WO2000046070A2 - Antiwater and antihumidity improvements to the outside rearview mirror system in automobiles and motorcycles - Google Patents
Antiwater and antihumidity improvements to the outside rearview mirror system in automobiles and motorcycles Download PDFInfo
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- WO2000046070A2 WO2000046070A2 PCT/MX2000/000005 MX0000005W WO0046070A2 WO 2000046070 A2 WO2000046070 A2 WO 2000046070A2 MX 0000005 W MX0000005 W MX 0000005W WO 0046070 A2 WO0046070 A2 WO 0046070A2
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- exterior
- glass
- motorcycles
- mirrors
- rearview
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B60—VEHICLES IN GENERAL
- B60R—VEHICLES, VEHICLE FITTINGS, OR VEHICLE PARTS, NOT OTHERWISE PROVIDED FOR
- B60R1/00—Optical viewing arrangements; Real-time viewing arrangements for drivers or passengers using optical image capturing systems, e.g. cameras or video systems specially adapted for use in or on vehicles
- B60R1/02—Rear-view mirror arrangements
- B60R1/06—Rear-view mirror arrangements mounted on vehicle exterior
- B60R1/0602—Rear-view mirror arrangements mounted on vehicle exterior comprising means for cleaning or deicing
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B3/00—Ohmic-resistance heating
- H05B3/84—Heating arrangements specially adapted for transparent or reflecting areas, e.g. for demisting or de-icing windows, mirrors or vehicle windshields
- H05B3/845—Heating arrangements specially adapted for transparent or reflecting areas, e.g. for demisting or de-icing windows, mirrors or vehicle windshields specially adapted for reflecting surfaces, e.g. bathroom - or rearview mirrors
Definitions
- the present invention relates to the evaporation and demisting of liquids such as water and moisture caused mainly by the atmospheric environment in and on the outer side rearview mirror glasses and the most important part on the outer sides of the windows of the side windows where the drivers have the optical vision directed to the exterior side mirrors of the vehicles, cars and motorcycles exterior side mirror system that was modified in its internal and external structure and shape of the exterior housings of the side rearview mirrors and in its modification and adaptation of the parts and components that depend on the exterior side rearview system perfected in order for a new use and advantages for drivers of motor vehicles and motorcycles have a freer and clearer optical vision to the exterior side rear view system to avoid accidents incidentally caused by atmospheric climatic times such as hazy rains, moisture sprays and wet times that obstruct the exterior side rear-view system with water and moisture and with it the optical vision to the rear side parts of the vehicles by the drivers of motor vehicles and motorcycles obtaining better security.
- atmospheric climatic times such as hazy rains, moisture sprays and wet
- the exterior side rear-view systems and in the most important part on their outer sides of the window panes where the drivers have the optical vision directed to the exterior side rear-view mirrors of motor vehicles and motorcycles in general are used to that the drivers see their exterior side mirrors and have optical vision to the rear side parts as safety measures to the outside and allow them to move safer and freer on their trips and roads and highways avoiding incidents and accidents, but when weather conditions like rains, mists, water and moisture spray, they wet and fog the glass exterior side rearview mirrors and the most important parts of the window panes on their outer sides where the drivers from inside the vehicles see through the windows from the windows to the mirrors re external side viewers these obstruct the optical vision of the conductors to the external side rearview system and these to the rear side parts abroad thus compromising the safety and physical integrity and human life of drivers, companions, passengers and public transience sometimes causing human loss and disability and mutilations of human limbs caused by car accidents caused by the incident of optical obstruction of the conductors to the
- the system for evaporating and defogging the outer side mirror glass and the most important parts of optical vision in the windows of the outer side windows where the drivers see the exterior side rearview system with the invention achieves the evaporation and defogging of water and moisture in the system External lateral rearview so that drivers have a better, clearer and freer optical vision to the rear side parts of vehicles, cars and motorcycles that will be modified in their structure and shape of their configuration of the parts that conform it according to the Needs of each model of outer shell of the glass side rear-view mirrors of each model of vehicle, automobile and motorcycle that contain them in general.
- the present invention is described with its novel details and features, evaporation and defogging system of the exterior rearview mirrors glass and most important parts on its outer sides of the windows of the side windows corresponding to the front doors of the drivers where they have optical vision to the exterior rearview system evaporating any water and moisture caused mainly due to atmospheric climatic times such as rains, fogs, wet times among others in a personalized way in the exterior side rearview system taking into account that regularly some motorcycles do not regularly have side windows with their doors and the heating system will be integrated if they do not have it, the invention is achieved by means of air adjustable in air speed and adjustable in temperature providing the heating that falls on and on the glass exterior side rearview mirrors and the most important parts of the window glass in their windows.
- Figure 1 It is a perspective of the internal and external modification of the external lateral rear-view system preserving an orderly sequence of the preferred assembly and its components and attachments of the external rearview mirrors in left front view of the housing and exterior rearview mirror drawn in sequence. separately and aligned.
- Figure 2 It is a perspective of the exterior rearview mirrors in its outer housing on its side is the duct through which the air adjustable in air pressure and adjustable in temperature and modes pointing to direction. And on the most important part on its outer sides of the window panes where the driver of the vehicle inside has optical vision in the direction of the exterior side rearview mirrors so that the mentioned parts are defogged with water and moisture leaving visibility clearest.
- Figure 3 It is a perspective of the implementation of the electrical resistances with temperature regulation implemented in the counter face of the mirrored glass mirrored sides and protected with its internal housing in the form of a half sphere imitating the flat symmetry of the mirrored glass that serves as a preheater to increase the heat efficiency and serves as a heat antisinker inside the outer shell as a safety measure to the materials of the outer shell, the entire system in adherence with the rearview adjustment movement control base of the Glass exterior side mirrors are drawn in orderly sequence of the assembly and its components and attachments separately and aligned.
- Figure 4 It is a perspective of the front protruding eyebrow in the form of half an elbow that protects and protects in its front interior the conductive air pipes adjustable in air pressure and temperature and modes same air blow and blow directly over and above the glass side exterior rearview mirrors thus evaporating water and moisture that fall on them achieving a better rear side view in motor vehicles and motorcycles drawn in front left view of the side exterior rearview housing.
