TW202201945A - Portable monitor and peripherals hub system - Google Patents

Abstract

There is provided a portable screen and hub system, which incorporates the flexibility to install and interchange different types of functional apparatuses, such as a portable monitor, video-camera, microphone, speakers, sensors, characters/figurines, advertising slot and activation buttons among other peripherals. This present invention can interact mechanically, electronically, visually or orally with the user or third parties and be used in different applications. Internal and external structures house additional and/or extended electronic board and connectors which manage, interface and/or detect the signals obtained from the functional apparatuses and/or characters installed on the hub, and receive and/or send signals to an external device, such as a computer, computer monitor, smartphone, tablets, external memory and other apparatuses.

Description

Portable Monitor and Peripheral Device Outlet System

The present invention generally relates to a technical socket system. More particularly, the present invention relates to a multifunctional power, data and video transmission socket with a portable monitor, video camera, microphone, speaker, memory, power bank, wireless and wired connections , USB ports and mechanical slots to connect other devices and figures with a unique and compact technology.

Technical sockets have been used for many years to connect different devices. There is a need for a new socket system that provides users with a portable monitor and other important peripherals in a compact design that is plug-and-play, especially when traveling.

The present invention provides users with a new type of connectivity and ability to enhance performance and entertainment in any location and especially while traveling. By virtue of the present invention, the socket has extended functionality within the device as an integral system or as an accessory. The present invention can perform wired or wireless data exchange with computers and different devices and accessories such as a touch screen monitor, sensors, dolls/statues, etc., and it can be used in applications such as personal use, entertainment, healthcare, office, Different applications such as home and market applications.

The portable socket and peripheral device system of the present invention includes various features, such as monitor screen, camera, microphone, speaker, memory, power bank, wireless and wired connection, voice activation, USB port to connect other equipment and figures and mechanical slots, etc.

The internal structure of the socket is designed to accommodate state-of-the-art electronic boards and connectors that can manage, interface and/or detect information obtained from the monitors, devices and/or figures installed in the socket signal, and receive and/or send the signal to an external device, such as a computer, smartphone, tablet, etc. Some peripheral devices and/or uses of the portable socket system are as follows: 1. Portable secondary computer screen: Extend or duplicate the computer screen of other monitors and enhance performance when traveling or working from home 2. Video: Use one of the mobile video cameras installed in this socket 3. Camera: Take photos easily and in any direction without moving the computer 4. Built-in features: use the microphone, speaker and flash memory installed in the portable socket, all options have a voice activated option 5. Connect external peripheral devices: connect other devices in these USB ports, such as external memory, signal lights, indicators, fingerprints, chargers, etc.; 6. Charging, video and data transfer with smartphones and tablets: charging other devices and transmitting video and data 7. Mechanical loudspeakers: Amplify the sound emitted by such smartphones, tablets and other devices when they are installed in the portable socket 8. Medical applications: sensors installed and used by medical professionals 9. Entertainment applications: Install hero figures or other images for entertainment, and download and play their original sounds. Voice activation is an option using the present invention. 10. Advertising: Advertising company name, customized name, etc.

The present invention is a portable socket system with enhanced functionality that includes an internal power source and a set of electronic devices for Internet and electronic communication with a computer and other equipment. The use of the present invention will be explained later in the respective paragraphs of this document.

figure 1. This figure shows a portable monitor and peripheral device socket system, including monitor 100 and socket 110, in different views. The socket 110 has a slot in the upper back section to mechanically connect the replaceable and removable figure 120 according to the user's judgment. The monitor 100 includes a setting button 102 and a joystick 104 . Sockets and monitors contain many features that enhance performance, which are explained later in this document.

figure 2. This figure shows a rear view of the present invention with the monitor 130 mounted in the socket 172, inclined at one of 65° to the horizontal base to adjust itself to the user's viewing angle. Similarly, it can be seen how, but not limited to, the removable figure 140 is installed in the rear portion above the socket 172 . From a rear view, sets of replaceable plastic cards 150 are installed in a cosmetic array in slots 152, which may be used for advertising branding, name or other application purposes. Additionally, the joystick 132 and the set button 134 of the monitor 130 are shown in this view. In the bottom view, the pad 160 is shown to secure and stabilize the socket 172 when it is on a table, and the telescoping base 170 with the monitor 130 mounted is also visible.

image 3. This figure shows an isometric front view of the socket 200 and the monitor 180 connected. The monitor can be a touch screen of various sizes and includes a rechargeable battery and a set of electronics for communicating with the socket 200 . The display configuration control buttons 190 of the monitor 180 are centered at the top, so that when the user presses down, the vertical downward force is held by the telescoping base and the monitor remains stable above the socket 200 . The size of the socket provides sufficient stability for a monitor as large as 16 inches (16"). This figure also shows the front control button 204 section and microphone 202 of the socket 200.

