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Publication numberUS2333924 A
Publication typeGrant
Publication dateNov 9, 1943
Filing dateJan 21, 1941
Priority dateJan 21, 1941
Publication numberUS 2333924 A, US 2333924A, US-A-2333924, US2333924 A, US2333924A
InventorsGorbatenko Dimitri L
Original AssigneeDimgor Corp
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Tape dispenser
US 2333924 A
Abstract  available in
Images(1)
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Claims  available in
Description  (OCR text may contain errors)

Nov. 9, 1943. D. GORBATENKO TAPE DISPENSER Filed Jan. 2l, 1941 0 MMWOW m.. M Wm m WA j mw@ W .D

l. kkxir Patented Nov. 9, l1943 UNITED STATES PATENT.OFFICE Claims.

may be employed to sever desired lengths of the strip material as it is fed from the roll.

Also included among the objects of the present invention is the provision of a device of the general character described which is extremely inexpensive to manufacture; which will not get out of order; which is convenient to use, and which employs a manually operated strip material cutting means.

In general terms, the objects of this invention are attained by providing a case adapted to contain a roll of strip material and having a flexible knife disposed exteriorly of the case with suitable guide means for the blade.

.Other objects of this invention will become apparent as this specication proceeds.

In the drawing, wherein a preferred embodi ment of the invention is shown:

Figure l is a top plan view of a tape dispenser embodying my invention,

Fig. 2 is a vertical section through the device taken along the line 2-2 of Fig. 1,

Fig. 3 is a vertical section taken along the line 3-3 of Fig. 2,

Fig. 4 is a perspective view of the exible knife,

Figs. 5,6 and 7 are perspective views of the tape dispenser progressively showing the operations incident to dispensing and cutting desired lengths of strip material.

The drawing illustrates a preferred embodiment of my invention wherein a case I0 is comprised of a pair of identical side plates II and I2, and a strip I3 disposed transversely of the peripheral edges of the said side plates and holding them in spaced relation.

While I have shown conventional bendable tabs or ears I4, integral with the strip I3, as a means of holding the parts of the case I0 together, it will be appreciated that there are other known ways of doing this. For example, the practice of making cans and other containers may be resorted to wherein a machine is employed to crimp the abutting edges of strip I3 and side plates II and I2. The device illustrated has been designed as an article of the throw away class, which is to say that the case may be factory loaded with a roll of strip material and when the supply is exhausted the container is tossed away. If preferred, however, the device may be constructed to permit reloading with rolls of the strip material and still be within the purview of this invention. For instance, it would involve a mere matter of mechanical skill to adapt side plate I2 for a snap or frictional engagement only with the abutting edge of strip I3, in which case the case I9 could be used time and again.

The detail of construction of the case ID in the embodiment shownl in the drawings involves the bending of the peripheral edges of the side plates II and I2 inwardly to form flanges I5 and I6 to overlie the edges of the strip I3. Slots Il are then cut in the anges I5 and I6 to accommodate the bendable tabs I4.

In order to rotatably support a rolll 20 of strip material I provide the side plates II and I2 with the inwardly projecting coaxially aligned hubs 2 I, formed by pressing a well in each of the said plates (see Fig. 3).

A shoulder 25 formed integrally with side plates II and I2 and strip I3 projects from the circumferential edge of the case I0 and hasfone surface 26 over which the free end 2l of the strip material is drawn in the cutting operation and another surface 28 over which a exible knife blade 29 is adapted to be moved in severing a desired length of strip material 2l. It will be noted from Figs. l, 2 and 5 to '7, inclusive that to permit the dispensing of the strip 2l from the supply roll 20 there is provided a slot 35 in the case I0 extending through the strip I3. 'I'he slot 35 is disposed transversely of the peripheral edge of the case I0 and is located at the point from which surface 26 projects. As in the case of surgical and pressure sensitive tapes a free end will sag and adhere to ani7 surface with which it contacts. I have provided a depression 36 in strip I3 immediately below slot 35 to facilitate the raising of the free end 21 of such apes for the next succeeding dispensing operaion.

It will be noted from Fig. 4 that the knife 29 consists in a length of spring metal such as steel or any other metal having the required degree of flexibility. The blade 29 is attached to the case I0 by having one end bent backwardly upon itself to form a hook 31 which is inserted in a slit 38 in strip I3 on the edge of the case I 9 opposite the shoulder 28.

The blade may be anchored on the case t in other and known methods, such as by rivets. The opposite end of the blade 29 is flattened as at 39 for movement over the surface 29 on shoulder 25 in its movement from operative to inoperative DOsitions and the extreme edge is sharpened to a wedge point as at '40. 'I'he flattened portion 39 of the blade is guided over the surface 29 of shoulder 25 by means of the plate 4I retained by the flanges I and I6 on the side plates I2 and Il, respectively.

Fig. 2 shows that the blade l29 is spaced apart from case I0 for a considerable lportion of its length, thus providing a bulge pressure upon which will cause the cutting edge to be moved through the guide means to cut the tape. While the knife blade is shown in Fig. 4 as being preformed to producev the bulge shown in Fig. 2, this is not wholly necessary since a perfectly flat strip of metal having the required degree of resiliency will accomplish the same result when attached to the case and inserted in the guide means.

