RO130497A2 - Intelligent motor vehicle kit for fastening an electronic device - Google Patents

Abstract

The invention relates to a intelligent motor vehicle kit for fastening a mobile electronic device on a surface, on the wind screen or on the dashboard of the motor vehicle. According to the invention, the kit comprises a mounting platform () having a casing (), a mounting board () and a permanent magnet (), the above-mentioned board () having a first surface () placed towards the inside of the casing () and a surface () placed at the opposite part, a substantially plane surface, provided with at least two pins, prepared for the mounting of an intelligent casing () and an intelligent casing () with a ferromagnetic element () inside for mounting a mobile device having substantially the same shape and size as a permanent magnet () and being provided with some cavities, the intelligent casing () being detachably mounted on the mounting platform () by means of the mounting board (), by the direct contact between the ferromagnetic element () and the permanent magnet (), where the permanent magnet () has a substantially rectangular parallelepipedal shape and is introduced with a prominent part inside the casing (), mounted in a cavity in the mounting board () so as to remain substantially coplanar with said opposite surface () of the mounting board (), where the magnetization direction () of the magnet is parallel to the surface () and where the pins and the cavities are symmetrically arranged in relation with the above-mentioned permanent magnet () and the ferromagnetic element (), respectively, so that the cavities are adapted to be assembled with the pins, the intelligent motor vehicle kit supporting a multitude of mobile devices of various sizes, such as a mobile phone, smartphone, an iPhone, a phablet device, a tablet, an iPad, a navigation device, etc.

Description

The invention relates to a smart car kit for fixing a mobile electronic device on a surface (the windscreen or the dashboard of a vehicle, office, etc.).

Various types of supports for portable electronic devices are known. US 6135408 B1 describes a support for the installation of an object, such as a mobile phone, composed of a housing having a front wall and a rear wall and a permanent magnet arranged in the housing adjacent to the wall, the front wall having a seat inside and a metal plate.

US 6366672 B1 describes an improved mobile phone holder, including a telephone seating body adapted for gripping and securing a mobile phone, a seat reserved for the lower parts of the seated body of the telephone adapted for electrical connection to the vehicle's power source, and a housing coupled to the body of the phone, which is provided with a connector for connection with the mobile phone, so that the electrical connection allows internal charging of the mobile phone and use in the handsfree state of the mobile phone.

US 5992807 B1 describes a universal magnetic holder for cell phones, which is attached via a magnet on the vehicle. The cell phone is detachable using the magnet (due to the attraction force between the magnet and the metal components that are commonly found inside the mobile phone), and the cell phone can be manually removed and re-positioned on the magnet. The magnet has a front face fitted with a rubber layer, which prevents the cell phone from sliding down.

EP 1910132 B1 describes a support for mounting a device, such as a telephone case or navigation device on a surface. The support is composed of a connecting element for connecting the support device, a suction cup, an actuating element, which pulls the central part of the suction cup in an initial direction from an initial position to a secondary position. In the secondary position, the actuating element will exert a frictional force with the connecting element to secure the

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rare. The base element has a removable connected support suitable for mobile phones of various sizes.

US 20120305733 A1 describes a support assembly for gripping electronic hand devices in a multitude of positions and locations, having a front with a curved end attached magnetically to a rear, with an indented surface. An elastomeric material having a high coefficient of friction or a material that produces a similar friction ensures adhesion between the front and rear, or between the back and another right magnetic surface.

WO 2010/135750 describes a universal support for portable electronic devices, which includes an exposure platform and a clamping disc attached to the exposure platform for the removable clamping of the portable electronic device thereon.

US 2012/0252543 A1 includes a rotary mounting head, which attaches a housing to the telephone and to the housing holder, having several magnets evenly disposed on the rotary mounting head to magnetically attach the phone case and the housing holder, and a adjustable bracket that includes a rod and a pair of rotary buttons. The phone and the housing holder may also include a protective frame, which is placed around the housing behind it, and is magnetically attached to the phone and the housing holder, and includes a metal disc arranged and centered on the front of the protection frame. .