- Figure 5 It is a perspective of the rear view system blowing air over the mirrored glass by means of the pipe in the front contours in the outer casing of the outer side rearview mirror glasses pointing in several different directions but all on the mirrored glass and its lateral conduit that points to the most important part of the optical vision that directs the rear-view glasses in and on the windows of the exterior side windows corresponding to the front doors seeing this drawing in internal frontal view through the interior of the outer housing of the outer side mirrored glass in lateral section indicating the pipes that will be sent to the heating system and in its intervening its regulation of air pressure and temperature while imaginatively projecting the air on the mirrored glass on the part that reflects making it translucent the inside of the mirror to appreciate from the inside in inner side cut.
- Figure 6 It is a perspective in drawing and schematic to indicate the regulation and preferred modes, in regulation of air pressure and temperature regulation as well as its different and optional modes of operation as well as the preferential regulation in the temperature of the electric resistors which may control at the discretion of each of the drivers of motor vehicles and motorcycles connected to the heating system and the electrical system.
- the best method to carry out the invention by integrating and modifying it in its structure and shape of its configuration for its new application and advantages in the external lateral rearview system for the evaporation and defogging of water and humidity caused by the atmospheric environment obtaining a clearer optical vision of the drivers from inside their motor vehicles to the rear side parts will modify the invention according to the needs of each structure and shape in its configuration of each outer shell model of side exterior rearview mirrors containing the Different models of motor vehicles and motorcycles being that motorcycles usually do not have window panes or heating system will have to be modified in their structure as well as the best method for air pressure regulation, air temperature regulation and resistances the Electrical and its variable modes in modes of operation of the invention are at the discretion of each driver by individual, this to control the blowing of air on the exterior side rearview mirror glasses as well as the most important exterior sides of the window glass by where drivers see through that part to the exterior rear-view system, it is also important that the mirrored glass be tempered to resist heat and refractory type to resist the constant changes of temperatures as well
- FIG. 6 Its parts in the form of a diagram (1) outer side mirror housing, (2) regulation in air pressure, (3) different modes of operation, (4) temperature regulation, (5) crystal modes or mirrors, (6) left or right modes, (7) heating system, (8) air conductive pipe, (9) temperature control of the left or right electric resistors or both, (10) connection to the electrical system and to the accumulator of motor vehicles and motorcycles, (11) optional free at the discretion of each driver.
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- Engineering & Computer Science (AREA)
- Multimedia (AREA)
- Mechanical Engineering (AREA)
- Rear-View Mirror Devices That Are Mounted On The Exterior Of The Vehicle (AREA)
Abstract
The invention relates to an improved outside rearview mirror system in automobiles and motorcycles in general when the atmospheric environment obstructs the view of outside rearview mirrors and side-window glass with water and humidity. Said improved system is achieved by heating the rearview mirrors with temperature-regulatable electrical resistances mounted therein and protected by an internal housing serving as an internal preheater in the outer housing of the mirrors and by blowing air from the heating device, the pressure, temperature and modes of said air being adjustable, and by hitting and directing said air towards the rearview mirrors and the most important part of the side-windows glass enabling the view of the outside rearview system so that the driver can have a better side and rear view in automobiles and motorcycles. The invention aims at improving safety and avoiding accidents, the loss of life and property amongst the population at large.
Description
MEJORAS EN EL SISTEMA DE RETROVISIÓN LATERALES EXTERIORES ANTIAGUA, HUMEDAD DE VEHÍCULOS AUTOMÓVILES Y MOTOCICLOS. IMPROVEMENTS IN THE ANTIAGUA EXTERNAL SIDE REAR VIEW SYSTEM, MOISTURE OF MOTOR VEHICLES AND MOTORCYCLES.
DESCRIPCIÓN DE LA INVENCIÓNDESCRIPTION OF THE INVENTION
Objeto de la invenciónObject of the invention
La presente invención se refiere a la evaporación y desempañamiento de líquidos como agua y humedad causados principalmente por el medio ambiente atmosférico en y sobre los vidrios espejos retrovisores laterales exteriores y la parte más importante en los lados exteriores de los cristales de las ventanillas laterales por donde los conductores tienen la visón óptica dirigida a los retrovisores laterales exteriores de los vehículos, automóviles y motociclos sistema de retrovisión laterales exteriores que fue modificado en su estructura y forma interna y externa de las carcasas exteriores de los espejos retrovisores laterales y en su modificación y adaptación de las partes y componentes que dependen del sistema de retrovisión laterales exteriores perfeccionada en orden para una nueva utilización y ventajas para los conductores de vehículos automóviles y motociclos tengan una visión óptica mas libre y clara al sistema de retrovisión laterales exteriores para evitar los accidentes causados incidentalmente por los tiempos climáticos atmosféricos como lluvias neblinas, rocíos de humedad y tiempos húmedos que obstruyen con agua y humedad el sistema de retrovisión laterales exteriores y con éste la visión óptica a las partes laterales traseras de los vehículos por parte de los conductores de vehículos automóviles y motociclos obteniendo una mejor seguridad.The present invention relates to the evaporation and demisting of liquids such as water and moisture caused mainly by the atmospheric environment in and on the outer side rearview mirror glasses and the most important part on the outer sides of the windows of the side windows where the drivers have the optical vision directed to the exterior side mirrors of the vehicles, cars and motorcycles exterior side mirror system that was modified in its internal and external structure and shape of the exterior housings of the side rearview mirrors and in its modification and adaptation of the parts and components that depend on the exterior side rearview system perfected in order for a new use and advantages for drivers of motor vehicles and motorcycles have a freer and clearer optical vision to the exterior side rear view system to avoid accidents incidentally caused by atmospheric climatic times such as hazy rains, moisture sprays and wet times that obstruct the exterior side rear-view system with water and moisture and with it the optical vision to the rear side parts of the vehicles by the drivers of motor vehicles and motorcycles obtaining better security.