Figure 4. This figure shows a rear isometric view of the present invention, a figure 230 , a plastic card 240 and a slot 212 for mounting the card, all of which are installed in the socket 210 . The user can install about 5 plastic custom printed cards in both sides with advertisements or any other type of written or visual information. Remove and install the plastic card horizontally from the slot port 212 . This figure shows receptacles USB-C port 250 for input power, data and video signals, a USB-A port 260, and a side audio output 270. The monitor 220 includes a set button 224 in the top area and a handle 222 in the back side for grabbing and manipulating the handle when the monitor is mounted in the socket and disengaged from the socket.

Figure 5. This drawing shows a rear exploded view of one of the main components of the present invention. It shows a monitor 280 with: a set button 284 in the top area; a rear handle 282 that allows the monitor to easily grab it to connect or disengage it with the socket at one 65 degrees from horizontal; the socket Assembly guides 288, which are located in the back side of the monitor; and socket assembly slots 286, which are located in the front side of the socket 310, which allow the two main components (socket 310 and monitor 280) to be Mechanical attachment in a firm and stable manner for manipulation. This figure also shows: replaceable figure 290, which is connected in top port 292 of socket 310; replaceable card 300 and slot compartment 302 for plastic cards; rear video camera 320, which is 65% relative to horizontal Mounted in the back side of the socket 310 to capture video and photos at an available angle when the socket 310 is on a table, but can also shoot video and photos at any angle when the socket is shot by hand and it is wired or wirelessly connected to a computer or other device. Photo. This figure also shows the telescoping base 312 in an extended position to receive the installation of the monitor 280 .

Image 6. This figure shows a general view of receptacle 340, including a top view of top port 330 positioned to mount tasks or other IoT devices, such as medical sensors or others. The top port will have different designs including, but not limited to, accepting a simple mechanical connector for a doll or frame mount, or allowing the transfer of power, data or video to any device mounted therein (such as a medical sensor or otherwise) A USB-C type or USB-A type connector. This figure also shows a retractable USB-C port 344 positioned in the retractable base 342 to connect various devices such as a monitor, smartphone, tablet, etc. The front view shows four (4) control buttons 350 of socket 340 and audio input 360 for the microphone. In the right side view, the audio output 370 of the speaker and the telescoping base 342 in an extended position can be seen. The telescoping base 342 slides inside the socket 340 over two rails positioned in the inner side walls of the socket, and as explained later in FIG. The device dimensions above extend and retract in different adjustable positions.

Figure 7. This figure shows different views of the socket of the present invention. The left side view of the socket 382 shows the left audio output of the built-in speaker 380, a USB-A port 390 and the retractable base 384 and retractable USB-C port 386 in the extended position. In the rear view, there is a video camera 400 , a socket USB-C port 410 and a plastic card compartment 402 . The figure below shows four grip pads 420 that give the socket stability when the socket is on a surface such as a table, and are used to extend and retract the telescoping base 384 into the socket 382. Grip slot 422 . By pushing the grip slot 422, the locking system depicted in Figure 11 is unlocked and allows the telescoping base 384 to extend or retract to adjust to the desired position to match the thickness of the device installed in the telescoping base 384 of the present invention .

Figure 8. In this figure, there is an isometric front view of the socket 432 with the telescoping base 434 in an extended position. Detail A zooms in on the front section of the socket 432, which shows the retractable USB-C port 430 into which monitors and other devices can be installed, and the socket's four control buttons, including but not limited to a start button 440 for taking pictures, An on/off microphone button 450, an on/off speaker button 460, an audio input 470 grid for the microphone, and an on/off video camera button 480. These features are enabled in the socket by an embedded software designed to make the present invention work as a plug-and-play system in coordination with computer software.

Figure 9. This figure is an isometric rear view of the socket 502 and shows the telescoping base 504 in an extended position. Detail B shows how the plastic card 510 is installed in the card slot 512 horizontally. In addition, it shows the input USB-C port 490 for power, video and data, and the USB-A port 500 for transferring data and power with other peripheral devices.

Figure 10. This view shows how the telescoping base 520 works. In the folded position 520, the telescoping base is folded into the socket 502, and the socket appears to be a small, compact and lightweight unit. The telescoping base is moved to any one of seven (7) intermediate adjustable positions 530 by manually pulling out the telescoping base 520 when the release button 525 (shown in FIG. 11 ) of the telescoping base is pressed upwards. In any of these intermediate positions, the user can install a monitor that was originally designed to also work with the socket of the present invention. If the user wishes to attach to the monitor a protective plastic cover normally used by the user to protect this type of portable screen, the telescopic base 520 can be pulled out again to a larger intermediate position 540, which is Location 540 allows a monitor of greater thickness to be mounted. The retractable base 520 design will allow users to mount devices of various sizes such as smartphones, tablets, and other devices for power, data transfer, or video, whether larger or not, or whether they are plastic or not cover. The telescoping base slides in and out about 3/4 inch above the rails of the internal sockets. All cables from the telescopic base are directly connected to the PCB of the present invention.

