[COLLADO VIDES, Pedro Julio, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, SOLANO LIRA, Hilda, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, SOLANO LIRA, Hilda, PORRON SOTELO, Liliana, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, SOLANO LIRA, Hilda, PORRON SOTELO, Liliana, GARCIA SOTELO, Jair Santiago, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, SOLANO LIRA, Hilda, PORRON SOTELO, Liliana, GARCIA SOTELO, Jair Santiago, ALQUICIRA HERNENDEZ, Shirley, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, SOLANO LIRA, Hilda, PORRON SOTELO, Liliana, GARCIA SOTELO, Jair Santiago, ALQUICIRA HERNENDEZ, Shirley, SALGADO OSORIO, Gerardo, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, SOLANO LIRA, Hilda, PORRON SOTELO, Liliana, GARCIA SOTELO, Jair Santiago, ALQUICIRA HERNENDEZ, Shirley, SALGADO OSORIO, Gerardo, GUITIERREZ SERRALDE, Juan Gabriel, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, SOLANO LIRA, Hilda, PORRON SOTELO, Liliana, GARCIA SOTELO, Jair Santiago, ALQUICIRA HERNENDEZ, Shirley, SALGADO OSORIO, Gerardo, GUITIERREZ SERRALDE, Juan Gabriel, LOPEZ FUENTES, Alejandra Cristina, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, SOLANO LIRA, Hilda, PORRON SOTELO, Liliana, GARCIA SOTELO, Jair Santiago, ALQUICIRA HERNENDEZ, Shirley, SALGADO OSORIO, Gerardo, GUITIERREZ SERRALDE, Juan Gabriel, LOPEZ FUENTES, Alejandra Cristina, LITHGOW SERRANO, Oscar William, COLLADO VIDES, Pedro Julio, SALGADO OSORIO, Heladia, BONAVIDES MARTINEZ, Cesar Augusto, MARTINEZ FLORES, Irma, GAMA CASTRO, Ma. Del Socorro, DEL MORAL CHAVEZ, Victor Manuel, COLLADO TORRES, Alejandro, ALQUICIRA HERNANDEZ, Kevin, SOLANO LIRA, Hilda, PORRON SOTELO, Liliana, GARCIA SOTELO, Jair Santiago, ALQUICIRA HERNENDEZ, Shirley, SALGADO OSORIO, Gerardo, GUITIERREZ SERRALDE, Juan Gabriel, LOPEZ FUENTES, Alejandra Cristina, LITHGOW SERRANO, Oscar William, TORRES RODRIGUEZ, Yenny Marlene] 9° Piso de la Torre de RectoríaCiudad Universitaria s/nDistrito Federal, C.P. 04510;Calle Avenida Palmas No. 566Colonia Bellavista, C.P. 62130Cuernavaca Morelos, C.P. 62130 The invention relates to a technological system for online knowledge management integrated by a set of processes used for knowledge management, the system being characterized in that it comprises: a registration process; contribution creation; revision; and/or editing; publication; processing for interconnection; and optionally navigation. The novel system described in this invention provides a tool for use in the field of education and/or training, enabling strategies for knowledge management to be improved at the same time as providing a public having a particular interest with access to information by means of the abovementioned features.

[HERNANDEZ VIDAURRETA, Domingo Manuel, HERNANDEZ VIDAURRETA, Domingo Manuel, GIBSON, Peter William, HERNANDEZ VIDAURRETA, Domingo Manuel, GIBSON, Peter William, WEBBER, Jeffrey Michael] Rautetie 2FI-15550 Nastola The invention concerns some methods for generating a velocity profile for a rotational knife in a clipper, such as veneer clipper. In the methods at least some parameters and/or occasions in two consecutive clipping cycles are monitored and determined and on the basis of them the operation of the knife in the clipper is controlled. Some aspects of the present invention relate to control units in the clipper.

[VELA-HERNANDEZ, Jose-Miguel, VELA-HERNANDEZ, Jose-Miguel, MERLOS-ROCA, Manuel, VELA-HERNANDEZ, Jose-Miguel, MERLOS-ROCA, Manuel, ZAMANILLO-CASTANEDO, Daniel] Avda. Mare de Déu de Montserrat, 221E-08041 Barcelona The invention relates to compounds of formula (I) or formula (II) having pharmacological activity towards the sigma receptor, for use in the treatment or prevention of osteoarthritis and pain due to osteoarthritis.

