ES1269124U - PERIPHERAL FOR COMPUTER DEVICES (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Peripheral (100) for computer devices (101) characterized in that it comprises: - contact sensors (15), - supports (1) formally and dimensionally suitable to be attached to the fingers (33), and in which the the contact sensors (15) are arranged, and - first links (150) associated with the contact sensors (15) to connect to the computing device (101).

Description

DESCRIPTION

PERIPHERAL FOR COMPUTER DEVICES

OBJECT OF THE INVENTION

The present invention refers to a peripheral for computing devices that allows interaction with the same preferably using the fingers, and that is focused, but not limited, to its use with portable computing devices, such as mobile phones.

BACKGROUND OF THE INVENTION

At present, peripherals for personal computing devices of the mobile phone type are known, which interact with them by increasing their functionalities.

Within these peripherals there are some so-called wearables, which means "suitable to be dressed", among which the smart watches or smartwatches stand out, which are worn on the wrist and that in addition to marking the time, as has been said, interact with the device personal computer scientist.

This type of wearable peripherals clearly increase the comfort of the user, since they serve, for example, to display or answer notifications. However, they require the use of both hands to enter commands: the hand that carries the watch itself and the other hand to operate the buttons on the watch or its touch screen, and they also force to look at the watch to mark the button or zone of the watch. the screen corresponding to the command, which is a distraction similar to viewing the screen of the computing device.

DESCRIPTION OF THE INVENTION

The peripheral for computing devices of the invention is preferably used in combination with personal devices such as mobile phones and the like, and according to the invention it comprises:

-Contact sensors, preferably pressure sensors as push buttons,

-Supports formally and dimensionally suitable to be fixed on the fingers, and in which the contact sensors are arranged, and

-A first links associated with the contact sensors to connect to the computing device.

In this way, the movements of the fingers that are detected by the contact sensors can be translated into commands or signals that reach the computing device, to interact with it, functioning as an exo glove, in such a way that the hand can have naked or wearing a glove, without hindering the operation of the product, allowing operations such as those carried out today with any smart device, without visual distractions, such as those that exist while walking or talking to someone, and also as an additional advantage allows you to operate with them during actions that involve having your hands full, such as driving a vehicle or grabbing objects.

Some examples of operations that this invention would allow to perform are the following: - Answer a call.

-Request a taxi to the user's current location.

-Receive information about incoming notifications.

-Reply to an SMS, instant messaging messages, mail or other type of notification. -Communication between a group of individuals through pre-established commands in contexts where verbal communication is a disadvantage or an impediment.

-Perform banking operations.

-Reading heart rate.

-In case of theft of a mobile device, wallet, cards, etc ... it allows activating account blocking operations and device tracking, if it has connectivity of any kind (Wi-Fi, Bluetooth, satellite connection, etc.) You can send emergency calls, messages with instructions to perform and positioning.

-For communications in extreme sports and in case of catastrophe as peripheral SOS. -Integration with video games for playing music lists, circles of friends, online social events. To be able to access these services without having to press several buttons on the video game controller or interrupt the game.

-Integration with other multimedia peripherals.

-Establish connection with other users.

In summary, multiple functionalities that can be done with a Smartphone or similar device can be done through this peripheral. These operations could be customizable by the user to suit their needs, so that the user could assign a command to each button on the peripheral. In addition, through a connected loudspeaker, screen or headphones, the user can find out about notifications or orders issued, and with a microphone can respond to input information or send commands. If a screen is available, in addition to allowing interaction if it is tactile, it will serve to show information that may be necessary on time for an operation that is assigned and it could also allow verifying the performance of economic operations with a fingerprint reader, as can be the request for a taxi.

BRIEF DESCRIPTION OF THE DRAWINGS

Figure 1 shows a view of the peripheral of the invention placed in operative position on the back of the hand, before removing the sensor holders, and a detail of the distal strap clasp

Figure 2 shows a detail of the placement of a sensor holder on a finger.

Figure 3 shows a detail of the placement of two sensor holders on the same finger.

Figure 4 shows a view of the use of the peripheral through interface elements arranged in an electronic intermediate control unit.

