Electronic control apparatus for vehicle using sloped structure and method thereof
The present disclosure relates to an electronic control apparatus for a vehicle using a sloped structure, and a manufacturing method thereof, in which an appropriate space is maintained with a housing body in order to maintain thermal glue applied onto the PCB when assembling an electronic control apparatus in a sliding manner, and the PCB is assembled by making the PCB be in contact with an upper housing body along a sloped structure formed in a distal end housing at a point at which the slide type assembling is ended, so that the thermal glue may be uniformly applied onto the PCB and be maintained during a slide type manufacturing process.
1. An electronic control apparatus for a vehicle, comprising:
a printed circuit board (PCB) configured to electrically control a respective part of the vehicle, and having one surface onto which thermal glue is applied;
a housing body configured to include at least one slide guide, the at least one slide guide including a guide groove so that a side of the PCB opposite to the one surface is configured to be in close contact with a lower portion of the guide groove when the PCB is being assembled with the housing body in a sliding manner, and the guide grove of the housing body is configured to allow the PCB to be inserted in the guide groove so that the applied thermal glue to be maintained when the PCB is being assembled with the housing body in the sliding manner;
a connector cover including a connector part electrically connected and coupled with the PCB, and a cover coupling part for coupling with a proximal end of the housing body; and
a distal end housing assembled with a distal end of the housing body and including a sloped structure,
wherein when the PCB is being assembled with the housing body in the sliding manner, a side of the PCB opposite to the one surface is configured to slide along the sloped structure formed in the distal end housing, and the one surface of the PCB is configured to be in close contact with the an upper portion of the guide groove.
2. The electronic control apparatus of claim 1 , wherein the thermal glue is applied on the one surface of the PCB in a shape corresponding to a shape of the at least one slide guide of the housing body.
3. The electronic control apparatus of claim 1 , wherein the distal end housing includes the sloped structure including at least one inclined surface.
4. The electronic control apparatus of claim 1 , wherein the distal end housing includes the sloped structure having a horizontal surface in part with an inclined surface, as the PCB is being assembled with the housing body in the sliding manner along the inclined surface of the distal end housing, and the PCB becomes closer with an internal side of the distal end housing formed along the horizontal surface.
5. A method of manufacturing an electronic control apparatus, comprising:
assembling a distal end housing including a sloped structure to a distal end of a housing body;
applying thermal glue onto one surface of a printed circuit board (PCB), the PCB configured to electrically control a respective part of a vehicle;
inserting the PCB into a proximal end of the housing body and into the distal end housing in a sliding manner so that the applied thermal glue is maintained;
making the PCB be in close contact with the housing body along the sloped structure formed in the distal end housing at which point the assembling of the PCB with the housing body is completed in the sliding manner; and
coupling a connector cover including a connector part electrically connected and coupled with the PCB and a cover coupling part for coupling with the proximal end of the housing body after the PCB is in the close contact with the housing body.
6. The method of claim 5 , wherein the inserting the PCB includes inserting the PCB along at least one slide guide, the at least one slide guide including a guide groove formed in the housing body.
7. The method of claim 5 , wherein the making the PCB be in the close contact with the housing body includes making the PCB be in the close contact with the housing body along at least one inclined surface when the sloped structure includes the at least one inclined surface.
8. The method of claim 7 , wherein the making the PCB be in the close contact with the housing body includes making the PCB be in the close contact with the housing body along the at least one inclined surface where the sloped structure has a horizontal surface together with the at least one inclined surface, and making the PCB be closer to an internal side of the distal end housing formed along the horizontal surface.