The invention relates to a telemetry system for collecting tap (5)-water consumption measurements in real time through a self-powered electromechanical device that can be integrated inside the tap or provided as an outer module capable of being adapted to the outlet of any type of tap (5). The electromechanical device automatically or manually adjusts the water flow rate, and indicates the volume of water to be used, displays the consumption measurements on a display (6) in real time, and sends the measurements to a storage device (2, 3) in order to store same in an external module and analyze same with a view to defining excessive consumers, losses, leaks, etc., and sharing the information, via the Internet (1), with other users in the region and vice versa. The system can be used for improving host analysis and water management and distribution capabilities.

The invention relates to a wave-driven generator that is an electricity generator operating by means of energy contained in the movement of waves in the sea. The operating principle of said wave energy converter is a giant pulley (10) with monodirectional rotation (one-way). In order to capture the movement of the waves, a rack (2) (bar toothed on both sides) is fixed to a buoy (1) (to a float) that moves up and down. This drives a gear for converting said back-and-forth motion into a rotating movement. This causes the movement of the giant pulley (10). If it is applied in the field of mechanics, the invention will enable the improvement, for example, of the operation of a ratchet wrench by eliminating the empty return.

The invention relates to a power socket (1) secured by an electromagnetic system. The power socket (1) is manufactured or machined from a plastic material or from any other material, and can be used in the home or industrial fields. The strength of the power socket may vary based on the use thereof, and is not exclusively limited to 220 volts. The power socket comprises an electromagnetic system, whereby if a magnetic field is not generated by the presence of magnets (6, 5', 7), the power socket (1) is not supplied with electric current. The magnets (5, 5') and (7) constitute the main elements contributing to the proper operation of the socket (1). At this stage, the power socket (1) can be considered to be non-operational and does not present a danger to the users.

The invention relates to a method for improving the quality of vibroseismic data, particularly vibroseismic data acquired in slip-sweep mode, by estimation and attenuation of the different harmonic components (see fig. 3). Said components are estimated from the Ground-Force signal using a separation technique with two options, namely least squares or time-frequency, both of which are adapted to the component to be extracted, and the noise is subdivided into classes. The harmonics specific to the recording in question are calculated and subtracted. Finally, the reference noises relative to each class are calculated and re-estimated using a multiple input/output method with dynamic management of the frequency band, which can be achieved using one of three options: global, cascade or multi-reference, followed by subtraction from the contaminated recording. The data quality is improved by means of appropriate source signal shaping.

The invention relates to an enterotoxemia vaccine best suited to the epidemiological situation prevalent on land. This work was begun after a comparative study of the O antigens and toxin production of the various types of ClosO antigentridium perfringens, local and foreign strains, so as to select the valences best suited to and most appropriate for the composition of the enterotoxemia vaccine. Said work enabled: two valences to be selected for producing a universal vaccine best suited to animal husbandry conditions; the use of, in particular, highly immunogenic local strains; a vaccine consisting of somatic antigens and toxins (anaculture and toxoid) to be obtained; and a reduction in the number of bacterial strains which the vaccine comprises, while at the same time enabling same to have a range of protection against the four types of Clostridium perfringens.

Control of handicapping liquids, designed as a system for control of voluntary or involuntary loss of urine, and control of menstrual flow in women. It is hermetic and has a washing and disinfecting option. For women it is a slip, panties or shorts provided with a latex envelope, for management of the genital organs, with an open sleeve for receiving the genital organs for men and a membrane which serves as a urinal for both sexes and is sealed by a hypoallergenic adhesive around the organs in order to seal

The invention relates to the pharmaceutical substance griseofulvin, which has the following formula and chemical structure: C17H17ClO6, (2S,6'R)- 7-chloro- 2',4,6-trimethoxy- 6'-methyl- 3H,4'H-spiro [1-benzofuran- 2,1'-cyclohex[2]ene]- 3,4'-dione. Said substance is extracted from solutions of Penicillium patulum obtained by fermentation. The substance has the following references: GB 784,618 (Glaxo; appl. 28.3.1955). US 2,900,304 (ICI; 18.8.1959; GB-prior. 21.9.1956). US 3,038,839 (Glaxo; 12.6.1962; GB-prior. 2.3.1959). US 3,069,328 (Glaxo; 18.12.1962; GB-prior. 4.5.1960). US 3,069,329 (Glaxo; 18.12.1962; GB-prior. 4.5.1960). Said substance, which is generally administered orally at present, is used for treating decline and disorders of the mental faculties: attention, concentration and memory.

The product of the invention contains natural elements, some of which attract insects, rodents and stimulate their appetite and one of which has an extermination action. According to the invention, the dose of a baked gypsum component is such that its action takes place at the digestive level. This slow and progressive action is the main reason for the absence of antibody development in the insect, and does not induce any mistrust among rodents. As gypsum is a mineral substance that does not degrade with time, its action is permanent. Due to its natural element composition, the product of the invention is harmless to human beings and has no effect on the environment.

The subject of the present invention is a novel system for building in reinforced concrete, comprising two metal reinforcing rings or components, either square or circular, pierced along their sides according to the number of bolts to be attached, these reinforcing rings are pierced at their centre to allow a round metal tube of various diameters to pass through and nest inside another round metal tube of slightly larger diameter before or after it. These round metal tubes constitute the piers of the structure that is to be built. These two reinforcing rings are attached by bolts according to the load and magnitude of the construction; metal framework elements may also be fixed between the two rings.

The aim of the invention is to provide a dust recovery system for cement factories. This system allows the dust to be recovered from cement factories in the form of sludge. This system thus allows the dust to be recovered by making it pass beneath water jets in order to convert it to sludge, which is recovered in silos in order to be dried.