A FLOAT AND DEPTH GAUGE

Abstract: The float (10) is constructed as a hollow elongated cylindrical member (14) with hook shaped elements (16, 17) at the ends to define an aperture for slidably receiving a fishing line (11). The hook shaped receiving elements (16, 17) permit the float (10) to be readily attached to a fishing line (11) or removed from a fishing line (11) when desired. The float (10) permits a line (11) to slide through when measuring the depth of a body of water while being clamped when the line (11) is retrieved to mark the depth of the body of water.

Description: A Float And Depth Gauge This invention relates to a float and depth gauge. More particularly, this invention relates to a fishing float and depth gauge. As is known, with some types of fishing, such as in casting a fishing line into a body of water, such as a lake, or ocean, it is frequently desirable to be able to position a hook on the line at a certain level above the bottom of the lake or ocean. To this end, various types of floats have been known which can be secured onto a fishing line at predetermined locations so that when cast into the water, the float will support the hook in a suspended manner above the bottom of the body of water. Generally, the floats which have been used are of the set-type or of the slip-type. The set-type of float is one which is usually fixed to a fishing line for use at shallow depths of water. One known set-type float has a body provided with a spring biased hook at one or both ends which can be drawn into a recess of the body in order to clamp a fishing line between the hook and body. Other known set-type floats are of similar construction. In each case, the float is fixed to the the line and is not intended to move during use. However, these floats usually have a short useful life due to corrosion and/or breakage of the moving parts. Further, these floats require complex manufacturing and assembling techniques. Also, when in use, the spring biased hooks can put an undesired crimp in a fishing line It is also impractical for a set float to be used for any thing but shallow depths, for example, if a set float is set for the line to be 10 feet or 15 feet deep it would be virtually impossible to cast with a standard 5 1/2 foot or 6 foot spinning pole. Thus, a slip float must be used. Slip-type floats are generally formed of a float body with a central bore or passage. In such cases, the fishing line is first threaded through the float body and, thereafter, one or more hooks and a sinker are applied to the end of the line. During use, such a float is able to slide along the fishing line until abutting a loop knot, a segment of rubber band or soft string, obstruction or the like in the line which acts as a stop past which the float will not pass. In the event that the float requires removal, the line is usually cut at a point above the usual tackle and a rethreading of a new float made on the line. This is, of course, wasteful of time and fishing line. In some cases, small plastic floats have been threaded onto fishing lines to act as slip floats. However, should dirt, grit or beads of water become entrained within the floats, the floats may become jammed on the fishing line. Hence, a fishing hook may become located at a shallower depth than intended. It has also been found that when a fishing line has been provided with a slip-type of float, one or more hooks and a sinker, accurate casting is impeded by a sliding of the float backwards on the line during flight. It has also been known to construct floats which can be removed from a line from time to time. For example, a float can be made of two parts which are hinged together so as to sandwich a fishing line therebetween when closed. In this case, use has been made of interfitting ribs at the ends of the two paths of the float in order to clamp the fishing line to the float. In other cases, the floats have been made of two pieces which can dove-tail together in a slide fit relation so as to clamp onto a fishing line. However, in these cases, should the actual depth of the body of water be less than that estimated, the sinker and hook may well rest on the bottom in a slack manner rather than having the hook spaced above the bottom. Likewise, if the depth is greater than that estimated, the hook will be suspended far above the desired location. Accordingly, it is an object of the invention to be able to accurately place a hook at a submerged point below the surface of a body of water for fishing purposes. It is another object of the invention to be able to measure the depth of a body of water in a simple manner. It is another object of the invention to provide a float which can be used for accurately measuring the depth of a body of water of fluid. It is another object of the invention to provide a fishing float which can be readily attached to or remoded from a fishing line. It is another object of this invention to provide a float with a quick means of attaching or detaching the line from the float regardless if it is being used as a "slip" float or a "set" float. Briefly, the invention provides a float for use with a fishing line which can be used to position a fishing hook at a predetermined depth as well as to gauge the depth of a body of water or fluid. The float (10) is constructed of a flotation member (14) and receiving means (15) which are mounted on opposite ends of the member (14) for slidably