ES1200435U - Multifunctional scooter (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Multipurpose scooter, with a main platform (1) resting on one or more wheels (4, 5), and a handle (2) on a front edge, characterized in that it comprises a removable platform (3) configured to be extracted from below of the main platform (1), by the edge opposite the handle (2), and having wheels (4, 5) supporting the ground. (Machine-translation by Google Translate, not legally binding)

Description

5

10

fifteen

twenty

25

30

35

DESCRIPTION

Multifunction scooter SECTOR OF THE TECHNIQUE

The present invention relates to a multifunction and multi-purpose scooter, motorized or manual, which can be used to carry one or more people, as well as a person and a certain amount of cargo, such as suitcases or backpacks and as a trolley once folded.

STATE OF THE TECHNIQUE

Many different devices are known in the technique of assisted transport of people and loads. One of the best known is the so-called Segway and other more simple versions. Also known are suitcases with wheels that can support a child or adult on top as well as backpacks with function of folding skate.

There is no known system that allows to alternate between carrying one or more people and loads, however that versatility allows to cover an important need, for example in airports, stations and other facilities where many people pass (urban mobility).

BRIEF EXPLANATION OF THE INVENTION

The invention consists of a multi-purpose scooter according to the claims.

A series of relative terms will be used in the memory as a whole: "front", "back". Specifically, "front" refers to the edge that is disposed on the normal forward side of the scooter, generally where the handle is, and "rear" to the opposite edge.

The multi-purpose scooter is the type that has a main platform, user support or load, supported on one or more driving wheels connected to an engine. This type also includes a handle on one edge, which will be called "forward" and corresponds to the normal direction of travel of the driving wheels. In a novel way, it comprises a removable platform configured to be extracted from under the main platform by the edge opposite the handle. This removable platform has

5

10

fifteen

twenty

25

30

35

ground support wheels. For example, it can be extracted manually or electronically when mounted on rails or telescopic guides.

The way to command the scooter, when motorized, can be through accelerometers, gyroscopes and self-balancing, similar to Segway and other similar equipment such as overboard or walkcar, arranged on the extrafble platform. But it is preferred that the handle comprises means for directing the scooter (direction, speed, brake ...). Preferably, they will be detachable buttons and control levers of the handle, so that it can be managed remotely via bluetooth or with a connection cable. That is, the user can load the scooter's platforms with objects, usually luggage, and walk by his side using a command with the buttons and command levers. The communication between the remote control and the scooter will be via a connection cable when the user is going to be nearby, or by bluetooth if you want to allow it to move away. Moreover, the command can have a signal emitter that the scooter receives and uses to automatically follow the user wherever he goes.

This implies having two or more receivers to triangulate the user's position.

In a preferred embodiment, the handle comprises a folding telescopic rod on the main platform, which preferably comprises an insertion groove of the collapsed telescopic rod. The handle can be adjusted in height, entering completely into the insertion slot, or protruding from its rear edge.

The main platform may have one or more deployable supports by the edge of the handle, or even above the removable platform. These supports can be used as drawers or trays.

The removable platform can comprise a central trench that incorporates a folding seat, which can also be adjustable in height by means of a recessed telescopic tube. Both will have complementary shapes so that the folded seat does not prevent the placement of the removable platform under the main platform.

It is convenient that the scooter has a protective and closing lid. That cover will be arranged above the handle when it is down, and ahead when deployed. In it you can place pockets, fastening straps of other elements. You may have a sliding grip to join the handle so that they collapse or unfold in solidarity.

5

10

fifteen

twenty

25

30

35

Other variants will be described later.

DESCRIPTION OF THE DRAWINGS

For a better understanding of the invention, the following figures are included.

Figure 1: schematic side view of a scooter according to an embodiment example.

Figure 2: perspective view, partially exploded, of an example of removable platform, with central trench and folding seat.

Figure 3: general view of a folded scooter, according to an example of embodiment, from the front.

Figure 4: a schematic side view of a new embodiment.

EMBODIMENTS OF THE INVENTION

Next, a mode of embodiment of the invention will be described briefly, as an illustrative and non-limiting example of this.

Figure 1 shows a general view of a scooter according to an embodiment. It comprises a main platform (1) from which a handlebar-shaped handle (2) emerges. Below the main platform (1) there is a removable platform (3), which can be placed behind the main platform (1), that is, further away from the handle, or hidden below it. It is recommended that the removable platform (3) be arranged in rails or telescopic guides below the main platform (1), as it is a reliable and resistant method. Depending on the length and arrangement of the rails or telescopic guides, the removable platform may be removed until it is separated from the main platform (1), so that two users, one on each platform (1,3) do not collide with each other. For example, it can be extracted up to one and a half times its length. It can also be made that the removable platform (3) can be removed from the scooter, for independent use.

5

10

fifteen

twenty

25

30

35

Both platforms (1,3) will have sufficient strength and dimensions to allow the support of a user or a certain load (suitcases ...) and can include non-slip surfaces. For this, both will have a support on the ground by means of some wheels (4,5), of which some will be driving wheels (4) (when there is an engine) and others will be crazy wheels (5), with or without bearings , that is, not connected to any mechanical element (figure 1). Some or all of the crazy wheels (5) may be of the type called "caster in English, which are automatically oriented. Normally, the driving wheels (4) will be in solidarity with the main platform (1), since the motor elements and the power supply can be hidden more easily, but they can also be part of the removable platform (3). The wheels (4,5) may have some type of damping, if deemed necessary to absorb the vibration.