The operation of the device is progressively illustrated in Figs. 5 to-7, inclusive; The free end of the tape 21 protrudes from the slot 35. The cutting edge 40 of the blade 29 normally lies under plate 4I in its inoperative position. The free end 2l of the strip material is pulled upwardly to overlie the surface 26 and by the latter held in a position perpendicular to the surface 28 over which the cutting edge 40 of the blade 29 is adapted to travel. The protruding portion of the flexible blade 29 is then pressed inwardly toward the overlying peripheral edge of the case l0 which causes the cutting edge 40 to be moved over surface 28 under the guide plate 4I and through the tape 21,

I am aware of the fact that other tape dispensers have been devised, but it is believed that the device disclosed and claimed herein is a marked improvement in that it meets a long felt need for some simplified means of dispensing and cutting strip material. I am aware of the fact that in the past it has been the practice to buy tape or'strip material in rolls or spools from which desired lengths are pulled or unwound and to utilize some separatesevering means as scissors or a penknife to cut therefrom the length desired. Some persons have frequently resorted to tearing the tape with the fingers. However, these practices do not make for convenience nor facilitate the use of strip materials of the class described.

It is believed that this invention overcomes many objections to the prior art structures and will be found highly acceptable for the intended purpose.

One of the principal advantages of my invention resides in the fact that the use of a strip of flexible metal as the cutting means materially reduces the cost of manufacture while raising the efficiency of devices of this class.

The invention claimed is:

1. A strip material dispenser comprising, a case, means within the case for supporting for rotation a roll of strip material, a slot in the case through which the strip material may be siderable portion of its length is spaced apart from the edge of the case.

2. A strip'material dispenser comprising,` a case, means within the case for supporting for rotation a roll of strip material, a slot in the case through which the strip material may be fed, a guide on the case, a knife blade formed of spring metal disposed in circumferential relation to the case and anchored at one end to the same, the free end of said blade being slidably received by said guide, said knife blade being so preformed that when it is in its inoperative position a considerable portion of its lengthis spaced apart from the edge of said case.

3. A strip material dispenser comprising, a case, means within the case for supporting for rotation a roll of strip material, a slot in the case through which the strip material may be fed, a guide on the case, a knife blade formed of spring metal disposed in circumferential relation to the case anchored at one end to the same, the free end of the blade being sharpened and slidably received by said guide, said blade being. so preformed that when it is in its inoperaitve position a considerable portion of its length is spaced apart from the edge of said case.

4. A strip material dispenser comprising, a case, means carried by the case for supporting therein for rotation a roll of strip material, a slot in the case through which the strip material may be fed, a strip of resilient material disposed in circumferential reltaion to the casev and connected adjacent one of its ends to the same, the free end of the resilient strip being sharpened, and means for retaining the resilient strip so that a portion of its length intermediate its ends is in spaced relation to the case.

5. A strip material dispenser comprising, a case, means carried by the case for supporting therein for rotation a roll of strip material, a. slot in the case through which the strip material may be fed, a strip of resilient material disposed in circumferential relation to the case and connected adjacent one of its ends to the same, the free end of the resilient strip being sharpened, guide means on the case through which the cutting edge of the resilient strip may be moved to sever desired lengths of the tape as the latter is feel through the slot in the case,I and means normally retaining the resilient strip so that a portion of its length intermediate its ends is in spaced relation to the case.

DIM'ITRI L. GORBATENKO.

Mrs

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US2447519 *Dec 14, 1946Aug 24, 1948Morin Louis HTape dispenser
US2500157 *Jun 24, 1948Mar 14, 1950Albert Deutsch FritzApplier for applying a length of an adhesive tape to a surface
US2703208 *Jul 28, 1951Mar 1, 1955Tasker Clinton HDispensing device
US2703615 *Aug 20, 1951Mar 8, 1955Douglas Walker LouisApparatus for severing tape mounted on a spool
US2778424 *Jun 18, 1953Jan 22, 1957Moore Business Forms IncStrip severing machines
US2926807 *Jun 13, 1955Mar 1, 1960Park John HTape dispenser
US3001284 *Mar 25, 1959Sep 26, 1961Marotz Raymond CTape cutter
US3007619 *Nov 7, 1958Nov 7, 1961Bell Telephone Labor IncDispenser for pressure sensitive tape
US3034690 *Apr 10, 1958May 15, 1962Union Carbide CorpFilm dispensing carton
US3039664 *Aug 4, 1959Jun 19, 1962Grace W R & CoFilm dispensers
US3159322 *Jan 16, 1964Dec 1, 1964Martin David ETape cutter
US3349979 *Feb 14, 1966Oct 31, 1967Universal Patent And Dev LtdTape dispenser
US3796341 *Jan 10, 1972Mar 12, 1974Acs Tapes IncTape dispenser
US6364188Dec 18, 1999Apr 2, 2002Wayne K. DunsheeTape dispenser
US6575345Dec 21, 2000Jun 10, 20033M Innovative Properties CompanyRolled sheet material dispenser with safer sheet cutting means
Classifications
U.S. Classification83/542, 225/19, 30/124, 83/649, D19/69
International ClassificationA61F15/00, B65H35/00
Cooperative ClassificationB65H35/0026, A61F15/002
European ClassificationB65H35/00B2B, A61F15/00B2