BR102016002265A2 - home control system with touch interface devices - Google Patents

Abstract

Abstract home control system with touch interface devices The present invention pertains to the home automation technology sector and relates more specifically to a home control lighting and socket control system with modules having a sensitive interface. to the touch of general lighting and energy management. The proposed invention basically consists of a system and control devices which feature intuitive drive and yet aesthetically pleasing appearance to be employed in environments and easily control and manage lighting scenarios, power distribution in electrical outlets and other electronic equipment. Finally, the proposed system allows the user to remotely trigger the desired items to turn them on or off. once the system is implemented, the reduction and / or optimization of the energy consumption is visible with a proposal for low energy lighting and relevant power supply circuits. 1/1

Description

RESIDENTIAL CONTROL SYSTEM TOUCH TOUCH-SENSING INTERFACE DETAILS DETAILED TECHNOLOGY SECTOR OF THE INVENTION [1] The present invention pertains to the home automation technology sector and relates more specifically to a home control system with touch-sensitive interface modules. lighting, climate control, audio, video and energy management in general.

State of the art known [2] Home automation originates from the industrial automation that had in the Programmable Logic Controller devices (PLCs), dating from the 60s, a major revolution due to the advances in microelectronics. Many technology companies have shifted their focus from industrial to home automation without, however, realizing the peculiarities that each of these markets demanded. While in industrial automation it is critical that equipment operates with full fault immunity, rapid response to commands and high accuracy, in home automation these conditions can be relaxed. On the other hand, home automation requires equipment with a higher degree of finish as well as much more visually pleasing and intuitive interfaces in order to cater to the diverse genres of home users. That is, control systems must meet the needs of children, even the elderly.

[3] In general, home automation is increasingly making life easier for residents. With the arrival of new technologies, there is a range of practical and economical possibilities that use automation, from basic to the most comprehensive, in integration systems for various environments. The result is a practical, comfortable, enjoyable, valued and safe environment, according to the user's interest. Also, one can highlight the possibility of a power management control, which monitors the power distribution thus substantially reducing unnecessary consumption.

[4] With the availability of new technologies currently on the market, it is possible to control lighting scenarios, also controlling the intensity of light. Lighting control is one of the most important items in a home automation system, which allows lights in a home to respond to sensors and controls installed in the home. For example, you can create lighting scenes that shape the home to suit your needs. That is, scenarios with lighting intensities for the day and night can be pre-programmed, thus optimizing the energy consumption of the rooms.

[5] Several systems are currently known to manage lighting devices, trigger commands for audio and video devices, control electronics and appliances, or manage home furnishings. These solutions act through a central control system of the entire house system. BR 10 2012 031431 2 discloses a method for configuring a control interface for controlling a system comprising one or more home or building automation equipment. The control interface comprises an information screen which can be displayed on a timescale. The method has as steps: to define a plurality of associations, each association being defined between a scenario and a triggering moment within the time interval in which the scenario has to be triggered by the control interface; producing a grouping of at least a portion of the associations between the plurality of defined associations and the triggering moments of which they are composed within a defined time interval within the time period; and position a collective reference mark on a timescale corresponding to the group within the time range. However, the solution in question consists only of a stock scheduling system of a home automation system, not a home automation system itself.

[6] US Patent US20150077021 proposes a solution consisting of a light switch board that includes a wireless transmitter for the transmission of control signals to an intelligent light system. The light switch board is placed over a conventional light switch and prevents the user from manipulating it. The light switch board includes another switch that the user can manipulate to activate the transmitter, which transmits control signals to turn the intelligent light system on or off. However, the invention proposed in this document consists only of a wireless switch without brightness control. In addition, this solution is not part of a “system” in the broadest sense, which allows you to manage the scenarios and other electronic devices of a home in a practical way.