Antecedentes de la invenciónBackground of the invention
En la actualidad los sistemas de retrovisión laterales exteriores y en la parte mas importante en sus lados exteriores de los cristales de las ventanillas por donde los conductores tienen la visión óptica dirigida a los espejos retrovisores laterales exteriores de vehículos automóviles y motociclos en general son utilizados para que los conductores vean a sus retrovisiones laterales exteriores y tengan visión óptica a las partes laterales traseras como medidas de seguridad al exterior y les permitan moverse mas seguros y libres en sus viajes y caminos y carreteras evitando incidentes y accidentes, pero cuando los tiempos climáticos atmosféricos como lluvias, neblinas, rocíos de agua y humedad mojan y empañan los vidrios espejos retrovisores laterales exteriores y las partes mas importantes de los cristales de las ventanillas en sus lados exteriores por donde los conductores desde su interior de los vehículos ven a través de los cristales de las ventanillas a los espejos retrovisores laterales exteriores estos obstaculizan la visión óptica de los conductores al sistema de retrovisión laterales exteriores y
estos a las partes laterales traseras en el exterior comprometiendo así la seguridad y la integridad física y la vida humana de los conductores, acompañantes, pasajeros y la transitoriedad publica causando a veces la pérdida humana e invalidez y mutilaciones de miembros humanos causados por los accidentes automovilísticos causados por el incidente de obstrucción óptica de los conductores a las partes laterales traseras exteriores del sistema de retrovisión lateral exterior en la actualidad se encuentran en la industria y mercados vehículos automóviles y motociclos que cuentan con calefacción de los retrovisores exteriores que están integrados en al interior del vehículo automóvil regularmente en el tablero cercanos a los cristales de las ventanillas para dirigir la calefacción a las partes mas importantes de los cristales lados interiores por donde los conductores ven a través de ellos y puedan ver los espejos retrovisores laterales exteriores desempañando únicamente la humedad que produce la transpiración corporal humana y la transpiración respiratoria del conductor y acompañantes solucionando únicamente el desempañamiento de las partes más importantes de las ventanillas lados interiores por donde los conductores tienen visión óptica al sistema de retrovisión lateral ; pero el aire acondicionado no recae encima ni sobre los vidrios espejos exteriores laterales ni en las partes mas importantes de las ventanillas lados exteriores por donde los conductores ven a través de ellos al sistema de retrovisión laterales exterior así la técnica anterior resuelve únicamente el desempañamiento de retrovisión interior y la invención resuelve de una forma personalizada en el sistema de retrovisión lateral exterior el desempañamiento y la evaporación de agua y humedad en el exterior de los vehículos automóviles y motociclos en general, con la finalidad de suprimir estos y otros inconvenientes, se pensó en el sistema para evaporar y desempañar los vidrios espejos laterales exteriores y las partes más importantes de visión óptica en los cristales de las ventanillas lados exteriores por donde los conductores ven el sistema de retrovisión lateral exterior con la invención se logra la evaporación y desempañamiento de agua y humedad en el sistema de retrovisión lateral exterior para que los conductores tengan una mejor visión óptica más clara y libre a las partes laterales traseras de los vehículos, automóviles y motociclos que se les modificará en su estructura y forma de su configuración de las partes que la conforman de acuerdo a las necesidades de cada modelo de carcasa exterior de los vidrios espejos retrovisores laterales de cada modelo de vehículo, automóvil y motociclo que los contengan en general.At present, the exterior side rear-view systems and in the most important part on their outer sides of the window panes where the drivers have the optical vision directed to the exterior side rear-view mirrors of motor vehicles and motorcycles in general are used to that the drivers see their exterior side mirrors and have optical vision to the rear side parts as safety measures to the outside and allow them to move safer and freer on their trips and roads and highways avoiding incidents and accidents, but when weather conditions like rains, mists, water and moisture spray, they wet and fog the glass exterior side rearview mirrors and the most important parts of the window panes on their outer sides where the drivers from inside the vehicles see through the windows from the windows to the mirrors re external side viewers these obstruct the optical vision of the conductors to the external side rearview system and these to the rear side parts abroad thus compromising the safety and physical integrity and human life of drivers, companions, passengers and public transience sometimes causing human loss and disability and mutilations of human limbs caused by car accidents caused by the incident of optical obstruction of the conductors to the outer rear lateral parts of the exterior lateral rear-view system, there are currently in the industry and markets motor vehicles and motorcycles that have heating of the exterior mirrors that are integrated into the interior of the motor vehicle regularly on the dashboard near the windows of the windows to direct the heating to the most important parts of the inner side windows where the drivers see through them and can see the exterior side rearview mirrors defrosting only the humidity produced by human body perspiration and respiratory perspiration of the driver and companions, solving only the defogging of the most important parts of the inner side windows where the drivers have optical vision of the lateral rear-view system; but the air conditioning does not fall on either the outer side mirrored glass or the most important parts of the outer side windows where the drivers see through them to the outer side rearview system so the prior art resolves only the rearview defog interior and the invention solves the defogging and evaporation of water and moisture in the exterior of motor vehicles and motorcycles in general, in order to suppress these and other inconveniences, in the external lateral rear-view system. the system for evaporating and defogging the outer side mirror glass and the most important parts of optical vision in the windows of the outer side windows where the drivers see the exterior side rearview system with the invention achieves the evaporation and defogging of water and moisture in the system External lateral rearview so that drivers have a better, clearer and freer optical vision to the rear side parts of vehicles, cars and motorcycles that will be modified in their structure and shape of their configuration of the parts that conform it according to the Needs of each model of outer shell of the glass side rear-view mirrors of each model of vehicle, automobile and motorcycle that contain them in general.