Figure 11. This picture shows the locking slot of the telescopic base. In detail C, it is observed that when the telescoping base 520 is folded inside the socket 502, the locking slot 550 holds the telescoping base in this position. Detail D is achieved by manually pulling out the telescopic base, while pressing the release button 525 of the telescopic base upwards and horizontally outwards, the telescopic base can be moved to any of the intermediate positions 560 to suit the thickness of the equipment to be installed . By pulling the telescoping base to a maximum extension of 570, the present invention will accept up to a maximum thickness of ¾" of a device.

Figure 12. This figure shows a fine adjustment system 590 to move the telescopic USB-C port 580 inside the telescopic base 584 in the socket 582. Thus, depending on where the power and/or data/video ports of the monitor, smartphone, tablet, or other device are located, fine-tuning of the retractable USB-C port 580 can be positioned to fit and match the device port of the connected device the precise distance, and will not damage the telescopic USB-C port 580 due to the mechanical effort that such connecting devices may exert when connecting and disconnecting them from the present invention. As explained in detail F, the telescoping USB-C port 580 pivots over a pivot 583 that provides a +/- 5.0 degree of adjustment relative to the centerline 581 . The telescopic USB-C port is held in the top side of the socket frame 587 and in the bottom side by a clamp 588 having a pivot space 583 to provide mobility for the USB connector. A resilient plastic dust seal 586 provides flexibility and protection for particles entering the socket. This design releases the mechanical strength in the retractable USB-C port 580. A device mounted in the telescoping base 584 will be supported horizontally in the retaining wall 582 of the socket. The signal sent from the PCB is carried by the cable to the port 585 of the USB-C 580.

Figure 13. This figure shows a front view, a top view and a right side view of the monitor 610, in which a touch screen display 600 can be found, setting buttons 614, description icons 602 of the buttons, led indicators 604 when the monitor is on, joystick 620 And assembly guides 622 for connecting the monitor to the socket and providing mechanical stability. Internally, monitor 610 contains a rechargeable battery and a set of electronics for communicating with sockets and other peripherals.

Figure 14. This figure enlarges detail G shown in Figure 13, which depicts the monitor control buttons. It shows a screen power button 630 that turns the screen on and off, an up/down button 640 that moves the display options selector, and a select button 650 that launches a menu and turns on display setting options such as, but not limited to, brightness, contrast, color, image, Energy options, language, information, return and exit. By pressing the select button 650, all previous options are activated and the user can use the up/down buttons to select the option desired to be modified. After that, the user can press the select button 650 again, and then enter to edit the value to the desired value by pressing the up/down buttons 640 . To exit this option, press Back, select any other option, or press Exit to exit Display Configuration. The monitor will be powered directly from the telescopic USB-C port. There are different options for providing power to the socket, as will be explained later in this document. This figure shows the monitor handle 634 in a top view, which would be part of the screen frame or mechanically attached to the base of the monitor by the screen.

Figure 15. This figure shows the socket 690 of the present invention connected by a cable 680 to a laptop computer 662. In this configuration, the user can use the laptop's screen 1 660 and expand a new screen when it is installed in the socket 690 or duplicate the same image on the display 2 670 of the portable monitor 672. The type of communication between the socket and the monitor will be a display port or other wired or wireless technology, including but not limited to wireless video transmission, wi-fi, bluetooth, 5G, etc. The USB-C cable 680 carries different signals, such as video, data, and power used and distributed to the ports of the sockets. The cable will contain a retractable spool to allow the socket to be moved away from the computer. Users typically use this functionality to increase its capabilities, as well as other benefits described in the Purpose section of this document.

Figure 16. This figure shows how the present invention can also be used to charge other types of devices, such as a smartphone 710, when installed in the telescopic USB-C port of the socket 700 and the socket is connected to a laptop 712 by a cable 714 . A USB-C connector is mentioned in the described design, but receptacles can also be constructed with other types of ports that allow other devices to be connected using proprietary connectors such as those used by brands such as Apple. In this way, the device can load, transfer data and/or video to a computer through a wired connection. As will be explained later, the present invention can be wired or wireless (wi-fi, Bluetooth, and other wireless technologies) to connect with other devices.

Figure 17. The figure similarly shows how to use a cable 732 to connect a tablet 720 to a socket 730 system, and the socket system to a laptop 734, with the same advantages published in the previous figures.

Figure 18. This figure shows sound inputs 740 positioned on the telescoping base of the present invention, which allow sound entry for smartphones, tablets and other devices with speakers on the bottom next to the power connector. The sound enters the socket, and with the internal resonator bar design explained in the picture below, the sound is amplified and sent out with more power through the audio outputs 750 positioned on both sides of the socket. In this sense, the present invention also acts as a resonant box to amplify the sound power of the device connected in the telescopic USB-C port.

