will rotate the brush II] on the shaft 9, as will hereinafter more fully appear.
  • a second axle I5 is arranged in spaced parallel relation with respect to the shaft 9 andis supported in the housing 22.
  • An idler gear or rotatable element H is positioned within the housing 22 and isrotatably supported therein for rotation about axle I5 as an axis; The axis formed by the axle I5 is in spaced parallel relation with respect to the shaft 9 and the gear or rotatable element H meshes with the gear I.
  • a supporting element or yoke I1 is positioned within the housing 22 and has one end thereof, or its bight, pivotally mounted in the housing 22 for angular movement about the axle l5 as an axis.
  • a second shaft [3 is arranged in spaced parallel relation with respect to the axis formed by the axle l5 and is rotatably supported in the yoke or supporting element [1.
  • the shaft [3 is operatively connected'to the gear II by means of a gear l2 mounted on shaft [3 which meshes with the idler gear II.
  • the yoke may be said to be formed in twosections l8 and I9, as shown in Figure 2.
  • a cross piece 20 may be integrally formed to connect and mount the two sections of the yoke, as shown in Figures 2 and 4.
  • One end of the shaft [3 projects beyond the housing 22 and is positioned adjacent to the projecting end of the shaft 9.
  • a second brush I4 is positioned adjacent to the projecting end of the shaft I3 and is secured thereto.
  • the brush I4 ' is normally in contacting relation with respect to thebrush [0.
  • the brush I4 is rotated to cooperate with the brush II] to clean or otherwisetre'at the wire. For example, when it is desired to solder the end of a wire to make a good joint, the end is passed between the two brushes and cleaned before it is soldered.
  • the gearing is enclosed in a section 2
  • a manipulating element or an" externally threaded shank 26 is arranged transversely of the axis formed by the axle l5 and is positioned between the legs of the yoke I! adjacent the free ends thereof and is rotatably supported in the housing 22.
  • the shank 26 has one end extending through the aperture 25 in the housing section 2! and projecting beyond the housing 22.
  • a knurled nut 2'! is mounted at the top of the shank and is secured thereto.
  • a second knurled nut 28 is also provided as a lock nut.
  • the shank 26 has a reduced portion 29, which extends into a bore 30 in a wall 3
  • An internally threaded shoe 32 is in threaded engagement with the external threads on the shank 26, the shoe being adapted for longitudinal movement of the shank upon rotation of the latter.
  • Adapted to rest on the shoe is the central portion 20 of the yoke IT.
  • the shoe is adapted for a contacting engagement with the legs of the yoke I! to move the yoke about the axle I5 as an axis in one direction and the brush l4 into out-of-contacting relation with respect to the brush [6.
  • the threaded shank may be turned by the knurled nut 27, to lower the shoe 32, and this will lower the central portion 20 of the yoke l1.
  • the shaft I3 is mounted on the yoke, it also will be lowered and moved nearer the shaft 9, and the upper brush will move closer to the lower brush.
  • a pair of springs or resilient means 34 are arranged in spaced side by side relation with respect to each other.
  • the springs have one of their adjacent ends secured to the adjacent one of the legs of the yoke l1 adjacent the free end thereof, and said springs have their other ends secured to the housing 22.
  • each section of the yoke has a tail 33, and the tails have openings for the engagement of the upper ends of springs 34, which are anchored on pins 35 in the housing section 2
  • the springs 34 urge the yoke I! about the axle l as an axis to move the brush l4 into contacting relation with respect to the brush IS.
  • the springs normally tend to urge the yoke downwardly, so'that when the shoe is lowered, the yoke is resiliently held in engagement with the shoe by means of the spring.
  • the coupling 5, axle 6,-gear I, and gear I! comprise a means which is positioned adjacent the shaft!) and the shaft l3 and operatively connected to shafts 9 and [3 for driving the machine.
  • the coupling 5, axle 6, and gear I comprise a means which is interposed between the rotatable element or gear II and the shaft 9 and operatively connected to shaft 9 and gear l I for driving the machine.