Figure 5 shows a view of the use of the peripheral through the sensors without having to look at it, for example by grasping a steering wheel.

Figure 6 shows individual views of the electronic control unit where the possibility of adapting its position by rotating it is appreciated, for better appreciation.

Figure 7 shows a view of the electronic control unit removed from the socket where its position can be adapted as seen in fig. 6

Figure 8 shows a front view of the electronic control unit and its base.

Figure 9 shows a plan view of the electronic control unit and its base, removing one of the supports before placing it on a finger.

Figure 10 shows a view of the peripheral of the invention placed on the wrist.

DESCRIPTION OF A PRACTICAL EMBODIMENT OF THE INVENTION

The peripheral (100) for devices (101) such as mobile phones and the like of the invention comprises:

- some contact sensors (15) (see figs. 2 and 3), preferably pressure sensors as push buttons,

-some supports (1) formally and dimensionally suitable to be attached to the fingers (33), and in which the contact sensors (15) are arranged, and

- some first links (150) associated with the contact sensors (15) to connect to the computing device (101).

Preferably, the supports (1) have a ring configuration, open or closed. In case of being opened, they will have a certain recoverable flexibility to provide a pressure that ensures the fixation to the corresponding finger (33). This allows them to be fixed by adjustment to the fingers at different heights, where it is most convenient. Furthermore, it is preferred that the contact sensors (15) are arranged on the sides of the support (1) (thus remaining on the sides of the finger), since with this configuration they can be operated with opening and closing movements. of the fingers or with lateral movements. Ideally there will be four supports (1) for the 4 fingers of the hand except for the thumb, although there may also be a fifth support for the thumb, and in addition several supports can be placed on the same finger.

In a highly preferred variant, the peripheral also comprises an electronic intermediate control unit (20), connected to the first links (150) of the sensors (15), and comprising a second link (202), normally wireless, to connect to the device (101) for transmitting the flow of information and commands, as well as the corresponding battery, not shown. This allows to equip the peripheral with intelligence, as well as additional interface elements, such as, for example (see fig 1) buttons (13), screen (19) that can be tactile, microphone (4), speaker (8), and others not represented as connector headphone, inertia unit !, fingerprint reader, camera for taking images and / or facial recognition, vibration system, GPS, etc.

Ideally, this electronic intermediate control unit (20) will comprise means for fixing the back of the user's hand, which most preferably comprise (following fig. 1) a distal strap (3) (with respect to the shoulder) of greater length to the perimeter of the palm of the hand to be able to close around it, and a proximal strap (6) of a length greater than the wrist to be able to close around it; said straps (3, 6) comprising means for adjusting their amplitude (for example, operable by buttons (7, 10), and which may include clasps (33a) or be one-piece elastic or similar).

Furthermore, it is preferred that the peripheral comprises a socket (9) (see figs. 1, 6 and 7) in which the distal strap (3) and the proximal strap (6) would be attached through an extension (5 ), in whose base (9) the electronic intermediate control unit (20) is fixed through a rotary hook. In this way, it is possible to maintain the same relative position of the intermediate control unit (and its controls) with respect to the view and the other hand regardless of the position of the arm where the intermediate control unit is placed.

The first links (150) may comprise cables, each of which is connected at one end to one or more of the contact sensors (15) through the corresponding support (1), and at the other end to the electronic intermediate control unit (20). Where appropriate, the cables will be connected to the intermediate control electronic unit (20) through the socket (9), said socket (9) then comprising a multiple connector (see fig. 7) between said cables and the electronic unit ( 20) intermediate control. This multiple connector ideally comprises a retractable male (17) provided in the socket (9) and a plurality of females (18) arranged radially in the electronic intermediate control unit (20) to allow the different angular positions of the electronic unit (20 ) with respect to the socket (9) as seen in fig. 6. Thus, in each rotated angular position of the electronic intermediate control unit (20), one of the females (18) is connected to the male (17). The retractable male (17) will comprise a button (16) (see fig. 6) associated with a retractable mechanism, not shown, to release its entry into the females. In addition, in this case the plinth (9) may comprise a front lateral slide (94) (see fig. 8 and 9) through which there are some lockable skids (95) that can be operated manually, and provided with lower extensions (95a). to lead to the cables, so that each lockable skid (95) is associated with a cable through its lower extension (95a) to align the cable outlet with the finger where the corresponding support is placed, which can be one per finger or more than one holder can be put on the same finger. Furthermore, the socket (9) can comprise reels, not shown, for the cables.

