WO/2016/117994 DEVICE FOR THE CONTROLLED APPLICATION OF ULTRAVIOLET LIGHT AND CHITOSAN FOR THE DISINFECTION OF MEAT PRODUCTS||WO||28.07.2016|
||PCT/MX2015/000009||FONTES UNG, Cristian Tadeo||TERAN BALAGUER, Luis Fausto|
The invention relates to a device for the sterilisation of meat carcasses, formed by two sterilisation systems, the first comprising the calculated exposure of the meat carcass to ultraviolet radiation in order to eliminate 99% of the bacteria of the meat, and a second step comprising the application of a chitosan biofilm in order to eliminate bacteria remaining on the surface of the meat, and to produce an antibacterial seal on same.
WO/2016/117991 SYSTEM FOR GENERATING BIO-DIESEL FROM DIFFERENT RAW MATERIALS HAVING A HIGH LIPID CONTENT BY MEANS OF THE IN SITU TRANSESTERIFICATION PROCESS||WO||28.07.2016|
||PCT/MX2015/000006||VELEZ DE LA ROCHA, Jose Martin||VELEZ DE LA ROCHA, Jose Martin|
The invention relates to the production of bio-diesel from wet biomass having a high lipid content, using a process with two main stages, involving hydrothermal carbonisation (HTC) and supercritical in situ transesterification (SC-IST). The wet carbon or "hydrochar" produced by HTC is reacted with ethanol or methanol, not in excess, controlling the residence time, moisture levels, pressure and temperature. A continuous process is established, involving a number of stages such as hydrothermal carbonisation, filtering and supercritical in situ transesterification. This process observes the conditions that provide the best results: in the hydrothermal carbonisation, working with a mixture of 20% solids and at a temperature of 250°C for a time of 45 minutes, and for the supercritical in situ transesterification, working with a molar ratio of 20:1 of ethanol and fatty acids, having a moisture level between 45 and 50%, at a temperature of 275°C, and for a time of 180 minutes.
WO/2016/117989 SMART CONTROL DEVICE AND SYSTEM FOR INFRARED CONTROLS, USING MOBILE PHONES AND GENERIC IR REMOTE CONTROLS||WO||28.07.2016|
||PCT/MX2015/000004||CASTRO BALDENEBRO, Brayan Gamaniel||TERAN BALAGUER, Luis Fausto|
The invention relates to a smart control device and system for infrared controls, using mobile phones and generic IR remote controls. The device controls electronic appliances that receive infrared signals, such as televisions, air-conditioning systems and other infrared-controlled household appliances located in the same room as the device, said device receiving commands both from a mobile application via Bluetooth as well as by means of a universal remote control with infrared output. The device can also control lights since it is equipped with an IR transceiver sensor that operates as an on/off switch upon detection of an interruption in the infrared beam.
WO/2016/117992 WIRELESS, SMART CONTROL DEVICE FOR CONTROLLING INFRARED-CONTROLLED DEVICES AND HOME AUTOMATION DEVICES, USING SMARTPHONES||WO||28.07.2016|
||PCT/MX2015/000007||CASTRO BALDENEBRO, Brayan Gamaniel||CASTRO BALDENEBRO, Brayan Gamaniel|
The invention relates to a wireless, smart control device for controlling infrared-controlled devices and home automation devices, using smartphones. The device of the invention is highly effective, discrete and compact, offering Bluetooth and IR connectivity, and it is linked to an application for mobile devices, from which commands can be sent in order to transmit infrared signals to any IR remote control appliance. In addition, the IR controller device can obtain signals from any universal remote control and translate same into wireless Bluetooth signals in order to use the application.
WO/2016/117993 MINI-SPLIT-TYPE REFRIGERATION SYSTEM INCORPORATING AN OZONE GENERATOR DEVICE FOR THE DISINFECTION OF AIR||WO||28.07.2016|
||PCT/MX2015/000008||CARO RAMOS, Felipe||VELEZ DE LA ROCHA, Jose Martin|
The invention relates to a mini-split-type refrigeration system incorporating an ozone generator device for the disinfection of air. The ozone generator device comprises an alternating voltage source (1), a transformer (2) and a pair of electrode plates (3, 5) separated by a dielectric material (4). In addition, the refrigeration system comprises a compressor (12), a condenser (13), a heat-dissipating fan (14), an expansion valve (15), an evaporator (16), a recirculation fan (17), a temperature sensor (S1), an ozone sensor (S2), a pyroelectric presence sensor (S3), a timer (23) and a controller (11). An air duct (20) linked to a gate (21) actuated by an electric motor (22) connects the recirculation air suction side of the evaporator (16) to the outside, such that, when the pyroelectric sensor (S3) detects the presence of people, the controller (11) sends a signal to open said gate (21) and renew the air of the room.
