WO/2015/176193 INCUBATOR WITH THERMOREGULATING ARRANGEMENT FOR NEWBORNS SUFFERING FROM PATHOLOGIES||WO||26.11.2015|
||PCT/CL2015/050014||PEMAN, Gerardo ||GAY, Eduardo Alfonso |
The invention relates to an incubator with a thermoregulating arrangement for newborns suffering from pathologies, comprising a closed compartment consisting of a horizontal partition that separates an upper part from a lower part, wherein the upper part has receiving and housing elements for the newborn, while the lower part has respective means and elements for thermoregulation, measurement, etc., which allow the production of air flows that maintain environmental conditions according to the newborn's needs.
WO/2015/172262 ROBOTIC MACHINE FOR REMOVING AND INSERTING TROMMEL SCREENS, AND OPERATING METHOD THEREOF||WO||19.11.2015|
||PCT/CL2014/000024||MI ROBOTIC SOLUTIONS S.A. ||CARMONA ACOSTA, Carlos |
The invention relates to a robotic machine for removing and inserting trommel screens or panels (19), said machine comprising: a tool for grabbing the panel; a robotic arm with 6 degrees of freedom which manipulates the tool and which permits the panel to be removed and replaced; and a mobile main beam which is anchored to the structure of the building or site of installation or assembly, and which permits the manipulator or robotic arm to be moved and inserted inside the trommel, in order to carry out the operation. The invention also relates to the method for operating said robotic machine.
WO/2015/168817 VERTICAL-AXIS WIND TURBINE HAVING A STATIC-RIGID BODY||WO||12.11.2015|
||PCT/CL2015/000031||REINECK Hugo Orlando ||REINECK Hugo Orlando |
The present invention discloses a vertical-axis wind turbine having a static-rigid body which improves energy production (compared with other designs), due to the ability of same to increase wind speed via the tapered shape of the multiple circular nozzles with which said body is provided. Said nozzles accelerate and guide the wind toward the central turbine, regardless of the change of direction of said wind. The invention operates with high winds and can be installed at ground level or at a height. The vertical-axis wind turbine includes: supporting legs (1); shaft guides for opening covers for controlling wind outflow (2); shafts for sliding covers (3) for controlling wind outflow; a central shaft (4); latches (5) for preventing movement; gates (6) for controlling wind outflow; walls defining nozzles (7); upper and lower covers (8) for anchoring walls; an upper fastener (9) for the central shaft; rotor blades (10); a rotor (11); a lower fastener (12) for the central shaft; grooves (13) for wind outflow; a rotary cage (14) for cancelling or allowing the wind through; an upper cage mounting (15); and a lower cage mounting (16).
WO/2015/164991 SYSTEM AND METHOD FOR DETERMINING THE CONCENTRATION OF SOLUTES IN A COLOURED LIQUID SAMPLE||WO||05.11.2015|
||PCT/CL2015/000030||LAB4U SpA ||DADLANI DADLANI, Komal |
The invention relates to a method and a system, especially a mobile device, designed for determining the concentration of solutes in a coloured liquid sample, which is based on the acquisition of images of the sample and known concentration norms of the solute, and the determination of the concentration of the sample on the basis of the processing of said images and the colour values provided thereby.
WO/2015/164989 IMMUNOGENIC BACTERIAL PROTEINS, PHARMACEUTICAL COMPOSITIONS CONTAINING SAME, AND VACCINES AGAINST SHIGA-TOXIN-PRODUCING ESCHERICHIA COLI||WO||05.11.2015|
||PCT/CL2015/000026||UNIVERSIDAD DE CHILE ||MONTERO FORERO, David Arturo |
There are different strains of Shiga toxin-producing Escherichia coli (STEC),associated with foodborne diseases, which can produce hemolytic uremic syndrome (HUS). The invention corresponds to antigens as vaccines, which are recognised by the serum of patients with SUH and recognised both by IgG and IgA.
WO/2015/164990 INSERTABLE ELECTRODE DEVICE THAT DOES NOT GENERATE ACID MIST OR OTHER GASES, AND METHOD||WO||05.11.2015|
||PCT/CL2015/000027||SIMPSON ALVAREZ, Jaime Roberto ||SIMPSON ALVAREZ, Jaime Roberto |
The invention relates to an insertable electrode device (DEI) for metal electrowinning processes, said device being non-polluting since it does not generate acid mist or other gases. The principle is based on an oxidation half-cell reaction occurring inside the DEI, together with the reduction half-cell that occurs in the metal electrowinning cell using same. The DEI does not generate gases and therefore does not emit acid mist into the environment. The DEI replaces current anodes and permits oxidation reactions to occur below the energy threshold of electrolysis of water, thereby preventing the electro-generation of gaseous oxygen, which is the main cause of acid mist. The DEI comprises a peripheral frame, ion exchange membranes, a strategic electrode that is a strategic semiconductor or conductor (CSE), an inlet duct and outlet duct, a horizontal conductive rod, vertical electrical conducting bars, handles or clamps, a strategic electrolyte, a distributing rod, a discharge rod, and circulation inlet holes and circulation outlet holes.