[7] U.S. Patent US20140104498 uses a system for controlling the effects of ambient light comprising a receiving device including at least one processor programmed to analyze incoming video content to detect at least a portion of the video content. input and determine at least one ambient light effect to be associated with the portion of the video content. The system also comprises a home automation controller which communicates with the processor and at least one lighting device communicating also with the receiving device and the home automation controller. The receiving device processor is programmed to send a command to the home automation controller specifying the ambient light effect determined by the processor to be associated with the portion of the video content. The light device produces the ambient light effect specified in the command when the portion of the video content is presented to the user. However, the solution in question is only a lighting effects generator and not an automation system. As with the technologies described earlier, this solution does not provide for the user to be able to control all scenarios and electronic devices remotely.

[8] Referring to US20110141647, it is comprised of a switch for electrical circuit installations containing a wireless controller compatible with at least one home automation control technology. A single switch can operate two, three, or four-way circuit without change and without the use of remote switches. The switch includes processor functions for restoring a previous state after power interruption, and for establishing a state command during power interruption. The switch uses two relays for safety interlock, and adjusts the actuation of relays with reference to the power waveform, to reduce arc contact with inductive, capacitive and tungsten loads. However, the solution in question consists of a wireless switch with up to 4 outputs, but which cannot be dimmed, ie, it is not possible to control the brightness levels of the scenes. Like the others, it is not an automation system and as such is not able to connect with other devices, form a network, connect to the internet and manage various scenarios and situations.

[9] However, based on all the alternatives available today in the state of the art, a system offering devices that provide practical and efficient use of residential control elements has not yet been disclosed. Moreover, it is not known in the current market to provide a solution that proposes lighting management and socket switches with technology that allows the quick fitting of its modules to the system.

[10] No system is yet known for integrating onboard light control functions with smart switches, nor smart sockets capable of precisely controlling the intensity of lighting circuits.

[11] In addition, there is a lack of a system in the state of the art to provide intuitive interfaces with a pleasant aesthetic appearance of switches. The need for a compact system that allows the user to control all elements that use electricity from a home in an agile and versatile manner is also noteworthy. Thus, the development of a control system that allows preferences to be updated remotely is necessary to serve consumers in a practical and efficient manner. Novelties and objectives of the invention [12] The present invention proposes a lighting scenario control system and power supply sockets which have a touch-sensitive interface. The solution also provides in the same system, the ability to control the air conditioning, and can choose the desired temperature through the touch interface or the internet, through smartphone application dedicated to the system control.

[13] The object of this report consists primarily of a system and control devices that feature intuitive drive and yet aesthetically pleasing appearance. The lighting scenario controller option can be easily controlled via the touch interface, where the user can choose the lighting intensity in both individual and scene mode. The outlet option displays the voltage and power being supplied to the outlet.

[14] In addition, lighting control devices and sockets consist of switches that should be properly installed in rooms in the home. The devices in question are elements that can be removed and relocated to your facility in a practical and agile manner. Both devices are equipped with magnets and connecting elements that allow the quick and efficient fitting of the modules to the power grid.

[15] Thus, the solution proposed in this paper is a system with properties capable of providing practical and efficient energy monitoring in homes and other relevant electronic facilities and / or devices. Once the system has been implemented, the reduction and / or optimization of energy consumption is visible by providing a low energy lighting proposal and relevant power supply circuits.

[16] The devices are still capable of controlling air-conditioning, audio, video and other appliances through infrared signals, built into the equipment itself, in a practical and non-invasive manner. [17] , has sensors for reading voltage and current, and thus is able to accurately measure the power supplied to the equipment connected to it, serving also as a source for reporting consumption - an indispensable tool for energy management and conscious energy consumption.

[18] Finally, the system is equipped with a wireless signal antenna, which allows its connection to the internet. From this, the entire system and devices in question can be remotely triggered through an application installed on electronic devices (such as smartphones, tablets, etc.). Thus, the solution in question proposes an innovative system that allows its remote activation.

Description of the accompanying drawings [19] In order that the present invention is fully understood and practiced by any person skilled in the art, it will be clearly, concisely and sufficiently described on the basis of the attached drawings below, [20] Figure 1 represents the fixed base, in exploded view, representing its constituent elements from a later point of view.

[21] Figure 2 represents the fixed base, in perspective, from a posterior point of view.

[22] Figure 3 represents the fixed base, in perspective, from a front viewpoint.

