Device, system and method for measuring moisture of structure material
The invention relates to a device, system and method for measuring moisture in building structures. A tubular body part ( 100 ) may be embedded in a material during its casting. Hole(s) ( 106 ) provided in the body part ( 100 ) lets moisture inside a space separated by the body part ( 100 ). Measuring element including electronics ( 102 ) and a sensor ( 104 ) functionally connected to the body part ( 100 ) is used to measure the separated space 108 . With a reading device ( 234 ), the results may then be read from above surface due to a provided wireless link between the measuring element ( 102 ) and ( 104 ) and the reading device ( 234 ).
1. A device for measuring moisture in structure materials, comprising:
a body part for separating a space in the material to be measured, said body part comprising at least one hole or opening for moisture to passage through inside the separated space, and
a sensor for measuring humidity and/or temperature in said separated space and electronics for transferring data wirelessly between the sensor and a reading device,
wherein a distance between the hole or opening and a top surface of the device equals a measuring depth in the material, and said body part is embedded in the material to be measured during casting so that the top surface of the device is on the level of the casting surface, and wherein, said sensor being functionally connected to the body part, said data transfer being provided in a non-invasive manner.
2. The device for measuring moisture according to claim 1 , wherein said material is concrete.
3. The device for measuring moisture according to claim 1 , comprising electronics for receiving operating energy wirelessly from the reading device in a non-invasive manner.
4. The device for measuring moisture according to claim 1 , the device comprising an inductive link for transferring data to a reading device and for receiving operating energy from the reading device.
5. The device for measuring moisture according to claim 1 , the device further comprising a radio link for transferring data to a reading device and for receiving operating energy from the reading device.
6. The device for measuring moisture according to claim 1 , where said sensor is located near to the measuring means.
7. The device for measuring moisture according to claim 1 , where said sensor is located adjacent said hole(s).
8. The device for measuring moisture according to claim 1 , where there is air inside the body part.
9. The device for measuring moisture according to claim 1 , where said sensor is embedded or attached to the frame of the body part.
10. The device for measuring moisture according to claim 1 , where said body part has guiding wings for facilitating embedding.
11. The device for measuring moisture according to claim 1 , where said body part has attachment means for attaching the measuring device into a structure.
12. The device for measuring moisture according to claim 1 , where said body part prefabricated cuts, for facilitating a desired measurement depth.
13. A measuring system for measuring moisture in structure materials, comprising the device for measuring moisture according to claim 1 , and a reading device for receiving and collecting the results measured and transmitted by the sensor.
14. The measuring system according to claim 13 , wherein the reading device is configured to provide energy for the measuring device in a wireless, inductive or radio wave, manner.
15. A method for measuring moisture inside a structure, comprising:
embedding the device for measuring moisture according to claim 1 in the material to be measured during casting of the material, moisture is measured with the device for measuring moisture, and
transferring measuring results to a reading device, said measuring process being provided without breaking a surface of the material.
16. The method according to claim 15 , wherein the measurement device is embedded into the material so that the top surface of the device is aligned on the same level with a surface of the material to be measured.