TW202206988A - Computer mouse with enhanced functionality - Google Patents

Abstract

There is provided a multi-entry extended computer mouse, in unitary or modular form, which incorporates the flexibility to install and interchange different types of functional apparatuses, such as a display, microphone, sensors, and characters/figurines. 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 front of the multi-entry extended mouse, and receive and/or send signals to an external device, such as a computer or display.

Description

Computer mouse with enhanced features

The present invention generally relates to computer peripherals. More particularly, the present invention relates to a computer mouse with multi-entry capabilities for power, data transfer, IoT (Internet of Things) and for attaching devices in an extended or modular framework and/or Or the mechanical ability of the doll.

External mice for computers have been used for several years and have reached a mature product stage. A new peripheral is needed to provide enhanced functionality and connectivity to the IoT.

The present invention provides computer mice with new types of uses and IoT capabilities, resulting in a new generation of such devices. Using the present invention, a computer mouse has an extended function within the device as a single piece or as an accessory. The mouse of the present invention is a new IoT device that can exchange data among cloud, computer and different accessories (like dolls/figurines or touch screens), and it can be used such as personal use, entertainment, healthcare, office and home in different applications.

The mouse of the present invention can be constructed from a single frame or a modular frame comprising a main frame and a multiple entry section. The mouse includes different features such as speaker, voice/noise/video download and recording memory, RFID capability for dolls, wireless mouse connection capability for modular frame design, built-in memory for storing information anytime, anywhere , IoT connectivity and mechanical, data and power supply possibilities for connecting different peripherals such as dolls, sensors or a touch screen.

In one embodiment, the computer mouse of the present invention has: two or more frames, including a main frame that houses certain functions, such as Internet of Things (IoT) capabilities; between the two or One or more mechanical, electrical and electronic connectors between the more frames. Alternatively, the connector may be magnetic. The present invention may include peripheral head functions with the ability to connect to a screen, to a doll or decorative character, and to produce connections for added functionality.

The present invention is a new computer mouse or a computer peripheral device having a modular data entry section for extending the Internet of Things capability. The present invention provides a mouse comprising at most two screens attached below. A mechanical connector for attaching the figure or sensor to the mouse of the present invention is also provided. The present invention also provides a computer mouse with bidirectional communication features that act as an HMI (Human Machine Interface) including visual and/or noise interactions and signals.

The multi-entry expansion mouse of the present invention is a computer mouse that incorporates the flexibility to install and interchange different types of equipment (such as a display, microphone, sensor, etc.) and/or figures (such as figurines, names, etc.) . This new practical design of a computer mouse can interact mechanically, visually or verbally with users or third parties and be used in different applications.

As mentioned above, the internal and external structures are designed to accommodate and receive signals that can manage, interface and/or detect signals obtained from devices and/or figures mounted on the multi-entry segment of the multi-entry expansion mouse And/or an additional and/or extended electronic board and connector of the latest technology to send signals to an external device such as a computer or monitor.

Some of the peripherals that can be installed on the multi-entry expansion mouse are the following for different applications: 1. Decorative applications: fixed or interchangeable figurines or dolls, common names, customized names, 3D images. 2. Healthcare applications: pulse, oxygen, temperature, workstation light sensors. 3. Office and residential applications: pointer, microphone, memory, camera, lantern, fingerprint sensor 4. Media application: a TV screen

The present invention is a computer mouse with enhanced functions, comprising a main body section integrally connected to a multi-entry section of a single device having an internal power supply and wherein the main body section is accommodated for connecting with A computer and the multi-entry segment conduct Internet communication and a first set of electronic devices for electronic communication. Using the present invention, the multi-entry section has a pair of input buttons, a mechanical connection on a top surface of the multi-entry section, wherein the mechanical connection is capable of securing a functional object and between the object and the multi-entry section Electronically transmit power and data between them.