WO/2015/161392 CONCENTRATED CLEANING COMPOSITION COMPRISING COPPER AND MENTHA PIPERITA EXTRACT, FOR CLEANING ALL TYPES OF SURFACES FOR HOUSEHOLD AND INDUSTRIAL USE||WO||29.10.2015|
||PCT/CL2015/000024||PUEBLA DUHALDE, Alejandra Arlette ||PUEBLA DUHALDE, Alejandra Arlette |
The invention relates to a cleaning composition comprising copper and mentha piperita extract, to be used in the cleaning of all types of surfaces, for household and industrial use, said composition containing a surfactant, a high concentration of soluble copper salts as an anti-bacterial agent, mentha piperita as a complementary anti-bacterial agent, a thickening agent, a fragrance and demineralised water completing the preparation. The mixture is carried out in a stainless steel reactor at between 21 and 30°C.
WO/2015/161394 ROAD BARRIER, JOINING ELEMENT, HINGED SYSTEM AND METHOD FOR INTERCONNECTING ROAD BARRIERS||WO||29.10.2015|
||PCT/CL2015/000029||WENCO S.A. ||CHINNI, Pedro |
The present invention relates to a road barrier for signalling and directing vehicular and/or pedestrian traffic and to a hinged system of road barriers, which improves the mobility and adaptability of the road barrier while in operation as well as when stored, the road barrier (1, 101) including a base (2, 102) which is open toward the lower portion and which constitutes the support for the road barrier (1, 101), a perimeter sheet (3, 103) connected to the upper portion of the base (2, 102) and which constitutes the side walls of the barrier, and an upper portion (4, 104) connected to the upper portion of the perimeter sheet (3, 103) and which closes the structure of the road barrier (1, 101) toward the outside, the road barrier (1, 101) also including anchoring means (5, 105) for anchoring elements external to the body of the road barrier (1, 101), pivoting means (6, 106) for hingedly or movably anchoring elements external to the body of the road barrier (1, 101), and a joining element (10) which is used as a hinged joining device between adjacent barriers such as to form a hinged system of barriers that includes at least two barriers linked by said joining element (10), said joining element (10) having two operating positions, a first position for storage and/or individual operation and a second position for hinged operation with other road barriers. The invention further relates to the joining element and to the method for interconnecting road barriers.
WO/2015/161393 METHOD AND SYSTEM FOR MONITORING WORK SITES||WO||29.10.2015|
||PCT/CL2015/000028||ALARCÓN CÁRDENAS, Luis Fernando ||ALARCÓN CÁRDENAS, Luis Fernando |
The invention relates to a method and system for monitoring at least one work site, in the manufacturing industry and/or in the services industry, which makes it possible to analyse and manage the work conditions, preferably with respect to the safety and/or the productivity of said at least one work site. The method includes the steps of: recording information relating to the work actions performed in the at least one work site, using at least one information-collecting means installed in said work site; storing the recorded information in at least one database, said database containing prior information relating to the work site; accessing the at least one database via access means, preferably electronic, in order to access the information stored in said database; analysing the information stored in the at least one database relating to the work site, classifying the work actions contained in the recorded information according to previously defined analysis categories, the work actions analysed, the information recorded and the analyses conducted being linked together in accordance with the classification of said work actions, in relation to the analysis categories, and the provisional and/or potential location of said work actions in the recorded information; and disclosing the results of the analysis, allowing said analysis to be viewed together with the link of said analysis to the recorded information, said results including a detailed analysis of the work actions contained in the recorded information.
WO/2015/161391 SYSTEM FOR LOCATING MOBILE OBJECTS INSIDE TUNNELS IN REAL TIME||WO||29.10.2015|
||PCT/CL2014/000021||CHESTA INGENIERĺA S.A. ||SEPULVEDA MUÑOZ, Alberto Antonio |
The invention relates to a system for locating or monitoring, in real time, persons and objects which are mobile inside tunnels, with high infrastructure density, by means of estimating lengths, angles or patterns obtained via electromagnetic signals, characterised in that the real-time location system (WILOS-RTLS) consists of four essential means for performing the locating: an optical fibre/UP Ethernet switch (1), stationary RTLS devices (2), a mobile TAG device arranged on machinery and personnel (5) and location calculation software (6); the RTLS devices (2) receive a corresponding RF interface wireless signal (4) from the mobile tag device (5) having an unknown position, which emits the RF signal thereof using microsecond periodicity; when at least two stationary RTLS devices (2) receive the RF interface wireless signal (4) from the mobile device (mobile tag on machinery or personnel) (5), said devices estimate the time differential of arrival of the RF interface transmission (4) (TDoA), and then send the estimated information, over the wired network infrastructure via an optical fibre/UP or wireless Ethernet switch (1) by means of an RF interface between stationary devices (3), to location calculation software (6); thus, the information received from at least two (one dimension), three (two dimensions) or four (three dimensions) RTLS devices (2) is processed in the software (6) in order to apply mathematical lateration techniques that is based on the TDoA information; finally, once the position has been estimated in said software (6), said information is held in order to be used in any application that can create graphs and adapt to an interface that is suitable for the location scenario.