|Publication number||US1103874 A|
|Publication date||Jul 14, 1914|
|Filing date||Jun 21, 1913|
|Priority date||Jun 21, 1913|
|Publication number||US 1103874 A, US 1103874A, US-A-1103874, US1103874 A, US1103874A|
|Inventors||Henry W Halley|
|Original Assignee||Henry W Halley|
|Export Citation||BiBTeX, EndNote, RefMan|
|Referenced by (5), Classifications (2)|
|External Links: USPTO, USPTO Assignment, Espacenet|
H. W. HALLBY.
VBNTILATING AND DISINFBCTING MEANS POR SHOES. APPLIGATION FILED JUNE 21, 191s.
' Patented July 14, 1914.
inl/magg (a2/@Mamas AHENRY w. HALLEY, or HUreHIINsoN, misses.
VENTILATING`AND DISINFECTING F0231 SHOES.
Specificationl o1? Letters Patent.
ratentefwuly 14,. i914.
Appucammmeay :rune 21, 1913i; serial- No. 775,004.
To all whom it, may concern:
Be it known that I, HENRY W. HALLEY, a citizen of the United States, residing at Hutchinson, in the county of Reno and State of Kansas, have invented certain new and useful Improvements in Ventilating and Disinfecting Means for Shoes, of which the following is a specification, reference being had therein to the accompanying drawing.
My v.invention relates to shoes, and has for its object the provision of means for ventilating and disinfecting the shoe, and' at the same time providing a cushion to absorb the shocks due to the heel striking the ground in walking. I attain the first part of my object by providing a hollow heel with a vessel therein, containing antiseptic or disinfecting material, this vessel being open at the top and overlaid or `covered by a perforatedelastic pad which'may constitute a portion of ,the insole of the shoe, and which in walking acts with the vessel like a suction pump to force the fumes vof the disinfectant through the perforations into the shoe. I attain the second part of my object by making the eni tire heel resilient, which however I shall not claim'except in combination with my disinfecting device.
.g-My invention is illustrated in the accom- -'panying drawings in which- Figure lis a sectional View of the heel portion of the shoe with my invention applied thereto. Fig. 2 is a perspective view of the antiseptic perforated pad removed' from the shoe. 'Fig'. 3 is a -side v'view of the containing .vessel or cup removed. Figs.` 4: and 5 are sectional views of modifications.
Referring to Fig. 1,'1 represents'the counter of a shoe, and 2 the shank of the sole. 3 is the heel, which as shown in this figure is made up of sections or lifts, of leather in the ordinary way, but'which as will later appear, may be constructed of solid rubberor equivalent material. This heelis hollowed out to receive a cup 4, which is preferably made of metal, broad and shallow, and `with slightly flaring upper edgesto'its walls. In i this cup lies an absorbent disk 5 of material like felt which can be impregnated with the Vdesired` disini'ecting material and will prevent the same from leaking in a liquid form into the boot or shoe. Overthis cup, and
"extending partly into the same, being suplported upon the la'ring edges thereof, is a perforated pad 6, which may be leather, rub
y ber, textile material,- metal, wood, or other filled' with -va materials, or any desired combination of these. As shown in* Fig. 1, the pad is' of leather with a reinforcedl facing 614 011 lower face, fitting within the flaring edges of the cup and serving as a' plungerwhen forced down by they pressure of the foot, to compress the air .anjd gas. beneath it, and force thejsame to passup through the perforations into, the shoe. The pad as shown also in Fig. 2|is in this" case supposed to be of the size and shape' of the shoe heel and it may be part ofthe usual insole. I preferl however to have 'it a separate piece, in order to facilitate its removal and therecharging of the cup 4.' The operation ofthe structure thusdescribed willv be readily understood. In walking, the wearer first interposes the weight of his foot on the heel and then lifts the same therefrom at each step. At each imposition of his' weight the pad is forced down and a certain portion ofthe air or gas impregnated with the antiseptic material is forced through the perforations in the pad and into the shoe beneath the foot. This operationis facilitated by the -fact that there is always; more or less space between the shank of the sole and the arch of the foot, so that. the gas is fairly well distributed at the beginning .ofl the step. A s the foot passes `to the rear under the walker, the weight is removed from the heel and comes upon the ball, the heel being slightly lifted. -Thev gas which has previously been distributed-under the arch and ball is then in part forced up toward the sides of the foot and in vart toy ward the heel which is` slightly raise This operation repeated for each step, is sufficient to keep the interior of the shoe constantly porizedfA disinfectant; also by ,reason of the consta-nt shifting .of the air or gas in theshoe, a very fair degree of ventilationV is secured as some air is forced out around the ankle, and other air drawn in both through and around any side or front openings of the shoe at each ste Thus the foot in walking-is maintained y 'and sterile, and hence in best condition for comfort* as well asy health.
