The present disclosure generally relates to nets, and more particularly to a net having a hoop frame connected to a handle.
Various types of nets are used in angling and other types of activities. Some nets are known as landing nets and are used to net a fish when the fish is caught by an angler using a fishing pole. After the fish is reeled to within reach of the angler, the fish is netted with the landing net and pulled onto the boat, dock, shore, etc.
In one aspect, a net comprises a hoop frame configured to support netting to form a head of the net. The hoop frame extends in a substantially hoop shape. The net further comprises a handle including a pole. The pole has a proximal end and a distal end. A yoke connects the hoop frame to the distal end of the pole. At least one of the hoop frame or the distal end of the pole comprise a tubular end portion secured to the yoke. The tubular end portion has an inner surface bounding an interior of the tubular end portion. A plug formed separately from the yoke and tubular end portion is installed in the tubular end portion. The plug includes a plug body and a gasket on the plug body. The gasket forms a seal between the plug body and the inner surface of the tubular end portion. The gasket forms a fluid tight seal with the inner surface.
In another aspect, a net comprises a hoop frame configured to support netting to form a head of the net. The hoop frame extends in a substantially hoop shape. The net further comprises a handle including a pole. The pole has a proximal end and a distal end. A yoke connects the hoop frame to the distal end of the pole. At least one of the hoop frame or the distal end of the pole comprise an end portion secured to the yoke. The end portion has a transverse passage. The yoke includes a yoke shell and a yoke insert protruding inwardly from the yoke shell. The yoke shell at least partially surrounds the tubular end portion. The yoke insert extends laterally into the transverse passage of the tubular end portion.
In yet another aspect, a net comprises a hoop frame configured to support netting to form a head of the net. The hoop frame extends in a substantially hoop shape. The net further comprises a handle including a pole. The pole has a proximal end and a distal end. A yoke connects the hoop frame to the distal end of the pole. The yoke comprises a first yoke portion and a second yoke portion. The first and second yoke portions are separate from and secured to each other. The first and second yoke portions form a first socket in which an end portion of the hoop frame or an end portion of the distal end of the pole is received and sandwiched by the first and second yoke portions.
Other objects and features of the present disclosure will be in part apparent and in part pointed out herein.
Corresponding reference characters indicate corresponding parts throughout the drawings.
Referring to
The net 10 includes a handle 12 and a head 14 connected to the handle. A user usually holds the net 10 by the handle 12 and manipulates the handle to position the head 14 to net a fish. The head 14 includes a hoop frame 16 configured for supporting a bag formed of netting (not shown). Various types of netting can be used. For example, the hoop frame 16 can be threaded through openings in the netting bag around a mouth of the netting bag through which a fish is receivable into the bag. The hoop frame 16 is connected to the handle 12 by a yoke 20, described in detail below. Components of the net 10 can be formed of a metal material, such as aluminum, of plastic, of carbon fiber, or of another suitable material.
In the illustrated embodiment, the handle 12 includes an elongate pole 22 and a grip 24 for assisting the user in gripping the handle. The pole 22 comprises a length of hollow round tubing (e.g., carbon fiber tubing) having a proximal or butt end and a distal end opposite the proximal end. Lateral openings 22′ in the end portion of the pole form a transverse passage through the end portion. The distal end is received in the yoke 20 for connecting the pole 22 to the hoop frame 16. As shown in
In the illustrated embodiment, the hoop frame 16 is formed by a length of aluminum round tubing. The hoop frame 16 is constructed to extend in a substantially hoop shape (i.e., a full, continuous hoop shape or a discontinuous hoop shape having a gap between end portions of the hoop member). In the illustrated embodiment, the hoop frame 16 has an intermediate segment 16A forming a distal most region of the hoop frame and has two arms 16B extending proximally from the intermediate segment. The arms 16B terminate in end portions received in the yoke 20. Lateral openings 16B′ in the end portions of the arms form a transverse passage through the end portions. The hoop frame 16 has a hollow interior extending from the end portion of one of the arms 16B, through the intermediate segment 16A, to the end portion of the other arm 16B. The interior can be filled with air or foam for buoyancy. It will be appreciated that other types of hoop frames (e.g., having other constructions or shapes) can be used without departing from the scope of the present invention.