Se describe la presente invención con sus detalles y características novedosas, sistema de evaporamiento y desempañamiento de los vidrios espejos laterales retrovisores exteriores y partes mas importantes en sus lados exteriores de los cristales de las ventanillas laterales correspondientes a las puertas frontales de los conductores por donde tienen visión óptica al sistema de retrovisión exterior evaporando cualquier liquido de agua y humedad causados
principalmente por los tiempos climáticos atmosféricos como lluvias, neblinas, tiempos húmedos entre otros de una forma personalizada en el sistema de retrovisión lateral exterior tomando en cuenta que regularmente algunos motociclos no cuentan regularmente con ventanillas laterales con sus puertas y el sistema de calefacción se les integraran si no lo tienen la invención es lograda por medio de aire regulable en velocidad de aire y regulable en temperatura providente de la calefacción que recae sobre y encima de los vidrios espejos retrovisores laterales exteriores y a las partes mas importantes de los cristales de las ventanillas en sus lados exteriores por medio de sus tuberías conductoras del aire calefactado y las tuberías ubicadas por todo el contorno exterior de los vidrios espejos y pegadas a la carcasa exterior por la parte frontal en forma de ceja saliente que sirve como envolvente de la tubería en la carcasa exterior de los vidrios espejos, tubería que sirve para sopletear de aire calefactado regulable en y sobre los vidrios espejos laterales exteriores así como un conducto adicional en las carcasas exteriores de los vidrios espejos cercanas a los lados exteriores de los cristales de las ventanillas conducto que sopletean de aire calefactado regulable en presión de aire y temperatura a las partes más importantes en los lados exteriores de los cristales de las ventanillas por donde los conductores tienen la visión óptica traslúcida al sistema de retrovisión laterales exteriores, así como la impiementación de resistencias eléctricas con regulación eléctrica en temperatura implementadas en la contracara de los vidrios espejos lados reflejantes las mismas resistencias eléctricas son protegidas por una carcasa interna en forma de media esfera imitando la forma simétrica de las orillas de los vidrios espejos retrovisores exteriores carcasa que sirve como precalentador para aumentar el rendimiento del calor producido por las resistencias eléctricas y sirve como antidisipador de calor al interior de la carcasa exterior para una mejor seguridad a la carcasa exterior en sus materiales para que no sufra daño alguno por el calor producido en su interior así la carcasa interior mencionada tendrá que adherir al vidrio espejo lado interior por donde no tiene reflejo dejando en su interior las resistencias eléctricas y conjuntamente adherirse a la base de control de movimiento de ajuste de retrovisión de los vidrios espejos que controlan los conductores así el sistema interno vidrio espejo, carcasa interna y resistencias eléctricas con su base de control de movimiento compartan todos el ajuste de retrovisión que controlan los conducto res de vehículos automóviles, y motociclos, la carcasa interna tiene que ser de material térmico resistente al calor así como la implementación de materiales resistentes al calor forrando y cubriendo todas las paredes internas incluyendo la concavidad de la carcasa interior que aloja dentro las resistencias eléctricas para que el interior de la carcasa exterior de los vidrios espejos se mantenga termoestable y no tenga daño alguno en los materiales de las carcasas exteriores de los vidrios espejos retrovisores exteriores mismas carcasas también tienen que ser de materiales resistentes al calor, así como los vidrios espejos tienen que ser templados resistentes al calor y a los cambios
repentinos y constantes de temperaturas variables asegurándose que sean de tipo refractario; haciendo las modificaciones en su configuración, forma y estructura e integración de las partes y componentes de esta invención de acuerdo a las necesidades que requieran cada modelo y formas distintas de estructuras de carcasas exteriores de retrovisión lateral exterior de cada modelo distinto de vehículo automóvil y motociclo en general de la industria automotriz y motomotríz; la invención se muestra claramente en la siguiente descripción sus dibujos que son 6 figuras que se acompañan y haciendo puntos de referencia para indicar sus partes.The present invention is described with its novel details and features, evaporation and defogging system of the exterior rearview mirrors glass and most important parts on its outer sides of the windows of the side windows corresponding to the front doors of the drivers where they have optical vision to the exterior rearview system evaporating any water and moisture caused mainly due to atmospheric climatic times such as rains, fogs, wet times among others in a personalized way in the exterior side rearview system taking into account that regularly some motorcycles do not regularly have side windows with their doors and the heating system will be integrated if they do not have it, the invention is achieved by means of air adjustable in air speed and adjustable in temperature providing the heating that falls on and on the glass exterior side rearview mirrors and the most important parts of the window glass in their windows. outer sides by means of its conductive pipes of the heated air and the pipes located throughout the outer contour of the mirrored glass and glued to the outer shell by the protruding eyebrow-shaped front part that serves as the envelope of the pipe in the outer shell of glass mirrors, pipe that serves for s opletear of heated air adjustable in and on the outer side mirrors glass as well as an additional duct in the outer housings of the mirrored glass near the outer sides of the windows of the duct windows blowing out of heated air adjustable in air pressure and temperature to the most important parts on the outer sides of the window panes where the drivers have the translucent optical vision to the exterior side rearview system, as well as the impiementation of electrical resistances with electrical temperature regulation implemented in the glass counter mirrored side mirrors the same electrical resistors are protected by an internal half-sphere shaped housing imitating the symmetrical shape of the edges of the glass exterior rearview mirrors housing that serves as a preheater to increase the heat efficiency produced by the resistors electrical and serves as a heat sink inside the outer shell for better safety to the outer shell in its materials so that it does not suffer any damage due to the heat produced inside so that the mentioned inner shell will have to adhere to the inner side mirror glass where it has no reflection leaving inside the electric resistors and jointly adhere to the rearview adjustment movement control base of the mirrored glass that controls the drivers, the internal mirror glass system, internal housing and electrical resistors with its base motion control share all the rear-view adjustment that controls the conductors of motor vehicles, and motorcycles, the internal housing has to be made of heat-resistant thermal material as well as the implementation of heat-resistant materials lining and covering all internal walls including the concavity of the inner shell that houses inside the electric heaters so that the interior of the outer casing of the mirrored glass remains thermostable and does not have any damage to the materials of the outer housings of the mirrored exterior mirrors same housings also have to be made of heat resistant materials, so as mirrored glass has to be tempered resistant to heat and changes sudden and constant variable temperatures making sure they are refractory; making the modifications in its configuration, form and structure and integration of the parts and components of this invention according to the needs required by each model and different forms of outer carcass structures of outer lateral rearview of each different model of motor vehicle and motorcycle in general of the automotive and motor industry; The invention clearly shows in the following description its drawings which are 6 accompanying figures and making reference points to indicate their parts.
La figura 1. Es una perspectiva de la modificación interna y externa del sistema de retrovisión lateral exterior conservando una secuencia ordenada del armado preferente y sus componentes y aditamentos de los espejos retrovisores exteriores en vista frontal izquierda de la carcasa y espejo retrovisor exterior dibujadas en secuencia en forma separadas y alineadas.Figure 1. It is a perspective of the internal and external modification of the external lateral rear-view system preserving an orderly sequence of the preferred assembly and its components and attachments of the external rearview mirrors in left front view of the housing and exterior rearview mirror drawn in sequence. separately and aligned.
La figura 2. Es una perspectiva de los espejos retrovisores exteriores en su carcasa exterior en su lateral se encuentra el conducto por donde sale el aire regulable en presión de aire y regulable en temperatura y modos apuntando a dirección. Y sobre la parte más importante en sus lados exteriores de los cristales de las ventanillas por donde el conductor del vehículo en su interior tiene visión óptica a dirección de los espejos retrovisores laterales exteriores para que las partes mencionadas sean desempañadas de agua y humedad dejando una visibilidad mas clara.Figure 2. It is a perspective of the exterior rearview mirrors in its outer housing on its side is the duct through which the air adjustable in air pressure and adjustable in temperature and modes pointing to direction. And on the most important part on its outer sides of the window panes where the driver of the vehicle inside has optical vision in the direction of the exterior side rearview mirrors so that the mentioned parts are defogged with water and moisture leaving visibility clearest.
