fig1 - 3 show the preferred embodiment of the apparatus of the present invention , designated generally by the numeral 10 . fishing lure 10 has a body 11 with front 12 and rear 13 portions . the front 12 portion of body 11 can optionally be equipped with a diving blade 14 . a line eyelet 15 can be provided on the body 11 at the front 12 portion of the body , or be attached to the diving - blade as shown in fig1 and 3 . the body 11 preferably provides a pair of hook eyelets 16 , 17 . these hook eyelets 16 , 17 not only enable hooks 18 to be carried by the body 11 , the hook eyelets 16 , 17 also enable the apparatus 10 to be recharged after its internal battery 21 has lost its charge ( see fig1 - 11 ). the battery will lose charge after lengthy use of the device during fishing . the forward hook eyelet 16 can carry a single , double or treble hook arrangement , a treble hook 18 being shown in fig2 . likewise , the rear hook eyelet 17 can carry a single , double or treble hook arrangement , a treble hook being shown in fig1 and 2 . in fig3 the core of electrical components shown include a switch 22 having lower contacts 38 ( one positive , one negative ) and upper contacts 39 ( one positive , one negative ), battery 21 wiring 55 , 56 , 57 , 58 and circuit board 28 . a positive leaf 55 extends from the positive terminal of battery pack 21 . a negative lead 56 extends from the negative terminal of battery 21 as shown in fig3 . negative wire lead 56 communicates with forward hook 16 and with circuit board 28 . positive wire lead 57 communicates between one of the upper contacts 39 of switch 22 and the rear hook 17 as shown in fig3 . a positive lead 58 extends between one of the lower contacts 38 , namely the positive contact and circuit board 28 . a desire “ recipient ” can then be connected to the circuit board 28 as shown in fig4 , and 7 . the hook eyelet 16 , 17 provide contacts that enable the battery pack 21 to be recharged . body 11 has an outer surface 19 that can be covered with a simulated bait fish pattern that can include scales , coloration , gills , eyes 27 or the like . body cavity 20 has a core of components that include . wiring ( see fig3 ), battery pack 21 and switch 22 . body cavity 21 can also carry a . “ recipient ” device and an interfacing circuit board 28 . the “ recipient ” device can be a light source 29 , horn 30 , or motor drive 31 having a shaft 32 with an eccentric weight 33 for producing vibration ( see fig4 - 5 , 6 , 7 , 7 a ) . in this fashion , the apparatus 10 , 10 a of the present invention can be used as a fishing lure which is illuminated , having an internal light source 29 as shown in fig4 . the lure 10 , 10 a of the present invention can provide an internal sound producing horn 30 or a vibrating motor when equipped with motor 31 , shaft 32 and eccentric weight 33 . an alternate construction is shown in fig4 and 5 , designated generally by the numeral 10 a . the same basic core of electrical components of fig3 can be used for the embodiment designated as 10 a . as with the preferred embodiment , the alternate embodiment 10 a includes a body 11 a having a body cavity 20 and an outer surface 19 a . in fig4 and 5 , the fishing lure 10 a provides a plurality of illuminated structures that can include for example , tail 24 , fins 25 , 26 and eye 27 . in the embodiment of fig4 and 5 , the body 20 outer surface 19 a would preferably be painted or otherwise covered with opaque material . the fins 25 , 26 and tail 24 would be of a translucent or transparent material that would light up when the device 10 a is operated . similarly , the eye 27 or other selected structure could be clear or translucent so that it would be illuminated when light source 29 is activated during use . in order to operate the apparatus 10 or 10 a of the present invention , a fishing line 41 that is typically part of a rod and reel has a free end that is attached to line eyelet 15 as shown in fig8 and 9 . the fishing , retrieval position is shown in fig8 . a fisherman casts the lure 10 in the direction of a selected body of water and then uses the rod and reel to retrieve the lure 10 in the direction of arrows 42 in fig8 . when the user retrieves the lure 10 in the direction of arrows 42 , the body 11 is oriented generally horizontally as shown in fig8 which generally vertically orients switch 22 . this operating , swimming position of the lure 10 is also shown in fig1 - 7 . in fig8 the components other than switch 22 have been removed from body cavity 20 for purposes of clarity . in the position shown in fig1 - 8 , switch 22 provides a switch housing 35 having an interior 36 . metal ball bearing 37 falls to the bottom of switch housing 35 , resting upon contacts 38 and closing a circuit that activates the selected “ recipient ” device that can be a light source 29 , sound producing device ( eg . horn 30 ), or vibrator motor 31 . in fig9 a racked position of the fisherman &# 39 ; s rod and reel is shown . in this position , the lure 10 or 10 a is typically affixed to a portion of the fishing rod and the rod is stored generally vertically in a rod rack on the fisherman &# 39 ; s boat . this same position is achieved when the rod is held by the user in a generally vertical position . in this position , the ball bearing 37 rolls to the upper end of switch housing 22 , passing next to motion sensors 40 . when this occurs , power to the selected “ recipient ” such as light source 29 is interrupted so that the battery 21 is conserved . the battery 21 is only supplying power to the selected recipient ( such as light source 29 ) when the lure 10 or 10 a is in the swimming position of fig8 . likewise , if a horn 30 ( fig6 ) is to be activated , activation only occurs when in the swimming position of fig6 wherein metal ball bearing 37 rests upon the lower contacts 38 . similarly , in fig7 and 7a , when metal ball bearing 37 rests upon lower contacts 38 , battery 21 supplies power to motor drive 31 for rotating shaft 32 and eccentric weight 33 which rotates as indicated by the arrow 34 in fig7 and 7a . because the weight 33 is eccentric , it produces a vibrating action which enhances the simulation of a swimming bait fish . a charger for recharging battery 21 is shown in fig1 and 11 . charger 43 can includes a base 44 that supports a pair of sections 45 , 46 connected together including vertical section 45 and upper horizontal section 46 . the combination of base 44 , vertical section 45 and upper horizontal section 46 provides a structure that can support the lure 10 , 10 a during charging of the battery 11 . in the charging position , the lure body 11 is inverted , as shown in fig1 and 11 . by inverting the lure body 11 , metal ball bearing 37 engages contacts 39 for closing a circuit that enables charging of the battery pack 21 . in order to charge the battery pack 21 , a transformer 50 is provided having a power cord 51 that communicates with wires 53 , 54 . the wire 53 is a positively charged wire for communicating with eyelet 17 via clip 47 . the wire 54 is a negatively charged wire that communicates with eyelet 17 via clip 48 . the clips 47 , 48 can be alligator type clips that both convey power to battery pack 21 via eyelets 16 , 17 and also grip and hold the lure body 11 in the inverted position of fig1 and 11 . in order to further support the lure body 11 in the inverted position , a diving blade holder 49 can be provided that extends from vertical section 45 in a generally horizontal direction as shown in fig1 and 11 . the charger 43 can be activated by using switch 52 after the lure 10 is in the selected position shown in fig1 and 11 . the foregoing embodiments are presented by way of example only ; the scope of the present invention is to be limited only by the following claims .
a fishing lure has a hollow body that contains a battery and a selected recipient device . a switch interrupts a circuit to deactivate the light emitting device when the lure body is moved from a generally horizontal , “ swimming ” position to a more inclined position . the apparatus has a rechargeable battery that can be charged by connecting to hook eyelets on the lure body .