Abstract: A throwing game assembly includes a hooks or loops target surface with hooks or loops formed thereon and having at least one score area is defined on the target surface. At least one switch device is located behind the hooks or loops target surface and activated when a throwing object hits and is caught on the score area which is deformed and concaved to activate the at least one switch device. The switch device sends an induction signal to a CUP in a signal receiving member electrically connected to the throwing game assembly and the signal receiving member generates proper feedback and display scores. The feedback can be cooperated with audiable signals, illumination features, voice, music, LED, LCD, backlight LCD, backlight board, LED screen to precisely show the scores automatically, and not only enhance fun for the player but also the fairness of the game.

Abstract: A dart board includes at least one flexible slot which includes at least two apertures for receiving the dart tips. A through hole is defined between the two apertures so as to expand the flexible slot and the dart tips having different sizes can be clamped by the flexible aperture. A guide plate is fixed to the retaining frame so as to guide the dart tips to successfully stick on the dart board and activate the electronic film switches of the dart board. The size of the retaining frame can be reduced because of the fixed guide plate. The guide plate and the retaining frame are engaged by engaging members and engaging holes so that the guide plate can be easily replaced. The guide plate can be fixed to the retaining frame.

Abstract: A dart board includes a plurality of target blocks engaged with spaces defined by ridges. Each target block has a plurality of posts extending therefrom. Each post has at least one recess defined in a periphery thereof. A dart hole is defined in the target block and located beside the posts. A receiving member is connected to an underside of the target block. The dart tip is guided by the posts and successfully inserted into the dart hole. The dart tip is then firmly attached to the receiving member.

Abstract: A dart board includes at least one flexible slot which includes at least two apertures for receiving the dart tips. A through hole is defined between the two apertures so as to expand the flexible slot and the dart tips having different sizes can be clamped by the flexible aperture. A guide plate is fixed to the retaining frame so as to guide the dart tips successfully stick on the dart board and activate the electronic film switches of the dart board. The size of the retaining frame can be reduced because of the fixed guide plate. The guide plate and the retaining frame are engaged by engaging members and engaging holes so that the guide plate can be easily replaced. The guide plate can be fixed to the retaining frame.

Abstract: A dartboard includes a support base and a dartboard supported on the support base. The dartboard includes an annular zero-score surface and a plurality of main retaining frames between which the target block assemblies are engaged. The target block assembly includes a top retaining frame having at least one hook and a base having at least one slot with which the at least one hook of the top retaining frame is engaged. The target block may also be movably received between a top retaining frame and a lower retaining frame. The target block has ridges extending therefrom which is movably engaged with recesses defined between the top retaining frame and the lower retaining frame.

Abstract: A dart board includes a guide disk having apertures for guiding dart tips to penetrate into the board. The casings for receiving blocks of the dart board have tapered sides for being retained by tapered inside of the frame. Hooks extend from the guide disk so that the hooks may easily be engage with the frame and the blocks are easily to be replaced or changed.