WO/2016/080823 PARTS AND ELECTRODES MADE OF ZINC, COATED IN TIN, AND METHOD FOR THE PRODUCTION THEREOF||WO||26.05.2016|
||PCT/MX2014/000184||ONTIVEROS BALCÁZAR, Alberto Manuel ||ONTIVEROS BALCÁZAR, Alberto Manuel |
The invention relates to a metal part containing lead, iron, cadmium, copper, zinc and tin, and optionally titanium, wherein the tin is in the form of an outer coating. The invention also relates to an electrode for carrying or receiving an electrical current, comprising at least one metal part of the aforementioned type. The invention further relates to a system for controlling electrical discharges, comprising at least one electrode for carrying or receiving an electrical current, of the aforementioned type, wherein said system can be an earth system, a lightning conductor system, a neutral wire drain and/or a combination thereof. In addition, the invention relates to a method for producing a metal part coated in tin.
WO/2016/080824 DEVICE FOR IN-LINE MONITORING OF FLUID COLOURS||WO||26.05.2016|
||PCT/MX2015/000152||UNIVERSIDAD TECNOLOGICA DE LA MIXTECA ||MIRANDA LUNA, Rosebet |
The invention relates to a compact colourimeter that can be submerged in liquids, for monitoring the colour of (translucent or opaque) liquid samples according to CIELAB standards, whether as an average of the sample colour (punctual) or as the distribution of the colour in a specific area of the sample. The colourimeter can perform in situ, in-production-line, real-time monitoring periodically at continuous time intervals and in an automated manner. The colourimeter consists of a submersible probe, a colour CCD video camera used as a colour sensor, and means for converting the RGB information into CIELAB colour parameters. The probe contains two lighting systems, a front one and an LED-based backlit one, and the necessary optics for capturing the light from the monitored sample. The first system allows the colour of opaque samples to be measured by means of reflectance and the second allows the colour of translucent samples to be measured by means of transmittance. RGB colour parameters are converted to the CIELAB standard by means of three artificial neural networks with independent configurations, one for each of the L*a*b colour parameters. The colourimeter has relevant uses in diverse industrial processes in the chemical, biotechnology and food industries, inter alia, and the use of the colourimeter can be extended to the monitoring of macro- or micro-particles in process fluids.
WO/2016/076696 CONNECTING CABIN FOR AIRCRAFT TRANSFER||WO||19.05.2016|
||PCT/MX2014/000179||MAQUINARIA JERSA, SA. DE C.V. ||VÁZQUEZ LOMBERA, Juan Policarpo |
The present invention relates in general to a coupling mechanism, specifically to a connecting cabin that can be adapted to passenger transfer mechanisms in the aviation sector, particularly for passenger boarding and/or disembarkation between aircraft and land bases, the purpose of which coupling mechanism is to prevent the passengers from being exposed to the bad weather. Connecting cabins are generally coupled to stationary or mobile installations, such as air passenger walkways or bridges, to be fitted to the exit of the plane, so that passengers are protected at all times from weather conditions during transfer to and from the terminal building. For this reason emerged the idea of developing and implementing a connecting cabin that can be adapted to suitably-sized transfer mechanisms of specific installations giving an integral infrastructure that provides passengers with comfort and protection from weather conditions during transfer, boarding and disembarkation from aircraft.
WO/2016/076694 BIOLOGICAL PROCESS FOR PRODUCING MAGNETIC NANOPARTICLES||WO||19.05.2016|
||PCT/MX2014/000177||LÓPEZ NAVARRO, Cristhian René ||LÓPEZ NAVARRO, Cristhian René |
The present invention comprises a process for obtaining magnetic nanoparticles of gold or of other metallic elements by fermenting a culture medium in the presence of producer micro-organisms such as Brevibacterium halotolerans, Bacillus mojavensis, Bacillus subtilis subsp. Inaquosorum, Bacillus subtilis subsp. Spizizenii, Bacillus tequilensis, Bacillus amyloliquefaciens subsp. Amyloliquefaciens, Bacillus siamenensis, Bacillus amyloliquefaciens subsp. Plantarum, Bacillus subtilis, Bacillus subtilis subsp. Inaquosorum, Bacillus atrophaeus, or Bacillus vallismortis, inter alia. The process of the invention can be used to effectively control the size and form of the nanostructure to be obtained, with production levels above those found at laboratory level.
WO/2016/076697 PORTABLE ELECTRONIC INSTRUMENT FOR MEASURING THE OPTICAL DEPTH OF AEROSOLS IN AN AIR COLUMN ALONG THE TRAJECTORY OF SAID AEROSOLS TOWARDS THE SUN||WO||19.05.2016|
||PCT/MX2014/000180||INSTITUTO TECNOLÓGICO Y DE ESTUDIOS SUPERIORES DE MONTERREY ||PEREZ ALVAREZ, Hugo Isaac |
The present invention relates to a portable electronic instrument for measuring the optical depth of aerosols in an air column along the trajectory of said aerosols towards the sun, the instrument being of the type that comprises a casing with a lower cover and an upper cover which are connectable to each other by fastening elements and inside of which the components are accommodated. The instrument is characterised in that said lower cover comprises: an optical arrangement at one end for collimating the solar light for sensing, the optical arrangement being formed by a mechanical assembly which defines a plurality of linear solar light capture channels for sensing that have means for blocking internal reflections and in which means are disposed passband and photodiode optical filters, and an internal sun target for alignment with the sun; an electronic system installed and assembled on a printed circuit board and including a microprocessor with very-low-noise transconductance amplifiers, an analogue-digital converter, a flash memory for storing readings, and which has embedded firmware and software for various functions, particularly mathematical libraries for information processing, as well as a screen for displaying the collected data and instrument configuration; an electric power source housed in the casing for supplying said electronic system; and a flexible covering membrane as a user interface.