Figure 19. This figure shows a cross-section and inside of socket 764. When sound is introduced through the sound inputs 766 and 740 of FIG. 18 (both positioned in the telescoping base 762), the resonant bar 760 helps to amplify the sound by about 5 to 10 decibels through the Audio output 770 emits sound. This figure also shows an option to connect by a flexible feedthrough cable 778 between the retractable USB-C port 776 and the receptacle USB-C port 774, so that the present invention in one of its versions acts as a smartphone, One of the chargers and sound amplifiers for tablet computers and other equipment. This figure also shows the plastic card 772 installed horizontally in the card slot section.

Figure 20. This figure shows an interior view of a socket 800 of the present invention, including an electronic speaker 802 on the side and section where the rechargeable battery 790 is housed. The rechargeable battery 790 is placed under the PCB module 810 , which are separated by a separator 812 . Ventilation aids convective heat transfer and helps the battery maintain a proper temperature during use. When the present invention 800 is connected to a computer, or an A/C adapter or another power source, the rechargeable battery 790 is charged through the socket USB-C port 774.

Figure 21. This figure depicts how receptacle 820 draws power in USB-C port 822, which can be, but is not limited to, from a USB-C or USB-A 832 computer port, or from an A/C adapter 840 (eg, 110/220v ), or from an internally mounted rechargeable battery 850. The present invention is a self-contained device that can even work as a power bank unit, charging devices such as smartphones or tablets.

Figure 22. In this figure, detail H shows how the screen guide 860 is aligned with the monitor 862 and the slot 870 of the socket 872 of the present invention from an isometric rear view. This mechanical design provides horizontal stability to the present invention when the user touches the screen at any angle or when pressing any of the screen control buttons on the top side. Detail I shows a front isometric view of receptacle 872 including two slots 870 and telescoping base 874 in an extended position.

Figure 23. This figure depicts a block diagram of the (TBD) internal capabilities of an exemplary embodiment device. The device (1000) is connected to a user's PC, laptop, tablet or mobile phone (1001) via a USB-Type C connector (1002). This connection carries power and data communications. Each signal is filtered, clamped and conditioned to reduce unwanted electromagnetic interference and emissions (1007).

Power delivered by the connected device reaches a power module (1006). This circuit (1006) monitors voltage and current and allows the USB Type-C cable to reverse while still powering the device. The power module (1006) also provides some overvoltage/current protection.

In one embodiment of the device, a rechargeable lithium-ion battery or pack is installed (1005). When power is available to the charger module (1004) to recharge the battery. In one embodiment of the device, a power connector (1003) may be used to provide external power to the device (1000).

Provides data and power to a Type-C controller (1007) with power delivery, which handles enumeration with the host (1001), and provides power delivery to a USB 2.0 receptacle (1014) and any connected devices (1015, 1016, 1017, 1018, 1019, 1020, 1022).

A MUX module (1008) handles the interleaving and non-interleaving of USB SuperSpeed data pairs to support a reverse USB cable connection.

One or more overspeed data pairs are routed to the camera's converter module (1009). Embodiments can be developed to support MIPI, LVDS, HDMI, DisplayPort, and other display formats. A camera image sensor (1010) sends video data to the converter module (1009) for reception back to the host (1001).

One or more overspeed data pairs are routed to a USB display converter module (1011). Embodiments can be developed to support MIPI, LVDS, HDMI, DisplayPort, and other display formats. A USB Type-C connector (1012) allows a connected display (1013) to dock and stream video output from the host (1001).

Various embodiments can be developed to support different display sizes, formats, resolutions, color profiles, viewing angles, and mechanical profiles. One embodiment supports a touch screen in the display that provides input to the host via a USB or I2C port (1001).

A USB audio codec (1015) connected to a microphone (1016) converts audio in the environment into a USB data signal for transmission back to the host (1000). A USB audio amplifier (1017) connected to one or more speakers (1018) converts a USB data signal from the host (1000) into audio for playback in the environment.

A USB flash memory module (1021) is connected to the USB 2.0 socket (1014) and provides local data storage to the connected host (1001).

In one embodiment, a microcontroller (1022) reads the button inputs (1023) for local control and transmission back to the host (1001).

Embodiments may support turning cameras on and off, muting and unmuting speakers or microphones, obscuring displays, triggering lights, sounds or other actions from a connected NFC device (1021), and various wireless data manipulations.

Embodiments of the microcontroller (1022) support WiFi and Bluetooth for sending data to and receiving data from other connected devices and databases. The microcontroller (1022) also sends data to and receives data from an NFC coil (1021). In one embodiment, the NFC coil will read data from a statue or action figure and trigger a sound effect from a speaker. In one embodiment, the NFC coil will read information sent from a temperature, light, biometric or atmospheric sensor.

The USB Type-A port (1019) provides power for charging the connected mobile device and a data link back to the host (1001).