receiving a fishin line (11) therein in enclosed relation. In addition, the receiving means (15) are disposed to clamp the flotation member (14) to a fishing line (11) extending along an outer surface of the member (14) with tension in the line (11). The flotation member is of an elongated cylindrical or oblong shape and is preferably made of light-weight material such as a plastic. In order to enhance the buoyancy of the float, the float is made hollow. The receiving means at each end of the flotation member is in the form of a pair of flat hook-shaped elements which define an aperture for passage of a fishing line therethrough. The flat elements are disposed in opposed relation such that the aperture is completely enclosed in a peripheral manner. In addition, the elements are resilient to permit passage of a fishing line therebetween in transverse relation. This permits a fishing line to be inserted into the aperture when placing the float on a fishing line. Likewise, the resilient nature of the elements permits the line to pass therebetween for removal of the float from the line. Each hook-shaped element of the float is also provided with a transverse protruberance which projects into the plane of the adjacent element in order to retain a fishing line within the aperture defined by the elements. The float is also provided with a securing means intermediate of the ends of the flotation member for securing a fishing line to the member in a fixed position. When in use, the float is utilized with a fishing line, for example of monofilament construction, to which a sinker and one or more fish hooks have been affixed at one end. In order to apply the float, the fishing line is slid between the flat hook-shaped elements at one end of the float and then rotated 900 in order to snap into the aperture defined by these elements. In like manner, the line is fitted into the aperture defined by the hook shaped elements at the opposite end of the float. At this time, the float, fishing hooks and sinker can then be cast. During flight of the fishing line, the tension in the fishing line is such as to clamp the line to the float so that the float, fishing hooks and sinker do not impede the casting operation. when the cast line arrives at the desired location, on the surface of the body of water, the tension in the line relative to the float decreases. Hence, the sinker is able to fall under gravity until reaching the bottom of the body of water while the line slides through the float which is maintained on the surface of the water. After the sinker touches the bottom, the float becomes a measure of the depth of the water at that point. Thereafter, the line is retrieved while again imparting tension to the line in order to clamp the float to the line. Once the line has been retrieved, for example up to the location of the clamped float, a certain length is measured off from this point to establish the depth at which the fishing hook is to be placed for subsequent fishing operation. Next, a rubber band, knot, or other type of tie is placed in-the fishing line at this point and the remainder of the line is reeled in. Thereafter, the line is recast, and when the tie slides into abutment with the float, a fishing operation may begin. At this time, the fishing hook will be suspended from the float at a level above the bottom. The invention also provides a method of determining the depth of a fluid such as a body of water. This method comprises the steps of removably securing a float at opposite ends in slidable manner on a line having a sinker at one end. Thereafter, the line, sinker and float are dropped onto the surface of the body of fluid in order to permit the sinker to fall under gravity until reaching a bottom under the body of fluid. Thereafter, the line is retrieved while imparting tension to the line to clamp the float to the line at a location indicative of the depth of the body of fluid. Then, the location of the clamped float is marked on the line as a measure of the depth of the body of fluid. For a better understanding of the present invention, and to show how the same may be carried into effect, reference will now be made to the accompanying drawings in which: Fig. 1 illustrates a view of a fishing line cast into a body of water via a fishing pole in accordance with the invention; Fig. 2 illustrates a float removably secured on a fishing line having a hook and sinker thereon in accordance with this invention; Fig. 3 illustrates an enlarged view of one end of the float and a receiving means at that end in accordance with the invetion; Fig. 4 illustrates a cross-sectional view of the float of Fig. 2; Fig. 5 illustrates an exploded view of the float of Fig. 2; Fig. 6 illustrates a view of a fishing line and float during the measurement of the depth of a body of water; Fig. 7 illustrates a view of the fishing line and float during a retrieval operation; ; Fig. 8 illustrates a view of the fishing line and float during fixed securement of the fishing line to the float; and Fig. 9 illustrates a view of a fishing line and the float during a fishing operation. Referring to Fig. 2, the float 10 is adpated to be removably secured to a fishing line 11 to which one or more hooks 12 and a sinker 13 have been secured at one end in a conventional manner. The line 11 may be of any suitable type such as a synthetic mono-filament. Likewise,the hook 12 and sinker 13 may be of any