  • the shaft l3 extends'through a slot 36, to allow for the downward movement of the shaft It.
  • the slot 36 is covered by a felt washer 31, and is backed up by a steel Washer 38, as clearly shown in Fig. 2.
  • the safety housing section 24 Adapted to cover the coupling, is the safety housing section 24.
  • a switch 4! controlling the power to the device.
  • is solidly packed with lubrication such as grease.
  • Orifices 43 and 44 are inserted in the shafts l3 and 9, in which may be inserted a pin or similar tool to prevent the shaft from turning whenit is desired to remove the nuts .5 and 46.
  • a cleaning machine comprising a housing, a first shaft rotatably supported in said housing, a first brush positioned on said first shaft and secured thereto, a yoke positioned within said housing and having its bight pivotally mounted in said housing for angular movement about an axis in spaced parallel relation with respect to said first shaft, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke, a second brush positioned on said second shaft and secured thereto and in contacting relation with respect to said first-brush, a manipulating element arranged transversely of said axis and positionedadjacent to the free ends of the legs of said yoke and rotatably supported in said housing, a shoe actuated by said manipulating element and adapted for contacting engagement with said legs of said yoke to move said yoke'about said axis in one direction and said second brush into out-of-contacting relation with respect to said first brush, resilient means having one end
  • a cleaning machine comprising a housing, a first shaft rotatably supportedin said housing and having one end projecting beyond said housing, a first brush positionedadjacent to the projecting end of said. first shaft and secured thereto, a yoke positioned within said housing and having its bight pivotally mounted in said nous-1 ing for angular movement about an axis in spaced parallel, relation with respect to said first shaft, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, a manipulating element arranged transversely of said axis and positioned adjacent to the free ends of the legsof said yoke and rotatably supported in said housing and having one end projecting beyond said housing, a shoe actuated by said manipulating element and
  • said springs urging said yoke about said axis in the opposite direction and to move said second brush into contacting relation with respect to said first brush, and means positioned adjacent said first shaft and said second shaft and operatively connected to said first shaft, and saidv second shaft for driving said machine.
  • a cleaning machine comprising a housing, a first rotatably supported in saidlhousing and having one end projecting beyond said housing, a first brush positioned adjacent to the projecting end of said first shaft and secured thereto,
  • a yoke positioned within said housing and having its bight pivotally. mounted in said housing for angular movement about an axis in spaced parallel relation with respect to said first shaft, a second shaftarranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, an externally threaded shank arranged transversely of said axis and positioned between said legs of said yoke adjacent the free ends thereof and rotatably supported in said housing and having one end projecting beyond said housing, an internally threaded shoe in threaded engagement with the external threads on said shank and'adapted for longitudinal movement on said shank upon rotation of the latter, said shoe being adapted for contacting engagement with said legs of said yoke to move said yoke about said axis in one direction and
  • a cleaning machine comprising a housing, a first shaft rotatably supported in said housing and having one end projecting beyond said housing, a first brush positioned adjacent to the projecting end of said first shaft and secured thereto, a rotatable element positioned within said housing and rotatably supported therein for rotation about an axis in spaced parallel relation with respect to said first shaft, a supporting element positioned within said housingand having one end pivotally mounted in said housingfor angular movement about said axis, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in said supporting element and operatively connected to said rotatable element and having one end projecting beyond said housing adjacent to said projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, a manipulating element arranged transversely of said axis and positioned adjacent to the other end of said supporting element and rotatably supported in said housing and having one end project
  • a cleaning machine comprising a housing, a first shaft rotatably supported in said housing and having one end projecting beyond said housing, a first brush positioned adjacent to the projecting end of said first shaft and secured thereto, a rotatable element positioned within said housing and rotatably supported therein for rotation about an axis in spaced parallel relation with respect to said first shaft, a yoke positioned within said housing and having its bight pivotally mounted in said housing for angular movement about said axis, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and operatively connected to said rotatable ele ment and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, a manipulating element arranged transversely of said axis and positioned adjacent to the free ends of the legs of said first
