Abstract: A system allows a customer to upload their face and drag it over a model's face on a clothing shopping website. The system can provide the customer with better insight on how the shirt, dress, blouse, or the like, will look in conjunction with their own face. The customer can sign up for the system, upload one or several pictures, and crop out the outline of their face. They can then click on a virtual mall to take their face to various clothing sites.

Abstract: The motion damper includes a damper wall, damper stages, and a damper head. The damper wall and damper stages are successively smaller in size and have a nested relationship. The damper wall and damper stages are each flexibly attached to an adjacent damper stage or the damper wall such that the damper stages may deploy in a telescopic fashion away from the damper wall. The damper head is attached to a smallest damper stage. As a result, the damper stages change in position relative to the damper wall and relative to each other to absorb the kinetic energy of objects attached to the damper head and damper wall.

Abstract: Safety arrangement comprising a unit to be located beneath a bonnet of a motor vehicle. The unit is adapted to become of increased length in response to a signal from a sensor and may comprise a bellows-sleeve and a gas generator. The unit has a catch arrangement adapted to engage part of the bonnet structure so that part of the bonnet structure is engaged and retained when the length of the unit is increased.

Abstract: A safety arrangement in a motor vehicle includes a sensor (10) and a component (17) of the suspension of the vehicle of adjustable length between a front wheel (16) and a fixed part (14) of the vehicle. The component of adjustable length (17) is associated with a chamber (20) to be filled with fluid, there being a fluid outlet (26) which includes a pilot operated diaphragm valve (36).

Abstract: A safety arrangement compriese a unit (20) to be located beneath a bonnet (8) of a motor vehicle. The unit is adapted to become of increased lenght in response to a signal from a sensor (35) and may comprise a bellows-sleeve (21) and a gas generator (19), the unit has a catch arrangement (23) adapted ot engage part (9) of the bonnet structure so that that part of the bonnet structure is engaged and retained when the lenght of the unit is increased.

Abstract: The motion damper includes a damper wall, damper stages, and a damper head. The damper wall and damper stages are successively smaller in size and have a nested relationship. The damper wall and damper stages are each flexibly attached to an adjacent damper stage or the damper wall such that the damper stages may deploy in a telescopic fashion away from the damper wall. The damper head is attached to a smallest damper stage. As a result, the damper stages change in position relative to the damper wall and relative to each other to absorb the kinetic energy of objects attached to the damper head and damper wall.