La figura 3. Es una perspectiva de la implementación de las resistencias eléctricas con regulación en temperatura implementadas en la contra cara de los vidrios espejos lados reflejantes y protegidas con su carcasa interna en forma de media esfera imitando la simetría plana de los vidrios espejos que sirve como precalentador para aumentar el rendimiento del calor y sirve como antidisipador de calor al interior de la carcasa exterior como medida de seguridad a los materiales de la carcasa exterior, todo el sistema en adherencia con la base de control de movimiento de ajuste de retrovisión de los vidrios espejos laterales exteriores estos dibujados en secuencia ordenada del armado y sus componentes y aditamentos por separado y alineado.Figure 3. It is a perspective of the implementation of the electrical resistances with temperature regulation implemented in the counter face of the mirrored glass mirrored sides and protected with its internal housing in the form of a half sphere imitating the flat symmetry of the mirrored glass that serves as a preheater to increase the heat efficiency and serves as a heat antisinker inside the outer shell as a safety measure to the materials of the outer shell, the entire system in adherence with the rearview adjustment movement control base of the Glass exterior side mirrors are drawn in orderly sequence of the assembly and its components and attachments separately and aligned.
La figura 4. Es una perspectiva de la ceja saliente frontal en forma de medio codo que protegen y resguardan en su interior frontal las tuberías conductoras de aire regulable en presión de aire y temperatura y modos mismo aire soplete y sople directamente sobre y encima de los vidrios espejos retrovisores exteriores laterales así evaporando el agua y la humedad que les caigan encima logrando una mejor visión lateral trasera en los vehículos automóviles y motociclos dibujado
en vista frontal izquierda de la carcasa de retrovisión exterior lateral.Figure 4. It is a perspective of the front protruding eyebrow in the form of half an elbow that protects and protects in its front interior the conductive air pipes adjustable in air pressure and temperature and modes same air blow and blow directly over and above the glass side exterior rearview mirrors thus evaporating water and moisture that fall on them achieving a better rear side view in motor vehicles and motorcycles drawn in front left view of the side exterior rearview housing.
La figura 5. Es una perspectiva del sistema de retrovisión sopleteando de aire encima de los vidrios espejos por medio de la tubería en los contornos frontales en la carcasa exterior de los vidrios espejos retrovisores laterales exteriores apuntando en varias direcciones distintas pero todas sobre los vidrios espejos y su conducto lateral que apunta a la parte mas importante de visión óptica que dirige a los vidrios retrovisores en y sobre los cristales de las ventanillas lados exteriores correspondientes a las puertas frontales viendo este dibujo en vista frontal interna por el interior de la carcasa exterior de los vidrios espejos laterales exteriores en corte lateral indicando las tuberías que se harán llegar hasta el sistema de calefacción y en su intermedio su regulación de presión de aire y temperatura al tiempo que imaginariamente proyectamos el aire sobre los vidrios espejos sobre la parte que refleja haciendo traslucido la parte interior del espejo para poder apreciar desde el interior en corte lateral interior.Figure 5. It is a perspective of the rear view system blowing air over the mirrored glass by means of the pipe in the front contours in the outer casing of the outer side rearview mirror glasses pointing in several different directions but all on the mirrored glass and its lateral conduit that points to the most important part of the optical vision that directs the rear-view glasses in and on the windows of the exterior side windows corresponding to the front doors seeing this drawing in internal frontal view through the interior of the outer housing of the outer side mirrored glass in lateral section indicating the pipes that will be sent to the heating system and in its intervening its regulation of air pressure and temperature while imaginatively projecting the air on the mirrored glass on the part that reflects making it translucent the inside of the mirror to appreciate from the inside in inner side cut.
La figura 6. Es una perspectiva en dibujo y esquemático para indicar la regulación y modos preferentes, en regulación de presión de aire y regulación de temperatura así como sus modos de operación distintas y opcionales así como la regulación preferente en la temperatura de las resistencias eléctricas que podrán controlar a criterio de cada uno de los conductores de vehículos automóviles y motociclos conectados estos al sistema de calefacción y al sistema eléctrico.Figure 6. It is a perspective in drawing and schematic to indicate the regulation and preferred modes, in regulation of air pressure and temperature regulation as well as its different and optional modes of operation as well as the preferential regulation in the temperature of the electric resistors which may control at the discretion of each of the drivers of motor vehicles and motorcycles connected to the heating system and the electrical system.
El mejor método para llevar a cabo la invención integrándola y modificándola en su estructura y forma de su configuración para su nueva aplicación y ventajas en el sistema de retrovisión laterales exteriores para el evaporamiento y desempañamiento de agua y humedad causados por el medio ambiente atmosférico obteniendo una visión óptica más clara de los conductores desde el interior de sus vehículos automóviles a las partes laterales traseras se modificará la invención de acuerdo a las necesidades de cada estructura y forma en su configuración de cada modelo de carcasa exterior de espejos retrovisores exteriores laterales que contengan los modelos distintos de vehículos automóviles y motociclos siendo que por lo regular los motociclos no cuentan con cristales de las ventanillas ni sistema de calefacción se tendrán que modificarles en su estructura así como el mejor método para su regulación de presión de aire, regulación de temperatura de aire y resistencias eléctricas y sus modos variables en modalidades de operación de la invención quedan a criterio de cada conductor por individual, esto para controlar el sopleteado de aire sobre los vidrios espejos retrovisores laterales exteriores así como las partes mas importantes lados exteriores de los cristales de las ventanillas por donde los conductores ven a través de esa parte al sistema de retrovisión exterior, así también es importante que los vidrios espejos sean templados para resistir el calor y tipo refractario para