  • a cleaning machine comprising a housing, a first shaft rotatably supported in said housing and having one end' projecting beyond said housing, a first brush positioned adjacent to the projecting end of said first shaft and secured thereto, a rotatable element positioned within said housing and rotatably supported therein for rotation about an axis in spaced parallel relation with respect to said first shaft, a yoke positioned within said housing and having its bight pivotally mounted in said housing for angular movement about said axis, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and operatively connected to said rotatable element and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, a manipulating element arranged transversely of said axis and positioned adjacent to the free ends of the legs of said yok
  • a cleaning machine comprising a housing, a first shaft rotatably supported in said housing and having one end projecting beyond said house ing, a first brush positioned adjacent to the pro-.- jecting end of said first shaft and secured thereto, a rotatable element positioned within said housing and rotatably Supported therein for rota- 8 tion about an axis inspaced parallel relation with respect to said first shaft, a yoke positioned within said housing and having its bight pivotally mounted in said housing for angular movement about said axis, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and operatively connected to said rotatable element and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, an externally threaded shank arranged transversely of said axi

Description

Dec. 2, 1952 (5. A. JOHNSON r AL 2,619,653
WIRE CLEANER Filed Jan. 9. 1947 k INVENTORJ. Gait/a2? a. rfozzsan Q1 M!!! flair az az'zzg Patented Dec. 2, 1952 UNITED STATES PATENT OFFICE WIRE CLEANER Gordon Adolph Johnson, Chicago, and Peter Stanley Jaskowiak, Elmwood Park, 111.
This invention relates to cleaning machines. More particularly, it relates to wire-cleaning machines. Our invention relates to the type of cleaning device where there are provided two brushes rotating in different directions, one clockwise and the other anti-clockwise, to clean the end of a wire preparatory to soldering.
Among other advantages, is the advantage that the brushes may be very easily adjusted toward each other by the provision of improved means, according to the principle of our invention.
These improved means provide a hair-line adjustment, as will hereinafter more fully appear.
Also, by the provision of our invention, damage is prevented in the use of over-sized wires by means of resilient arrangements for the brush mountings. v
According to our invention, brushes may be easily replaced merely by the removal of the nuts from the threaded shafts on which they are located.
Another advantage of our invention resides in the continuous self -lubrication of our device. According to the principle of our device, the interior of the housing is packed with grease, and when the mounting of the upper brush is lowered toward the mounting of the lower brush, the grease is continuously packed into the bearings.
Another feature of our invention is the provision of a housing guard to prevent the grease from becoming infilterated with abrasives, etc. The guard which we have provided is mounted on the shaft over an elongated slot, and when the shaft of the upper brush, for example, moves downwardly, then the guard moves with it.
Further objects and advantages will appear and be brought out more fully in the following specification, reference being had to the accompanying drawings, in which:
Fig. 1 is a front view of the housing enclosing the device. 7
Fig. 2 is a front elevation with the covers removed.
Fig. 3 is a view taken on the line 3--3 of Fig. 2.
Fig. 4 is a section on the line 4-4 of Fig. 1.
Fig. 5 is a sectional view of the arrangement for lubricating the gears, etc.
Referring to the drawings in detail, in which we have shown the preferred form for the purpose of illustrating the principle of our inven- A first shaft 9 is rotatably supported in the housing 22 and said shaft has one end projecting beyond the housing. The gear 1 meshes with a gear 8 mounted on the shaft 9. A first brush I0 is positioned adjacent to the projecting end of shaft 9 and is secured thereto. The brush It] may be fabricated of wire or other suitable material. The gear 8 will be driven by the gear 1, and will rotate the brush II] on the shaft 9, as will hereinafter more fully appear.
A second axle I5 is arranged in spaced parallel relation with respect to the shaft 9 andis supported in the housing 22. An idler gear or rotatable element H is positioned within the housing 22 and isrotatably supported therein for rotation about axle I5 as an axis; The axis formed by the axle I5 is in spaced parallel relation with respect to the shaft 9 and the gear or rotatable element H meshes with the gear I.