Figure 24. This figure shows that the present invention allows the installation of different kinds of sensors or auxiliary peripheral devices, such as but not limited to a laser indicator, ambient temperature, light intensity, blood oxygen level, heart rate/pulse sensor, etc., to increase the Functionality, such as in healthcare and HSE (Health, Safety and Environmental Systems) applications. Portable Monitor and Peripheral Device Socket Options

The present invention is a new generation of portable monitor and socket systems that incorporate the flexibility to transport, install and replace different types of equipment combined with IoT capabilities, such as a secondary screen, video cameras, microphones, speakers, sensors , doll, all-in-one portable socket system.

This new socket system enables mechanical, visual and/or verbal interaction with users or third parties and can be used in different applications.

The internal and external structures are designed to accommodate state-of-the-art electronic boards and connectors that manage, interface and/or detect signals obtained from monitors, devices and/or figures installed in the socket, and Receive and/or send signals to a computer and/or other device.

Some uses of the present invention are as follows: 1. As a portable monitor: By installing an auxiliary computer screen on the USB-C port of the socket, the screen will act as an auxiliary monitor of the computer, and the user can duplicate or extend another screen to enhance performance; 2. Make video: By using the video camera positioned on the back side of the socket, the user can easily select the camera of the computer to show the front of the computer by just guiding the socket to the desired position and touching the video on/off button. content, or select the camera of the socket to show any other position; or also start two videos at the same time, for example, during a video call using an APP (such as Skype, Teams, etc.). 3. Photography: When the socket is connected to the computer, by using the camera of the socket, in a wired or wireless connection, the user holds the socket by hand and watches the computer screen or monitor to see what the camera of the socket is pointing at, And then press the photo button to easily take a photo of the file or location, and all photos will be downloaded directly to the computer or outlet. In many cases, taking pictures with a computer is not easy or even impossible, or taking pictures with a smartphone takes longer because it requires sending files to the computer via email, consuming unnecessary time and data planning. For example, to take a photo with a smartphone, the user needs to look at the smartphone's display, which is difficult or impossible, for example, if they wish to take a photo of the back of their head, however, with In the present invention, the user only needs to watch the monitor of the computer, guide the video camera to any position, and press the photo button. All options with voice activation options are available to simplify and enhance operations; 4. Use microphones, speakers, and built-in memory features: If the functionality of the computer does not work properly, or a specific situation requires the functionality of these sockets, or because it is easier to just press one of the buttons in the socket, rather than trying to The functionality of these sockets can be used by finding the correct option in the configuration section of the computer software, which is sometimes very difficult and time consuming. Therefore, the present invention acts as a redundant system for computer accessories; 5. Connect external peripheral devices: Connect other devices in the USB port, such as external memory, signal lights, indicators, fingerprints, chargers, etc. The connection to the computer will be wired or wireless by using the socket's wi-fi, bluetooth or other similar feature connection to allow the socket to function as a stand-alone device for the computer; 6. Power charging, video and data transfer with smartphones and tablets: by simply installing them in the USB-C port of the socket. The socket can deliver power to the USB port in different ways: i) when the socket is wired to a computer via a type-c cable or similar, or ii) when the socket is connected to an external A/C adapter (110/220 volts) ), or iii) when the socket uses the power stored in the rechargeable battery installed inside the socket, thus acting as a power bank.

Knowing that users typically install covers to protect their smartphones and tablets, the present invention includes a retractable base to mount devices of different sizes. The telescopic base can be set in at least 2 positions to increase the area for installing different types of equipment sizes, and a fine-tuning selector moves the USB-C port above the telescopic base to match the USB-C port of the socket Make a fine adjustment to the device to be connected.

According to common technologies such as USB-C, MAC, etc., the present invention will be produced with different types of connectors. Furthermore, the present invention can also be created using magnetic and removable adapters to connect different types of smartphones, such as Android or Apple, in a unique socket connector. 7. Gaining sound amplifier: When the speaker of the device is close to the input hole of the resonant box in the socket, it increases the sound emitted by the speaker; 8. Installing the medical sensor: By installing the pulse, oxygen, temperature, workstation light sensor in the socket tester, etc. 9. Use the socket for entertainment: Install replaceable statues or figures on the socket frame, such as famous hero figures, and download their original sounds by using the socket's built-in RFID feature. In this case, a brand license will be negotiated with the brand owner; 10. Advertising: A removable card to install the advertising company name, custom name, catchphrase, etc. Some IoT capabilities of sockets :

A variety of devices can be installed in the portable socket, allowing data transfer with other IoT devices, software, databases, etc. The data arrives at a database where it is analyzed and presented using data science algorithms programmed in an AI machine.

The download and file storage features of the socket can be applied to download, for example, the voice or sound of a famous doll installed on the socket from the cloud. The socket of the present invention includes an NFC reader module to detect microchips installed in dolls or other devices by using RFID (Radio Frequency Identification) technology.