The multi-entry section includes: a receiver opening for data transfer communications to and from the multi-entry section; and at least one internal speaker connected to the multi-entry section and positioned within the multi-entry section on one side surface. Within the multi-entry section, there is a second set of electronics for internet and electronic communication with a computer and the main body section.

The present invention also includes a computer mouse with enhanced function, which has a main body section, the main body section has a first end with an opening for receiving a multiple inlet having at least one connecting pin section, wherein the opening is defined by an inner bottom surface, an inner top surface and a pair of inner side walls. The pair of inner side walls each has a channel slot for receiving the at least one connection pin from the multiple inlet section. The main body section houses a first set of electronic devices for Internet and electronic communication with a computer and the multi-entry section. The present invention has the multi-entry section with a pair of input buttons, a mechanical connection on a top surface of the multi-entry section, wherein the mechanical connection is capable of securing a functional object and between the object and the multi-entry section Electronically transmit power and data between them. A receiver opening is included for data transfer communication to and from the multi-entry section and at least one internal speaker is connected to the multi-entry section and positioned on a side surface of the multi-entry section. A second set of electronics for internet and electronic communication with a computer and the main body section is positioned within the multi-entry section. Various other methods of connecting body sections to multi-entry sections are further described herein and with reference to the figures.

The computer mouse device of the present invention described above includes wherein the multi-entry section has the top surface positioned on a head section and the top surface has at least one protruding from the top surface for mechanical connection to the object. Two mechanical pins.

In one embodiment, the computer mouse device of the present invention includes wherein the object has a female connector that receives the at least two mechanical pins and data and power connections. The object includes items such as figurines and media device(s).

A universal multi-entry enclosure for a computer mouse is also provided, comprising a mouse seat section for receiving a computer mouse, a mouse detent section extending from the mouse seat section, wherein the The mouse catch section is integrally connected to a multi-entry section having a pair of input buttons, a mechanical connection on a top surface of the multi-entry section capable of securing a A functional object and electronically transfer power and data between the object and the multi-entry section. The multi-entry section includes: a receiver opening for data transfer communications to and from the multi-entry section; and at least one internal speaker connected to the multi-entry section and positioned within the multi-entry section on one side surface. Electronics for Internet and electronic communication with a computer and the computer mouse are included in the multi-entry section.

FIG. 1 is a diagram of a single frame of a multi-entry expansion mouse 10 . It is manufactured using an ergonomic continuous body 20 that is not disconnected from the multiple entry section 14 of the mouse of the present invention. It includes a connection capability data and power port 28 , additional function buttons 18 , a common mouse button 16 , an internal speaker 26 , a speaker volume control 24 , a common mouse wheel 22 and the main frame 12 .

Figure 2 is a two-piece version or "modular design" of the mouse of the present invention. It is manufactured from a main frame 36 and a multiple inlet section 30 . The male mechanical connector 32 has a connector extrusion 34 that will provide mechanical support between the main frame 36 and the multiple inlet section 30 .

FIG. 3 is a multi-port extension mouse with a screen display 44 attached to the multi-portal section 38 at the front side of the mouse using a rotary screen adapter 42 . In this configuration, the mouse acts as an external and additional display of the computer for increasing productivity, facilitating communication and serving as an additional user interface with the cloud and the computer. A power and data cord 40 can be connected to the computer.

Figure 4 is a multi-entry expansion mouse with a magnetic base 48 connected as an option to a figure or figurine 50 of the multi-entry section 46. Figures are used for several functions, including, for example, figurines representing famous heroes or a branding, custom names, 3D photos, or other visual accessories. The multi-entry expansion mouse uses RFID features to identify figures to download and reproduce speech, songs, lights to be emitted from the speakers of the multi-entry section.