A supporting element or yoke I1 is positioned within the housing 22 and has one end thereof, or its bight, pivotally mounted in the housing 22 for angular movement about the axle l5 as an axis.
A second shaft [3 is arranged in spaced parallel relation with respect to the axis formed by the axle l5 and is rotatably supported in the yoke or supporting element [1. The shaft [3 is operatively connected'to the gear II by means of a gear l2 mounted on shaft [3 which meshes with the idler gear II. The yoke may be said to be formed in twosections l8 and I9, as shown in Figure 2. A cross piece 20 may be integrally formed to connect and mount the two sections of the yoke, as shown in Figures 2 and 4. One end of the shaft [3 projects beyond the housing 22 and is positioned adjacent to the projecting end of the shaft 9. A second brush I4 is positioned adjacent to the projecting end of the shaft I3 and is secured thereto. The brush I4 'is normally in contacting relation with respect to thebrush [0. The brush I4 is rotated to cooperate with the brush II] to clean or otherwisetre'at the wire. For example, when it is desired to solder the end of a wire to make a good joint, the end is passed between the two brushes and cleaned before it is soldered.
We have also provided adjusting means in case the brushes wear, or for any other reason the distance is not what is desired between the brushes.
The gearing is enclosed in a section 2| ofthe housing 22 of which there are other sections 23 and 24 on opposite sides of the section 2|.
A manipulating element or an" externally threaded shank 26 is arranged transversely of the axis formed by the axle l5 and is positioned between the legs of the yoke I! adjacent the free ends thereof and is rotatably supported in the housing 22. The shank 26 has one end extending through the aperture 25 in the housing section 2! and projecting beyond the housing 22. A knurled nut 2'! is mounted at the top of the shank and is secured thereto. A second knurled nut 28 is also provided as a lock nut. The shank 26 has a reduced portion 29, which extends into a bore 30 in a wall 3|, for the purpose of pivoting the shank. An internally threaded shoe 32 is in threaded engagement with the external threads on the shank 26, the shoe being adapted for longitudinal movement of the shank upon rotation of the latter. Adapted to rest on the shoe is the central portion 20 of the yoke IT. The shoe is adapted for a contacting engagement with the legs of the yoke I! to move the yoke about the axle I5 as an axis in one direction and the brush l4 into out-of-contacting relation with respect to the brush [6.
When it is desired to decrease the distance between the two'brushes l and M, the threaded shank may be turned by the knurled nut 27, to lower the shoe 32, and this will lower the central portion 20 of the yoke l1. Inasmuch as the shaft I3 is mounted on the yoke, it also will be lowered and moved nearer the shaft 9, and the upper brush will move closer to the lower brush.
A pair of springs or resilient means 34 are arranged in spaced side by side relation with respect to each other. The springs have one of their adjacent ends secured to the adjacent one of the legs of the yoke l1 adjacent the free end thereof, and said springs have their other ends secured to the housing 22. Specifically, each section of the yoke has a tail 33, and the tails have openings for the engagement of the upper ends of springs 34, which are anchored on pins 35 in the housing section 2| of housing 22. The springs 34 urge the yoke I! about the axle l as an axis to move the brush l4 into contacting relation with respect to the brush IS.
The springs normally tend to urge the yoke downwardly, so'that when the shoe is lowered, the yoke is resiliently held in engagement with the shoe by means of the spring.
If an over-size wire should be used, the same may be placed between the brushes with perfect safety, since the yoke, being attached to the spring, will naturally give to allow for the overs1ze.
The coupling 5, axle 6,-gear I, and gear I! comprise a means which is positioned adjacent the shaft!) and the shaft l3 and operatively connected to shafts 9 and [3 for driving the machine.
