A hood mount includes a bracket, a plunger assembly, and a receiver assembly. The bracket includes a plurality of recesses and is adapted to be mounted to one of a vehicle body or a hood. The plunger assembly includes a plunger including a tapered surface and is adapted to be mounted to the other of the vehicle body or hood. The receiver assembly includes a body defining a tapered seat, a pair of apertures extending through the body, a pair of rods extending through the apertures, and a plurality of bushings fixed to the rods. A portion of the plurality of bushings are received in the plurality of recesses. In a first position, the tapered surface of the plunger is spaced apart from the tapered seat of the body. In a second position, the tapered surface of the plunger contacts the tapered seat of the body.

A damping system includes a support structure having an attachment portion and a damping node mounting portion. A damping node is attached to the damping node mounting portion. The support structure is secured to an impact receiving surface via the attachment portion. The damping node is configured to mitigate an impact force received upon the impact receiving surface.

A damping system includes a support structure having an attachment portion and a damping node mounting portion. A damping node is attached to the damping node mounting portion. The support structure is secured to an impact receiving surface via the attachment portion. The damping node is configured to mitigate an impact force received upon the impact receiving surface.

A door connecting device for a vehicle to which opposite swing doors including a rear door and a front door is applied, the opposite swing doors being configured to be opened or closed by a relative movement between the rear door and the front door, includes a lever rotatably mounted on one of the front door and the rear door and configured to be rotated by the relative movement between the rear door and the front door; a catcher disposed on one of the front door and the rear door and configured to rotate in conjunction with a rotation of the lever; and a cable connecting the lever and the catcher and configured to transmit a rotation force caused by the relative movement to the catcher when the lever rotates.

A hunting blind with inconspicuously operable windows includes a wall panel; a shelf connected to the wall panel; a window frame in the wall panel above the shelf; a window sash movably received in the window frame; at least one pulley connected to the wall panel; a sash cord disposed about the at least one pulley, the sash cord having a first end and a second end, the first end connected to the window sash; and a counterweight having a top connected to the second end of the sash cord and a bottom extending below the shelf, the counterweight configured to be manually operable from underneath the shelf to move the window sash in the window frame while user movement during operation of the counterweight is substantially concealed from game.

A hunting blind with inconspicuously operable windows includes a wall panel; a shelf connected to the wall panel; a window frame in the wall panel above the shelf; a window sash movably received in the window frame; at least one pulley connected to the wall panel; a sash cord disposed about the at least one pulley, the sash cord having a first end and a second end, the first end connected to the window sash; and a counterweight having a top connected to the second end of the sash cord and a bottom extending below the shelf, the counterweight configured to be manually operable from underneath the shelf to move the window sash in the window frame while user movement during operation of the counterweight is substantially concealed from game.

A door connecting device for a vehicle to which opposite swing doors including a rear door and a front door is applied, the opposite swing doors being configured to be opened or closed by a relative movement between the rear door and the front door, includes a damper disposed on one of the front door and the rear door and configured to move forward or rearward while coming into contact with an end portion of the other of the rear door and the front door when the rear door and the front door are closed; a stopper disposed on the one of the front door and the rear door and configured to be moved forward or rearward by a forward movement or a rearward movement of the damper; and a lever connecting the damper and the stopper and configured to mediate a forward movement or a rearward movement of the stopper when the damper moves forward or rearward thereof.

A door connecting device for a vehicle to which opposite swing doors including a rear door and a front door is applied, the opposite swing doors being configured to be opened or closed by a relative movement between the rear door and the front door, includes a damper disposed on one of the front door and the rear door and configured to move forward or rearward while coming into contact with an end portion of the other of the rear door and the front door when the rear door and the front door are closed; a stopper disposed on the one of the front door and the rear door and configured to be moved forward or rearward by a forward movement or a rearward movement of the damper; and a lever connecting the damper and the stopper and configured to mediate a forward movement or a rearward movement of the stopper when the damper moves forward or rearward thereof.

Disclosed is a damper for a washing machine cover, the damper including a cylindrical cylinder having a front end sealed by a side plate and a rear end fixed to a finishing cap, a rod configured to penetrate the finishing cap and partially inserted into the cylinder, a sealing member located between the piston and the finishing cap, a sealing member bracket supported by the rear end of the sealing member, a support spring configured to allow the sealing member bracket to be fixed at a predetermined position inside the cylinder, and an operating spring having one end supported by the side plate and the other end supported by the piston. The sealing member bracket (43) includes a sealing member fitting part (49) coupled to a seating groove of the sealing member, and a spring seating part (51) allowing an end (47a) of the support spring to be fitted thereinto.

Disclosed is a damper for a washing machine cover, the damper including a cylindrical cylinder having a front end sealed by a side plate and a rear end fixed to a finishing cap, a rod configured to penetrate the finishing cap and partially inserted into the cylinder, a sealing member located between the piston and the finishing cap, a sealing member bracket supported by the rear end of the sealing member, a support spring configured to allow the sealing member bracket to be fixed at a predetermined position inside the cylinder, and an operating spring having one end supported by the side plate and the other end supported by the piston. The sealing member bracket (43) includes a sealing member fitting part (49) coupled to a seating groove of the sealing member, and a spring seating part (51) allowing an end (47a) of the support spring to be fitted thereinto.