According to an embodiment of the present invention, a structure in which a product moving in a hung state on a product-holding hook catches onto a product fall part so as to fall is applied.

Velda accepts no responsibility for consequential loss that results from the product breaking down.

There is a pressure drop at the intersection of the two ducts.

In the absence of a pre-determined temperature drop, a signal is generated.

A reference decay pressure that would be expected for a perfect duct is generated and the monitored decay is compared with the reference decay for deviation.

A rapid fall of an opened door (7) does not occur.

The charge is produced by voltage drop by voltage differential maintaining the amperage.

Further, voltage drop on the common electrode (17) leads to uneven contrast.

The output voltage is based, at least in part, on the voltage drop.

The current passing through the resistive circuit produces a voltage drop.

An anti-dropping mechanism for a molded product which can surely prevent the molded product from dropping with a simple structure and does not degrade reliability in decompression.

As a result of the waste water surface fall (34) and the gully fall (32), a two stage water runoff arrangement is provided.

During the normal operating mode (M2), it is checked whether a drop in the output voltage (Vo) occurs.

The method identifies when a sustained drop occurs between the first and second torque values.

For the euro the basic scenario is fall to 1.3465.