Referring now to
The yoke 20 includes first and second upper sockets 40 for receiving the end portions of the hoop frame arms 16B and a lower socket 42 for receiving the end portion of the pole 22. As shown in
The plugs 30, 32 are constructed to enhance the strength of the end portions of the arms 16B and the end portion of the pole 22, and to prevent egress of air and ingress of water past the plugs. The hoop frame plugs 30 each include a generally cylindrical plug body 30A having a transverse bore 30B. The plug bodies 30A can be formed of plastic or another suitable material. The plugs bodies 30A are sized to fit inside the interior of the end portions of the hoop frame arms 16A. The transverse bore 30B is sized to receive shanks of the fasteners 34 when the fasteners pass through the end portions of the arms 16B. The plugs 30 also include O-rings 30C (broadly, “gaskets”) received in annular recesses in the plug bodies 30A. The annular recesses positively locate the O-rings 30C on the plug bodies and maintain the O-rings in position on the plug bodies. When the hoop frame plugs 30 are received in the end portions of the arms 16B, the O-rings 30C form fluid tight seals against inner surfaces of the end portions. Desirably, the O-rings 30C are made of a resiliently compressible material and are sized and shaped such that the O-rings are compressed between the plug body 30A and the inner surface of the end portion of the arm 16b to form a suitable annular or circumferential seal. As a result, air is trapped inside the hoop frame 16, and water is prevented from entering the hoop frame, such that the hoop frame is buoyant, and the user does not experience the undesirable sensation of water sloshing inside the hoop frame as a result of water ingress into the hoop frame.
Like the hoop frame plugs 30, the pole plug 32 includes a generally cylindrical plug body 32A having a transverse bore 32B. The plug body 30A is sized to fit inside the interior of the end portion of the pole 22. The transverse bore 30B is sized to receive a shank of the fastener 34 when the fastener is passed through the end portion of the pole 22. The plug 32 also includes an O-ring 32C (broadly, “gasket”) received in an annular recess in the plug body 32A. When the pole plug 32 is received in the end portion of the pole 22, the resiliently compressible material of the O-ring 32C is compressed between the plug body and the inner surface of the end portion to form a suitable annular or circumferential fluid tight seal. The result is air is trapped inside the pole 22 (in coordination with the butt cap), and water is prevented from entering the pole, such that the pole is buoyant, and the user does not experience the undesirable sensation of water sloshing inside the pole as a result of water ingress into the pole.
To further strengthen the connection of the pole 22 to the yoke 20, the yoke includes yoke inserts 60 on each yoke member 20A, 20B protruding inwardly from the yoke shells 46. The yoke inserts 60 are provided in the form of cylindrical protrusions sized to fit in the transverse bore 32B of the pole plug 32 and in the transverse passage of the end portion of the pole 22. As shown in
In a method of manufacturing the net 10, after the hoop frame 16 is formed, the hoop frame plugs 30 can be installed in the end portions of the hoop frame arms 16B. After the pole plug 32 is installed in the end portion of the pole 22, the yoke 20 can be assembled over the end portions of the hoop frame arms 16B and the pole. The fasteners 34 are then installed to secure the end portions in the yoke 20 sandwiched by the yoke members 20A, 20B. Before assembling the hoop frame 16 with the yoke 20, a selected netting bag (not shown) can be installed on the hoop frame. Before or after assembling the pole 22 with the yoke 20, the butt cap 26 and grip 24 can be applied to the proximal end of the pole.
It will be apparent that modifications and variations are possible without departing from the scope of the invention defined in the appended claims.
As various changes could be made in the above constructions and methods without departing from the scope of the invention, it is intended that all matter contained in the above description and shown in the accompanying drawings shall be interpreted as illustrative and not in a limiting sense.
This application claims priority to U.S. Application No. 16/215,111, filed on Dec. 10, 2018, the entirety of which is hereby incorporated by reference.
Number | Date | Country | |
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Parent | 16215111 | Dec 2018 | US |
Child | 17450923 | US |