resistir los cambios constantes de temperaturas así como el recubrimiento en las pare des internas de las carcasas exteriores de materiales resistentes al calor como baquelita, fibra de vidrio entre otros, esto para una mejor protección de los materiales de las carcasas exteriores, así también la implementación de las resistencias eléctricas en la contra cara de los vidrios espejos lados reflejantes que se protegerán con una carcasa interna en forma de medía esfera imitando la simetría de los contornos de los vidrios espejos que sirve como precalentador para aumentar el rendimiento del calor y sirve también como antidísipador de calor al interior de la carcasa exterior para otra medida de seguridad a las carcasas exteriores en sus materiales adheriendose estos en conjunto al sistema de movimiento y ajuste de retrovisión que manipulan los conductores, con referencia a la figura 1. Sus partes en el primer ensamblaje (2) vidrio espejo, (3) base para el movimiento de ajuste de retrovisión, (5) resistencias eléctricas en su base, (6) carcasa interior, los números (4) en el punto para el control de movimiento de ajuste de retrovisión exterior lateral, (1) tubería conductora de aire por el frente de la carcasa exterior, (7) recubrimiento de las paredes internas de la carcasa exterior con materiales resistentes al calor, (8) carcasa exterior de los vidrios espejos ,(9) es el conducto en la carcasa exterior por donde se conduce el aire calefactado encima de los cristales de las ventanillas así los ensamblajes modificarse en la manera de una buena ensamblaje para poder dar mantenimiento y servicio si en su caso se requiera Con referencia a la figura 2. Sus partes son (1) que es la par te más importante de visión óptica al sistema de retrovisión lateral exterior del conductor desde el interior de su vehículo automóvil, (2) es el conducto en la carcasa exterior por donde sopletea directamente y encima de aire sobre las superficies más importantes de los cristales de las ventanillas lados exteriores por donde los conductores ven a través de ellos al sistema de retrovisión exterior laterales.The best method to carry out the invention by integrating and modifying it in its structure and shape of its configuration for its new application and advantages in the external lateral rearview system for the evaporation and defogging of water and humidity caused by the atmospheric environment obtaining a clearer optical vision of the drivers from inside their motor vehicles to the rear side parts will modify the invention according to the needs of each structure and shape in its configuration of each outer shell model of side exterior rearview mirrors containing the Different models of motor vehicles and motorcycles being that motorcycles usually do not have window panes or heating system will have to be modified in their structure as well as the best method for air pressure regulation, air temperature regulation and resistances the Electrical and its variable modes in modes of operation of the invention are at the discretion of each driver by individual, this to control the blowing of air on the exterior side rearview mirror glasses as well as the most important exterior sides of the window glass by where drivers see through that part to the exterior rear-view system, it is also important that the mirrored glass be tempered to resist heat and refractory type to resist the constant changes of temperatures as well as the coating on the inner walls of the outer shells of heat-resistant materials such as bakelite, fiberglass among others, this for a better protection of the materials of the outer housings, as well as the implementation of the electrical resistors on the counter face of the mirrored mirrored glass mirrors that will be protected with a half-sphere-shaped internal shell imitating the symmetry of the contours of the mirrored glass that serves as a preheater to increase heat efficiency and also serves as heat sink inside the outer casing for another safety measure to the outer housings in their materials adhering these together with the system of motion and rearview adjustment manipulated by the conductors, with reference to figure 1. Its parts in the first assembly (2) mirror glass, (3) base for the adjustment movement of rear-view mirror, (5) electrical resistors at its base, (6) inner casing, numbers (4) at the point for lateral exterior rearview adjustment movement control, (1) air conductive pipe at the front of the housing exterior, (7) coating the inner walls of the outer shell with heat-resistant materials, (8) outer shell of the mirrored glass, (9) is the conduit in the outer shell through which the heated air is conducted over the windows of the windows and the assemblies be modified in the manner of a good assembly to be able to provide maintenance and service if required. With reference to figure 2. Its parts are (1) which is the most important part of optical vision to the driver's exterior lateral rear-view system from inside his motor vehicle, (2) is the conduit in the outer casing where it blows directly and over air on the most important surfaces of the windows of the exterior side windows where the drivers see through them to the lateral exterior rearview system.
Con referencia a la figura 3. Sus partes para su ensamblaje en el cual (1) espejos retrovisores, (2) base de movimiento, (3) resistencias eléctricas en su base, (5) carcasa interna se adhiere en secuencia para que los números (4) controlen el movimiento de ajuste de retrovisión manipulada por los conductores de vehículos automóviles y motociclos.With reference to figure 3. Its parts for assembly in which (1) rear-view mirrors, (2) base of movement, (3) electrical resistors in its base, (5) internal housing adheres in sequence so that the numbers (4) control the rearview adjustment movement manipulated by drivers of motor vehicles and motorcycles.
Con referencia a la figura 4. Sus partes es para comprender mejor el resguardo de la tubería (2) conductora a los vidrios espejos (1) ceja en forma de medio codo frontal en la carcasa exterior que resguarda y protege la tubería, (2) tubería que conduce el aire calefactado regulable en presión de aire y temperatura sobre los vidrios espejos , (3) conducto por donde sopletea de aire regulable en presión y temperatura y sus modos distintos de operación en las partes más importantes de visión óptica al sistema de retrovisión exterior lateral en y sobre las ventanillas lados exteriores , (4) tuberías que se dirigen al sistema
de calefacción, (5) carcasa exterior de los vidrios espejos, (6) retrovisores exteriores laterales de vehículos automóviles y motociclos.With reference to figure 4. Its parts is to better understand the protection of the pipe (2) conductive to the mirrored glass (1) eyebrow in the form of a half-elbow in the outer shell that protects and protects the pipe, (2) pipe that conducts the heated air adjustable in air pressure and temperature on the mirrored glass, (3) duct where it blows air adjustable in pressure and temperature and its different modes of operation in the most important parts of optical vision to the rear-view system lateral exterior in and on the windows external sides, (4) pipes that are directed to the system of heating, (5) outer shell of the mirrored glass, (6) side exterior mirrors of motor vehicles and motorcycles.
Con referencia a la figura 5. Sus partes (1) tubería conductora de aire, (2) tuberías que se dirigen al sistema de calefacción (3) conducto para sopletear directamente a las partes más importantes de los cristales de las ventanillas lados exteriores, (4) conductos en su tubería para sopletear en varías direcciones y todas sobre los vidrios espejos, (5) carcasa exterior vista desde el interior en corte lateral, (6) vidrio espejo sopleteado de aire calefactado en varías direcciones y todas encima y sobre la parte de retrovisión lateral exterior.With reference to figure 5. Its parts (1) air conductive pipe, (2) pipes that are directed to the heating system (3) conduit to blow directly to the most important parts of the windows of the outer side windows, ( 4) ducts in its pipe to blow in various directions and all on the mirrored glass, (5) outer casing seen from the inside in side cut, (6) mirror glass blown from heated air in various directions and all above and above the part External rearview.