FIG. 5 shows a multi-entry section 54 with a data entry peripheral 52 that allows data entry from a third party user via mechanical buttons 58 . This type of peripheral is designed for use, for example, by a business that wants to collect data from users or other parties. Peripherals of this type can be tuned to be able to meet business needs, for example, to investigate confidentiality 56 customer satisfaction 60 in a point of sale and transmit data to the cloud using the IoT multi-entry segment feature. This data entry module can be replaced by one of the touch screen applications explained in FIG. 3 .

Figure 6: The single frame of the multi-entry expansion mouse 62 is designed to have a single unit containing a mouse 64, battery cover 66, power light 68, a mouse wheel 70, and a Operates all power and electronic components. The expansion frame increases internal capacity and allows attachment of multiple entry section capabilities. It has a mechanical connection to allow attachment of multiple entry section functionality, additional buttons 74, internal speakers 80, data transfer and IoT (Internet of Things) capabilities 78, standard buttons 72, common mouse wheel 70, speaker volume 82 76. 1. Mechanical connector option between main frame and multi-entry section

Figure 7 shows the mechanical connection between the multi-entry expansion mouse and the main frame. In a broad concept, the main frame 86 and the multiple entry section 84 are fixed and securely connected. It is user friendly to connect the USB receiver 92 to the USB male connector 88 and disconnect the two parts and allow both data and power transfer. The multiple inlet section includes a mechanical extrusion 94 for improving the mechanical attachment of the main frame 90 .

Other options than the mechanical connectors described in Figure 7 can be used to attach the main frame to the multi-entry section, as explained in Figures 8-11:

Figure 8 shows one of the routing channel connectors 96 or 106 in the main frame, and the connection ends are formed by slotting the multiple entry section 104 into a pin extrusion 98 or 108, respectively, in the channel 102 that will be connected to Feet 108 lead into a press fit hole to a secure connection to a multiple entry section 104 allowing peripheral equipment to be attached in 100 .

FIG. 9 shows a tuning fork connection designed with tines 116 extruded from the multiple inlet section 108 and fitted into corresponding holes 114 on the body of the main frame 110 . The tines snap into place and lock the multiple inlet sections to the main frame, allowing a secure connection of one of the power and data transfer ports 112 and 118 .

Figure 10: The spring clip 128 connection is a unique form of clip inserted into the main frame 120 using material properties for elastic action. The multi-entry section 130 has pins 126 that mate with the fixture to secure the connection 124 . The user must pinch the spring clip 128 to release the connection between the main frame and the multiple entry section. Power and data transfer is via a USB-C 122 or similar connector.

FIG. 11 is connected to one of a magnetic lock formed by a magnetic liner insert 142 inside both the main frame 140 and the multiple entry section 132 . When the multi-entry section is moved in the direction 138 of the main frame, the two frames are then connected, allowing power and data transfer through ports 134 and 136. 2. Mechanical connector options for figurines and sensors

The following is a description of how the figurines (figures) and sensors are attached to the multi-entry section. Connections are mechanical or magnetic and, where applicable, include the transmission of electrical and data characteristics.

Figure 12 includes a data and power connector 148 (such as USB 2.0, USB 3.0, 3.1, Type-C, or similar upgrades) and two mechanical pins for additional mechanical support for the screen or female connector for accessories The multiple entry section 144 of 146 is explained in FIG. 13 .

FIG. 13 is an external female connector 150 mounted over the head of the multi-entry section 144 . This female connector can receive the male connector shown in FIG. 15 in 158 and 162 by pressing the clamp 152 down. The female connector 150 has two side bars 160 that guide the horizontal input of the male connector 178 until it touches the rear wall 166 . Below it includes a hole 154 for storing the data transfer connector and a hole 156 for storing the two pins and providing mechanical support between the multiple entry section and the female connector. A front diagonal view of one of the female connectors shows the clamp 168 and the space 170 that allows for bending down and for the male connector to enter. Two rods 164 guide the male connector above the base 162 .

