Device for monitoring buildings cracks and load/download tests

Abstract

1. Device for monitoring buildings cracks and load/download tests containing a lower base (1) suitable for the hermetic coupling of a lid (3) and allowing to understand: - a millimeter length meter (2); -Control electronics; batteries; environmental sensors; - Mobile router; Where the lower base (1) presents: - Base holes (1.1) threaded for their coupling to the wall; - Perforated base piece (1.2) with threaded holes for coupling to any surface; - Meter hole (1.3) where a millimeter length meter emerges (2) with the capacity, by means of a meter coupling (2.1) and coupling holes (2.2) threaded, to be coupled, according to the needs, to the head of interchangeable wall (4) or to the interchangeable head of the load/discharge tests (5); - Base coupling holes (1.4) that allow the hermetic closure of the lower base with the lid (3); Where the lid (3) presents: - ventilation holes (3.1); -Cover holes (3.2) threaded; -Colt (13) Orifice that allows the entrance of a USB type port; - Reset button (3.4)) that causes the 0 of the millimeter length meter (2); - Visualization screen (3.5) showing the values of the millimeter length meter (2) and the device load status; - Ignition button (3.6) that allows to activate or deactivate control electronics; - Tripod coupling hole (3.7) threaded to adjust the device to an adjustable tripod; - Photovoltaic plate (3.8) that feeds the control electronics and batteries; Where the interchangeable wall head (4) presents: -Connection holes (4.1) to make a good coupling between the lower base (1) and the interchangeable wall head (4); - Wall holes (4.2) threaded to adhere the interchangeable wall head (4) to one sides of the fissure; Where the interchangeable head of load/download tests (5) presents: - Holes of the load/discharge test head (5.1) Rossed that allow you to attach to a weight or element with a certain mass; - Load connection holes (5.2) that allow the union of the interchangeable head of the load/download tests (5) with the match piece (2.1); Where the tripod (6) presents: a tripod cylinder (6.1) threaded that enables the union between the tripod and the set formed by the lower base (1) and the cover (3), by means of the tripod coupling hole (3.7); - adjustable legs (6.2) to allow the stabilization of the device of the invention to any surface; 2. Device for monitoring buildings cracks and load/discharge tests according to claim 1 in which the meter coupling piece (2.1) is removed because interchangeable heads are connected directly by pressure to the meter of millimeter length (2). 3. Device for monitoring buildings cracks and load/download tests according to claim 1 where the router is replaced by a module or device integrated into the control electronics that allows the generation of a data transmission network. 4. Device for monitoring buildings cracks and load/download tests according to claim 1 where the lid connection hole (3) is any type of input that allows device feeding. 5. Device for monitoring building cracks and load tests according to claim 1 where the coupling (2.2) holes of the meter coupling (2.1) piece, the connection holes (4.1) of the interchangeable wall head (4) (4) and the load connection holes (5.2) of the interchangeable head of the load/discharge tests (5) are not threaded and allow the union between the different parts by means of screws and nuts. 6. Device for monitoring cracks of buildings and load/discharge tests according to claim 1 in which the interior base (1) and the Lapa (3) are made of a material resistant to adverse weather conditions. 7. Device for monitoring buildings cracks and load/discharge tests according to claim 6 in which the lower base (1) and the cover (3) are made of a rigid material. 8. Device for monitoring buildings cracks and load/discharge tests according to claim 7 in which the lower base (1) and the cover (3) are made of stainless steel. 9. Device for monitoring buildings cracks and load/discharge tests according to claim 1 in which the lower base (1) and the cover (3) are made of plastics or thermoplastic.10. Device for monitoring cracks of buildings and load/discharge tests according to claim 1 in which the interchangeable wall head (4) and the interchangeable head of the load/discharge tests (5) are made of a material resistant to adverse weather conditions. 11. Device for monitoring buildings cracks and load/discharge tests according to claim 10 in which the interchangeable wall head (4) and the interchangeable head of load/discharge tests (5) are made of a stainless steel. 12. Device for monitoring buildings cracks and load/discharge tests according to claim 1 in which the interchangeable wall head (4) and the interchangeable head of the load/discharge tests (5) are made of flexible thermoplastic. 13. Device for monitoring cracks of buildings and load/discharge tests according to claim 1 where the tripod (6) is made of a rigid material resistant to adverse conditions. 14. Device for monitoring buildings cracks and load/discharge tests according to claim 13 where the tripod (6) is made of a rigid plastic or stainless steel. 15. Device for monitoring buildings cracks and load/discharge tests according to claim 1 where the tripod cylinder (6.1) is made of an iron or stainless steel. 16. Device for monitoring buildings cracks and load/discharge tests according to 12 claim 1 where adjustable legs (62) are made of a plastic or thermoplastic. 17. Device for monitoring buildings cracks and load/discharge tests according to claim 1 where adjustable legs (6.2) are made of an iron or stainless steel and coated with a rubber or plastic.