[CARLOS ALBERTO AVILA ORTA, PABLO GONZALEZ MORONES, FLORENTINO SORIANO CORRAL, ERNESTO HERNANDEZ HERNANDEZ, SILVIA GUADALUPE SOLIS ROSALES, VICTOR JAVIER CRUZ DELGADO, EDUARDO MANUEL ARIAS MARIN, JOSÉ MANUEL MATA PADILLA, ROSA MARTHA JIMÉNEZ BARRERA, IVANA MOGGIO] MX The present invention relates to a process for manufacturing yarns with photoluminescence properties based on polymeric composites. Said process consists of several stages, wherein an initial polyethylene terephthalate (PET) concentrate is produced, using the ultrasound-assisted extrusion process, with a perylene concentration and/or Zinc oxide nanoparticles of up 1% by weight. Subsequently, this composite is diluted to concentrations between 0.1% and 0.001% by weight of perylene/Zinc oxide nanoparticles. Said dilutions are fed to a spinneret where the mono-component and bi-component filaments or yarns of the shell core type are manufactured. In this way, the filaments obtained exhibit a photoluminescence with ultraviolet (UV) light. Additionally, these filaments are used to produce embroidery and fabrics. The present invention is directed to the textile industrial sector, for the manufacture of yarns, fabrics, clothes for industrial safety, military or official uniforms and sportswea r, among others.

[AGUILAR ALEJANDRO ZALETA, HERNANDEZ FRANCISCO JAVIER CONEJO, ALANIZ RAUL HERNANDEZ, QUINTANILLA JESUS ALBERTO CRESPO, PRIETO MARIA FERNANDA IBARRA, MORA GABRIEL NUÑEZ, GUERRERO MANUEL ALEJANDRO JUSTO, ZAMBRANO LUIS ROBERTO ORTIZ, LEDESMA JORGE ALEJANDRO CABEZA, RIVERA FROYLÁN ULISES RAMOS, JARAMILLO JOSÉ ROBERTO VARGAS, GONZÁLEZ ITZEL YULIANA LEGORRETA, VALDIVIA MANUEL ALEJANDRO CU] MX The present invention refers to a process plant for integrating the technologies of gasification, biodigestion and solar concentration, which allows any organic residue (humid or dry) to be processed for generating biofuel which simultaneously is used to generate heat and/or electric power in different sectors: industrial, urban, agricultural. The plant includes different pretreatment systems, where the biomass is moistened for increasing the efficiency of the process, also including recirculation with a high bacteriological content for reducing process times. The invention presents a high adaptability to different types of residual biomass and different generation capacities, depending on the specific requirements. Finally, due to the configuration of the process, the plant provides savings of up to 70% with regard to the normal water consumption for carrying out the biodigestion process, also increasing in a 20% the biogas production in a time 50% shorter with improved yields by vol umetric unit in the biodigester.

[CHAVEZ-BADIOLA, Alejandro, MURRAY, Alan, COHEN, Jacques, ABRAM, Joshua, MENDIZABAL-RUIZ, Gerardo, FLORES-SAIFFE FARIAS, Adolfo, MILLAN, Cesar, VALENCIA-MURILLO, Roberto, OCEGUEDA HERNANDEZ, Vladimir C., SILVESTRI, Giuseppe, COSTA-BORGES, Nuno, HERNANDEZ, Estefania, ALVAREZ, Angel, ESPINOZA FIGUEROA, José Gregorio, RICO BOTERO, Victor Manuel, MEDINA PEREZ, Victor Manuel, AGUAYO, Johann, GARBARINI, William Nicholas Jr., MARTÍNEZ, David] 160 Mercer Street, 3rd FloorNew York, New York 10012 Disclosed is a method of artificial intelligence-based robotic pipetting for cell preparation. The method includes training an artificial intelligence/machine learning system (AI/ML system) to classify images of biological specimens. The method includes storing the classified images. The method includes receiving an image object from an imaging system that includes a microscopy system, a camera system configured to receive imaging from the microscopy system, and a lighting system configured to illuminate a biological material. The method includes processing the image object, using the AI/ML system to determine a presence of a retrievable target cell. The method includes positioning a robotic pipettor at a target physical orientation relative to the retrievable target cell. The method includes confirming the robotic pipettor's location at the target physical orientation, using AI/ML system. The method includes instructing the robotic pipettor to obtain the retrievable target cell from the target physical orientation.