The coupling 5, axle 6, and gear I comprise a means which is interposed between the rotatable element or gear II and the shaft 9 and operatively connected to shaft 9 and gear l I for driving the machine. p
The shaft l3 extends'through a slot 36, to allow for the downward movement of the shaft It.
The slot 36. is covered by a felt washer 31, and is backed up by a steel Washer 38, as clearly shown in Fig. 2.
This arrangement clearly'keeps all the abrasives, etc. of the brushes from the grease and the gears, etc. 7
On section 23, we have provided an adjusting plate to compensate for the change in the meeting line between the'two brushes. As the line 4 may move downwardly on account of wear, so the plate may also be moved downwardly. This is accomplished by means of elongated slots 39 and screws 40.
Adapted to cover the coupling, is the safety housing section 24. In this section, we have mounted a switch 4! controlling the power to the device. a
Among the features of our invention, is the provision of a grease pack which insures practically perpetual lubrication of the gearing, etc.
It will be understood that the inside of section 2| is solidly packed with lubrication such as grease.
Bores 42 will be made to the bearings for the axles 6 and I5, and shafts 9 and [3, as clearly shown in Figure 5.
As the yoke l1 descends, it will be apparent to those skilled in the art that the confined grease will be forced into the bores 42, and into the respective bearings.
Orifices 43 and 44 are inserted in the shafts l3 and 9, in which may be inserted a pin or similar tool to prevent the shaft from turning whenit is desired to remove the nuts .5 and 46.
While we have illustrated and described the preferred form of construction for carrying our invention into effect, this is capable of variation and modification. without departing from the spirit of the invention.- We, therefore, do not wish to be limited to the precise details of construction set forth, but desire to avail ourselves of such variation and modifications as come within the scope of the appended claims.
Having thus described our invention, what we claim as new and desire to secure .by Letters Patent is:
1. A cleaning machine comprising a housing, a first shaft rotatably supported in said housing, a first brush positioned on said first shaft and secured thereto, a yoke positioned within said housing and having its bight pivotally mounted in said housing for angular movement about an axis in spaced parallel relation with respect to said first shaft, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke, a second brush positioned on said second shaft and secured thereto and in contacting relation with respect to said first-brush, a manipulating element arranged transversely of said axis and positionedadjacent to the free ends of the legs of said yoke and rotatably supported in said housing, a shoe actuated by said manipulating element and adapted for contacting engagement with said legs of said yoke to move said yoke'about said axis in one direction and said second brush into out-of-contacting relation with respect to said first brush, resilient means having one end secured to the free ends of the legs of said yoke and having its other end, secured to said housing, said resilient means Jurging said yoke about said axisin the opposite direction andto move said second brush into contacting relation with respect to, said first brush, and means positioned adjacent said first shaft and said second shaft and operatively connected to'said first shaft and said, second shaft for driving said machine.
2. A cleaning machine comprising a housing, a first shaft rotatably supportedin said housing and having one end projecting beyond said housing, a first brush positionedadjacent to the projecting end of said. first shaft and secured thereto, a yoke positioned within said housing and having its bight pivotally mounted in said nous-1 ing for angular movement about an axis in spaced parallel, relation with respect to said first shaft, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, a manipulating element arranged transversely of said axis and positioned adjacent to the free ends of the legsof said yoke and rotatably supported in said housing and having one end projecting beyond said housing, a shoe actuated by said manipulating element and adapted for contacting engagee ment with said legs of said yoke to move said yoke about said axis, in one direction and said second brush into out-of-contacting relation with respect to said first brush, a pair of springs arranged in spaced side by side relation with respect to each other and having one of their adjacent ends secured to the adjacent one of said legs of said yoke adjacent the. free end thereof and having their other adjacent ends secured .to said housing, said springs urging said yoke about said axis in the opposite direction and to move said second brush into contacting relation with respect to said first brush, and means positioned adjacent said first shaft and said second shaft and operatively connected to said first shaft, and saidv second shaft for driving said machine.