US 2010/0317418 discloses a magnetic device for support, especially in vehicles, of portable electronic equipment, including a base support having at least two adjacent magnets, which are fixed on an interior surface to the driver and passenger, and a connecting plate including a ferromagnetic element, fixed or integrated behind the supporting equipment or on the intermediate accessory provided for supporting the equipment.

Installing a mobile device in the car mounts described above is not easy to use because it requires the use of both hands of the user. This can be a K ' ^N <3s £

It is difficult in some situations, for example, when a driver needs to hold at least one hand on the steering wheel. Also, already known devices are large in size and can capture the field of view of the camera of a mobile device when it comes to ^^ fruWil. hh this situation, for example, when looking at the road through the windshield, the camera> light reflection in the windshield affects the images displayed or taken from the camera

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Photo. Most of the devices known so far are susceptible to high levels of shocks and vibrations and other movements and movements.

The object of the present invention is to make an intelligent kit for fixing a mobile electronic device on a desired surface, ensuring an improved fixation and preventing its sliding down. Also, the smart kit is capable of reducing shocks and vibrations of the mobile electronic device mounted on it. The mobile electronic device according to this invention can be attached or removed easily from the car kit holder, using only one hand. Another object of the invention is that where the car kit mounted on the windscreen is perfectly masked behind the mobile device, from the direction of the driver's eye.

Also, the car kit according to this invention can be used with a mobile device, which has a software installed that allows the superimposition of a GPS map over the real image of the route, as captured by the camera of the mobile device, and where the device screen The mobile can be started automatically when it is positioned on the car kit holder and automatically turn off when it is detached from the car.

The first aspect of the invention is that it provides a smart kit for mounting a mobile device on a surface. The smart car kit consists of: a mounting platform consisting of a housing, a mounting plate and a permanent magnet, said plate having an inner part assembled into a housing and the outer part having a substantially flat surface, provided with at least two pins, which can allow the attachment of a smart housing and a smart housing with a ferromagnetic element inside for fixing a mobile device, having substantially the same shape and size as the permanent magnet and being provided with cavities, said housing being removably mounted on the platform. mounting through the mounting plate and connecting the ferromagnetic element to the permanent magnet, the magnet

permanently having a rectangular parallelepiped form and being inserted inside the cavity. with a part that protrudes out of the cavity on the mounting plate, so that it remains _v suB ^ t ^ fully coplanar with said opposite surface of the mounting plate, and the rising direction of the magnet (NS) is parallel to said opposite surface, and a

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The intensity of the magnetic field is maximum in the N-S direction, resulting in a greater axial attraction force than the normal force, which tends to center the permanent magnet on the ferromagnetic element. The magnet's dimensions should be chosen as small as possible but still providing sufficient attraction force between the magnet and the ferromagnetic element inserted in the housing.

The smart car kit according to the invention can be used for fixing on a surface a mobile device, such as a mobile phone, a pencil, a tablet, a navigation device or another device, and comprises a support, which is a rigid arm provided at distal with a basic structure for fixing the support to the desired surface and with the mounting plate mentioned at the head or proximal.

The basic structure of the smart kit, according to the invention, can be formed from a suction cup with a polyurethane gel layer and a suction mechanism, attached to a surface, such as a windshield, a vehicle or other surface. The suction cup generates vacuum and self-adhesive between the suction cup surface and the mounting surface.

The rigid arm has a distal head rigidly connected to the base structure and a proximal head connected to the mounting platform by a spherical coupling. Preferably, the spherical coupling is designed to allow a rotation of the mounting platform with 80 degrees in the direction of pitch, around the y axis, 40 degrees in the direction of rotation, around the x axis, and 360 degrees in the direction of the roller, around the z axis.

Therefore, when the kit is attached to an inclined windscreen, the spherical coupling allows the mounting plate to be oriented, having a mobile device, always oriented in a substantially vertical position plus / minus 5 degrees tangential to the driver's gaze, depending on placing the support in the lower or upper region of / ^ < ^rizu ' ^ui ·

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Preferably, the permanent magnet of the smart car kit according to the invention is mounted in the center of the flat surface of the mounting plate, and most preferably, the part that protrudes out of the cavity through the mounting plate, has a substantially square shape to allow a slight rotation of the mobile device in both horizontal and vertical position (portrait or landscape), while exerting the same force of attraction between the housing and the mounting plate.