WO/2016/117990 SYSTEM AND METHOD FOR AUTOMATIC CONTROL AND SAFETY FOR A DEVICE FOR STERILISING CARCASSES||WO||28.07.2016|
||PCT/MX2015/000005||FONTES UNG, Cristian Tadeo||FONTES UNG, Cristian Tadeo|
The invention relates to a system and method for automatic control and safety for a device for sterilising carcasses. The method comprises the steps of introducing the products, sterilising and removing the products from the device. The system comprises a central processing system, safety algorithms that prevent the operator from coming into contact with the light of the ultraviolet lamps in order to eliminate risks, electrical, mechanical and viewing means that permit the automation of the method, algorithms for fault reporting and localisation of same, and algorithms for communication external to the device, such as Ethernet, WiFi and Bluetooth, in order to permit the generation of statistics and remote operation.
WO/2016/117988 SYSTEM AND DEVICE FOR DIGITAL AUTOMATED CONTROL||WO||28.07.2016|
||PCT/MX2015/000003||CASTRO BALDENEBRO, Braan Gamaniel||CASTRO BALDENEBRO, Braan Gamaniel|
The invention relates to a system and device for digital automated control, which is an electronic interrupter which in turn is a control circuit with the same functionality as a classic interrupter, position ON closing the power circuit and permitting the passage of current, and position OFF opening the power circuit, but wherein the ON/OFF transition is not mechanical, rather it is controlled by software from a micro-controller, substantially increasing the automation of the system, by adding functions such as light sensors, presence sensors, voice control, scene adjustment and programming of activation schedules. Different stages were followed for the development of this invention, from the general design of the product, electronic design, production, construction of the embedded system, laboratory tests, communication tests and tests for resistance to environments.
WO/2016/117995 DEVICE FOR THE LIQUEFACTION OF AIR BY MEANS OF STIRLING-TYPE ENGINES DISPOSED IN A CASCADE AND SUPPLIED BY SOLAR ENERGY||WO||28.07.2016|
||PCT/MX2015/000010||CARO RAMOS, Felipe||CARO RAMOS, Felipe|
The invention relates to a device for the liquefaction of air by means of Stirling cycle engines for the extraction of oxygen by means of cryogenics. The device comprises two Stirling cycle engines disposed in a cascade wherein the gas (helium) passes from the first cycle to the second and subsequently to a heat exchanger where the heat is extracted from the air in order to condense same. In order to complete the cycle, both engines take solar energy by means of parabolic solar collectors, which is concentrated in the cylinder of the hot side in order to achieve the function.
WO/2016/117996 INTELLIGENT HOLOGRAM WITH ELECTRONICALLY READABLE IMAGE, AND METHOD FOR PRODUCING SAID HOLOGRAM||WO||28.07.2016|
||PCT/MX2016/000002||BAUTISTA PÉREZ SALAZAR, José Ramón||BAUTISTA PÉREZ SALAZAR, José Ramón|
The present invention relates to an intelligent hologram containing an image, mark or text formed by the rearrangement of pixels inside the image and which can only be revealed when read by an electronic reading device. The hologram can be incorporated in official documents, valuables, lottery tickets, certificates, tax stamps, diplomas, show tickets and all types of identification and security documents, and valuables in general of all types.
WO/2016/114643 ENDOTRACHEAL TUBE FASTENER FOR PAEDIATRIC PATIENTS||WO||21.07.2016|
||PCT/MX2015/000012||GALAZ MENDEZ, Ramsés||GALAZ MENDEZ, Ramsés|
The invention relates to an endotracheal tube fastener for paediatric patients that require respiratory intubation during a hospital stay. More specifically, the invention relates to a fastener having a form that can be adapted to the patient's measurements, which prevents injury to the skin and the build-up of saliva and fluids in the facial area. The fastener of the invention has been improved for use in the care of paediatric patients so as to prevent the classic problems associated with current methods that can cause infections.