FIG. 14 shows the appearance of the female connector 172 when mounted on the multi-entry section, allowing peripheral equipment, such as a doll or a sensor, to be mounted by pressing the clamp 174 .

Figure 15 shows how the male connector 178 and a peripheral device (such as a doll 176 or a sensor) can be mounted over it. The slot 180 is used to mate with the stem 164 of the female connector in FIG. 13 . When the plastic clamp is released, the clamp 168 enters through the hole 184 and is securely attached in the section 182 .

FIG. 16 shows how the male connector 186 supporting a figure is connected to the female connector 188 by the sliding unit reaching the wall 190 . The male connector 192 can be connected to or disconnected from the multiple entry section 196 by pressing and releasing the clamp 194 .

Other types of mechanical connectors can be used to attach figures or sensors to multiple entry sections, such as the following options described in Figures 17 and 18:

FIG. 17 is uniquely designed to have a power pin connection with a cylindrical extrusion 210 mated at the end to the surface of a press fit cam lock 214 . The female connector 198 is mounted to the multi-entry section 204 so as to cover the fixed data transfer connector in the hole 200 below. When the clamp 208 is moved up or down, it rotates in the pivot 206 and allows the male connector 202 to be received or released. The power area 212 can provide energy to the figure mounted above the male connector 202 .

FIG. 18 shows a magnetic lock connection formed by a magnetic backing insert 218 , the corresponding surface of which is mated after approaching the male connector 216 , so as to be fixedly connected to the female connector 220 . The female connector has an open socket underneath to hold the data and power connectors 222 of the multiple entry section 224. Figures, accessories or sensors can be mounted on the surface of the male connector 216 . 3. Mechanical connectors for attaching a screen to multiple entry sections

FIG. 20 is a screen 238 that may be connected to the multi-entry section 250. The screen power and data connector 244 is connected to the male connector 230 through a rotary adapter 226 having a housing for power and data cables and a mechanical section 232. The rotating section 234 and the fixed section 236 are connected by a housing and mechanical section 232 and allow the screen to be rotated to the angle where the user wants to place the display 246. The rotary adapter 226 is connected to the power and data transfer connectors 248 of the multi-entry section 228 . The screen support holes 242 will receive the mechanical pins 250 positioned on the area above the rotary adapter. The rotary adapter can swing 180 degrees on each side and can provide power to the screen and bi-directionally transfer data from the mouse to the screen and vice versa. For the application of the touch screen 240, the user or a third-party user can use the multi-entry extended mouse as an interface with the IoT to interact with the cloud or computer.

20 shows the appearance of the screen 252 when mounted to the multi-entry section 256 using the rotary adapter 254. 4. Magnetic or mechanical attachment options for supporting displays or accessories under the mouse

Figure 21 shows the display or accessory magnetic connection option to the mouse. This new computer mouse has 2 sections 270 below and can hold up to two accessories (such as screens, sensors or characters) by means of 4 magnets 266 in the main frame and 4 magnets 258 in the multi-entry section ). The optical sensor 264 is not affected by the installation of an accessory under the mouse. The power switch 262 disconnects the power supply from the battery or computer to the main frame and the multi-entry section. Body supports or plastic pads 268 and 260 are installed in the main frame and in the multi-entry section, respectively, to allow the two frames to be disconnected and continue to work independently at the same height surface. The user can disconnect the multi-entry section, install the screen and leave it in one location. It can be used very well for entertainment, but also in a business meeting environment, for example when a computer user wants to show a file or video to others in an extended screen installed in the mouse for privacy reasons. people, thereby preventing others from seeing the computer screen.

