OBJET OF THE INVENTION
[0001] The invention, as stated in the title of the present specification, relates to a
resistance roller for training benches, which provides several advantages and innovative
characteristics inherent to the particular configuration thereof, which shall be described
in more detail below and which amount to a notable novelty in the current state of
the art.
[0002] The object of the present Invention specifically consists of a roller of the type
that is incorporated in training benches, and which, next to other parallel ones,
provide the rolling surface upon which, for example, a bicycle rolls or to which a
treadmill may be coupled, etc., with the particular feature that, among other advantages,
said roller is structurally designed to Incorporate a small electric motor therein
to generate mechanical torque by means of the electromagnetic energy that it produces,
thereby achieving that the resistance force that provides the desired level of training
is performed directly through the roller itself, avoiding the existence of external
mechanical elements or devices.
FIELD OF APPLICATION OF THE INTENTION
[0003] The field of application of the present invention falls within the industry sector
dedicated to the manufacture of sporting accessories, particularly focusing on the
field of roller benches.
BACKGROUND OF THE INVENTION
[0004] As a reference to the current state of the art, It must be noted that In most roller
benches currently on the market as a training element, the mechanical toque or resistance
force that Is applied to better simulate the conditions of traditional use is generally
performed by means of the use of systems and mechanisms based on magnetic resistance
that also generally constitute large elements that are coupled to one of the rollers
of the bench or substitute one of said rollers.
[0005] In any case, the problem with current systems is the complexity and the space or
volume they occupy, the aim of the present invention being the development of a roller
for this type of bench that avoids such drawbacks.
[0006] Furthermore, it must be noted that the applicant is unaware of the existence of any
other resistance roller or invention with a similar application for benches, which
has a number of similar technical, structural and constituent characteristics.
SUMMARY OF THE INVENTION
[0007] Thus, the resistance roller for training benches proposed by the Invention, amounts
to a noteworthy novelty within its field of application, since by employing it one
may satisfactorily reach the aforementioned objectives, the characterising details
that make it possible and set it apart being duly recorded in the claims included
at the end of the present specification.
[0008] Specifically, what the invention proposes Is, as previously mentioned, a roller that
is incorporated in static training benches, and to which a mechanism is connected
in order to generate mechanical torque and offer a resistance force for training,
thereby enabling the user to control the level of said resistance in every instance,
as desired for their training.
[0009] More specifically, the roller of the invention is of the type that couples to a support
structure next to another or other parallel rollers, providing the rolling surface
upon which the wheels of a bicycle installed thereon roll, or to which a rolling belt
for running may be coupled.
[0010] The proposed roller has as an essential feature the fact that it internally Incorporates
a small electric motor capable of generating mechanical torque by means of the electromagnetic
energy It produces.
[0011] Likewise, and according to another feature of the Invention, the aforementioned roller
is provided with an electronic board or microprocessor that enables wireless electronic
communication with which to connect to other devices.
[0012] The roller Is, however, provided with external connectors with which to connect different
devices.
[0013] Moreover, said electronic board is programmable in order to make the roller activate
the generation and communication system after a few seconds of rotation at a speed
greater than a previously established rpm.
[0014] Optionally, the roller is equipped with an acoustic system to inform the user of
different characteristics, via the incorporation of a small speaker and of corresponding
software in the electronic board or by means of the connection thereof to an external
device suitable for reproducing the messages.
[0015] Alternatively or additionally to said acoustic system for informing the user of different
characteristics, the roller is also equipped with a lighting system for the same informative
purpose via the preferred incorporation of LEDs and of corresponding software in the
electronic board or by means of the connection thereof to an external device suitable
for reproducing the messages.
[0016] Also optionally, the invention takes Into conslderatlon that the roller may have
an internal ventilation system with which to cool the internal elements.
[0017] Likewise and also optionally, the roller enables the physical communication with
the user and vice versa via the variation of the rotation speed or acceleration of
the roller applied both by the user and by the roller itself, such that the electronic
board acts as an interface with the user.
[0018] According to another option, the roller also has a safety system in case the motor
exceeds a certain temperature, stopping the generation of energy, for which the electronic
board incorporates specific software that permanently controls the temperature of
the motor and automatically disconnects when it exceeds a certain previously established
limit.
[0019] Additionally, the roller may enable the energy generated to be reused for other purposes,
via the connection thereof to the corresponding elements and devices, for example
as ventilation for the user, lighting in the promises or energy storage in a battery.
[0020] The main advantages provided by the roller of the invention as a technical solution
are:
- Lower volume and weight of the system for generating a mechanical torque than traditional
magnetic resistance systems incorporated in accessory elements.
- Enables energy to be stored and used for other purposes along with the corresponding
energy savings.
- It is ecological, since by harnessing the energy it prevents the use of energies from
polluting sources.
- It enables communication with the device without the need for another complementary
system.
- The experience in the simulation of an effort profile is improved.
[0021] The described resistance roller for training benches therefore consists of an innovative
structure with structural and constituent features heretofore unknown for their intended
purpose, reasons which, taken together with its usefulness, provide it with sufficient
grounds for obtaining the requested exclusivity privilege.
DESCRIPTION OF THE DRAWINGS
[0022] To complement the present description, and for the purpose of helping to make the
characteristics of the invention more readily understandable, the present specification
is accompanied by one drawing, constituting an integral part of the same, which by
way of illustration and not limitation represents the following:
Figure 1.- shows a plan view of an exemplary static cycling bench of the type the
advocated roller is intended for, showing the incorporation of the aforementioned
roller therein; and
Figure 2.- shows an enlarged and longitudinal cross-sactional schematic view of an
exemplary resistance roller for benches, object of the Invention, showing therein
the main parts and elements it comprises, as well as the configuration and arrangement
thereof.
