Abstract: An exhaust gas processing device includes: a manifold configured to change a travelling direction of exhaust gas from a first direction to a second direction; a first catalyst carrier into which the exhaust gas that has been guided from the manifold flows, the first catalyst carrier being configured to purify the exhaust gas that is flowing in the second direction; a heater provided on the upstream of the first catalyst carrier in the flowing direction of the exhaust gas, the heater being configured to heat the exhaust gas that has entered from the manifold; and a case accommodating the first catalyst carrier and the heater, wherein an inlet-side opening portion of the case is inserted into the manifold to a position facing an inlet of the manifold, and the inlet-side opening portion is formed with an inlet-side cut-out portion configured to allow passage of the exhaust gas.

Abstract: A housing made of an insulating synthetic resin has a connecting recess opened in the connecting direction. The side walls defining the connecting recess is provided with terminal retainer recesses arranged side by side in the lateral direction. The openings are formed in the portion of the outer side surface of each side wall which correspond to the partition walls separating adjacent terminal retainer recesses from each other. The openings have the terminal retainer holes, which are formed on both sides of the corresponding partition walls, opened to the exterior thereof. When the housing is molded, the pins for forming the openings are interposed among the ribs of the metal mold which are used to form the adjacent terminal retainer recesses, the deformation of the ribs being thereby held down.

Abstract: The housing 3 made of an insulating synthetic resin has a connecting recess 13 opened in the connecting direction Y. The side walls 14 defining the connecting recess 13 is provided with terminal retainer recesses 18 arranged side by side in the lateral direction X. The openings 25 are formed in the portion of the outer side surface of each side wall 14 which correspond to the partition walls 26 separating adjacent terminal retainer recesses 18 from each other. The openings 25 have the terminal retainer holes 18, which are formed on both sides of the corresponding partition walls 26, opened to the exterior thereof. When the housing 3 is molded, the pins for forming the openings 25 are interposed among the ribs of the metal mold which are used to form the adjacent terminal retainer recesses 18, the deformation of the ribs being thereby held down.