Abstract: An apparatus and a method by which one end of a connecting rod is embedded in a first (e.g., precast) concrete panel and the opposite end of the connecting rod is moved inwardly of and affixed within an opposing rod receiving channel that is formed in an adjacent (e.g., precast) concrete panel so as to form a reliable joint for connecting the first and adjacent panels to one another. The apparatus and method have particular application in roadway construction and/or repair by creating a continuous flat driving surface to support vehicular traffic. Each of the connecting rod of the first concrete panel and the rod receiving channel of the adjacent concrete panel are axially aligned with one another and located so as to be separated from and spaced below the respective tops of the first and adjacent panels.

Abstract: An apparatus and a method by which a plurality of connecting rods are located within and slidable through a first concrete panel so that the connecting rods extend outwardly from the first panel for receipt inwardly of a second concrete panel at mating channels formed therewithin, whereby the first and second concrete panels are joined together such as, for example, in the case of roadway construction. A plurality of slots which are formed through the top of the first panel communicate with respective ones of the plurality of connecting rods. A tool is moved into contact with the connecting rods by way of respective ones of the slots. The tool applies a pushing force to each of the connecting rods to cause the rods to slide through the first panel and into receipt by the mating channels of the second panel to establish a reliable joint therebetween.