Figure 22 shows the display or accessory mechanical connection options to the mouse. The following are mechanical connection options for attaching a screen or an accessory under the mouse of the present invention, with a design feature to help mechanically press fit the screen or accessory onto the body. The top view shows how the main frame 284 with extruded standoffs 272, 274 and 282 and mating lock connectors 280 and 278 secures the screen to the frame of the mouse. In the middle figure, one method for securing the screen or accessory 292 to the main frame is to add a press-fit lock 290 that attaches to the data and power socket 244 whose connector mates to the screen main frame. The bottom diagram illustrates how mating lock connectors 280 and 278 block the ingress of dust and at the same time provide mechanical support for screens 288 and 286 to remain attached to frame 284 and multi-entry section 276 .

Figure 23 shows the different sensors that can be connected to the mouse, and thus to the cloud, using a computer or one of the direct connections (wired or wireless) to the PC. The multi-entry expansion mouse provides a user interface to connect different devices, especially for entertainment, business, and healthcare applications. This figure shows an example of an oxygen and pulse sensor 294 commonly used in the marketplace with a data port 296 below. The sensor's data port 296 is attached to the multi-entry section 298 and can be used to transmit data to and receive data from the computer or cloud. The mouse of the present invention has many applications for the healthcare industry or other industries, such as a fingerprint reader 300 that can be used, for example, in a bank. 5. Multiple entrances to expand the IoT capabilities of the mouse

Figure 24 shows a different kind of device that can be installed on a multi-entry expansion mouse to allow data transfer with other IoT devices, software, databases, etc. The data arrives at a database where the data is analyzed and presented using data science algorithms programmed in an AI machine.

The download and file storage features of the multi-entry extended mouse can be applied to download, for example, the voice or sound of a famous figure installed on the multi-entry section from the cloud. The mouse of the present invention includes an NFC reader module for detecting 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, for example, movie trailers, marketing announcements, promotions and other kinds of information for on-screen viewing or through figures.

Customer satisfaction surveys can be obtained at the point-of-sale by entering the accessory using data connected to a mouse, and the data will be uploaded to the cloud and the software features of the product can deliver analysis to the company or user. 6. Electronic design of multi-entry expansion mouse

IoT (Internet of Things) is a technical name for any technology that uses an available network to capture data from any device or object or transmit it to a database for analysis.

The mouse of the present invention can capture health data, environmental data, security alerts or any other information in a home or office environment object to be measured using a sensor array.

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

Built-in memory: Its ability to connect with a computer, wired or wireless, and its versatility in sharing files in its built-in memory will facilitate a novel design for business meetings. Users no longer need to carry a computer or share a USB, because using a multi-entry expansion mouse simplifies life and confidentiality of information. Simply connect the multi-entry expansion mouse to the computer or server where it is to be rendered, and use the same mouse to search and open files. An overview of the electronic design, Figures 25 to 29:

As an introduction for explaining how the electronic design works, in FIG. 25, the multi-entry section is connected to a PC 302 using a USB-C port or a USB-2 port 354 or a wireless connection 352. The multi-entry expansion mouse consists of two PCBs. The first PCB is referred to as the multi-entry section 306 and the second PCB is referred to as the main frame PCB 350 . The two PCBs are connected through another USB port 348 which provides data and power transfer from 306 to 250.

The multi-entry section connects to the PC via a USB-C cable 308 (if the connection uses the USB-C standard) or via a USB2 cable 368 (if the connection uses the USB2 standard) or through a wireless connection 352 . Connections are received via a USB-C HUB 312 (if the connector is USB-C 310) or via a USB2 HUB (if the connector is USB2 368).

HUB provides multiple connections to different components. Depending on the application, there are different electronic, power and IoT configurations for the mouse as follows:

Figure 25 is a multi-entry section with an HDMI screen. The connection from the USB-C hub 312 to the screen 320 is through the power supply 314 . This interface uses a power cable 322 to connect the multi-entry section PCB power connector 316 and the screen power connector 318. Controller 330 transmits information using a data path using various sensors or figures 344 attached to accessory port 340. This figure shows the connection of the multi-port inlet section to (i) a PC using a USB-C or similar connector; (ii) a screen using HDMI or similar; and (iii) a power connector. The drawings include major IC components that also include other components such as resistors, capacitors, and inductors (inductors not shown). A controller operates an audio AMP and internal memory and an expansion port for other devices. Also includes an NFC transceiver for short-range communication. Draws power from the USB-C port.