It is also preferred that the ferromagnetic element of the smart housing be inserted in the center of it. Also, the smart housing is provided with a cutout that allows the light to be passed to the rear camera of the Imobil device, the camera having a field of view through the windshield, unobstructed by the car kit.

In a preferred embodiment of the invention, the mounting plate of the smart kit has four pins symmetrically arranged around the permanent magnet, and the smart housing has four cavities symmetrically arranged on the back surface of the smart housing, allowing the assembly of the pins into the cavities. The pins ensure a higher resistance, besides the magnet attraction, and prevent the housing from slipping. Preferably, the four pins are positioned near the permanent magnet.

Preferably the pins have a cylindrical shape with a convex top surface, consisting of two surfaces inclined to the diameter plane passing through the center of the mounting plate, and located on the upper surface of the mounting plate, allowing the intelligent housing to self-rotate after the smart housing is centered by the permanent magnet. .

In a preferred embodiment, the cylindrical pins have a diameter of about 5 mm to 15 mm, preferably 9 mm, and the height of the pins is about 0.5 mm to 2 mm, preferably 1 mm.

Moreover, the asymmetrical position of the spherical coupling relative to the permanent magnet allows the use of the smart kit in two main positions: the spherical coupler positioned down magnet and the spherical coupler positioned upward relative to the magnet, thus allowing

Laying the device in portrait or landscape position for different types of vehicles,

1 -02- 2014 including cars, sports cars with a small angle of inclination of the windshield, trucks with a large angle of inclination of the windshield, etc.

In another preferred embodiment, the diameter of the spherical joint is about 14 mm to 20 mm, preferably 16 mm, the distance D1 perpendicular to the center of the spherical joint (8) on the plane E1 is about 40 mm to 70 mm, preferably 60 mm, the distance D2 from the center of the spherical joint to the center of the permanent magnet is about 10 mm to 20 mm, preferably 15 mm and the distance D3 perpendicular to the center of the spherical joint to the outer surface of the mounting plate is about 10 mm to 14 mm, preferably 12 mm. Thus, the smart car kit is compact and has small overall dimensions, being able to reduce the shocks and vibrations induced by the mobile device, without obstructing the rear camera of the mobile device, allowing the GPS map to be superimposed on the real image of the route, as it is view through the rear camera of the mobile device.

Another aspect of the invention is that by which the smart car kit modifies the reactions of a navigation software, according to the user's settings. The mobile device may have navigation software installed, such as the ROUTE 66 navigation software, called Navigation. Navigation software can run on a mobile device, with Android or iOS operating system installed. Navigation software, when running on a mobile device, displays the navigation mode image on the mobile device screen. Navigation software contains vector maps with text, graphics and voice signals. The Navigation software behaves differently, depending on the user's settings, regarding attaching the mobile device to the smart car kit or detaching the mobile device from it. Some scenarios include the following:

- Attach the mobile device to the smart car kit: it activates the opening of the navigation software in the car mode with big buttons, containing the most used functions.

- Detaching the device from the smart car kit while navigating a traffic jam: Enables viewing of alternative routes.

- Detach the device from the smart car kit while navigating in the immediate-

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- Attach the device to the smart car kit while the screen is off and while browsing: the screen lights up and the GPS position is activated.

- Attach the device to the smart car kit while showing alternative routes: continuous navigation on the selected route and GPS position is activated.

The smart kit according to the invention can be used with a variety of different mobile devices, such as a mobile phone, smartphone, iPhone, tablet, tablet, iPad, navigation device, etc.

The benefits and advantages of the present invention will become clear after a careful reading of the detailed description.