PREFERRED EMBODIMENT OF THE INVENTION
[0023] In light of the aforementioned figures and in accordance with the adopted numbering,
one may observe therein an example of a preferred, non-limiting embodiment of this
roller, which comprises the parts and elements that are indicated and described in
detail below.
[0024] Thus, as may be seen in figure 1, the resistance roller (1) in question is intended
to be incorporated transversely In a bench (2), a bench of the type comprising a support
structure (3) to which, next to said resistance roller (1), one or two additional
complementary rollers that rotate freely (4) are incorporated, these being arranged
parallel to both ends of the structure and resting on the respective ends thereof
(1 a and 4a), such that a bicycle may roll thereon or one may run with a treadmill
and on which, whilst the freely rotating rollers (4) do not offer any type of resistance
since they rotate freely, the resistance roller (1) Is connected to a mechanism that
makes the application of a certain force in order to make it rotate necessary.
[0025] Looking at figure 2, it may be seen how the resistance roller (1) has, in order to
provide said force, the mechanism to which It is connected, which consists of a small
electric motor (5) housed therein and installed such that It is capable of generating
a mechanical torque by means of the electromagnetic energy said motor produces.
[0026] The aforementioned electric motor (5) is also connected to a programmable electronic
board (6), which is also integrated inside the roller (1) itself, and via which said
roller is provided with wireless electronic communication in order to connect to other
devices, for example to a device with commands (not shown) in order for a user to
programme and control the operation of the roller.
[0027] In any case, the roller (1) has supply and connection wiring (6) that emerges through
a tube (9) provided for this purpose at one of the two ends (1a) extending from the
roller that serve as a support to rotate upon the structure (3) of the bench (2).
This wiring (8) has external connectors (not shown) with which to connect to different
devices.
[0028] Optionally, the resistance roller (1) incorporates, conveniently connected to the
electronic board (6), an acoustic system with a speaker (10) and/or a LED lighting
system (12) to provide informative message to the user via the corresponding software
implemented in the electronic board (6) or by means of the connection thereof to an
external device, for example, the aforementioned device with commands.
[0029] Also optionally, the roller is provided with a fan (11) as an internal ventilation
system to cool the internal elements and components thereof.
[0030] In the example shown In figure 1, the structure (3) of the bench (2) may be folded
via articulated points (7).
[0031] Having thus adequately described the nature of the present invention, as well as
how to put it into practice, it Is deemed unnecessary to make this description any
longer in order for anyone skilled in the art to understand the scope of the Invention
and the advantages deriving therefrom. It must be noted that, within its essential
nature, the Invention may be carried out according to other embodiments differing
in detail from that set out by way of example, which the protection sought would equally
cover, provided that the fundamental principle thereof is not altered, changed or
modified.
1. A resistance roller for training benches that, being of the type of roller intended
to be incorporated transversely in a bench (2), which comprises a support structure
(3) to which, next to said resistance roller (1), complimentary freely rotating rollers
(4) are incorporated, all being arranged In parallel resting on the respective ends
(1a and 4a) thereof, such that a bicycle may roll thereon or one may run with a treadmill,
said resistance roller (1) being connected to a mechanism that make the application
of a certain force in order to make It rotate necessary, is characterised in that, in order to have said force, said roller (1) incorporates an electric motor (5)
housed therein, which generates a mechanical torque by means of the electromagnetic
energy it produces and in that the electric motor (5) is connected to a programmable electronic board (6), which
is also integrated in the interior of the roller (1) which enables the same to be
connected to a device with commands, in order for a user to programme and control
the operation of the roller, or to other devices.
2. The resistance roller for training benches, according to claim 1, characterised in that wireless electronic communication to connect to other devices is provided via the
electronic board (6).
3. The resistance roller for training benches, according to any of claims 1 to 2, characterised in that It has supply and connection wiring (8).
4. The resistance roller for training benches, according to claim 3, characterised In that the wiring (8) emerges from a tube (9) provided for this purpose in one of the two
ends (1a) extending from the roller that serve as a support to rotate upon the structure
(3) of the bench (2).
5. The resistance roller for training benches, according to claims 3 or 4, characterised in that the wiring (8) has external connectors to connect different devices.
6. The resistance roller for training benches, according to any of claims 1 to 5, characterised in that it Incorporates, connected to the electronic board (6), an acoustic system with a
speaker (10) in order to provide Informative messages to the user via the corresponding
software implemented in the electronic board (6) or by means of the connection thereof
to an external device.
7. The resistance roller for training benches, accordlng to any of claims 1 to 6, characterised in that it incorporates, connected to the electronic board (6), a LED lighting system (12)
In order to provide informative messages to the user via the corresponding software
implemented in the electronic board (6) or by means of the connection thereof to an
external device.
8. The resistance roller for training benches, according to any of claims 1 to 7, characterised in that It Incorporates a fan (11) as an internal ventilation system to cool the internal
elements and components thereof.
9. The resistance roller for training benches, according to any of claims 1 to 8, characterised in that the electronic board (6) incorporates software to control the temperature of the
motor.
10. The resistance roller for training benches, according to any of claims 1 to 9, characterised in that the electronic board (6) acts as an interface as a result of the speed and acceleration
variation.