WO2024000046A1 - Arrangement applied to a bracelet with a standard fitting for recharging cell phones and the like - Google Patents

Abstract

The claimed arrangement is formed by segments (2) which house an electro-electronic circuit, each segment containing a lithium battery (3) connected by a conductive strip (4) to a male USB port (8) for charging the lithium batteries (3), and has, at the distal end (B), a micro USB port (9) for connecting interchangeable tips for recharging electronic devices, the ports being duly protected by vulcanized covers (10) and caps (14), wherein said covers are provided with a half-round rib (13) which forms a male socket (MS) that can be coupled to the female sockets (FS) of modular segments (15), clasps (17), Apple® smart watches (18) or to the female socket (FS) of an RFID/NFC module (19).

Description

ARRANGEMENT APPLIED ON A BRACELET WITH STANDARD FITTING FOR CHARGING CELL PHONE AND SIMILAR CELL PHONES

Introduction

[001] This utility model patent application refers to an unprecedented bracelet that stores energy for emergency charging in cellular devices and similar devices, with a pleasant design and compact measurements formed by segments, preferably in flexible silicone, whose recharging ends They are finished with doors that make the use of cables unnecessary, as well as pivoting closures with fittings compatible with modular segments, made from the same material, allowing adjustment to wrists of different sizes or fitting to an Apple® smart watch.

Application field

[002] The innovation is applied in the accessories industry for electronic devices, more specifically in the wearable segment for recharging cell phones, tablets and compatible interfaces.

Convincing

[003] Cell phones have so many features that battery life has become a major problem for manufacturers and users. Battery consumption is directly proportional to the number of photos/videos taken and played, web browsing time, movies watched, applications used, etc.

[004] In this context, new technologies that facilitate the recharging of these devices are welcome in the segment in question.

State of the art

[005] The current state of the art anticipates some patent documents that deal with devices for recharging cell phones and the like, wearable type, such as US 9466996 BB entitled “DECORATIVE AND WEARABLE POWER CHARGER WITH FLASHLIGHT FEATURE' - includes a charger compartment with at least one power connection port and a flashlight feature with at least one light source. The power connection port is operatively connected to the rechargeable battery and used to connect the charger to an external power source, an electronic device or both. The flashlight feature is also operationally connected to the internal battery. The charger case takes the form of a fashion accessory. The charger compartment can be provided with a power connection port for charging devices and an internal battery power connection interface. For example, the female port acts as a power output connection to recharge one or more electronic devices connected to the charger. The male interface, USB, acts as a power input, for connecting to an external power source to recharge the internal battery.

[006] In the document above, the bracelet does not present any feature that makes it resistant to water and dust, nor specific fittings for coupling to modular segments for length adjustment, nor for use with an Apple® smart watch and other devices.

[007] Document CN 204499688 U entitled “BRACELET” - includes a pair of arc-shaped bracelet body, a hollow structure that houses a rechargeable battery; each bracelet comprises a fixed body end and a free end, two bracelet bodies, a fixed end hinge; The free ends of the plug connector structure are represented by a USB port connected to an external charging power source and the other end by a slot used for charging electronic products.

[008] The bracelet in the document above has the advantage of being able to add a greater number of batteries to the hollow part.

[009] Document CN 205583791 U entitled “MULTI-FUNCTIONAL INTELLIGENT BRACELET” - characterized by the fact that the body of the bracelet is a plastic member or a rubber member, in which the thread is formed within the body of the bracelet when the bracelet body is formed, the USB A interface is formed at the first end of the bracelet body, and the USB interface is electrically connected to one end of the electrical wire, the charging terminal is formed at the second free end of the bracelet body, and the terminal charging cable electrically connected to the other end of the wire. [010] Document CN 214380181 U entitled “MULTIFUNCTIONAL CHARGING BRACELET” - comprises a plurality of energy storage assemblies and conductive parts, the plurality of energy storage assemblies is electrically connected through the conductive parts, one end of the bracelet body is a USB charging assembly, and the other end of the bracelet body is a contact charging assembly. The USB charging assembly and contact charging assembly are electrically connected to the energy storage assembly through the conductive part; the USB charging assembly is provided with a USB interface capable of extending in a sliding mode and a buckling button, the contact charging assembly is provided with an equipment interface capable of extending in a sliding mode and a buckling hole buckling button lock, and the USB charging assembly and contact charging assembly are detachably connected through the buckling button and the buckling button lock hole.

[011] The bracelet in the document above, which can be adjusted in length, the energy-conducting members are exposed, therefore, susceptible to damage. The difference is the USB interface locking feature when charging, as well as its telescopic displacement.

Innovation objectives

[012] The objective of this innovation is to propose an arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices that can be attached to modular segments to adjust the length or fit into an Apple® smart watch.

[013] The objective of this innovation is to propose an arrangement applied to a bracelet with a standard fitting for recharging cell phones and the like, in which both the USB port for charging the battery and the slot for recharging electronic devices are mechanically protected by pivoting covers and dust jackets that makes it resistant to water and dust. [014] The objective of this innovation is to propose an arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices whose fittings are on the pivoting covers.

[015] The objective of this innovation is to propose an arrangement applied to a bracelet with a standard fitting for recharging cell phones and the like, capable of receiving other accessories as long as they have compatible fittings, such as, for example, an RFID, NFC module.

[016] The objective of this innovation is to propose an arrangement applied to a bracelet with a standard fitting for recharging cell phones and the like, which, due to the arrangement in segments, safely houses the battery circuit.

[017] The objective of this innovation is to propose an arrangement applied to a bracelet with a standard fitting for recharging cell phones and the like, which, due to its arrangement in segments, provides excellent visual appearance and comfort.