Detailed description of the drawings

Fig. 1, 2, 3 and 4 are exploded isometric views of the smart car kit fixed to the windscreen with the mobile (dotted) electronic device oriented in portrait or landscape view;

Fig. 5 is an exploded isometric view of the smart car kit fixed on the vehicle with the (pointed) mobile device oriented in portrait view;

Fig. 6 is the image visualized by the driver, having the smart car kit fixed to the windscreen with the mobile device oriented in portrait or landscape view;

Fig. 7a, 7b, 8a and 8b are isometric views of the smart car kit fixed to the windscreen of the vehicle having a mobile device (small and large) attached, in portrait or landscape view mode;

Fig. 9a, 9b and 9c are isometric views of the smart car kit fixed on the vehicle, with the mobile device (small and large), in portrait view mode;

Fig. 10a, 10b, 11a and 11b are isometric views of the smart car kit fixed on an inclined surface or windscreen showing an unobstructed field of view (9) of the rear camera of the mobile device;

Fig. 12 is an exploded view of the smart car kit: 1 - basic structure, 1.1 suction cup with a polyurethane gel layer, 1.2 - piston, 1.3 - helical spring, 1.4 - fastening part, 1.5 - sliding part, 1.6 - screw, 1.7 - drive wheel, 2 - rigid arm,

2.1. - distal end of the rigid arm, 2.2 - proximal end of the rigid arm, 3 - spherical coupling, 4- mounting platform, 4.1 - housing, 4.11 - spherical coupling housing from car-> 0 KINg

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screws, 5 - permanent magnet, 6 - ferromagnetic element, 7 - smart housing for a mobile device;

Fig. 13 is a partially sectioned cross-sectional view of the smart car kit mounted on an inclined surface, showing the asymmetrical position of the spherical coupling (3), relative to the permanent magnet (5). The spherical coupling (3) is positioned above the permanent magnet (5);

Fig. 14 is a partially sectioned cross-sectional view of the smart car kit mounted on an inclined surface, showing the asymmetrical position of the spherical coupling (3), relative to the permanent magnet (5). The spherical coupling is oriented downwards from the permanent magnet (5);

Fig. 15 is a sectioned isometric view of the smart car kit, illustrating the magnetization direction of the permanent magnet;

Fig. 16 and 17 are front views of the smart car kit, illustrating two possible mounting positions of the magnet;

Fig. 18, 19, 20 and 21 are side views of the smart car kit, illustrating that the mounting plate position is adjustable;

Fig. 22 is an isometric view with a detail of the mounting plate, showing the shape of the four pins;

Fig. 23 is an isometric view with a detail of the intelligent housing, which shows the shape of the four holes and the ferromagnetic element;

Fig. 24 is an isometric view of the smart car kit, which shows that the mounting plate is adjustable in tangage (around the y axis), roller (around the z axis) and rotation (around the x axis) and which has three planes. virtual Ε1, E2 and E3 passing through the center of the spherical joint (8);

Fig. 25 is a partially sectioned cross-sectional view of the smart car kit, showing the main design parameters D1, D2 and D3;

Fig. 26a is a sectioned front view of the suction cup with two ears, illustrating the suction components, such as the suction body (1.1a) and the polyurethane gel layer (1.1b);

Fig. 26b is a partially sectional front view of the suction cup with an ear, illustrating the components of the suction cup, such as a suction cup body (1.1a) and a polyurethane gel layer -> £ ΤΕκ ^ η (1.1b);

, Λχ ^k £ · 'fig. ⁰ £ 7 is an exploded view of Smart Car kit with a mounting plate pen!

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Fig. 28 is an isometric view of the mounting plate (9) of a camera.

Description of the invention

Referring to the drawings and in particular to Fig. 12, 13 and 14, the smart kit, according to the present invention, is composed of: a base structure (1), a rigid arm (2) having the distal end (2.1) rigidly connected to the basic structure (1) and the end proximally (2.2) connected to a mounting platform (4), by means of a spherical joint (8), and an intelligent housing (7) having a ferromagnetic element (6) inserted, for gripping the mobile device.

The basic structure (1) includes a suction cup (11) and a suction mechanism. The suction cup (1.1) is composed of a suction cup body (1.1a) and a layer of sticky polyurethane gel (1.1b). In a preferred embodiment, the suction body has only one ear, and in another embodiment the suction body has two ears.

The suction mechanism is equipped with a wheel (1.7) connected to the sliding part (1.5). When rotating the wheel (1.7), the sliding part (1.5) and the piston (1.2) move up. The piston (1.2) pulls from the bottom surface of the suction cup (1.1), and the air pressure in the sealed space becomes lower than the outside atmospheric pressure. The adhesive polyurethane gel layer (1.1.b) generates self-adhesive between the suction cup (1.1) and the surface to which it is attached.