3. A cleaning machine comprising a housing, a first rotatably supported in saidlhousing and having one end projecting beyond said housing, a first brush positioned adjacent to the projecting end of said first shaft and secured thereto,
a yoke positioned within said housing and having its bight pivotally. mounted in said housing for angular movement about an axis in spaced parallel relation with respect to said first shaft, a second shaftarranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, an externally threaded shank arranged transversely of said axis and positioned between said legs of said yoke adjacent the free ends thereof and rotatably supported in said housing and having one end projecting beyond said housing, an internally threaded shoe in threaded engagement with the external threads on said shank and'adapted for longitudinal movement on said shank upon rotation of the latter, said shoe being adapted for contacting engagement with said legs of said yoke to move said yoke about said axis in one direction and said second brush into out-of-contacting relation with respect to said first brush, a pair of springs arranged in spaced side by side relation with respect to each other and having one of their adjacent ends secured to the adjacent one of said legs of said yoke adjacent the free end thereof and having their other adjacent ends secured to said housing, said spring urging said yoke about said axis in the opposite direction and to move said second brush into contacting relation with respect to said first brush, and means positioned 6. adjacent said first shaft and said second shaft and operatively connected to said first shaft and said second shaft for drivng said machine.
4. A cleaning machine comprising a housing, a first shaft rotatably supported in said housing and having one end projecting beyond said housing, a first brush positioned adjacent to the projecting end of said first shaft and secured thereto, a rotatable element positioned within said housing and rotatably supported therein for rotation about an axis in spaced parallel relation with respect to said first shaft, a supporting element positioned within said housingand having one end pivotally mounted in said housingfor angular movement about said axis, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in said supporting element and operatively connected to said rotatable element and having one end projecting beyond said housing adjacent to said projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, a manipulating element arranged transversely of said axis and positioned adjacent to the other end of said supporting element and rotatably supported in said housing and having one end projecting beyond said housing, a shoe actuated by said manipulating element and adapted for contacting engagement with said supporting element to move the latter about said axis in one direction and said second brush into out-of-contacting relation with respect to said first brush, resilient means having one end secured to said other end of said supporting element and having its other end secured to said housing, said resilient means urging said supporting element about said axis in the opposite direction and to move said second brush into contacting relation with respect to said first brush, and means interposed between said rotatable element and said first shaft and oper atively connected to said rotatable element and said first shaft for driving said machine.
5. A cleaning machine comprising a housing, a first shaft rotatably supported in said housing and having one end projecting beyond said housing, a first brush positioned adjacent to the projecting end of said first shaft and secured thereto, a rotatable element positioned within said housing and rotatably supported therein for rotation about an axis in spaced parallel relation with respect to said first shaft, a yoke positioned within said housing and having its bight pivotally mounted in said housing for angular movement about said axis, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and operatively connected to said rotatable ele ment and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, a manipulating element arranged transversely of said axis and positioned adjacent to the free ends of the legs of said yoke and rotatably supported in said housing and having one end projecting beyond said housing, a shoe actuated by said manipulating element and adapted for contacting engagement with said legs of said yoke to move said yoke about said axis in one direction and said second brush into out-of-contacting relation with respect to said first brush, resilient means having aci -sea oneend secured to the free ends of the legs of said yoke and having its other end secured to said housing, said resilient means urging said yoke about said axis in the opposite direction and to move said second brush into contacting relation with respect to said first brush, and means interposed between said rotatable element and said first shaft and operatively connected to said rotatable element and said first shaft for driving said machine.