[23] Figure 4 depicts the lighting scenario controlling device in perspective from a front viewpoint.

[24] Figure 5 depicts the lighting scenario controlling device in perspective from a later point of view.

[25] Figure 6 represents the exploded view lighting scenario controller from a front viewpoint.

[26] Figure 7 represents the mounting template of the lighting scenario controller in exploded view.

[27] Figure 8 depicts the mounting template of the lighting scenario controller in perspective from a side point of view.

[28] Figure 9 depicts the process of adhesive bonding to the lighting scenario controller glass in exploded view.

[29] Figure 10 represents the stage controller showing the LED display of the still glassless lighting stage controller in perspective.

[30] Figure 11 is the exploded perspective moving socket base from a front point of view.

[31] Figure 12 represents the movable socket base, in perspective, from a rear viewpoint.

[32] Figure 13 represents the fixed base of sockets in exploded view from a frontal point of view.

[33] Figure 14 represents the socket mounting template in exploded view.

[34] Figure 15 represents the socket mounting template, in perspective, from a lateral point of view.

[35] Figure 16 depicts the adhesive bonding process on the glass of the socket device in exploded view.

[36] Figure 17 represents the scenario controller showing the LED display of the out-of-glass outlet device in perspective.

[37] Figure 18 is an exploded view of the fixed base and mobile base assembly of the lighting scenario controller.

[38] Figure 19 represents, in exploded view, the assembly of the fixed base and the movable socket base.

[39] Figure 20 represents the block diagram of the home automation system of the fixed base set and mobile base of the scenario controller.

[40] Figure 21 is a block diagram of the home automation system of the fixed base assembly and mobile outlet base.

[41] Figure 22 illustrates, for example, the quick fit dimensions of the movable bases.

[42] Figure 23 illustrates, for example, the quick fit dimensions of the fixed base assembly.

DETAILED DESCRIPTION OF THE INVENTION [43] The present invention is the development of a system and devices capable of controlling lighting scenarios, air conditioning and audio and video equipment, and home and office building in general. The devices also have a touch-sensitive interface [44] (45) for manual activation. Thus, the system in question consists of installing control devices on the devices proposed here.

[44] The devices in question consist basically of a fixed base (13) to which a movable base (15) (25) with a touch-sensitive interface (44) (45) and a display (22) (41) are attached. ). In addition, the present invention described in this patent document proposes the use of an application installed on mobile devices that communicates with the system and allows user interaction remotely. It is further noted that the movable bases (15) (25) are interchangeable and thus can be changed numerous times the fixed base (13) on which they are installed without requiring any changes to the system.

[45] Fixed bases (13), as shown in Figure 2, are elements that should be attached to the 4x2 electrical boxes of the residence. The base in question has a three-way power connector (14) which is the counterpart of the movable base power connector (15) (25) to be coupled. In addition, the fixed base (13) is provided with an optical communication interface (2), which communicates with the optical communication interface (21) of the mobile base (15) (25).

Constructively, the fixed base (13) has features of a female-type socket in the shape of rectangles of different depths. In the external posterior portion of the piece in question magnets (3) (4) are arranged, that is, the portion of the deepest rectangle (9) has a magnet (4) with larger dimensions and greater intensity of magnetic force, while in the portion of the shallowest rectangle (10) a smaller magnet (3) is arranged. In the intermediate portion between the magnets (3) (4) of the fixed base mechanical structure (1) is arranged the optical communication interface (2).

[46] The importance of communicating the modules of the proposed system should be emphasized through optical communication. Thus, it is emphasized that the purpose of this type of communication of the fixed base (13) with the movable bases (15) (25) is to provide isolation of the movable base (15) (25) when coupled. That is, there is a concern that the invention provides safety to the user by avoiding exposure when changing the mobile base (15) (25) of a particular base (13) and, consequently, any shocks due to interference in the system fed from electricity.

[47] For operation, the fixed base (13) has a circuit board (5) that drives, manages and monitors its operation. The circuit board (5) is fixed over the smaller magnet (3) and the optical communication interface (2) via pins (11) of the fixed base mechanical structure (1) and fasteners (12). Such a plate (5) is provided with all operating elements of the fixed base, ie it has the connectors for the power supply (7) and the lamp output (6), as well as processors (8). Thus, the fixed base contains its electronics and intelligence.

