RU60287U1 - UNIVERSAL CHARGING STATION FOR CELL PHONES - Google Patents

Abstract

A charging station for cell phones is, in a way, a development of a conventional network electric extension cord for two or more sockets for connecting an appropriate number of chargers. The technical result is a compact, aesthetically attractive device that facilitates the charging of cell phones and storage of chargers for them. It consists of a housing (1), switches (2), a shelf (4) for telephones, a decorative cover (3) (Fig. 1a).

Description

Technical field

This device is a universal charging station for cell phones.

State of the art

Due to the availability of cellular communications in many homes, there is more than one cell phone. Phones come with individual chargers. If you have multiple telephones, storing chargers and simultaneously charging several devices can cause difficulties (irritation) associated with finding the actual charger, a free power outlet and then unraveling the wires to separate the desired charger from others.

This device is designed to streamline the storage of chargers and facilitate individual and group charging of cell phones.

The general trend towards miniaturization allows for a compact device that is compatible with most modern and promising models of cell phone chargers.

Utility Model Disclosure

This device is made on the principle of a power strip for two or more sockets. The difference from the standard extension cord is the housing design (Figa, Figa). In the case are located: switches (2) with light indication, signaling the presence of voltage in the network and indicating which of the sockets (12) is connected; special lockable compartment for telephone chargers (hereinafter referred to as the charger) (6) and shelves (4) for the location of the telephone itself (5) for the duration of charging. The housing and the cover (3) have slots (10) for cooling the memory. It is also possible to mount the entire structure to the wall (7).

This idea suggests the possibility of the existence of various constructive solutions that differ in shape (Fig. 1b,; Fig. 2b), but necessarily containing all of the above features.

The versatility of the device lies in the possibility of placing the memory of various companies (Figure 3) (various in shape and size). Replacing the phone and the corresponding memory is reduced only to removing the old memory and installing a new one.

If it is necessary to remove the old charger, open the easily removable cover (3) by pressing the lock (9) and remove the charger from the socket of the charging station.

The wires of the charger are folded and stacked in the compartment with the charger. A piece of wire with a power connector (11) of the required length is brought out through special slots (13).

The circuit diagram used in this device is shown in Fig.4.

In this way, a technical result is achieved - an aesthetically attractive, convenient for charging station for permanently ready to use storage devices. In this case, there is no need to search for a free outlet.

As a material for the manufacture of the case, the most technologically advanced solution is the choice of plastic, grades used in the manufacture of network extension cords.

The design of the device is not difficult for the current level of industrial development and can be easily applied in serial production at large and small enterprises.

Brief Description of the Drawings

The essence of the presented utility model will become more clear from the following description of the preferred embodiments (for three cell phones), illustrated by the drawings, which depict:

- Figa is a perspective view of a utility model according to the first embodiment

- Fig.1b is a perspective view of a utility model according to the second embodiment

- Fig. 2a and Fig. 2b shows the corresponding variants of the presented utility model in a state that allows you to install (remove) memory

- Figure 3 illustrates an example of various forms of existing chargers.

- Figure 4 represents a circuit diagram used in a utility model

Preferred Embodiment of Utility Model

The following describes preferred embodiments of the utility model with reference to the drawings.

On figa; Fig. 2a shows a perspective view of a utility model for three memories in an assembled and disassembled state, respectively.

The housing (1) has a special shape, betraying the stability of the Charging station when located on a horizontal surface. In the back cover, allowing access to the contacts of the sockets, holes (7) are provided for fastening the entire structure to a vertical surface (wall). The case also contains switches (2) that connect the necessary socket (12) for the memory to the network and, with built-in backlight, indicate which memory is connected.

The sockets are equipped with contacts for connecting the memory in mutually perpendicular positions. This is done so that it is possible to connect existing various memory designs (Figure 3).

In the upper part of the case there is a shelf (4) for arranging telephones, in which there are special slots (13) for outputting the charger wire. In the case, shelf and decorative cover (3), slots are provided for cooling the charger.

The decorative cover closes the compartment with the memory and provides easy access to the memory when installing / removing it.

Fig.1b; Fig.2b shows a perspective view of a variant of a utility model for three memories in assembled and disassembled form, respectively. Unlike the variant in Fig. 1a, the decorative cover serves as a shelf and is equipped with stops and stops (14) that prevent the phone from falling. The slot function for outputting the charger wires is performed by the slot pos. 14.

On the circuit diagram of Fig 4 VK - switches, PR - fuse.

Claims (2)

1. The charging station for cell phones, has a housing for mounting the device on a horizontal and vertical surface, in which there are sockets (from two to five) for installing chargers of various manufacturers, providing contact at two mutually perpendicular positions of the installed charger, an individual switch with a backlight to indicate the inclusion on each socket, a decorative easily removable cover with the possibility of fixing in the closed position, closing the compartment with Becoming chargers and a special shelf for cell phone location at the time of charging. 2. The device according to claim 1, characterized by a simultaneous combination of the properties of the above shelves for the location of telephones and a decorative cover that covers the compartment with chargers, with the possibility of opening by turning to access the chargers.