6. A cleaning machine comprising a housing, a first shaft rotatably supported in said housing and having one end' projecting beyond said housing, a first brush positioned adjacent to the projecting end of said first shaft and secured thereto, a rotatable element positioned within said housing and rotatably supported therein for rotation about an axis in spaced parallel relation with respect to said first shaft, a yoke positioned within said housing and having its bight pivotally mounted in said housing for angular movement about said axis, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and operatively connected to said rotatable element and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, a manipulating element arranged transversely of said axis and positioned adjacent to the free ends of the legs of said yoke and rotatably Supported in said housing and having one end projecting beyond said housing, a shoe actuated by said manipulating element and adapted for contacting engagement with said legs of said yoke to move said yoke about said axis in one direction and said second brush into out-of-contacting relation with respect to said first brush, a pair of springs arranged in spaced side by side relation with respect to each other and having one of their adjacent ends secured to the adjacent one of said legs of said yoke adjacent the free end thereof and having their other adjacent ends secured to said housing, said springs urging said yoke about said axis in the opposite direction and to move said second brush into contacting relation with respect to said first brush, and means interposed between said rotatable element and said first shaft and operatively connected to said rotatable element and said first shaft for driving said machine.
7. A cleaning machine comprising a housing, a first shaft rotatably supported in said housing and having one end projecting beyond said house ing, a first brush positioned adjacent to the pro-.- jecting end of said first shaft and secured thereto, a rotatable element positioned within said housing and rotatably Supported therein for rota- 8 tion about an axis inspaced parallel relation with respect to said first shaft, a yoke positioned within said housing and having its bight pivotally mounted in said housing for angular movement about said axis, a second shaft arranged in parallel spaced relation with respect to said axis and rotatably supported in the legs of said yoke and operatively connected to said rotatable element and having one end projecting beyond said housing adjacent to the projecting end of said first shaft, a second brush positioned adjacent to the projecting end of said second shaft and secured thereto and in contacting relation with respect to said first brush, an externally threaded shank arranged transversely of said axis and positioned between said legs of said yokeadjacent the free ends thereof and rotatably supported in said housing and having 'oneend projecting beyond said housing, an internally threaded shoe in threaded engagement with the external threads on said shank and adapted for longitudinal movement on said shank upon rotation of the latter, said shoe being adapted for contacting engagement with said legs of said yoke to move said yoke about said axis in one direction and said second brush into out-of-contacting relation with respect to said'first brush, a pair of springs arranged in spaced side by side relation with respect to each other and having one of their adjacent ends secured to the adjacent one of said legs of said yoke adjacent the free end thereof and having their other adjacent ends secured to said housing, said springs urging said yoke about said axis in the opposite direction and to move said second brush into contacting relation with respect to said first brush, and means interposed between said rotatable element and said first shaft and operatively connected to said rotatable element and said first shaft for driving said machine.
GORDON ADOLPH JOHNSON.
PETER STANLEY JASKOWIAK.
REFERENCES CITED The following references are of record in the file of this patent:
UNITED STATES PATENTS Ames -1 Deca17', 1940
US721038A 1947-01-09 1947-01-09 Wire cleaner Expired - Lifetime US2619663A (en)

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Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2704856A (en) * 1950-12-15 1955-03-29 Kato Engineering Company Portable machines for stripping insulation from wires
DE938905C (en) * 1954-05-12 1956-02-09 Chem Fab Budenheim Ag Cleaning device for mechanically descaled rolling stock, e.g. B. Wire
US2887702A (en) * 1955-05-17 1959-05-26 August J Freitag Wire cleaner
US2962742A (en) * 1958-10-30 1960-12-06 Washington Aluminum Company In Article polishing machine
US2962739A (en) * 1960-02-26 1960-12-06 Volck Nu Matic Corp Twin-rotary brush for cleaning pipes
DE1094219B (en) * 1957-02-14 1960-12-08 Osborn Mfg Co Brushing device for cleaning, for example descaling, of flexible, moving material, in particular wire
US3148396A (en) * 1962-02-19 1964-09-15 Ace Of Clubs Golf Cleaner Inc Golf club head cleaner
US3447177A (en) * 1967-09-01 1969-06-03 Kinetics Corp Mechanical wire stripper
US4308630A (en) * 1977-06-04 1982-01-05 Rainer Schmidt Deburring apparatus
US4502250A (en) * 1982-09-13 1985-03-05 3-D Enterprises, Inc. Grinding apparatus
US5197837A (en) * 1992-02-24 1993-03-30 General Electric Company Broach tool chip remover

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US21307A (en) * 1858-08-31 Machine fob
US694431A (en) * 1901-01-14 1902-03-04 United Shoe Machinery Ab Machine for buffing articles of leather.