[48] Thus, the electronics of the fixed base are wired to supply power (phase, neutral and ground) with three outputs for powering up to three lighting circuits (6). Thus, in addition to intelligence, the fixed base (13) has the entire power drive part of the three power circuits. Finally, in addition to processing, power supply and drive, the fixed base (13) also has the lamp current and voltage measurement functionality to know the lamp consumption and therefore provide this information to the system application here. proposed.

[49] Mobile bases (15) (25) contain most of the intelligence of the present invention. In general, the movable bases (15) (25) are provided with displays (22) (41) and touch interfaces (44) (45) for manual operation of the system. Constructively these bases are made of glass panel (16) (39), semi-translucent material (17) for finishing and lateral illumination and rear base in plastic material (18) with three way power connector (19) and communication interface. (21), which connects to the fixed bases (13). The mobile bases (15) (25) are still provided with magnets (20) and wireless antenna. In addition, the devices also have a USB port (24) to serve as a charger for electronic devices (such as smartphones, tablets, etc.), providing electricity. The USB connections (24) provide 5 V and 1 A, ie 5W of power to charge mobile devices when connected and still allow data transmission to the home automation system. Finally, the movable bases (15) (25) have a temperature sensor (27) and a light sensor (28), which serve to perform the automation of scenarios / environments.

[50] Specifically, the rear base (18) of the base (15) (25) has a three-way power connector (19), which is the counterpart of the power connector (14) of the fixed base (13). Constructively, the rear base (18) provides the movable bases (15) (25) with features of a rectangle shaped male insert of varying depths. In the inner portion of said rear bases (18) of the movable bases (15) (25) magnets (20) are arranged analogously to those implemented in the fixed bases (13). The optical interface (21) of the mobile bases (15) (25) connects to the optical interface (2) of the fixed base, performing data communication.

[51] The electronics themselves of these mobile bases (15) (25) are divided into modules: radio module (29), touch sensor controller (30), main board processor (31), wireless interface (32), infrared LED (33), main board (34), power supply (35), display dimmer (36), lighting LEDs (37) and optical communication element (21) . The radio module (29) is responsible for communication between all devices within a home. That is, this module communicates with the radio modules of all installed devices (including other mobile bases) to perform data transfer and, consequently, for the system to act as home automation. A processor 31 is implemented to perform the system calculation and decision making functions.

[52] A touch sensor controller (30) is implemented for monitoring the commands performed from the touch pad interface (44) (45) of the mobile cradles (15) (25). The WIFI interface (32) is implemented to the devices for their communication with the home router, thus providing a system connection to the internet. The implemented infrared LED (33) is dual band, ie it works in two different bands (850 nm and 940 nm, preferably) and is responsible for triggering all electronic equipment that works with remote control (ie. television, stereo, air conditioning). The main board (34) is the sensing module that performs communication with the main processor boards (31), radio module (29), infrared LED (33) and the touch sensor controller (30). ). The display adjuster (36) monitors the controls, harmonizing them with the information that is transmitted in the displays (22) (41) of the mobile bases (15) (25).

[53] Finally, the electronics of these mobile bases (15) (25) have a power connector (19) where the power (ie 110V or 220V) enters the terminals, with a power supply (35) that transforms the 110V or 220V input for the lower voltages that are used on the board (in this case 5V and 3.3V, preferably). The LEDs (37) illuminating the semi-translucent material (17) vary the illumination intensity according to the illumination intensity and / or power of the socket that is configured on the panel.

[54] Thus, one of the devices proposed in the present invention consists of a mobile base called a scenario controller (15). This element has the function of performing the lighting control, being possible to choose the environments, the intensity of the illumination, the activation or not of the illumination and the control of air conditioners and other appliances from infrared controls. Constructively, in addition to the basic features already described of the mobile cradles, this mobile cradle (15) has a multi-touch interface (23) and a 5-point x 32-point display (22) that can fit approximately 8 characters, since a 5 point high x 3 point wide font, preferably. That is, internally the scenario controller (15) is composed of a 5x32 point LED array of touch sensing interface (45), in which diamond-shaped electrodes are preferably arranged along the interface, serving as a sensor. capacitive, thus consisting of a capacitive matrix sensor.

