A multi purpose fish-hook case with fishline binding device is disclosed. The
fish-hook
case (1), used for keeping a variety of fish-hook therein, of this invention
consists of a main body (10) provided with a lid (15). This lid (15)
is designed to be elastically opened around its hinged portion due to a spring
force through a one-touch opening process when a user presses down a first actuation
button (11) provided at a predetermined position of the lid's central portion.
This lid (11) also has a window (16) at a predetermined position,
thus allowing the user to see the contents of the case (1). A steel plate
(23) is fixed to a predetermined position at one side within the main body
(10) of the case (1). At least one fish-hook container (20, 20a)
is magnetically and removably attached to the steel plate (23) due to its
bottom magnet (22) and designed to regularly and inclinedly receive a variety
of fish-hooks therein. An accessory case (30) is fixed to the other side
within the main body (10) of the fish-hook case (1), with a cover
(33) hinged to the accessory case (30) by a hinge (35) and
elastically opened by a spring (36) when the user operates a second button
(34). The accessory case (30) has a plurality of cells (32)
separately receiving a variety of fishing accessories therein. A fishline binding
device receiving cell is formed at a predetermined portion within the main body
(10), with a fishline binding device (19) used for tying a desired
fishline to a desired fish-hook and received within the fishline binding device
receiving cell. The multi purpose fish-hook case of this invention thus allows
a user to more easily, rapidly and simply tie a fishline to a fish-hook and to
easily and simply keep such fish-hooks with the fishlines within the fish-hook
container. The multi purpose fish-hook case of this invention also has a means
for measuring the length and weight of the fish. This fish-hook case may be also
provided with a radio, a flashlight and/or a gas lighter.
