Abstract: A firearm noise suppressor having an internal base frame member with a plurality of inserts mounted thereto. In one form the suppressor is provided with a slip chamber allowing gas to be forwarded to a longitudinally forward chamber for pre-compression of gas therein.

Abstract: A firearm noise suppressor having an internal base frame member with a plurality of inserts mounted thereto. In one form the suppressor is provided with a slip chamber allowing gas to be forwarded to a longitudinally forward chamber for pre-compression of gas therein.

Abstract: A firearm noise suppressor having an internal base frame member with a plurality of inserts mounted thereto. In one form the suppressor is provided with a slip chamber allowing gas to be forwarded to a longitudinally forward chamber for pre-compression of gas therein.

Abstract: A cursive character handwriting recognition system includes image processing means for processing an image of a handwritten word of one or more characters and classification means for determining an optimal string of one or more characters as composing the imaged word. The processing means segments the characters such that each character is made up of one or more segments and determines a sequence of the segments using an over-segmentation-relabeling algorithm. The system also includes feature extraction means for deriving a feature vector to represent feature information of one segment or a combination of several consecutive segments. The over-segmentation-relabeling algorithm places certain segments considered as diacritics or small segments so as to immediately precede or follow a segment of the associated main character body.

Abstract: A cursive character handwriting recognition system includes image processing means for processing an image of a handwritten word of one or more characters and classification means for determining an optimal string of one or more characters as composing the imaged word. The processing means segments the characters such that each character is made up of one or more segments and determines a sequence of the segments using an over-segmentation-relabeling algorithm. The system also includes feature extraction means for deriving a feature vector to represent feature information of one segment or a combination of several consecutive segments. The over-segmentation-relabeling algorithm places certain segments considered as diacritics or small segments so as to immediately precede or follow a segment of the associated main character body.

Abstract: A modular pedestal sign or suspended sign is formed as a hollow border defined by upper, lower and opposite side hollow members collectively setting-off an inboard signage area. The upper and lower hollow members are preferably each formed by hollow bodies which are snap-secured together and each also defines a pair of projecting legs which are in telescopic relationship to the hollow side members. A polymeric/copolymeric synthetic thermoplastic foam material is in situ molded in intimate relationship to interior surfaces of the border to rigidify the assembled components, though snap fasteners may be utilized.

Abstract: A modular pedestal sign or suspended sign is formed as a hollow border defined by upper, lower and opposite side hollow members collectively setting-off an inboard signage area. The upper and lower hollow members are preferably each formed by identically hollow bodies which are snap-secured together and each also defines a pair of projecting legs which are in internal telescopic relationship to the hollow side members. A polymeric/copolymeric synthetic thermoplastic foam material is in situ molded in intimate relationship to interior surfaces of the border to rigidify the assembled components, though snap fasteners may be utilized. Additional signage areas can be formed utilizing hollow divider members having oppositely directed pairs of legs.

Abstract: A modular pedestal sign or suspended sign is formed as a hollow border defined by upper, lower and opposite side hollow members collectively setting-off an inboard signage area. The upper and lower hollow members are preferably each formed by identically hollow bodies which are snap-secured together and each also defines a pair of projecting legs which are in internal telescopic relationship to the hollow side members. A polymeric/copolymeric synthetic thermoplastic foam material is in situ molded in intimate relationship to interior surfaces of the border to rigidify the assembled components, though snap fasteners may be utilized. Additional signage areas can be formed utilizing hollow divider members having oppositely directed pairs of legs.