[55] This system is operated by simply touching the glass (16) of the touch interface and can switch from one setting to another and also access previously programmed menus. It is also possible to control the air conditioner by choosing the desired conditions (temperature, mode of operation, etc.) for a given environment, as well as executing the activation command or not. In addition, the scenario controller (15) enables the lamps to be controlled individually, not only in scenarios such as a common switch. Since the touch interface (16) is mounted on a capacitive matrix sensor, it is through it that the user will control the lighting scenarios. For example, with horizontal touches, the user can access different menus previously programmed for certain environments. When the environment to be modified is chosen, vertical touches are made to choose the intensity of the illumination. The same happens when you are in the air conditioning menu, you can choose to raise or lower the temperature or choose the mode of operation of this electronics.

[56] The mounting of the movable base is shown in figure 6, and consists of a touch interface (23), LED display (22), glass panel (16), double-sided adhesive (23), magnets (20) and the rear base (18) which are secured to each other by fasteners (26). Figures 7 and 8 show the welding process of the pre-assembled plates, where the plate together with the components are placed in a standard template (38), so that all plates are equally aligned. The glass panel 16 is fixed to the plate 23 by means of the double-sided adhesive process shown in Figure 9, which like the previous process also has a standard template for joining the parts.

[57] The other version of the present invention consists of a mobile socket with socket 25 and has basically the same configuration as the previous model compared to the touch interface 44 but with a less complex configuration as it only has the voltage and power being supplied to the outlet, which can be changed from one touch to another.

[58] Thus, the configurative socket option of the present invention, shown in Figure 11, consists of the movable base 25 which provides a socket, preferably of three pins. This movable base (25) has basically the same components as the first option having as difference the shape of the plate (41), the adhesive (43) and the glass panel (39), which are provided with a hole (42) for the socket socket placement (40). As shown in Figure 13, the exploded view of the socket is shown, where it is possible to identify most of the elements, such as the glass panel (39), the socket of the socket (40), the double-sided adhesive (43), the LED display (41), magnets (20) and rear base (18).

[59] The mobile socket base (25) has the capability to transmit the mains voltage it is supplying at the socket and the power being supplied to the socket. Thus, the touch interface (44) of the socket option is less complex, as it is for simple exchange of what will be shown to the user, where the user will perform horizontal touches to exchange the two available display options, the voltage. and the power being supplied to the outlet. The movable socket base 25 is also provided with illumination (28) and temperature (27) sensors which regulate the environment according to a preset schedule or according to the environment itself. The proposed alternative configuration presents the characteristics already mentioned above, together with the USB port (24) and the infrared transmitter (33).

[60] Regarding the configuration and construction of the electronics of the mobile socket bases (25), additional socket drive and current measurement components are arranged. Thus, this device is equipped with protection elements against electric shock that is made via differential current measurement. In this case, a relay is used for sectioning, while for measuring the power supplied by the socket, a hall effect current sensor is used and for shock protection an inductive differential current sensor.

[61] Mounting the movable socket bases (25) is done using the standard jig (38) as shown in Figures 14 and 15 where the components are welded to the pre-assembled plate. The fixing of the glass panel (39) is carried out in the same manner as described above, going through the double-sided adhesive process, as shown in Figure 16, where a boss template is used for the correct assembly of the parts. The installation of the magnets (20) is performed together with the assembly of all device components, where they are glued in a standard template (38) for final assembly and is shown in figure 19.

[62] In summary, the devices proposed in the present system are endowed with two bases, such as where their components are installed. The fixed base (13) that will be fixed to the wall is composed of a three way power connector (phase, neutral and ground) (2) that connects to the three way power connector (19) of the movable bases (15). (25) Interchangeable through coupling is magnetic.