conventional structure. Referring to Figs. 2 and 5, the float 10 includes a flotation member 14 of hollow elongated cylindrical shape and receiving means 15 mounted on opposite ends of the flotation member 14 for slidably receiving the fishing line 11 in a freely enclosed relation. As indicated in Fig. 5, the flotation member 14 is made into halves 14' which are secured together along a coaxial plane X (see Fig. 4). Each half 14' is substantially identical to the other half 14'. The flotation member 14 is of relatively thin-walled thickness so as to be light-weight, particularly for buoyancy. For example, the float 10 may be of various lengths, for example three inches, four inches and six inches. Also, the float 10 may be of light weight such as 0.23 ounces for a three inch float. The float 10 is made of any suitable material, such as polystyrene, or may be made of various mixtures of polystyrene, such as a high impact polystyrene and a crystal polystyrene. Each receiving means 15 is formed by a pair of first hook shaped elements 16, 17 which are disposed in opposed relation so as to define an aperture 18 therebetween (see Fig. 3). As indicated in Fig. 4, the hookshaped elements 16, 17 are integral with and extend coaxially from the flotation member 14 on opposite sides of the coaxial plane X. In addition, each element 16, 17 carries a transverse protuberance 19 which projects into the plane of the opposed elements. As indicated in Fig. 3, each protuberance 19 substantially fills the gap between the free end of an element 16, 17 and the base of the elements 16, 17. As shown in Fig. 4, the outermost ends of the hook shaped elements 16, 17 have a chamfer 20 to define a V-shaped recess therebetween. Referring to Figs. 2 and 4, the float 10 also has a securing means 21 on the flotation member at a point intermediate the ends of the member 14 for securing the fishing line 11 thereto. As indicated in Fig. 4, this securing means includes a central post 22 which protrudes from one half 14' of the floatation member 14 and a cap 23 on the post 22 which defines a recess 24 with the post 22 and the flotation member 14. The post 22 is integrally secured to the flotation member half 14' for example by thermo-welding while the cap 23 is integrally cast with the post 22 As shown in Fig. 4, the cap 23 contacts the member 14 peripherally such that the recess 24 is closed. The recess 24 is also sized to retain one or more windings of the fishing line 11. For example, where the filament line 11 is of relatively large diameter only one winding need be accommodated within the recess 24 in order to secure the float 10 to the line 11 in fixed manner. Where the fishing line 11 is of relatively small diameter, two windings of the line may be accommodat ed within the recess 24 in order to affix the float 10 to the line 11. In order to utilize the float 10 as a depth gauge the float is secured to the fishing line 11, for example, after the hook 12 and sinker 13 have been secured in place. At this time, the fishing line 11 is slid between the resilient hook shaped elements 16, 17 at one end of the flotation member 14 in a transverse manner (parallel to the coaxial plane X). The line 11 is then passed about the free ends of the elements 16, 17 into a plane perpendicular to the coaxial plane X. In this position, the line is free to slide within the elongated aperture 18 formed by the elements 16, 17. A similar operation is then carried out to insert the line within the aperture 18 defined by the elements 16, 17 at the opposite end of the floatation member 14 (see Fig. 2). At this time, the float 10, line 11, hook 12 and sinker 13 can be cast onto the surface of a body of water 25. During flight, the tension in the line 11 is sufficient to clamp the float 10 to the line 11. This may well be due to the aerodynamic shape of the float 10, the light weight of the float 10 and the frictional forces between the line 11 and float 10. In any event, the float 10 remains in place until arriving at the desired location on the water 25. Referring to Fig. 6, upon dropping onto the surface of the water 25, the sinker 13 falls under gravity until reaching the bottom 26. At the same time, the line 11 slides through the apertures 18 at the ends of the float 10 while the float 10 remains on the surface of the water 25. In this respect, upon reaching the surface of the water 25, the line relaxes relative to the float 10 so that the float 10 permits the line 11 to slide therethrough. After the sinker 13 touches the bottom 26, the line 11 again is tensioned due to the weight of the suspended sinker 13 so that the float 10 is again clamped to the line 11 (see Fig. 7) The location of the float 10 on the line 11 is thus indicative of the depth of the body of water 25. After the line 11 has been retrieved up to the location of the clamped float 10, a suitable means 27 such as a tie, rubber band or the like is placed in the line 11 at a point spaced from the float to establish the depth at which the hook 12 is to be located for fishing. That is, this operation permits the fishing hook 12 to be located at a fixed point above the bottom 26 of the water 25. Next, the fishing line 11 is again recast with the float 10 again being held on the line. However, upon impact with the water surface, the line 11 slides through the float 10 up to the location of the tie 27 (see Fig 9). That is, upon reaching the desired location, the