US718549A (en) * 1902-07-22 1903-01-13 Thomas B Van Auken Machine for cleaning and polishing the outer surfaces of rods, tubes, or pipes.
US748786A (en) * 1904-01-05 Scouring-machine
US1020789A (en) * 1911-10-07 1912-03-19 Ulysses S Armstrong Cleaning-machine.
US1215482A (en) * 1915-11-12 1917-02-13 Stanley Works Cleaning-machine.
US1290561A (en) * 1917-02-12 1919-01-07 Massachusetts Saw Works Hardening-machine.
US1406047A (en) * 1919-11-22 1922-02-07 Joseph T Ryerson & Son Flue-cleaning machine
US1503719A (en) * 1922-05-29 1924-08-05 Francis C W Stelter Glove-cleaning machine
US1670210A (en) * 1927-03-04 1928-05-15 Parker Frank Wesley Lubricating gun
US2069581A (en) * 1936-02-14 1937-02-02 John C Hyde Power operated tooth brush
US2225200A (en) * 1937-02-10 1940-12-17 Ames Billy William Insulation stripper

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* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US21307A (en) * 1858-08-31 Machine fob
US748786A (en) * 1904-01-05 Scouring-machine
US694431A (en) * 1901-01-14 1902-03-04 United Shoe Machinery Ab Machine for buffing articles of leather.
US718549A (en) * 1902-07-22 1903-01-13 Thomas B Van Auken Machine for cleaning and polishing the outer surfaces of rods, tubes, or pipes.
US1020789A (en) * 1911-10-07 1912-03-19 Ulysses S Armstrong Cleaning-machine.
US1215482A (en) * 1915-11-12 1917-02-13 Stanley Works Cleaning-machine.
US1290561A (en) * 1917-02-12 1919-01-07 Massachusetts Saw Works Hardening-machine.
US1406047A (en) * 1919-11-22 1922-02-07 Joseph T Ryerson & Son Flue-cleaning machine
US1503719A (en) * 1922-05-29 1924-08-05 Francis C W Stelter Glove-cleaning machine
US1670210A (en) * 1927-03-04 1928-05-15 Parker Frank Wesley Lubricating gun
US2069581A (en) * 1936-02-14 1937-02-02 John C Hyde Power operated tooth brush
US2225200A (en) * 1937-02-10 1940-12-17 Ames Billy William Insulation stripper

Cited By (11)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US2704856A (en) * 1950-12-15 1955-03-29 Kato Engineering Company Portable machines for stripping insulation from wires
DE938905C (en) * 1954-05-12 1956-02-09 Chem Fab Budenheim Ag Cleaning device for mechanically descaled rolling stock, e.g. B. Wire
US2887702A (en) * 1955-05-17 1959-05-26 August J Freitag Wire cleaner
DE1094219B (en) * 1957-02-14 1960-12-08 Osborn Mfg Co Brushing device for cleaning, for example descaling, of flexible, moving material, in particular wire
US2962742A (en) * 1958-10-30 1960-12-06 Washington Aluminum Company In Article polishing machine
US2962739A (en) * 1960-02-26 1960-12-06 Volck Nu Matic Corp Twin-rotary brush for cleaning pipes
US3148396A (en) * 1962-02-19 1964-09-15 Ace Of Clubs Golf Cleaner Inc Golf club head cleaner
US3447177A (en) * 1967-09-01 1969-06-03 Kinetics Corp Mechanical wire stripper
US4308630A (en) * 1977-06-04 1982-01-05 Rainer Schmidt Deburring apparatus
US4502250A (en) * 1982-09-13 1985-03-05 3-D Enterprises, Inc. Grinding apparatus
US5197837A (en) * 1992-02-24 1993-03-30 General Electric Company Broach tool chip remover

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