[HERNANDEZ MANCHOLA, Alvaro Jose, HERNANDEZ MANCHOLA, Alvaro Jose, SCHETTLER, Frank, HERNANDEZ MANCHOLA, Alvaro Jose, SCHETTLER, Frank, LOTTES, Jürgen, HERNANDEZ MANCHOLA, Alvaro Jose, SCHETTLER, Frank, LOTTES, Jürgen, STEGER, Manuel] Wittelsbacherplatz 280333 München A method for estimating the status of an AC network is disclosed. The method comprises a step of providing a training dataset comprising a set of training examples (X=[X0 X1 X2 ··· Xn] ) and a corresponding output of the status of the AC network (y), a step of training a hypothesis function (hθ(x)) based on the training dataset and finally a step of estimating the status of the AC network using the hypothesis function (hθ(x)). Based on the estimated status of the AC network the controller parameters of the power converter are adjusted to achieve an optimum performance behavior in the power converter. In one embodiment of the disclosed method, the status of the AC network is one of an islanded network condition or a non-islanded network condition, in another embodiment the status of the AC network is the loss of the last feeder and in yet another embodiment the status of the AC network is the strength of the AC network and the amount of nearby voltage control present.

[VELAZQUEZ MARIA GUADALUPE NEIRA, MORONES PABLO GONZALEZ, HERNANDEZ ERNESTO HERNANDEZ, ROSALES SILVIA GUADALUPE SOLIS, FERNANDEZ OLIVERIO SANTIAGO RODRIGUEZ, TAVIZON SALVADOR FERNANDEZ, CORRAL FLORENTINO SORIANO, BELMARES PERLA JANETTH HERNANDEZ, PADILLA JOSE MANUEL MATA] MX Disclosed is a process for preparing three phase polymeric nanocomposites where the nanoparticles of different morphology and chemical composition must have a hydrophilic behavior so as to be water suspended. The aqueous suspension of the nanoparticles is mixed with pellets of Nylon 6 and introduced in a mixing chamber where the three phasic nanocomposites with the dispersed and/or exfoliated nanoparticles are obtained by temperature and cut effects. Depending on the preparation conditions of the nanocomposites, it is possible to maintain the molecular weight of the polymer with a low degradation level. The addition of both nanoparticles to the Nylon 6 promotes an improvement in the Young module and in the dimensional stability of the nanocomposites prepared by the process of the present invention.

[Moreno Herrero, Jorge, Haas, Heinrich, Erbar, Stephanie, Stahl, Theo Benjamin, Garcia Fernandez, Jose Manuel, Benito Hernandez, Juan Manuel, López Fernández, José, Ortiz Mellet, María del Carmen, de la Cruz Ruiz, Noelia, Gonzalez Cuesta, Manuel] DE,55131 Mainz,An der Goldgrube 12;ES,41013 Sevilla,Av. Maria Luisa s/n Pabellón de Perú;ES,41013 Sevilla,Pabellón de Brasil Paseo de las Delicias, s/n; The present disclosure provides complexes comprising i) a cationic oligosaccharide comprising one or more cationic moieties bonded to a trehalose, a sucrose, or an n-glucose moiety, where n is 2-6; ii) a surfactant; and iii) one or more additives selected from: a sterol, a helper lipid, an immunomodulator, and a targeting molecule.

[ADRIAN ARMENTA MEZA, OSCAR ESTEBAN CAZARES ALMARAL, RAFAEL IRVING ESPARZA GUTIERREZ, JESUS MANUEL HERRERA HERNANDEZ, VICTOR MANUEL PEREZ PEREZ, DAGOBERTO TOLOSA MATA, CESAR ARTURO VALDENEGRO ARROYO, SALVADOR LOPEZ BAUTISTA, JOSE ALFREDO LUGO MORENO, JAVIER ALEJANDRO NIEBLA AGUIRRE, MARIO FERNANDO RAMOS SANTOS, JESUS ALEJANDRO SANDOVAL LOPEZ, MANUEL HUMBERTO GALLARDO INZUNZA, LUZ ELIA MARTINEZ JABALERA, RAMON OMAR LEANG GUTIERREZ] MX The invention relates to a modular prosthetic arm, for amputations higher up than the forearm. It has the feature of being modular, thus offering an advantage that reduces repair time since the module can be replaced quickly. The Socket-Stump module, which can adapt to various stumps thanks to its pneumatic attachment system, reduces the level of personalization of each stump, thus reducing the manufacturing time and production cost of each prosthesis, while allowing easy control thereof via myoelectric sensors.