The purpose is to make it possible to prevent breakage of electronic circuit components while minimizing any decrease in the working efficiency of an electronic circuit component mounting device.

The apparatus also includes an inter-character break identifier component (104) that identifies candidate inter-character breaks and an inter- character break classifier component.

The inter-character break classifier component (104) classifies each of the candidate inter-character breaks as an actual break, a non-break or an indeterminate break.

Before implantation, the elongation at tear of the first component is at least 1.25 times the elongation at tear of the second component.

The first component and/or second component may be encapsulated and configured to release the components when ruptured.

The purpose of the present invention is to prevent the breakage of an electronic component.

The endosome-disrupting component may be selected from polymers or polymeric capsules comprising the endosome-disrupting moieties of the invention.

This scroll component can effectively reduce the possibility that the scroll blade ruptures, thereby increasing the durability of the scroll component.

Provided are an electronic component wherein breakage of via hole conductor bodies is suppressed, a communication module, and an electronic component.

Uncontrolled emergence of cracks in the component is prevented by lower stability of the rupture layers.

A treated demulsified hydrocarbon phase separates from the active agent and the aqueous component in a modified demulsification time that is shorter than the initial demulsification time.

The resilient connecting element (2) comprises a resilient flexible plate (2) and two pairs of breakthrough portions (4, 6; 5, 7) wherein each pair of breakthrough portions consist of a first and a second breakthrough portion.

A plurality of initiation points (24), notched in the frangible cover (22) at intersections of surfaces encourages brittle fracture of the frangible component (22).

In particular, the concentration of a component with a higher dielectric constant is higher in insulation areas that are at risk of disruption than in areas that are less at risk of disruption.

Thus, any rotation of the cylinder from the locking position causes the component to break.