This disclosure relates to a motor vehicle having a door check mechanism. An example motor vehicle a pivotable door, a door check mechanism including a bar, wherein the door check mechanism is configured to hold the door open in a fully open check position, and a retarder assembly configured to oppose opening of the door beyond the fully open check position by applying a force generated by a non-linear surface of the bar.

This disclosure relates to a motor vehicle having a door check mechanism. An example motor vehicle a pivotable door, a door check mechanism including a bar, wherein the door check mechanism is configured to hold the door open in a fully open check position, and a retarder assembly configured to oppose opening of the door beyond the fully open check position by applying a force generated by a non-linear surface of the bar.

Present invention is related to a door hinge for opening and closing a door, the door hinge including: a fixing member fixed to the door frame of the oven range; an operating frame that is rotatably connected to the fixing member and is fixed to the door to open and close the door; a hinge bracket configured to rotatably connecting the operating frame to the fixing member, wherein the hinge bracket includes: a plate connected with the inside of the lower end of the operating frame, and a gap holding member having a first end, a second end, and in a shape of a at the center thereof for forming a space, wherein the first end of the gap holding member is connected to a lower end of the plate, and the second end of the gap holding member is connected to lower end of the fixing member.

A recording apparatus includes a lower unit including a recording unit that performs recording on a medium, and an upper unit including a reading unit that reads a document image, the upper unit being disposed above the lower unit and being configured to open and close with respect to the lower unit. The upper unit includes an arm that maintains an open state of the upper unit by being supported by the lower unit. The lower unit has a cam groove that receives a protrusion disposed on the arm and that has a route along which the protrusion moves in a certain direction when the upper unit opens or closes. A recess that the protrusion enters and that supports the protrusion from below is disposed in the cam groove and the open state of the upper unit is maintained by the protrusion entering the recess.

A recording apparatus includes a lower unit including a recording unit that performs recording on a medium, and an upper unit including a reading unit that reads a document image, the upper unit being disposed above the lower unit and being configured to open and close with respect to the lower unit. The upper unit includes an arm that maintains an open state of the upper unit by being supported by the lower unit. The lower unit has a cam groove that receives a protrusion disposed on the arm and that has a route along which the protrusion moves in a certain direction when the upper unit opens or closes. A recess that the protrusion enters and that supports the protrusion from below is disposed in the cam groove and the open state of the upper unit is maintained by the protrusion entering the recess.

A hold open rod includes a rail configured to be attached to a structure. The rail including at least one surface having engagement portions. The hold open rod also includes a lock mechanism configured to be attached to the rail, the lock mechanism configured to allow the rail to move in a first direction. The lock mechanism further configured to prevent the rail from moving in a second direction by engaging with the engagement portions.

A hold open rod includes a rail configured to be attached to a structure. The rail including at least one surface having engagement portions. The hold open rod also includes a lock mechanism configured to be attached to the rail, the lock mechanism configured to allow the rail to move in a first direction. The lock mechanism further configured to prevent the rail from moving in a second direction by engaging with the engagement portions.

A hood stay device for a vehicle includes a housing, support, and latch. A proximal end of the housing is pivotably coupled to the hood or vehicle body. An inner end of the support is within the housing. The support extends through a distal end of the housing to an outer end of the support that is pivotably coupled to the other one of the hood or vehicle body. The support is slidable relative to the housing along an axis and includes teeth arranged in a rack along the axis. The latch is coupled to the housing and movable between locked and unlocked positions relative thereto. When in the locked position, the latch engages the teeth to inhibit movement of the support member along the axis. When in the unlocked position, the latch is apart from the teeth to permit movement of the support along the axis.

A hood stay device for a vehicle includes a housing, support, and latch. A proximal end of the housing is pivotably coupled to the hood or vehicle body. An inner end of the support is within the housing. The support extends through a distal end of the housing to an outer end of the support that is pivotably coupled to the other one of the hood or vehicle body. The support is slidable relative to the housing along an axis and includes teeth arranged in a rack along the axis. The latch is coupled to the housing and movable between locked and unlocked positions relative thereto. When in the locked position, the latch engages the teeth to inhibit movement of the support member along the axis. When in the unlocked position, the latch is apart from the teeth to permit movement of the support along the axis.

This disclosure relates to a motor vehicle having a door check mechanism. An example motor vehicle a pivotable door, a door check mechanism including a bar, wherein the door check mechanism is configured to hold the door open in a fully open check position, and a retarder assembly configured to oppose opening of the door beyond the fully open check position by applying a force generated by a non-linear surface of the bar.