Abstract: The present invention provides an electronic control device including: a housing which has an opening portion formed at one side thereof; printed circuit boards which are inserted into the housing; and a connector unit which includes connector pins coupled to the printed circuit boards and closes the opening portion of the housing, in which the printed circuit boards include a first printed circuit board, and a second printed circuit board which is connected to one side of the first printed circuit board through a substrate connecting portion and provided below the first printed circuit board, the connector unit includes a first connector pin connected to the first printed circuit board and a second connector pin connected to the second printed circuit board, and an outer connector cover of the connector unit is disposed to be directed upward.

Abstract: The present invention provides an electronic control device including: a housing which has an opening portion formed at one side thereof; printed circuit boards which are inserted into the housing; and a connector unit which includes connector pins coupled to the printed circuit boards and closes the opening portion of the housing, in which the printed circuit boards include a first printed circuit board, and a second printed circuit board which is connected to one side of the first printed circuit board through a substrate connecting portion and provided below the first printed circuit board, the connector unit includes a first connector pin connected to the first printed circuit board and a second connector pin connected to the second printed circuit board, and an outer connector cover of the connector unit is disposed to be directed upward.

Abstract: An electronic control apparatus for a vehicle according to the present invention includes: an electronic control board which electrically controls respective parts in the vehicle; a connector which is electrically connected with the electronic control board; an extruded housing which is opened at both sides, and has one side into which the connector connected with the electronic control board is inserted and accommodated in a slot manner; a connector cover which is coupled to the connector and covers the one open side of the extruded housing into which the connector is inserted; and a back cover which covers the other open side of the extruded housing, in which a first potting layer is formed at an upper side of the connector cover, and a second potting layer is formed in the back cover adjacent to the other side of the extruded housing.

Abstract: The present specification relates to an electronic control apparatus for a vehicle, and the electronic control apparatus for a vehicle according to the present specification includes: an electronic control board which electrically controls respective parts in the vehicle; a connector which is electrically connected with the electronic control board; and a housing which is provided with a cover and a base in order to accommodate the electronic control board, in which the cover includes an upper support portion which supports an upper portion of the connector, and the base includes a lower support portion which supports a lower portion of the connector.

Abstract: An electronic control apparatus for a vehicle according to the present invention includes: an electronic control board which electrically controls respective parts in the vehicle; a connector which is electrically connected with the electronic control board; an extruded housing which is opened at both sides, and has one side into which the connector connected with the electronic control board is inserted and accommodated in a slot manner; a connector cover which is coupled to the connector and covers the one open side of the extruded housing into which the connector is inserted; and a back cover which covers the other open side of the extruded housing, in which a first potting layer is formed at an upper side of the connector cover, and a second potting layer is formed in the back cover adjacent to the other side of the extruded housing.

Abstract: The present specification relates to an electronic control apparatus for a vehicle, and the electronic control apparatus for a vehicle according to the present specification includes: an electronic control board which electrically controls respective parts in the vehicle; a connector which is electrically connected with the electronic control board; and a housing which is provided with a cover and a base in order to accommodate the electronic control board, in which the cover includes an upper support portion which supports an upper portion of the connector, and the base includes a lower support portion which supports a lower portion of the connector.

Abstract: 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.

Abstract: The present invention relates to an electronic control device which is an electronic control device such as an engine ECU for a vehicle and has a tight sealing structure between a case and a connector. The present invention provides an electronic control device for a vehicle, which implements a new type of sealing manner in which a space to be filled with a sealing material is formed between a case side dam and a connector side dam when a case and a connector of the electronic control device are assembled, and the sealing material is applied in the space, which is formed as described above, such that airtightness for an assembly region between the case and the connector is maintained, thereby securing sufficient sealing areas because of enlarged sealing sections, and achieving stable sealing quality and improving quality.

Abstract: The present disclosure relates to an electronic control apparatus for a vehicle using waterproof housing sealing and a manufacturing method thereof, and the electronic control apparatus includes: an electronic control element configured to electrically control each part of the vehicle; a connector electrically connected with the electronic control element; a housing having an opened one side surface, the connector connected with the electronic control element being inserted from the one side surface in the slot type to be accommodated in the housing; and a connector cover coupled with the connector to cover the opened one side surface of the housing, in which a flange extended by a predetermined length toward the outside is formed on the opened one side surface of the housing along a side surface of the housing, and a potting layer is formed inside the flange on the connector cover.

Abstract: The present invention relates to an electronic control device which is an electronic control device such as an engine ECU for a vehicle and has a tight sealing structure between a case and a connector. The present invention provides an electronic control device for a vehicle, which implements a new type of sealing manner in which a space to be filled with a sealing material is formed between a case side dam and a connector side dam when a case and a connector of the electronic control device are assembled, and the sealing material is applied in the space, which is formed as described above, such that airtightness for an assembly region between the case and the connector is maintained, thereby securing sufficient sealing areas because of enlarged sealing sections, and achieving stable sealing quality and improving quality.

Abstract: The present disclosure relates to an electronic control apparatus for a vehicle using waterproof housing sealing and a manufacturing method thereof, and the electronic control apparatus includes: an electronic control element configured to electrically control each part of the vehicle; a connector electrically connected with the electronic control element; a housing having an opened one side surface, the connector connected with the electronic control element being inserted from the one side surface in the slot type to be accommodated in the housing; and a connector cover coupled with the connector to cover the opened one side surface of the housing, in which a flange extended by a predetermined length toward the outside is formed on the opened one side surface of the housing along a side surface of the housing, and a potting layer is formed inside the flange on the connector cover.

Abstract: 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.

Abstract: An apparatus to provide a three-dimensional (3D) interface and a method for providing a 3D interface are provided. The apparatus may output an interface space in a specific color using additive color mixtures of light, may sense a change in location of an object in the interface space, may sense the location change of the object as a motion, and may process an input corresponding to the sensed motion if the input corresponding to the sensed motion exists. The interface space may be a space in which the recognition areas of sensors overlap.

Abstract: A user interface apparatus may include a display unit to display a screen according to an application, a touch sensor to generate a touch signal if a touch is sensed on the display unit, a pressure sensor to generate a push signal if a push is sensed on the display unit, and an interface unit to determine an input according to the touch signal and the push signal, and to perform an operation of the application corresponding to the determined input.