Figure 2 shows a box below the removable platform (3), with a box cover (18). This box would contain the equipment (batteries and motors) in some of the embodiments, mainly those in which the removable platform (3) is separable from the rest of the scooter.

The handle (2) will comprise means for directing the scooter. You can take the user's orders by means of the rotation with respect to a vertical axis of the whole handle (2) or only the upper part. It can also comprise a steering lever or other type of command buttons (brake, speed, reverse gear ...). These command buttons can also be in a detachable element connected by wiring with the handle (2). Thus, the scooter can be guided when all the platforms (1,3) are used for loading. A less common option is to install oscilloscopes, gyroscopes or accelerometers so that the guidance is similar to that of a Segway by self-balancing.

The handle (2) shown in Figure 1 comprises a telescopic rod (6) and is preferably foldable on the main platform (1) to reduce the useful space it occupies. To do this, it will have an articulation or hinge, and the main platform (1) will preferably have a groove (7) (in a broken line) where the handle (2) can be hidden. Preferably, the handle (2) is telescopic with a built-in shock absorber spring for vibration absorption in the handlebar.

From the front of the main platform (1), that is to say where the driving wheels (4) normally move, folding supports (8) can be arranged,

5

10

fifteen

twenty

25

30

35

generally of small size and prepared for less weight, that allow to place a backpack. That backpack will be tied by its straps to the handle. The supports (8) can correspond to trays or drawers, with or without cover (16). It is also possible to include folding supports (8) above the removable platform (3), which will generally be used when it is not necessary. The front supports (8) may be longer than the rear ones, since they do not affect any user. If it is intended to be able to install a lot of weight, it can have folding supports (8 ’), with a fixation system in position, that are a short distance from the ground or that are finished off by wheels or similar. In the most advanced version, the front support (8) comprises a mechanism for the deployment of the support (8) or excess weight to automatically deploy the supports (8 ’).

The main platform (1) can comprise fasteners for attaching a removable seat. But it is preferred to incorporate a folding seat (9) in the removable platform (3) (figure 2). That folding seat (9) will generally be collected in a central trench (10), and will be deployed at the user's discretion (figure 2). The folding seat (9) can be completed with an external cushion, or be topped with a relatively soft material support. As shown, the folding seat (9) can be telescopic to increase comfort, and even comprise a button for automatic deployment.

The scooter assembly can have an upper cover (11), arranged above the handle (2) when it is folded (figure 3), and in front when it is deployed (figure 1). The cover (11) may comprise a pocket (12), straps or other similar element for storing personal items or scooter elements. The cover (11) can comprise a sliding grip (6 ’) joining the handle (2), to fold down in parallel with it. In any case, it is preferred that you have some type of closure to keep the scooter folded. For example, hooks on the sides for fixing to the main platform (1). The cover can comprise side straps (11 ’) that limit its opening movement and at the same time result in lateral stops for loading.

If the scooter is light enough, it can have a strap (13) or braces (13 ’) to be carried by the user in a folded position and as a backpack. Preferably, the braces (13 ') will be detachably connected to fasteners (17) so that they do not affect the use of the scooter.

If the use or the regulations require it, it will be possible to have luminous elements, of signaling or to increase the visibility. You may have a horn, a ignition key and other road or anti-theft security measures.

5 The power will generally be by batteries, being the most practical method in terms of weight, cost and ecology. Therefore, it will require recharging elements such as a power outlet to charge it and, if desired, a solar panel (14).

The cover (11) can also comprise a folding flange (15) (figure 4) that serves as a flange for the objects placed in the front support (8).

All folding, folding or telescopic elements will preferably comprise a stop or blocking element in position, to prevent them from moving involuntarily.

fifteen

Claims (1)

5 10 fifteen twenty 25 30 35 1- Multi-purpose scooter, with a main platform (1) resting on one or more wheels (4,5), and a handle (2) on a front edge, characterized in that it comprises a removable platform (3) configured to be extracted from under the main platform (1), by the edge opposite the handle (2), and which has support wheels (4,5) on the ground. 2- Scooter, according to claim 1, whose removable platform (3) is mounted on rails or telescopic guides. 3- Scooter, according to claim 1, whose handle (2) comprises means for directing the scooter. 4- Scooter, according to claim 3, whose means for directing the scooter are removable control buttons and levers of the handle (2). 5- Scooter, according to claim 1, whose handle (2) comprises a telescopic rod (6) foldable on the main platform (1), which preferably comprises a slot (7) for insertion of the telescopic rod (6) folded down that preferably It includes a telescopic rod clamping mechanism (6). 6- Scooter, according to claim 1, whose main platform (1) has one or more supports (8) deployable by the front and / or rear edge. 7- Scooter, according to claim 6, whose supports (8) correspond to drawers or trays. 8- Scooter. According to claim 6, whose front supports (8) have folding anti-roll supports (8 ’), with an unfolded fixing system. 9- Scooter, according to claim 1, whose removable platform (3) comprises a central trench (10) incorporating a folding seat (9). 10- Scooter, according to claim 5, which has a cover (11) arranged above the handle (2) when it is folded down, and ahead when it is deployed. 11- Scooter, according to claim 10, whose cover (11) has a pocket and / or fixing straps. 5 12- Scooter, according to claim 10, whose cover (11) comprises a sliding grip (6 ’) of union to the handle (2) to lower solidarity with this. 13- Scooter, according to claim 1, whose motor is electric and comprises power batteries and recharging elements. 10 14- Scooter, according to claim 1, comprising luminous, safety elements and / or a horn. FIGURES image 1 image2