Electrical component having a sensor segment composed of concrete, method for producing same, and use of same
AssigneeKennwert Rd GmbH
InventorsThorsten KLOOSTER, Jan JURASCHEK, Pat TAYLOR
Life of this patent
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Abstract
The invention describes an electrical component (10) which at least comprises a section (12) configured as a sensor (sensor section) made of concrete and which contains electrically conductive aggregates (22) which are present in a region (24) near the surface of at least one outer surface (20) of the section (12) in a higher spatial density than in the remaining section (12). In addition, a method for its production and a use of the component (10) are described.
Claims15
Electrical component (10) which at least comprises a section (12) configured as a sensor (sensor section) made of concrete and which contains electrically conductive aggregates (22) which are present in a region (24) near the surface of at least one outer surface (20) of the section (12) in a higher spatial density than in the remaining section (12).
Electrical component according to the preceding claim, characterized by a capacitively, inductively or resistively acting sensor section (12).
Electrical component according to one of the preceding claims, characterized in that the electrically conductive aggregates (22) are unevenly distributed in a plan view on the outer surface (20) section (12) configured as a sensor.
Electrical component according to one of the preceding claims, characterized by electrical interfaces (26;
- 28) introduced into the region (24) near the surface of the sensor section (12) to an electrical circuit (14).
Electrical component according to one of the preceding claims, having a manually actuable sensor section (12), characterized by an optically perceptible marking generated by means of the electrically conductive aggregates (22) on a surface of the sensor section (12).
Electrical component according to one of the preceding claims for detecting variable component characteristics of a concrete component, characterized by a sensor made of electrically conductive concrete arranged monolithically in a component to be sensed.
Method for the production of a proximity-sensitive or contact-sensitive concrete component, having the following steps:
- a) Preparing a concrete matrix for fresh concrete,
- b) Admixing electrically conductive aggregates into the fresh concrete,
- c) Introducing the fresh concrete into a formwork for the component to be produced,
- d) Increasing the spatial density of at least a part of the electrically conductive aggregates (in a defined region adjacent to) a component surface (outer surface)
- e) Curing the concrete component.
Method according to the above method claim, characterized in that in step b) at least a part of aggregates which can be influenced by magnetization is admixed, and a magnetic field is established on the formwork in step d).
Method according to the above method claim, characterized in that a pulsed, in particular non-continuous, magnetic field is established.
Method according to one of the above method claims, characterized in that the electrically conductive aggregates are distributed unevenly in a plan view on the component surface.
Method according to one of the above method claims, characterized in that electrical contacts are mounted in the hardened concrete component before step c) or after step e).
Method for producing a concrete component which is proximity-sensitive or contact-sensitive, wherein the electrical component is produced at least as a precast concrete part and subsequently is applied to a concrete component.
Method for determining the position of a mobile communication device in a building having electrical components according to one of the above device claims and having a central computer which stores location information for each electrical component within the building and a further data record in each case, in the following steps:
- a) Making contact with the central computer by the communication device,
- b) Requesting to actuate the electrical component,
- c) Detecting an actuation of the electrical component,
- d) Transferring the further data record assigned to the actuated electrical component to the communication device.
Dependencies are inferred from the claim text.