The basic structure (1) is connected to the rigid arm (2) by means of the fastening part (1.4) through a snap-type assembly.

The mounting platform (4) is composed of a mounting plate (4.2) with a permanent magnet (5) inside it, and a housing (4.1) assembled by screws. Preferably, the permanent magnet (5) is mounted in the center of the flat surface of the mounting plate (4.2), having the direction of magnetization (NS) parallel to this flat surface, in order to center the smart housing (7) in the mounting plate ( 4), as shown in Figure 15.

The spherical coupling (3) is mounted in the spherical coupling housing (4.11), from the housing (4.1) in the upper part and on a rubber support (4.3), in the lower part thus forming the spherical joint (8). The spherical joint (8) is designed so as to allow / X ° V ^Z 0 'V » ^Z ✓ With an angle of rotation of the mounting platform (4) of 80 degrees in the direction of pitch, 4 (5 degrees in the direction of rotating and 360 degrees in the direction of the roller. Spherical coupling (3) '^ is fixed by the rigid arm (2), using a screw.

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The mounting plate (4.2) contains four pins symmetrically arranged on the outer surface flat (4.22) of the mounting plate (4.2) and around the permanent magnet (5), Fig.22. The smart housing (7) has four cavities symmetrically arranged on its rear surface and around the ferromagnetic element (6) incorporated in the housing (7), Fig.23. The ferromagnetic element (6) has the shape and size approximately similar to the permanent magnet (5) in the mounting plate (4).

Preferably, the pins are cylindrical in shape with the convex upper surface, preferably with two inclined surfaces along the diameter line passing through the center of the mounting plate (4.2), to allow the intelligent housing (7) to rotate after its centering by the magnet. permanent (5).

The pins allow to increase the clamping force, in addition to that offered by the attraction force of the magnet and prevent the smart housing from sliding on it. The smart car kit can, for example, be removably mounted on the dashboard or windscreen with the smart housing in both portrait and landscape orientation, for a wide range of vehicles, such as, vehicle, sports car, truck, tractor, mining equipment, military vehicles, trains, aircraft, ships, vessels or other vehicles requiring the installation of a portable electronic device.

The smart car kit can also be removably mounted on a desk, wall or other surfaces, having other uses, such as: watching a movie, selecting songs, browsing the web, etc. The smart car kit can be used with a multitude of mobile devices of various sizes, such as: a mobile phone, smartphone, iPhone, tab, tablet, iPad, navigation device, etc.

The smart car kit can also be used to attach a camera to it, using a special mounting plate (13).

Claims (15)