The first links may alternatively comprise wireless links, not shown, comprising power batteries arranged on the supports.

It has been foreseen that the plinth (9) can comprise some anterior lateral housings (96) (directed towards the fingers) to receive the supports (1) (and the cables, if applicable) (see figs. 1 and 8).

The device, instead of being a single unibody device, can present a modular alternative in which different components such as the grip straps, buttons, interior area, etc ... can be extracted and inserted. In addition, these components can be exchanged for new ones, for repairs or for updates. It can also include lighting.

Having sufficiently described the nature of the invention, as well as the way it is carried out in practice, it should be noted that the provisions indicated above and represented in the attached drawings are susceptible to modifications in detail as long as they do not alter the fundamental principle.

Claims (14)

1. -Peripheral (100) for computer devices (101) characterized by comprising: -contact sensors (15), -some supports (1) formally and dimensionally suitable to be attached to the fingers (33), and in which the contact sensors (15) are arranged, and - some first links (150) associated with the contact sensors (15) to connect to the computing device (101). 2. -Peripheral (100) for computing devices (101) according to claim 1 where the supports (1) have a ring configuration, open or closed. 3. -Peripheral (100) for computer devices (101) according to any of the preceding claims where the contact sensors (15) are arranged on the sides of the support (1). 4. -Periférico (100) for devices (101) computer according to any preceding claim comprising an electronic unit (20) connected intermediate the first control link (150) of the sensors (15), and comprising a second link (202) to connect to the device (101), for transmission of the flow of information and commands. 5. -Peripheral (100) for computer devices (101) according to claim 4, wherein the electronic intermediate control unit (20) comprises means of attachment to the back of the user's hand, and interface elements (4, 8, 13, 19). 6. -Peripheral (100) for computer devices (101) according to claim 5, where the means for fixing the electronic intermediate control unit (20) comprise a distal strap (3) with a length greater than the perimeter of the palm of the hand to it can be closed around it, and a proximal strap (6) of a length greater than the wrist to be able to close around it; said belts (3, 6) comprising means of adjusting its amplitude. 7. -Periférico (100) for devices (101) computer according to claim 6 comprising a socket (9) in which is coupled the distal belt (3) and the proximal strap (6) through an extension (5) ; in which base (9) the electronic intermediate control unit (20) is fixed by means of a rotary hook. 8. -Peripheral (100) for computer devices (101) according to any of claims 4 to 7 where the first links comprise cables, each of which is connected at one end to one or more of the sensors ( 15) of contact through the corresponding support (1), and at the other end to the electronic intermediate control unit (20). 9. -Peripheral (100) for computer devices (101) according to claim 8 in relation to claim 7 where the cables are connected to the intermediate electronic control unit (20) through the socket (9); said socket (9) comprising a multiple connector between said cables and the intermediate electronic control unit (20). 10. -Peripheral (100) for computer devices (101) according to claim 9 where the multiple connector comprises a retractable male (17) provided in the socket (9) and a plurality of females (18) arranged radially in the electronic unit (20 ) for intermediate control, the retractable male (17) comprising a button (16) associated with a retractable mechanism. 11. -Peripheral (100) for computer devices (101) according to any of claims 9 or 10 where the socket (9) comprises a front lateral slide (94) through which lockable skids (95) provided with extensions are running. lower (95a) associated with the cables. 12. -Peripheral (100) for computer devices (101) according to any of claims 8 to 11 wherein the socket (9) comprises reels for the cables. 13. -Peripheral (100) for computing devices (101) according to any of claims 1 to 7 where the first links comprise wireless links. 14. Peripheral (100) for computer devices (101) according to any of claims 7 to 13, wherein the socket (9) comprises front lateral housings (96) to receive the supports (1).