The invention relates to a collimator (1) for stray radiation, in particular for medical X-ray devices, in addition to a method for producing said collimator.

A collimator of this type is extremely cost-effective to produce.

Said collimator (1) is characterised in that the absorption elements (2) are statistically distributed.

A side sealing device for a water-cooled vibrating grate and a water-cooled wall is disclosed.

The third suspension arm has a front swing end and a rear swing end opposite to the front swing end.

The burn box includes a grate for receipt of a distributed mass of the regulated feed, and further includes an oscillating blade adjacent to the grate for agitation of the distributed mass of the regulated feed received thereby.

A swash plate engine comprises a counterbalancing swash plate assembly.

According to said method the slag drips in liquid form onto a vibrating, cooled grid which is covered with a slag layer on the basis of crushed and cooled recycled slag.

An inverter comprises an inversion swing link (40) and a cam swing link mechanism in linkage with the inversion swing link (40).

The invention relates to a scattered radiation grid or collimator for absorbing secondary radiation scattered by an object, comprising a support that is provided with a plurality of spaced-apart absorbing elements.

The invention relates to a base module for a nutating pump and a nutating pump system.

The oscillating clockmaking part can advantageously be an oscillating mass of a winder or a balance.

The anchor separate the vibrating, dynamic portion of the flowmeter from the non-vibrating portion of the flowmeter.

The drive rocker (17) is attached to the joint rocker (16) via a fourth joint connection (22).

An oscillator generates an oscillating output, and a power amplifier amplifies the oscillating output.