Con referencia a la figura 6. Sus partes en forma de esquema (1) carcasa exterior retrovisor lateral, (2) regulación en presión de aire, (3) modos distintos de operación, (4) regulación de temperatura, (5) modos cristales o espejos, (6) modos izquierdo o derecho, (7) sistema de calefacción, (8) tubería conductora de aire, (9) regulación de la temperatura de las resistencias eléctricas izquierda o derecha o ambas, (10) conexión al sistema eléctrico y al acumulador de los vehículos automóviles y motociclos, (11) libre opcional a criterio de cada persona conductor.With reference to figure 6. Its parts in the form of a diagram (1) outer side mirror housing, (2) regulation in air pressure, (3) different modes of operation, (4) temperature regulation, (5) crystal modes or mirrors, (6) left or right modes, (7) heating system, (8) air conductive pipe, (9) temperature control of the left or right electric resistors or both, (10) connection to the electrical system and to the accumulator of motor vehicles and motorcycles, (11) optional free at the discretion of each driver.
Por todo lo dicho anteriormente, se puede afirmar que estas características de evaporación y desempañamiento de agua y humedad en los vidrios espejos laterales exteriores y sus partes principales de visión óptica al sistema de retrovisión en los cristales de las ventanillas lados exteriores de vehículos automóviles y motociclos en tiempos climáticos atmosféricos como lluvias, neblinas, tiempos húmedos y rocíos los conductores a criterio de cada quien manipule la nueva disposición del sistema de retrovisión exterior lateral de los vehículos con la ventaja de mejorar la visión óptica a las partes laterales traseras exteriores y mejorar la seguridad de visualización para evitar accidentes.
For all the above, it can be affirmed that these characteristics of evaporation and demisting of water and humidity in the outer side mirror glass and its main parts of optical vision to the rear-view system in the windows of the exterior side windows of motor vehicles and motorcycles In atmospheric weather such as rain, fog, wet and dewy weather, the drivers at the discretion of each person manipulate the new provision of the lateral exterior rearview system of the vehicles with the advantage of improving the optical vision to the outer rear lateral parts and improving the display security to avoid accidents.
Claims
1. Mejoras en el sistema de retrovisión laterales exteriores en su configuración para su nueva aplicación y disposición y ventajas en cuanto su utilidad ya que mejoramos la visión óptica del sistema de retrovisión exterior de o los conductores desde su interior de los vehículos automóviles y motociclos a las partes laterales traseras exteriores cuando los tiempos climáticos atmosféricos como lluvias, neblinas, tiempos húmedos entre otros obstruyen con agua y humedad el sistema de retrovisión exterior de visión óptica, la invención consiste en evaporar y desempañar el agua y la humedad de la superficie de los vidrios 5 espejos retrovisores exteriores y las partes más importantes de los cristales de las ventanillas lados exteriores por donde los conductores desde el interior de sus vehículos tienen visión óptica a los vidrios espejos retrovisores exteriores, invención que se modificara en su estructura y forma de su configuración para su nueva utilización de aplicación de su función integrándola de acuerdo a las 0 necesidades de cada modelo de carcasa exterior de espejos retrovisores exteriores de cada modelo de vehículos automóviles y motociclos que los contengan para ser aplicadas en la industria automotriz y motomotriz, así como su regulación de presión de aire y temperatura. Y regulación de temperatura de las resistencias eléctricas y los modos de operación distintas formas manipuladas a criterio de cada uno de los conductores de la presente invención, en los vehículos automóviles y motociclos en general invención que se caracteriza por el calentamiento de los vidrios espejos retrovisores exteriores por medio de resistencias eléctricas regulables en calor y modos de operación y conectadas al sistema eléctrico resistencias que se integran en la contracara del lado reflejante de los vidrios espejos protegiendo las resistencias eléctricas con una carcasa interna en forma de media esfera imitando la simetría plana de los vidrios espejos retrovisores exteriores adheriéndose al espejo herméticamente y resguardando dentro las resistencias eléctricas este implemento nos sirve como precalentador para aumentar el rendimiento del calor y nos sirve como antídisipador de calor al interior de las carcasas exteriores de los vidrios espejos retrovisores exteriores sujetándose la carcasa interior al vidrio espejo y al la base de control de movimiento de ajuste de retrovisión exterior que manipulan los conductores así como la carcasa interior nos sirve también en el carácter de antidisipador de calor como medida de seguridad a los materiales de la carcasa exterior de los espejos retrovisores exteriores así como las paredes internas de las carcasas exteriores se forran y se cubren como medida de seguridad con materiales resistentes al calor como baquelita, fibra de vidrio incluyendo la concavidad de la carcasa
interior así como la fabricación de las carcasas exteriores sean con materiales resistentes al calor, así como un conducto en el lateral de las carcasas exteriores de los espejos retrovisores exteriores apunta directamente y sobre la superficie más importante de los cristales de las ventanillas de las puertas parte por donde los conductores desde su interior de los vehículos dirigen su visión óptica al sistema de retrovisión exterior dicho conducto sopletea y dirige el aire regulable en presión de aire y temperatura así como sus modos distintos de operación que proviene del sistema de calefacción y sus tuberías conductoras, aire que recae encima de los vidrios espejos lados exteriores y las partes mas importantes ya mencionadas, así como la implementación de tubería conductora de aire regulable en presión de aire y temperatura y modos distintos de operación ubicadas en una ceja frontal saliente en las carcasas exteriores de los vidrios espejos por todos sus contornos con varias orificios internos que sopletean directamente y encima de los vidrios espejos retrovisores exteriores aire que proviene del sistema de calefacción así los vidrios espejos son sopleteados en varías direcciones y todas en la misma superficie por la tubería ubicada y resguardada en el interior de la ceja saliente frontal de las carcasas de los espejos retrovisores y conjuntamente con las resistencias eléctricas evaporan cualquier partícula de agua y humedad que les caigan encima en los vehículos automóviles y motociclos en general.1. Improvements in the exterior side rear-view system in its configuration for its new application and arrangement and advantages in terms of its usefulness since we improve the optical vision of the exterior rear-view system of or the drivers from inside of the motor vehicles and motorcycles to the outer rear side parts when atmospheric climatic times such as rain, fog, humid times among others obstruct the optical vision exterior rearview system with water and humidity, the invention consists in evaporating and defrosting water and moisture from the surface of the glass 5 exterior rearview mirrors and the most important parts of the windows of the exterior side windows where drivers from inside their vehicles have optical vision to the exterior rearview mirror glasses, an invention that will be modified in its structure and shape of its configuration for your new application use Ation of its function by integrating it according to the 0 needs of each outer shell model of exterior rearview mirrors of each model of motor vehicles and motorcycles that contain them to be applied in the automotive and motor industry, as well as its air pressure regulation and temperature And temperature regulation of the electric resistances and the modes of operation different ways manipulated at the discretion of each of the drivers of the present invention, in motor vehicles and motorcycles in general invention characterized by the heating of the exterior rearview mirror glass by means of heat-adjustable electrical resistances and modes of operation and connected to the electrical system resistors that are integrated in the counter-side of the reflective side of the mirrored glass protecting the electrical resistances with a half-sphere-shaped internal shell imitating the flat symmetry of the glass exterior rearview mirrors adhering to the mirror hermetically and protecting the electrical resistors inside this implement serves as a preheater to increase heat efficiency and serves as a heat antisipator inside the exterior housings of the ex rearview mirror glass The internal housing is attached to the mirror glass and the external rearview adjustment movement control base manipulated by the conductors, as well as the internal housing also serves as a heat sink as a safety measure to the housing materials exterior of the exterior rearview mirrors as well as the internal walls of the exterior housings are lined and covered as a safety measure with heat-resistant materials such as bakelite, fiberglass including the shell concavity interior as well as the manufacture of the exterior housings are made of heat-resistant materials, as well as a conduit on the side of the external housings of the exterior rearview mirrors points directly and on the most important surface of the windows of the part door windows where the conductors from their interior of the vehicles direct their optical vision to the exterior rear-view system said duct blows and directs the adjustable air in air pressure and temperature as well as its different modes of operation that comes from the heating system and its conductive pipes , air that falls on top of the outer side mirrored glass and the most important parts already mentioned, as well as the implementation of air conductive pipe adjustable in air pressure and temperature and different modes of operation located in a protruding front eyebrow in the outer housings of the mirrored glass in all its contours with several internal holes that blow directly and on top of the glass exterior rearview mirrors that comes from the heating system so the glass mirrors are blown in several directions and all on the same surface by the pipe located and protected inside the protruding eyebrow front of the rear view mirror housings and together with the electric resistors evaporate any particles of water and humidity that fall on them in motor vehicles and motorcycles in general.