1. Smart kit for mounting a mobile device on a surface, comprising: a. a mounting platform (4) composed of a housing (4.1), a mounting plate (4.2) and a permanent magnet (5), the plate having a first surface (4.21), positioned inwardly of the housing (4.1) and a outer surface (4.22), substantially flat, provided with at least two pins, ready for installation of a smart housing (7) b. an intelligent housing (7), with a ferromagnetic element (6) inside, for mounting a mobile device, having substantially the same shape and size as the permanent magnet (5) and being provided with cavities, the smart housing (7) being mounted detachable from the mounting platform (4) through the mounting plate (4.2) through the direct contact between the ferromagnetic element (6) and the permanent magnet (5) characterized in that the permanent magnet (5) has a substantially rectangular parallelepiped shape and is inserted inside cavities (4.1) with a protruding part inside the housing (4.1), mounted in a housing in the mounting plate (4.2) so as to remain substantially coplanar with said respective surface (4.22) of the mounting plate (4.2) and the magnetization direction (NS) of the magnet is parallel to the surface (4.22) characterized in that the pins and cavities are arranged symmetrically with respect to the magnet (5) and elements respectively the ferromagnetic core (6) so that the cavities are adapted to assemble with the pins. Smart kit according to claim 1, characterized in that it allows the mounting of a mobile device, such as a mobile phone, a clipboard, a tablet, a navigation device or other device on a surface, and further contains c. a support which is a rigid arm (2), provided with a base structure (1) at its distal end (2.1) for fixing the support on a desired surface and a mounting platform (4) at its proximal end (2.2) ). 2 O 1 4 li O 'U - 2 t -02- 20H a. The basic structure (1) is composed of a suction cup (1.1) with a polyurethane gel layer and a suction mechanism, attached to a surface, such as windscreen, board or other surface, by vacuum and car generation. - adhesive between the surface of the suction cup and the surface on which it is mounted; b. The rigid arm (2) has the distal end (2.1) rigidly connected to the base structure (1) and the proximal end (2.2) connected to the mounting plate (4) by a spherical joint (8). 4. Intelligent kit according to claim 3, wherein the spherical joint (8) is designed to allow rotation of the mounting platform by 80 degrees in the tangent direction, around the y-axis, by 40 degrees in the rotational direction, in around the x-axis, and 360 degrees in the roll direction, around the z-axis. Smart kit according to any one of the preceding claims, characterized in that the permanent magnet (5) is mounted in the center of the flat surface (4.22) of the mounting plate (4.2). Intelligent kit according to any one of the preceding claims, characterized in that the protruding part of the housing (4.1) and the mounting plate (4.2) in which the permanent magnet (5) is mounted has a substantially square shape. Smart kit according to any one of the preceding claims, characterized in that the ferromagnetic element (6) is inserted in the center of the smart housing (7). 8. Smart kit according to any one of the preceding claims, characterized by a cut-out (7.1) provided in the smart housing (7), which allows the light to be passed to the rear camera of the mobile electronic device, the camera having a field of view (9) unobstructed by car kit, windscreen. «Jui ^ permanently (5) and the smart housing (7) contains four cavities symmetrically arranged on 9. A smart kit according to any one of the preceding claims, characterized by x ^ 'pEi fcaceea as the mounting plate (4.2) contains four pins arranged symmetrically around the magnet- Z / «Jui ^ ermanent (5) and the smart housing (7) contain four cavities symmetrically arranged on (g.> * 'Τ>o' ^x > a Λ; 2 Ο U ^G υ S 3 2 1 -02- 2014 the rear surface of the smart housing and around the ferromagnetic element (6) to be firmly assembled with the pins. 10. Smart kit according to any one of the preceding claims, characterized in that the four pins are positioned near the permanent magnet (5). Intelligent kit according to any one of the preceding claims, characterized in that the pins have a cylindrical shape with the convex upper surface, preferably with two inclined surfaces along a diameter line passing through the center of the mounting plate (4.2), for to allow the self-rotation of the smart housing (7) after its centering by the permanent magnet (5). Intelligent kit according to claim 11, characterized in that the pins are cylindrical in shape and have a diameter of about 5 mm to 15 mm, preferably 9 mm and the height of the pins can be about 0.5 mm to 2 mm. , preferably 1 mm. Smart kit according to any one of the preceding claims, characterized in that the asymmetrical position of the spherical joint (8) relative to the permanent magnet (5) allows the use of the smart kit in two main positions: the spherical joint positioned (8) down in the ratio with the magnet (5) and the spherical joint (8) positioned upwards relative to the magnet (5), thus allowing the mobile device to be mounted in the portrait or landscape position for different types of vehicles, including cars, sports cars with a small tilt angle. the windscreen, trucks with a wide angle of inclination of the windscreen, etc. Intelligent kit according to claims 3 or 4, characterized in that the diameter of the spherical coupling (3) is about 14 mm to 20 mm, preferably 16 mm, the distance D1 perpendicular to the center of the spherical joint (8) on the plane E1 is about 40 mm to 70 mm, preferably 60 mm, the distance D2 from the center of the spherical joint (8) in the center of the permanent magnet is about 10 mm at 20 mm, preferably 15 mm and the distance D3 from the center of the joint perpendicular sfe- ^1Cf '<(the (8) to the outer surface (4.22) of the mounting plate (4.2) is about 10 / <? Xrnm to 14 mm ^ ana , preferably 12 mm. * Wo 2 O U Ο U 3 - 2 1 -02- 20Κ Smart kit according to any one of the preceding claims, characterized in that it can be used with a multitude of different sized mobile devices, such as a mobile phone, smartphone, iPhone, tablet, tablet, iPad, navigation device, etc. . 16. Smart kit according to any one of the preceding claims, characterized in that it modifies the feedback of a navigation software, according to the user's settings.