WO/2016/076695 MOBILE TELESCOPIC RAMP FOR TRANSFER OF PEOPLE||WO||19.05.2016|
||PCT/MX2014/000178||MAQUINARIA JERSA, SA. DE C.V. ||VÁZQUEZ LOMBERA, Juan Policarpo |
The invention relates to a mechanical system for the transfer of people between places located at different heights, as is the case in facilities that are temporary, under construction, or where at least one of the places is mobile, such as for the embarking or disembarking of passengers of aircrafts in remote terminals. This invention provides a solution that fulfils various purposes and can be adapted to different forms of operation with the possibility of varying the ranges of height and position angle. It is important to note that the various modalities of application covered by the invention can be used for the transfer of passengers between a bus and an aircraft, between a telescopic passageway and an aircraft, and between an aircraft and ground level. It also has a ramp for the transfer of passengers to small aircraft, said ramp basically consisting of a fixed section, a telescopic section and a control unit, which are all mounted on a moving unit consisting of a chassis used to support and move the different components of the mobile telescopic ramp.
WO/2016/076699 SELF-SUSTAINABLE DEVICE FOR GENERATING ELECTRICAL ENERGY||WO||19.05.2016|
||PCT/MX2015/000145||MONTOYA RODRÍGUEZ, Federico Juan José ||MONTOYA RODRÍGUEZ, Federico Juan José |
The main purpose of the present invention is to provide a portable option for generating electrical energy by converting mechanical energy into electrical energy by means of an arrangement between one or several electric motors and one or several dynamos that are operated by an electronic controller. During operation, this arrangement allows sufficient electrical energy to be generated for it to operate itself and, at the same time, to continuously supply the above-mentioned equipment. Therefore, the self-sustainable device for generating electrical energy, according to the invention, can be used as a self-sustainable, portable energy source, thereby eliminating dependence on fixed sources of electrical energy in order to operate such equipment.
WO/2016/076701 POSITIONING APPLIANCE FOR MEASUREMENT AND ANALYSIS||WO||19.05.2016|
||PCT/MX2015/000148||KAPLUN MUCHARRAFILLE, Margarita ||KAPLUN MUCHARRAFILLE, Margarita |
The invention relates to a positioning appliance for measurement and analysis, comprising: a supporting structure formed by two front columns and a rotary column connected by a base plate and an intermediate panel; anti-vibration levelling elements in the lower part of each column of the supporting structure; a support; a rotary system; a rotary track designed to be supported by the supports; a rail arranged over the rotary column and the rotary track, said rail having a sliding carriage and a brake on the front part thereof, and a positioning system on the rear part thereof; a guide arranged on the upper part of the rail, as well as a gauge; a platform that slides along the rail by means of the guide; a base positioned on the platform; a linear motion brake arranged in the centre of the platform, which allows a defined position of the platform to be secured; an electrical control panel for energising the appliance; and a light arranged on the lower part of the rail.
WO/2016/076700 ELECTRODEIONISATION REACTOR FOR WATER POLARISATION, WATER TREATMENT, AND TREATMENT OF WASTEWATER, FLUIDS IN GENERAL AND SOLIDS CONTAINING WATER, MOISTURE OR OTHER FLUID, BY ELECTROPOLARISATION||WO||19.05.2016|
||PCT/MX2015/000146||ALDAY CRUZ, Ricardo ||ALDAY CRUZ, Ricardo |
The present invention relates to an electrodeionisation reactor for fluid treatment, which comprises a plurality of ion polarisers that form an arrangement of polarisers, each one comprising: a sheath that functions as a container; a chemical treatment mixture disposed in the container, the mixture comprising ferromagnetic material in sizes from 25 to 500 microns, and a diamagnetic, non-conductive piezoelectric material; and an electrical connection terminal. The reactor further comprises: a connecting structure that connects electrically to the terminal of each of the plurality of ion polarisers; a first mesh disposed concentrically to the arrangement of the plurality of ion polarisers; a second mesh disposed concentrically to the first mesh; a first insulator and a second insulator that cover and insulate the reactor; a third insulator that comprises an electromechanical device for generating and controlling electron demand, the electromechanical device connecting a plurality of cables to the connecting structure that connects electrically to the terminal of the ion polarisers, with a direct current power source having an electronic system for voltage control and energy bypass.
WO/2016/076698 INTERACTIVE ADVERTISING BOOTH WITH A HIGH-BRIGHTNESS SCREEN||WO||19.05.2016|
||PCT/MX2014/000181||MOLINA ELIAS, Margot ||MOLINA ELIAS, Margot |
The invention relates to an interactive advertising stand or booth for presenting multimedia information, comprising a high-brightness LED display and a cooling system that allows the operation thereof outside, even in extreme conditions of temperature and luminosity, provided with a housing that is kept closed and isolated at all times in order to prevent penetration of liquid and dust.