A custom software will be developed to automatically or manually download movie trailers, marketing announcements, promotions and other types of information to be viewed, for example, on screen, or issued by figures.

Customer satisfaction surveys can be obtained at the point of sale by using a data entry accessory connected to the socket, and the data will be uploaded to the cloud, and the software features of this product can deliver analysis to the company or user. Electronic design of socket:

IoT (Internet of Things) is a technical name for any technology that captures data from any device or object and transmits it to a database for analysis using an available network.

The socket of the present invention can use an array of sensors to capture health data, environmental data, security alarms, or any other information in a home or office environment to be measured.

The socket then uses the computer as a modem connected to the Internet via a wired (LAN) connector or a wireless (Wifi, Bluetooth, 3G, 4G, 5G) transport protocol to transmit data. The data arrives at a database where the data is analyzed using data science algorithms programmed in an AI machine.

The socket can work wired or wireless with the computer, and its versatility in sharing files in its built-in memory will facilitate a novel design for business meetings with extended monitors. Decorative application:

Different kinds of decorative accessories can be installed on the socket. Here are some options: 1. Secure the toy or figure: In this case, the toy or figure cannot be separated from the socket. That is, the toy or doll is fixed to the socket, although it may have the ability to rotate horizontally and vertically at different angles. 2. Replaceable toy or figure: In this version, the toy or figure can be released from the socket and replaced by a different socket, or by a different application. 3. Glowing or spinning toys: This version will have a power connector that will allow the transfer of energy from the battery for lighting or spinning action. 4. Trending Phrases: This release will market trending phrases, regional maps, and more. ("I love you!", "Can I help you?", etc.) 5. Customized name: The user can customize the name of the socket by simply selecting the word block (John, Susan et al). Businesses and corporate users may market their names, logos, slogans, special or seasonal events, etc. 6. 3D print input: Human or other graphics (glass or other lightweight materials; such as a 3D map of your family, pets, etc.) provided by the user. Medical Sensors and Applications:

The following are some options for applications and sensors that can operate with the socket system: 1. Pulse and/or Oxygen: In this version, a sensor mounted on top of the socket measures a user's oxygen and pulse per minute. Data is sent to an APP to store and/or create statics and/or alerts. The socket software will indicate the pulse per minute in a pop-up screen that the user can program. 2. Temperature sensor: This model uses a touch sensor or laser to measure the temperature body. 3. Workstation Light Sensor: It senses and measures the amount of light where the user is at the socket. When the user has a higher or lower amount of light that can affect the user's vision. If the brightness exceeds the recommended level, the socket software will pop up a warning in the computer user. This application can help some people save their eye strain, headaches and/or other incidental pains.

The socket software contains thresholds and alerts, which give the user warnings and/or information depending on the application. Office and Home Applications:

The following are some options for other peripherals that can be installed on the socket: 1. Microphone input: The socket microphone can incorporate a high-tech microphone on the front, allowing a meeting participant to get closer to the microphone, thereby improving computer or mobile phones The clarity of the audio signal heard by others on the other side of the connection. This facilitates not having to move the computer or mobile phone or tablet, but simply placing the socket close to the person who is speaking. In a business meeting, it's quite normal for many people to sit at a large table, and it's easier to say..."speak to the socket", so that other contacts can hear the speaker clearly and in a louder voice. The connection can be wired, or the wafer bluetooth is wireless. 2. Memory stick reader input: Added data input to the computer. 3. Signal light or indicator light input: It has a high intensity light, low power consumption, in case the user needs it in an emergency or the user wishes to improve the clarity of what is seen or read. A pointer input incorporates a laser (color to be selected) at the front for use when making a presentation. It can also incorporate two keys to pass pages forward or backward. 4. Fingerprint Reader Input: The socket will incorporate a fingerprint reader to verify human identification. This application is especially useful in libraries and other entities wishing to integrate 2 devices in a single multi-input device. Figure 34. 5. Third-party data input: obtain data from users or third parties, such as a point-of-sale or other application satisfaction experience survey. This can be useful for companies to maintain, register, analyze, and make decisions based on this data entry. The data will be transferred to the cloud by means of a specific data management system embedded in the socket or computer. Second screen application:

The outlet system incorporates a lightweight display (recommended, but not limited to 10.1") that acts as a monitor for a computer, cell phone, tablet or other device, which can be wired or wirelessly connected to the outlet.

It can be used for meetings where everyone cannot view the computer screen because they are not on the same side of the computer, or because the owner of the computer does not want them to wait to see the computer's screen for privacy reasons.

The various socket systems of the present invention may be wired or wirelessly connected to show who is on the same image on the other side of a video call (eg, Skype or Whatsapp meetings, etc.).