[63] It is also worth noting that all devices proposed in this document have two magnetic contacts (3) (4) (20) for the coupling of the fixed base (13) with the movable bases (15) (25). , consisting of a magnetic coupling and therefore dispensing with screw fixing and any other means of attachment. In addition, power and optical communication allow all devices to communicate with other equipment. That is, the processors of the devices proposed here communicate with each other. Finally, it is important to mention that since the whole system is connected to the internet, an application has been developed that allows the user to perform commands remotely, thus providing greater autonomy and security with the implementation of the proposed system.

[64] The diagram in Figure 20 briefly represents the elements and / or features of the fixed base set (13) and mobile stage controller base (15). Thus, the dashed line called quick snap delimits the elements of the two bases in question that exchange information via optical communication. The left side of the line represents, in blocks, the functionalities of the fixed base (13) that receives the system power supply. The right side of the dashed line finally represents the functionalities of the mobile base (15), which through its two processors and antennas provides the possibility of communication with other devices and also internet connection and other features already described above.

[65] The diagram in Figure 21 briefly represents the elements and / or features of the fixed base assembly (13) and movable socket base (25). Thus, the dashed line called quick snap delimits the elements of the two bases in question that exchange information via optical communication. The left side of the line represents, in blocks, the functionalities of the fixed base (13) that receives the power supply of the system, performing the control and sensing of the supplied power. The right side of the dashed line finally represents the functionalities of the mobile socket base (25), which also performs the supplied power sensing and other features already described above.

[66] Example 1: Figure 22 illustrates, for example, the dimensions proposing the external dimensions of the movable bases (15) (25). Thus, the front portion with the glass panel 39 is 13.00 cm high and 8.50 cm wide. The rear base (18) which provides the movable bases (15) (25) with features of a rectangle shaped male insert with different depths. Said rectangle with greater depth is 4.50 cm wide, 3.00 cm high and 3.40 cm deep; The lowest depth rectangle is 3.20 cm high, 4.50 cm wide and 1.60 cm deep. In addition, the base of the set of rectangles of different depths is 6.60 cm and thus such set has a pyramidal feature.

[67] Example 2: Figure 23 illustrates, for example, the dimensions proposing the external dimensions of the fixed bases (13) which enable their installation in 4x2 room electrical enclosures. The front portion of the fixed base (13) is 11.50 cm high and 7.00 cm wide. The structure allowing the rear base (18) to be fitted with the movable base (15) (25) which provides the fixed bases (13) with the characteristics of a rectangle shaped female fitting with different depths, has the following external dimensions: the deepest rectangle is 4.80 cm wide, 3.30 cm high and 4.00 cm deep; The lowest depth rectangle is 3.50 cm high, 4.80 cm wide and 1.80 cm deep. In addition, the base of the set of rectangles of different depths is 7.30 cm.

[68] The information provided and the examples reported are for information purposes only and should not be construed as limiting or limiting the invention. Thus, configurative variations of the devices described herein, as well as the operation of systems, their various embodiments and functionalities are literally or equivalent within the scope of protection of this invention.

[69] This descriptive report was a home-based touch control interface with trigger capability, novelty, inventive activity, descriptive sufficiency and industrial application and, therefore, all the essential requirements for grant of the claimed privilege.

Claims (16)