[018] The objective of this innovation is to propose an arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices with an excellent cost-benefit ratio.

Innovation summary

[019] THE “ARRANGEMENT ATTACHED TO A BRACELET WITH STANDARD FITTING FOR CHARGING CELLPHONES AND THE LIKE” - formed by segments containing an electronic circuit with batteries for storing energy for recharging cellphones and similar devices, the ends of which have specific ports designed to power the circuit electronics itself and cell phones and similar devices, duly protected by vulcanized covers on the aforementioned sections, in addition to dust jackets, enabling pivoting, whose extreme fittings are compatible with modular segments that allow the extension of the length of the piece, its connection to a smart Apple® watch and/or mounting additional accessories.

Description of figures

[020] Below, the figures are presented to better explain the patent application, in an illustrative and non-limiting way: Figure 1: Perspective view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices;

Figure 2: Perspective view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices, with the ends uncovered without the dust jackets;

Figure 3: Perspective view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices, with the ends uncovered with the dust jackets;

Figure 4: Perspective view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices, with modular segments;

Figure 5: Sectional view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices;

Figure 6: Exploded perspective view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices;

Figure 7: Perspective view of the modular segment of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices;

Figure 8: Perspective view of the closure of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices;

Figure 9: Perspective view of the RFID/NFC module of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices;

Figure 10: Perspective view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices, in use;

Figure 11: Side view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar items mounted on the Apple® smart watch;

Figure 12: Perspective view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices, in use with an Apple® smart watch;

Figure 13: Perspective view of the arrangement applied to a bracelet with a standard fitting for recharging cell phones and similar devices, in use with an RFID/NFC module.

Detailed description of the innovation [021] THE “DfôPOSITION ATTACHED TO A Wristband WITH STANDARD FITTING FOR CHARGING CELL PHONE AND SIMILAR CELL PHONE” - formed by segments (2) that house an electronic circuit, each segment with a lithium battery (3), connected by a ribbon ( 4) conductive to a male USB port (8), for charging Lithium batteries (3) and at the distal end (B) a micro USB port (9) for connecting interchangeable tips for recharging electronic devices, duly protected by covers ( 10) vulcanized and overcovers (14), lids with a half-round rib (13) that forms a male fitting (EM) capable of coupling to female fittings (EF) of modular segments (15), closure (17), smart Apple® watch (18) or the female socket (EF) of an RFID/NFC module (19).

[022] More particularly, the bracelet (1) for storing energy for emergency charging in cell phones, tablets and other electronic devices with compatible interfaces, has a body, preferably made of flexible silicone, in the form of buds (2) that houses a electronic circuit, each section (2) housing a lithium battery (3), with an estimated capacity of at least 1200mAh, connected to each other by a flexible conductive ribbon (4), with the central section (2C) holding the board ( 5) charge controller featuring charge signaling LEDs (6) activated by actuating a button (7) on the side in low relief. From one end (A) of the bracelet (1) there is a male USB port (8) for charging the Lithium batteries (3) and from the distal end (B) a micro USB port (9) for connecting interchangeable tips. recharging electronic devices, such as Micro USB, Type C and Iphone®, both ports (8, 9) electrically connected to the electronic circuit. The construction, preferably made of flexible silicone and in the form of buds (2), protects the components and provides comfort when using the product. From both ends (A, B) come vulcanized lids (10) together with the segments (2), which makes it possible to pivot them on an axis (11) formed by the material used in manufacturing, thus promoting mechanical protection to the doors (8, 9) that enter the cavities (12) formed, also forming a half-round rib (13) that serves as a standard male fitting (EM). The male USB port (8) and the micro USB port (9) are covered by a prismatic dust jacket (14) rectangular shape that make the bracelet (1) water and dust resistant. The standard male fitting (EM) of the covers (10) can be connected to the female fitting (EF) of the modular segment (15) with half-round recess (16) and half-round rib (13) which serves to adjust the length of the bracelet (1 ), to the female fitting (EF) of a clasp (17) with double recesses (16) in half round shape, to the female fitting (EF) of an Apple® smart watch (18) or to the female fitting ( EF) of an RFID/NFC module (19).

Claims

CLAIM ) “POSSITION ATTACHED TO A BRACELET WITH STANDARD FITTING FOR CHARGING CELL PHONE PHONE AND SIMILAR CELL PHONE” - has a body, preferably made of flexible silicone, in the shape of segments (2) that houses an electronic circuit, with a Lithium battery, with an estimated capacity of at least 1200mAh, connected to each other by a flexible conductive tape (4), with charge controller board (5); From one end (A) of the bracelet (1) there is a male USB port (8) for charging Lithium batteries (3) and from the distal end (B) a micro USB port (9) for connecting interchangeable tips. recharging electronic devices, such as Micro USB, Type C and Iphone®, both ports (8, 9) electrically connected to the electronic circuit, characterized by each segment (2) housing a Lithium battery (3) with the central segment ( 2C) contains the charge controller board (5) featuring charge signaling LEDs (6) activated by pressing a button (7) on the side in low relief; from both ends (A, B) come lids (10) with cavities (12) vulcanized together with the segments (2), which makes it possible to pivot them on an axis (11) formed by the material used in manufacturing, forming also a half-round rib (13) that serves as a standard male fitting (EM); the male USB port (8) and the micro USB port (9) are covered by a rectangular prismatic dust jacket (14); the standard male fitting (EM) of the covers (10) can be connected to the female fitting (EF) of the modular segment (15) with half-round recess (16) and half-round rib (13); to the female fitting (EF) of a half-round clasp (17) with double recesses (16), to the female fitting (EF) of an Apple® smart watch (18) or to the female fitting (EF) of an RFID module/ NFC (19).