HANDLEBAR DEVICE EQUIPPED WITH ELECTRONIC UNIT

Abstract

A device comprising a seat cover which can be fastened to the seat of a motorcycle, whose upper surface is divided in a plurality of portions each positioned on the right side or left side of said seat cover, each one of which being associated to a respective vibration motor, configured to generate vibrations perceivable by the motorcyclist while seating on the seat of said motorcycle, electronic computing means configured to control said vibration motors and provided with connecting means to the onboard electronic box of said motorcycle, characterized in that said electronic unit is configured to receive from said onboard box of said motorcycle a signal relating to the activation status of the directional indicators of said motorcycle and to control said vibration motors as a function of said signal relating to the activation status of said directional indicators.

Claims

1. A device comprising: handlebars comprising a right handle grip and a left handle grip; a left vibration motor and a right vibration motor; an electronic box; and an electronic unit connected to said electronic box; wherein the right handle grip and the left handle grip are respectively associated with the left vibration motor and the right vibration motor; wherein each vibration motor is configured to generate vibrations perceivable by a user handling the handlebars; wherein the electronic unit is configured to control each vibration motor; and wherein the electronic unit is configured to receive from the electronic box a signal relating to an activation status of directional indicators, and to control the vibration motors as a function of said signal relating to the activation status of the directional indicators.

2. The device of claim 1, wherein each vibration motor is inside the respective handle grip.

3. The device of claim 1, wherein said electronic unit is configured to activate the vibration motors positioned on a same side as an active directional indicator.

4. The device of claim 1, wherein said electronic unit is configured to switch off said vibration motors only when the directional indicators are disactivated.

5. The device of claim 1, wherein said electronic unit is configured to acquire from said electronic box other signals relating to functioning of the device and to convert them into signals sent to the user by vibrations of said vibration motors and distinguishable by the user by their different frequency and/or intensity.

6. The device of claim 1, further comprising the directional indicators.

7. The device of claim 1, wherein said electronic box is an onboard electronic box.

8. The device of claim 1, wherein said device is a vehicle.

9. The device of claim 1, wherein said device is a motorcycle.

10. The device of claim 9, wherein the user is a motorcyclist, and further comprising a massaging belt, suitable for being fastened around the motorcyclist's waist, and provided with at least two massaging heads positioned so that right and left portions of the motorcyclist's back are massaged and with a plurality of electrostimulation electrodes, and connecting means of said electronic unit to said massaging belt, wherein said electronic unit is configured to control also said two massaging heads as a function of said signal relating to the activation status of said directional indicators.

11. The device of claim 10, wherein said connecting means comprise a first connector connecting said electronic unit to the onboard electronic box of the motorcycle and a second connector connecting said electronic unit to said massaging belt.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0033] The present invention will be now described with reference to the appended drawings:

[0034] FIG. 1 shows a top view of the invention with all its essential elements;

[0035] FIG. 2 shows how the seat cover (1) is positioned on the seat (15) of a motorcycle (13);

[0036] FIG. 3 shows a view of the functioning of the invention. In figure, the left directional indicator (19) is activated and at the same time the system activates the left front vibration motor (4) and left back vibration motor (5) which produces a vibration perceivable by the motorcyclist;

[0037] FIG. 4 shows a view of the functioning of the invention showing a motorcyclist wearing the massaging belt (9) and perceiving the vibration indicating the left directional indicator (19) activated;

[0038] FIG. 5 shows another embodiment of the invention showing how the vibration motors are introduced, the one at the right side, the other one at the left side (16), inside the band grips of the handlebar of the motorcycle (13). In the view, the left directional indicator (19) is activated and at the same time the system activates the left front vibration motor (4) and the left back vibration motor (5) and the left vibration motor (16) inside the handle grip of the handlebar activated, which produce a vibration perceivable by the motorcyclist.

DETAILED DESCRIPTION

[0039] As it is shown in the appended drawings, the present invention provides a device comprising a seat cover (1) for motorcycles (13), whose upper surface is divided in four portions, each one of which being associated to a respective vibration motor.

[0040] Preferably, said seat cover (1) is divided in a right front area, where a right front vibration motor (2) is positioned, a left front area where a left front vibration motor (4) is positioned, a right back area where a right back vibration motor (3) is positioned, a left back area where a left back vibration motor (5) is positioned. Moreover, preferably, said seat cover can be fixed on the seat of a motorcycle, or it can be positioned on the seat of a motorcycle by means of fastening means of adhesive or elastic type.

[0041] The device comprises also electronic computing means (7) integral to said seat cover (1), configured to control said vibration motors and connecting means of said electronic computing means (7) to the onboard box (14) of the motorcycle (13). To such aim, said electronic computing means are connected electrically to the right front vibration motor (2), to the right back vibration motor (3), to the left front vibration motor (4) and to the left back vibration motor (5).

[0042] Said connecting means comprise preferably a first connector (6) connecting said electronic computing means (7) to the box (14) of the motorcycle (14).

[0043] Preferably, but not limitingly, the device comprises also a massaging belt (9), which can be fastened around the cycler's waist, and provided with at least a couple of rotating massaging heads (11) at the motorcyclist's back right and left, and with a plurality of electrostimulation electrodes (12). In such an embodiment, the device comprises conveniently seat cover connecting means to said belt (9), comprising a second connector (8) going out from said electronic computing means (7), to which a respective connector (10) of a massaging belt (9) can be connected.

[0044] The device is characterized in that said electronic computing means (7) are configured to receive from said onboard box (14) of the motorcycle (13) a signal relating to the activation status of the directional indicators (19) of said motorcycle (13), and to control said vibration motors (2, 3, 4, 5) as a function of said signal relating to the activation status of said directional indicators. Preferably, said electronic unit is configured to activate the vibration motors positioned on the same side as the active directional indicator. For example, it is configured to activate the right front vibration motor (2) and the right back vibration motor (3) at the same time if the active directional indicator is the one indicating a right bend, and to activate the left front vibration motor (4) and the left back vibration motor (5) if the active directional indicator is the one indicating a left bend. The vibration motors are configured to generate vibrations perceivable by the motorcyclist while seating on the seat cover (1).

[0045] Said electronic computing means (7) are also configured to switch off said vibration motors only when the directional indicator (19) is disactivated.

[0046] Conveniently, also, said electronic computing means (7) are configured to acquire from said onboard electronic box (14) other signals relating to the functioning of the motorcycle and to convert them in signals sent to the motorcyclist by means of vibrations of said vibration motors and which can be distinguished by the motorcyclist by means of their different frequency and/or intensity.

[0047] Moreover, according to another embodiment, other vibration motors can be associated to the motorcycle handlebars, the one to the right handle grip and the other one to the left handle grip (16). In this case, said electronic unit is configured to control also said further vibration motors associated to the handlebars as a function of the activation status of the directional indicators. Preferably, said further vibration motors are introduced inside the handlebars of the motorcycle (13).