Abstract: When an insertion groove, into which various parts are inserted, is formed on a sealing member, the present disclosure may maintain a width of an opening of the insertion groove greater than or equal to a predetermined width, facilitating the insertion. A sealing member 30 includes an insertion groove S into which a trim strip 45 is inserted. The insertion groove S has a side face S1 provided with a protruding portion 41c. The protruding portion 41c protrudes toward another side face S2 and abuts on the other side face S2 to set an opening width of the insertion groove S to a predetermined opening width or wider.

Abstract: When an insertion groove, into which various parts are inserted, is formed on a sealing member, the present disclosure may maintain a width of an opening of the insertion groove greater than or equal to a predetermined width, facilitating the insertion. A sealing member 30 includes an insertion groove S opening toward an outside of a compartment. A protruding portion 36b is formed on a side face S1 of the insertion groove S, and protrudes toward another side face S2. The protruding portion 36b is connected to the other side face R2 via a connecting portion 36c smaller in strength.

Abstract: The present disclosure may reduce the risk of a trim strip coming off a sealing member. A sealing member 30 includes a trim strip securing groove 38 opening toward an outside of a compartment so that a securing leg 47 of a trim strip 45 is inserted into the trim strip securing groove 38. The sealing member 30 is provided with a core 43 including an engagement protruding portion 43d protruding toward the inside of the trim strip securing groove 38. Inserted into the trim strip securing groove 38, the securing leg 47 of the trim strip 45 engages with the engagement protruding portion 43d.

Abstract: The present disclosure may reduce the risk of a trim strip coming off a sealing member. A sealing member 30 includes a trim strip securing groove 38 opening toward an outside of a compartment so that a securing leg 47 of a trim strip 45 is inserted into the trim strip securing groove 38. The sealing member 30 is provided with a core 43 including an engagement protruding portion 43d protruding toward the inside of the trim strip securing groove 38. Inserted into the trim strip securing groove 38, the securing leg 47 of the trim strip 45 engages with the engagement protruding portion 43d.

Abstract: When an insertion groove, into which various parts are inserted, is formed on a sealing member, the present disclosure may maintain a width of an opening of the insertion groove greater than or equal to a predetermined width, facilitating the insertion. A sealing member 30 includes an insertion groove S opening toward an outside of a compartment. A protruding portion 36b is formed on a side face S1 of the insertion groove S, and protrudes toward another side face S2. The protruding portion 36b is connected to the other side face R2 via a connecting portion 36c smaller in strength.

Abstract: When an insertion groove, into which various parts are inserted, is formed on a sealing member, the present disclosure may maintain a width of an opening of the insertion groove greater than or equal to a predetermined width, facilitating the insertion. A sealing member 30 includes an insertion groove S into which a trim strip 45 is inserted. The insertion groove S has a side face S1 provided with a protruding portion 41c. The protruding portion 41c protrudes toward another side face S2 and abuts on the other side face S2 to set an opening width of the insertion groove S to a predetermined opening width or wider.

Abstract: A thin film electric heater employs voltage and current suppressed below values of an allowable voltage and an allowable current. The thin film electric heater includes a thin film electric resistor to be formed directly on a surface of an object to be heated and is energized to effect heating. The resistor has a surface resistivity r, expressed by r=.rho./t (where .rho. is the volume resistivity of the thin film electric resistor and t is the film thickness of the thin film electric resistor), within a range to achieve the heating function of the thin film electric heater while the values of voltage and current applied to the thin film electric heater are suppressed below the values of the allowable voltage and the allowable current.

Abstract: A mold includes a thin film electric heating employing voltage and current suppressed below values of an allowable voltage and an allowable current. The thin film electric heat includes a thin film electric resistor formed directly on a surface of the mold and is energized to effect heating. The resistor has a surface resistivity r, expressed by r=.rho./t (where .rho. is the volume resistivity of the thin film electric resistor and t is the film thickness of the thin film electric resistor), within a range to achieve the heating function of the thin film electric heater while the values of voltage and current applied to the thin film electric heater are suppressed below the values of the allowable voltage and the allowable current.