sinker 13 will be suspended above the bottom 26 while the fishing hook 12 is located at the desired fishing height. In the event that the fishing line is to be used at a different location, the float 10 can again be used as a depth gauge to measure the depth of a different location in the body of water. Of course, any tie 27 which has been formed on the fishing line can be readily removed. Should it be necessary to fix the float 10 to the fishing line 11 for fishing purposes, the line 11 is simply snapped under the cap 23. In this respect, the inherent resilience of the cap 23 is sufficient to hold the float 10 on the line 11. If further securement is needed, the line 11 may be wound about the post 22 as indicated in Fig. 8 to form one or more windings. In the event that the float 10 is to be removed from the fishing line 11, removal can be carried out in a relatively simple manner. For example, a length of the line 11 leading from the float 10 may be doubled over on itself (see Fig. 8) and slid into the aperture 18 in a manner as above. This results in a loop being; formed in the line, which loop extends to one side of the float 10. The loop may then be drawn through the aperture 18 so that the float 10 is released from the line 11 at this end. A similar operation is then carried out at the opposite end. of the float 10 so that the float is completely removed. The invention thus provides a float which provides a dual function of acting as a float which can be cast without impeding the casting operation as well as acting as a depth gauge for measuring the depth of a body of water for fluid. The invention further provides a float of light-weight construction which can be readily removed from a fishing line without having to destroy the line. The invention further provides a float which can be easily mounted on a fishing line for use in different depths of water. Since the float has no moving parts, there is no danger of debris or grit clogging the- float. Further, the apertures provided by the receiving means at each end of the float are exposed so that each can be readily cleaned should any material lodge therein. Still further, because of the absence of moving parts, such as springs within the float, fabrication can be carried out at low cost and the float may have a long useful life. Finally, the float does not impart any undesirable crimp in the fishing line.

Claims: CLAIMS: 1. A fishing float, for use with a fishing line, having a flotation member, and receiving means on spaced-apart regions, preferably opposite ends, of the member each to define an aperture for slidably receiving a fishing line therein in enclosed relation, characterised in that the receiving means are disposed to clamp the member to a fishing line extending along an outer surface of the member when there is tension in the line. 2. A fishing float as claimed in Claim 1, wherein the flotation member is of elongated cylindrical shape. 3. A fishing float as claimed in Claim 1 or 2, and further comprising a securing means on the member, intermediate the ends, for securing a fishing line to the flotation member. 4. A fishing float as claimed in Claim 3, wherein the securing means comprises a post protruding from the flotation member to receive at least one winding of a fishing line, and a cap on the post defining an annular recess with the post and the flotation member, to retain the winding of a fishing line therein. 5. A fishing float as claimed in any preceding claim, wherein the receiving means includes a pair of flat hook-shaped elements defining the aperture and being resilient to permit passage of a fishing line transversely therebetween. 6. A float as claimed in Claim 5, wherein each includes a transverse protuberance projecting into the plane of the other of the pair of elements to retain a fishing line within the aperture defined by the pair of elements. 7. An apparatus, for gauging the depth of a body of water, having a flexible line and a sinker affixed to one end of the line, characterised in having a float slidably mounted on the line, the float including a flotation member and receiving means mounted on spaced-apart regions, preferably opposite ends,of the member for slidably receiving the line, with the line extending along an outer surface of the member, the means being disposed to clamp the member to the line when there is tension in the line. 8. An apparatus as claimed in Claim 7, wherein the receiving means includes a pair of flat hook-shaped elements extending coaxially from the member to define an elongated aperture therebetween for passage of the line. 9. A method of determining the depth of a body of water comprising the steps of: removably securing a float at spaced-apart regions, preferably at opposite ends,in slidable manner on a line having a sinker at one end; dropping the line, sinker and float onto the surface of a body of water to permit the sinker to fall under gravity until reaching the bottom under the body of water while sliding the line through the float and maintaining the float on the surface; thereafter retrieving the line while imparting tension to the line to clamp the float to the line at a location indicative of the depth of the body of water; and marking the location of the clamped float on the line.

Inventors: KESSLER, THEODORE P.
Applicants: KESSLER, THEODORE P.
Application year: 1984
Main classification: A01K93
IPC codes: A01K93, G01C13, A01K91