1. RESIDENTIAL RESIDENTIAL CONTROL SYSTEM GIVEN TOUCH SENSITIVE INTERFACE DEVICES consisting of processors, circuit boards, power supply and user interface elements characterized by being devices joined by magnetic coupling via male type socket and female of a base fixed to a movable base (15) (25) by means of magnets arranged on both bases, both provided with optical communication; and said mobile bases (15) (25) with touch interface (39) (16) and display (22) (41). 2. RESIDENTIAL RESIDENTIAL CONTROL SYSTEM GIVEN TOUCH SENSITIVE INTERFACE DEVICES according to claim 1, further characterized in that the fixed base is fixed to the 4x2 enclosures of the room walls and has a three-way power connector (14), communication interface. optics (2), circuit board (5) with power connector (7), output for three lighting circuits (6) and processors (8); and lamp current and voltage measuring device. 3. RESIDENTIAL RESIDENTIAL CONTROL SYSTEM DETAILED TOUCH-SENSITIVE INTERFACE DEVICES according to claim 1, further characterized in that the fixed base (1) has an optical communication interface (2) for electrical isolation of the movable bases (15) (25). 4. RESIDENTIAL CONTROL SYSTEM DETAILED WITH TOUCH-SENSITIVE INTERFACE DEVICES according to claim 1, further characterized in that the movable bases (15) (25) are provided with displays (22) (41) and touch-sensitive interfaces (44) ( 45) consisting of a glass panel (16) (39), semi-translucent material (17) with side lighting and rear base (18) (39) with three-way power connector (19), wireless antenna and interface optical communication (21). 5. RESIDENTIAL CONTROL SYSTEM DETAILED WITH TOUCH-SENSITIVE INTERFACE DEVICES according to claims 1 and 4, further characterized in that the movable bases (15) (25) are provided with a USB port (24) for power supply and data transfer. RESIDENTIAL CONTROL SYSTEM WITH DETAILED TOUCH-SENSING INTERFACE DEVICES according to claims 1 and 4, further characterized in that the movable bases (15) (25) are provided with temperature sensor (27) and light sensor (28). 7. RESIDENTIAL RESIDENTIAL CONTROL SYSTEM DETACHED WITH TOUCH-SENSITIVE INTERFACE DEVICES according to claim 1, and further characterized in that said inner bases (18) of the movable bases (15) (25) are arranged with magnets (19) (20) . 8. RESIDENTIAL CONTROL SYSTEM DETAILED WITH TOUCH-SENSITIVE INTERFACE DEVICES according to claims 1 and 4, and further characterized in that the electronic base of the movable bases (15) (25) constitutes radio module (29), touch sensor controller (30), main board processor (31), wireless interface (32), infrared LED (33), main board (34), power supplies (19) (35), display dimmer (36) , Lighting LEDs (37). 9. RESIDENTIAL RESIDENTIAL CONTROL SYSTEM DETAILED WITH TOUCH SENSITIVE INTERFACE DEVICES according to claims 1, 4 and 8, and further characterized in that the power supply (19) receives at the input of the terminals the power and power supply (35) transform the input for the lower voltages that are used on the board. 10. RESIDENTIAL CONTROL SYSTEM GIFTED WITH TOUCH-SENSITIVE INTERFACE DEVICES according to claims 1, 4 and 8, further characterized by the illumination LEDs (37) of the semi-transparent material (17) varying the illumination intensity according to the illumination intensity. and / or power from the outlet that is configured on the panel. 11. RESIDENTIAL RESIDENTIAL CONTROL SYSTEM DETAILED WITH TOUCH SENSITIVE INTERFACE DEVICES according to claims 1,4 and 8, further characterized in that the movable base (15) has a multi touch interface (16) with a capacitive matrix sensor and a display (22). ) of 5 points x 32 points and fit approximately 8 characters and perform the control of Lighting, air conditioning and electronics in general by simply touching the glass of the touch interface (16). DOUBLE RESIDENTIAL CONTROL SYSTEM DETAILED WITH TOUCH-SENSITIVE INTERFACE DEVICES according to claims 1, 4 and 8, and further characterized in that the movable socket base (25) has the shape of the plate (23), the adhesive (43) and the control panel. glass (39) provided with a socket (42) positioning hole (40), plus touch interface (44), LED display (41), magnets (20) and plastic back base (18) ). 13. DETAILED RESIDENTIAL CONTROL SYSTEM DETAILED WITH TOUCH-SENSITIVE INTERFACE DEVICES according to claim 12, further characterized in that the movable socket base (25) has socket drive components, current measurement and electric shock protection elements. 14. RESIDENTIAL CONTROL SYSTEM DETAILED WITH TOUCH-SENSITIVE INTERFACE DEVICES according to claim 1, and further characterized by being monitored and actuated remotely via mobile device. 15 DIFFERENT RESIDENTIAL CONTROL SYSTEM WITH TOUCH-SENSITIVE INTERFACE DEVICES according to claims 1,4, 6 and 8 and further characterized by movable bases (15) (16) which are not interchangeable without prior changes to the system.