In Fig. 4 I have shown a slightl`yinodilied4 form of the pad in which the portion l6a is madedeep'er and acts like a true plunger.v
In this c ase the felt disk 5 is thick enough to be 4reached l.by the plungerand `be com pressed by each stroke, to be restored thereafter, and in turn assist in restoring the plunger 6a by its own resilience, which 'may be supplemented by a rin .of rubber or a spiral or other spring insi the cup as indicated at 7. I-Iere the Ventilating effect is accentuated since there is an appreciable air space at 8 between the pad 6 and the top of ,the heel. This makes a very agreeable cushionin walking.v
In Fig. 5 Ihave shown the heel 3 as of solid rubber, the shank and sole of the shoe 2 of leather, the pad 6 of leather, and the plunger 6a of any suitable material adapted to be forced up and down like a piston in the cup 4, which has sufcient clearance above the felt disk 5 to permit free movement. The eect here is not to have the pad 6 move up and down, but to have the heel when compressed move the cup up and down around the plunger 6a.
Other modifications will `be obvious to those skilled yin the art when considering theJ main principles involved. All non-essential changes and modifications are contemplated by me, and I desire to have it un derstood that all such as do not depart from '25 the spirit of the invention are included within the scope and purview/,of the appended claims.
Having thus described my invention what I I claim and desire to secure by Letters Patent is- 1. A ventilated shoe comprising a body, a heel having a chamber communicating with the interior of the body, an imperforate cup j tted within the chamber and adapted to hold disinfectant material, and a perforated elastic pad `arranged o'ver said chamber to support the foot of the wearer, and arranged further to make an approximately tight joint with the upper edges of said cup and to constitute a piston working up and down therein, whereby circulation of air between the said cup and the interior of the body is.. forced as said pad moves up and down under the varying pressure of the foot thereon as the wearer walks.
2. A ventilated shoe comprising a body, a
I l heel having la chamber communicating with the interior of the body, a cup in said chamber constituting a cylinder and containing absorbent material adapted to hold disinfec tant material, and an elastic .perforated pad covering said4 chamber and adapted to support the foot of the wearer but having a limited degree of movement up and down under variations in pressure of the foot as the wearer Walks, and said pad being narranged further to make a substantiallyl tight joint wit-h the upper edges of said cup and provided'with a portion working up and down in said cup cylinder and constituting a piston therefor settin up forced circulation of air between said cy inder and the interior of said shoe.
3. A ventilated shoe comprising a body, a heel having al chamber communicating with the interior of the body, and a perforated pad or cover for the chamber, adapted to be compressed therein by pressure of the vfoot in walking, together with a metal cup in said chamber` and an absorbent disk or pad in said cup adapted to hold disinfectant material, the edges of the cup being so, disposed with reference to the pad that-the central portion thereof will act as a plunger in the cup.
4. A ventilated shoe comprising a body, a heel having a chamber communicating with the interior of the body, an imperforate cup forming a lining for the chamber and containingA absorbent material adapted to hold disinfectant material, and a perforated pad covering said chamber and arranged to support directly the foot of the wearer, a depending portion from said pad closely f1tting the inner Walls of said cup and constituting a piston adapted when worked up and down to force a circulation of air ,between said cup and the interior of said shoe,
one of said heel and pad parts being elastic whereby relative motion of said cup and said piston takes place as the pressure on the heel varies when the wearer walks, and said circulation is setup as aforesaid.
In testimony whereof I aiix vmy signature in presence of two witnesses.
l HENRY W. HALLEY.
CEAS. S. FULTON, A. G. LAUDER.
|Citing Patent||Filing date||Publication date||Applicant||Title|
|US2701923 *||May 22, 1953||Feb 15, 1955||Toman Frank J||Ventilated boot|
|US4507880 *||Jan 18, 1983||Apr 2, 1985||Kabushiki Kaisha Patine Shokai||Boot containing ventilation means|
|US5035068 *||Nov 9, 1989||Jul 30, 1991||The Wind Pro Corporation||Shoe and removable shoe insole system|
|US6553690||Dec 10, 2001||Apr 29, 2003||Opal Limited||Ventilated footwear|
|USD485426||Oct 23, 2002||Jan 20, 2004||Opal Limited||Insole|