The socket can also be used as a TV screen when the user connects the socket to a computer, a tv, a tv transmitter, mobile phone, tablet or similar device. Production description

The multiple pieces of the housing of the socket are made of injection-molded acrylonitrile-butadiene-styrene (ABS) plastic. Sections of the shell may also have an additional material such as thermoplastic polyurethane (TPU) or polysiloxane. Power, data and video transfer options will be accomplished using USB type C, USB 2.0, HDMI and other available wired and wireless technologies. All buttons, switches, electronic micro switches (made of plastic and metal) are also commodity components that have been manufactured and/or procured from other suppliers. Integrated circuits, chipsets, and printed circuit boards (PCBs) are also standard items, although different proposed functions of the socket may have proprietary chipsets that are designed, printed, and programmed to conform to the various peripheries that will be added to the socket functional requirements.

The printed circuit board (PCB) on which the electronic and mechanical components are mounted is customized according to the functional design of the peripheral devices of the socket. It is a flat, resin-coated sheet. Resistors, capacitors, oscillators, integrated circuits (ICs), and other components are made of various types of metals, plastics, and silicon, which are also sourced from high-volume manufacturers.

The general shape falls within the range of one of the highest end industrial design products currently available on the market, but can be produced slightly larger to accommodate additional internal components built into the socket. The general layout is also similar, and its orientation is symmetrical along a line extending from the front to the rear of the main body of the socket along the top surface. The sockets are designed in detail to obtain a minimum and carry-on size to allow the addition of proposed peripherals. On this socket, holes are moulded into the housing to allow sound to exit the device via the internally mounted driver. The activation button is present on the front to accommodate the function of becoming an added device installed in the socket.

The invention is not limited to the details of the foregoing embodiments. The invention extends to any novel one or any novel combination of the features disclosed in this specification (including any accompanying claims, abstract and drawings), or to any of the steps of any method or procedure so disclosed one of the novelties or any combination of novelties.

100: Monitor 102: Setting button 104: Joystick 110: Socket 120: Doll 130: Monitor 132: Joystick 134: Set button 140: Doll 150: plastic card 152: slot 160: padding 170: Telescopic base 172: Socket 180: Monitor 190: Display configuration control buttons 200: socket 202: Microphone 204: Front control buttons 210: Socket 212: slot 220: Monitor 222: handle 224: set button 230: Doll 240: plastic card 250: socket USB-C port 260:USB-A port 270: side sound output 280: Monitor 282: rear handle 284: Set button 286: Socket assembly slot 288: Socket assembly guide 290: Interchangeable dolls 292: top port 300: replaceable card 302: Slot compartment 310: Socket 312: Telescopic base 320: Rear video camera 330: top port 340: socket 342: Telescopic base 344: Retractable USB-C port 350: Control button 360: Audio input 370: Audio output 380: Built-in speaker 382: socket 384: Telescopic base 386: Retractable USB-C port 390:USB-A port 400: Video camera 402: Plastic card compartment 410: Socket USB-C port 420: Grip pad 422: Grip slot 430: Retractable USB-C port 432: socket 434: Telescopic base 440: start button 450: On/Off microphone button 460: On/Off speaker button 470: Audio input 480: On/Off camera button 490: Input USB-C port 500:USB-A port 502: socket 504: Telescopic base 510: Plastic card 512: Card slot 520: Telescopic base 525: release button 530: Adjustable position in the middle 540: middle position 550: Lock Slot 560: middle position 570: maximum extension 580: Retractable USB-C port 581: Centerline 582: Socket/Hold Wall 583: Pivot 584: Telescopic base 585: port 586: Seals 587: Socket Frame 588: Fixtures 590: Fine Tuning System 600: touch screen monitor 602: Description Icon 604: led indicator 610: Monitor 614: Set button 620: Joystick 622: Assembly guide 630: On-screen power button 634: Monitor handle 640: Up/Down buttons 650: Select button 660: Screen 1 662: Laptop 670: Monitor 2 672: Portable Monitor 680: Cable 690: Socket 700: Socket 710: Smartphone 712: Smartphone 714: Cable 720: Tablet PC 730: Socket 732: Cable 734: Laptop 740: sound input 750: Audio output 760: Resonant Bar 762: Telescopic base 764: Socket 766: Voice input 770: Audio output 772: Plastic Card 774: Socket USB-C port 776: Retractable USB-C Port 778: Flexible Through Cable 790: Rechargeable battery 800: socket 802: Electronic Speakers 810:PCB module 812: Isolation Board 820: Socket 822:USB-C port 832: USB-C or USB-A computer port 840: A/C Adapter 850: rechargeable battery 860: Guide 862: Monitor 870: Groove 872: Socket 874: Telescopic base 1000: Device 1001: Tablet or Phone/Host 1002: USB-Type C connector 1003: Power Connector 1004: Charger Module 1005: Rechargeable Li-Ion Battery or Pack 1006: Power Module 1007: Type-C Controller 1008: MUX module 1009: Converter Module 1010: Camera Image Sensor 1011:USB Display Converter Module 1012: USB Type-C Connector 1013: Display 1014: USB 2.0 socket 1015: USB Audio Codec 1016: Microphone 1017: USB Audio Amplifier 1018: Speakers 1019:USB Type-A port 1020: Device 1021: NFC Coil 1022: Microcontroller 1023: Button input

FIG. 1 shows the present invention in a top view, a front view and a right side view.

