Abstract: A modular tool including a first member and a second member each including a head portion, a shaft portion and a handle portion. The first member includes a first member slot and the second member includes a second member slot. A connector includes fasteners and a pair of locking tabs. Each of the locking tabs includes a pair of locking tab openings. The first member and the second member interlock via the first member slot and the second member slot. The pair of locking tabs are disposed within a pair of locking tab slots and the fasteners run through the pairs of locking tab openings and a pair of member openings, thereby locking the first member to the second member.

Abstract: A modular tool including a first member and a second member each including a head portion, a shaft portion and a handle portion. The first member includes a first member slot and the second member includes a second member slot. A connector includes fasteners and a pair of locking tabs. Each of the locking tabs includes a pair of locking tab openings. The first member and the second member interlock via the first member slot and the second member slot. The pair of locking tabs are disposed within a pair of locking tab slots and the fasteners run through the pairs of locking tab openings and a pair of member openings, thereby locking the first member to the second member.

Abstract: The present invention involves a stenographic translation system which comprises (a) a stenographic processor device for converting lexical stroke symbols to first output units comprising language text words and sets of undefined lexical stroke symbols; (b) a speech recognition system using clusters of speech word models of a vocabulary to define word output units from speech, the units each having a system clock time value; (c) an output controller for outputting defined words by matching the output units within a time window and selecting a final output word or undefined symbol. A method is provided wherein a human speaker makes an utterance which is received essentially simultaneously by a stenographer and a speech recognition system. The stenographer manually applies first inputs to keys in a stenographic processor device to generate first outputs by using a scan chart with translations to define a word output from the stenographic processor.