2. Mejoras en el sistema de retrovisión exterior que mejora desde el interior de los vehículos los conductores tienen una mejor visión óptica a las partes laterales traseras como se reivindico en la cláusula anterior la invención nos da las ventajas de por un bajo costo en su modificación en su configuración y componentes implementados, la población en general es la beneficiada al evitar accidentes en los tiempos climáticos atmosféricos que obstruyan el sistema de retrovisión exterior y al evitar los accidentes, invalidez, perdidas de miembros humanos, y hasta la muerte y perdidas materiales son resueltas con esta invención nos brinda una mejor seguridad a los conductores y acompañantes, peatones y población en general e incrementa la evolución en equipamiento de seguridad y equipamiento exterior de los vehículos automóviles y motociclos en la industria automotriz y motomotríz mundial.
2. Improvements in the exterior rearview system that improves from inside the vehicles the drivers have a better optical vision to the rear side parts as claimed in the previous clause the invention gives us the advantages of a low cost in its modification In its configuration and implemented components, the population in general is the one benefiting from avoiding accidents in the atmospheric weather that obstruct the exterior rear-view system and avoiding accidents, disability, loss of human limbs, and even death and material losses are Resolved with this invention, it provides us with better safety for drivers and companions, pedestrians and the general population and increases the evolution in safety equipment and exterior equipment of motor vehicles and motorcycles in the global automotive and motor industry.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| AU24650/00A AU2465000A (en) | 1999-02-02 | 2000-02-01 | Antiwater and antihumidity improvements to the outside rearview mirror system inautomobiles and motorcycles |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| MX9900044 | 1999-02-02 | ||
| MX99044 | 1999-02-02 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| WO2000046070A2 true WO2000046070A2 (en) | 2000-08-10 |
| WO2000046070A3 WO2000046070A3 (en) | 2000-11-02 |
Family
ID=19745081
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| PCT/MX2000/000005 WO2000046070A2 (en) | 1999-02-02 | 2000-02-01 | Antiwater and antihumidity improvements to the outside rearview mirror system in automobiles and motorcycles |
Country Status (2)
| Country | Link |
|---|---|
| AU (1) | AU2465000A (en) |
| WO (1) | WO2000046070A2 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104057885A (en) * | 2014-06-11 | 2014-09-24 | 胡平 | Automobile rearview mirror |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2796506A (en) * | 1954-09-02 | 1957-06-18 | Rayn N Lumbert | Rear-view mirror for motor vehicles |
| US3455624A (en) * | 1966-11-08 | 1969-07-15 | Raymond I Godfrey | Self-cleaning vehicle mirror |
| DE2411547A1 (en) * | 1974-03-11 | 1975-09-18 | Daimler Benz Ag | Wing mirror with cleaning jets - using compressed air released by spring loaded press button within vehicle door |
| GB2213785A (en) * | 1987-12-16 | 1989-08-23 | William Marshall Penhaligon | Rearview mirror with mirror glass water repelling means |
| ES1019720U (en) * | 1991-12-17 | 1992-05-01 | Casals Macia Miguel | I device a mirror to prevent fogging. (Machine-translation by Google Translate, not legally binding) |
| US5298721A (en) * | 1990-11-08 | 1994-03-29 | Smuckler Jack H | Positive temperature coefficient composition |
-
2000
- 2000-02-01 WO PCT/MX2000/000005 patent/WO2000046070A2/en active Application Filing
- 2000-02-01 AU AU24650/00A patent/AU2465000A/en not_active Abandoned
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US2796506A (en) * | 1954-09-02 | 1957-06-18 | Rayn N Lumbert | Rear-view mirror for motor vehicles |
| US3455624A (en) * | 1966-11-08 | 1969-07-15 | Raymond I Godfrey | Self-cleaning vehicle mirror |
| DE2411547A1 (en) * | 1974-03-11 | 1975-09-18 | Daimler Benz Ag | Wing mirror with cleaning jets - using compressed air released by spring loaded press button within vehicle door |
| GB2213785A (en) * | 1987-12-16 | 1989-08-23 | William Marshall Penhaligon | Rearview mirror with mirror glass water repelling means |
| US5298721A (en) * | 1990-11-08 | 1994-03-29 | Smuckler Jack H | Positive temperature coefficient composition |
| ES1019720U (en) * | 1991-12-17 | 1992-05-01 | Casals Macia Miguel | I device a mirror to prevent fogging. (Machine-translation by Google Translate, not legally binding) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104057885A (en) * | 2014-06-11 | 2014-09-24 | 胡平 | Automobile rearview mirror |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2000046070A3 (en) | 2000-11-02 |
| AU2465000A (en) | 2000-08-25 |
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