FIG. 2 is a rear view, a bottom view and a left side view illustrating the present invention.

Figure 3 is a depiction of one of the isometric front views of the present invention.

Figure 4 is one of the isometric rear views of the present invention.

Figure 5 is a drawing of one of the isometric exploded views of the present invention depicting the main components.

6 is a top view, a front view and a right side view of the socket of the present invention.

FIG. 7 is one of a left side view, a rear view and a bottom view of the socket of the present invention.

FIG. 8 is a diagram of one of the USB Type-C ports of the present invention with socket control buttons.

Figure 9 is a rear isometric view of the socket of the present invention.

FIG. 10 is a diagram showing one of the telescopic bases of the socket of the present invention.

FIG. 11 is a diagram showing one of the locking slots of the socket of the present invention.

Figure 12 is a depiction of one of the USB-C trim adjustment buttons positioned in the socket of the present invention.

FIG. 13 shows one of the screen mechanical guides of the present invention.

FIG. 14 is a diagram showing one of the screen setting buttons of the present invention.

FIG. 15 is a diagram of one of the inventions operating as an extended screen of a laptop computer.

16 is a diagram of one of the inventions operating as a smartphone charger with data transfer.

FIG. 17 is a depiction of one of the inventions operating as a tablet charger with data transfer.

FIG. 18 is a top view and a right side view showing the sound input and output ports of the socket of the present invention.

FIG. 19 shows the inner resonant rod and sound output port of the socket of the present invention in a cross-sectional view.

Figure 20 is a depiction of one of the battery compartments of the present invention.

Figure 21 is a diagram illustrating one of the different options for providing power to the socket of the present invention.

Figure 22 shows the screen assembly of the socket in an exploded view.

FIG. 23 is one of the electronic block diagrams of the present invention.

FIG. 24 is a diagram showing a connection sensor option with one of the inventions.

280: Monitor

282: rear handle

284: Set button

286: Socket assembly slot

288: Socket assembly guide

290: Interchangeable dolls

292: top port

300: replaceable card

302: Slot compartment

310: Socket

312: Telescopic base

320: Rear video camera

Claims (10)

A portable monitor and peripheral device socket system, comprising: a unitary socket device having an internal power source; The unitary device houses a set of electronic components for wireless and wired communication with a computer and other equipment; the socket has input buttons to activate internal components and software to transmit power, data and video simultaneously with a computer, portable monitor and other equipment; The socket has a retractable base for mounting monitors and other equipment for power charging, data and video communication with a computer; The socket has a fine-tuned mechanical adjustment for the USB port; the socket has at least one portable monitor for connecting in the socket and serving as an auxiliary screen of a computer; the socket has a mechanical connection on a top surface, and the mechanical connection is capable of securing a functional object and electronically transferring power and data between the object and the socket; The socket has a built-in video camera, speaker, microphone, and flash memory; The socket has a slot for installing an advertising card The socket is constructed in a compact design for easy transport The socket includes a software and hardware for use as a simple, plug-and-play system. A socket device comprising: A monolithic body having a top wall, a bottom wall, a front wall, a rear wall, and a pair of side walls, which define a cavity within the monolithic body, the monolithic body having an internal power source and a set of electronic devices for wireless and wired communication with external devices; the front wall has an opening for receiving a base workpiece in the cavity of the unitary body, the base workpiece having a bottom surface and a locking ridge extending from the bottom surface; the base workpiece has a usb port extending from the base workpiece and adjustable in position by a sliding arm; The bottom wall of the one-piece body has an inner surface with a locking socket for receiving the locking ridge of the base workpiece; the front wall has at least one slot formed in the front wall for receiving an external device; a plurality of parallel resonant bars extending into the cavity from an inner surface of the top wall of the monolithic body, the parallel resonant bars defining an acoustic path; The top wall has an outer surface with a mechanical connection capable of securing a functional object and electronically transferring power and data between the functional object and the monolithic body. The socket device of claim 2, wherein the sliding arm is adjusted by a position switch positioned on the base workpiece. The socket device of claim 2, wherein at least one of the side walls has a sound output. The socket device of claim 2, further comprising at least one input positioned on the unitary body for receiving data communications. The socket device of claim 2, further comprising at least one input positioned on the unitary body for receiving video. The outlet device of claim 2, further comprising at least one input positioned on the unitary body for receiving electronic communications. The socket device of claim 2, further comprising at least one output positioned on the monolithic body for sending data communications. The outlet device of claim 2, further comprising at least one output positioned on the unitary body for transmitting video. The outlet device of claim 2, further comprising at least one output positioned on the unitary body for sending electronic communications.

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