Figure 26 is a multi-entry section with a display port screen. This connection provides a data connection to HDMI transceiver IC 324 or to DisplayPort transceiver IC 370. The transceiver provides an HDMI link 326 in the case of 324 or a DisplayPort connector 372 in the case of 370 . An HDMI link 328 enables the multi-entry segment 306 to communicate with the screen 320, providing a data path, or if the connector is 372, a display port power and data path 374. The multi-entry section has a display port screen. This graphic shows the connection of a multi-port inlet section to a PC using USB-C or similar, or to a screen using the display port on which power and data are provided using the same port. The drawings include major IC components that also include other components such as resistors, capacitors, and inductors (inductors not shown). A controller operates an audio AMP and internal memory and an expansion port for other devices. Also includes an NFC transceiver for short-range communication. Draws power from the USB-C port.

Figure 27 is a multi-entry section with a doll port inside the mouse and no battery. The connection from USB-C hub 312 provides a current path to 338 . This IC provides the required power to at least the controller 330 , the NFC reader 334 , the accessory port 340 , the internal memory 332 and the audio output IC 346 . This figure shows the connection of the multi-port entry section to a PC using USB2 or the like. The drawings include major IC components that also include other components such as resistors, capacitors, and inductors (inductors not shown). A controller operates an audio AMP and internal memory and an expansion port for other devices. Also includes an NFC transceiver for short-range communication. Draws power from the USB2 port.

Figure 28 is a multi-entry section with doll ports and batteries inside the mouse. This connection from 312 provides a data path to controller 330. The controller then uses the data path to connect to the extra button 348 in the PCB, to the NFC reader 334 using a serial link (SPI, I2C or other), to the NFC reader 334 using a serial link (SPI, I2C or other) Internal memory 332 is connected using a serial link (SPI, I2C or other) to accessory port 340 and a serial link (I2S or other) to audio output system 346. The NFC reader is attached to an antenna 336 through a wire or a connector in the PCB and the PCB itself. This figure shows the connection of the multi-port entry section to a PC using USB2 or the like. The drawings include major IC components that also include other components such as resistors, capacitors, and inductors (inductors not shown). A controller operates an audio AMP and internal memory and an expansion port for other devices. Also includes an NFC transceiver for short-range communication. Draws power from the USB2 port or from the battery.

Figure 29 is a multi-entry section with wireless connection to a PC. This connection is an expansion USB2 port 346. Figure 29. This figure shows the connection of the multi-port portal segment to a PC using a wireless connection. The drawings include major IC components that also include other components such as resistors, capacitors, and inductors (inductors not shown). A controller operates an audio AMP and internal memory and an expansion port for other devices. Also includes an NFC transceiver for short-range communication. Draws power exclusively from the battery.

Figure 30 is the main frame PCB board configuration. The main frame PCB 350 is connected to the multi-entry section PCB using the USB2 connector 348 . This connector is attached to a mouse PCB 358 and can optionally provide a data link and a power transfer. The mouse PCB 358 is connected to an optical sensor 362 and buttons and wheel keys 360 . A battery 364 is attached to a voltage regulator 356 . The voltage regulator has a power path connection to the mouse PCB 358 . The connection is a USB2 port 348, which connects the multi-entry section PCB 306 and the main frame PCB 350. This connection provides data transfer and a power transfer when required. This figure shows the connection of the main frame board to the mouse optical sensor, buttons and PCB. Draws power from a battery or from a USB port. 7. Universal multi-entry shell for computer mouse

Figure 31 is a universal multi-entry enclosure device that can accommodate a standard mouse and increase its capabilities. The standard mouse frame sits on the base frame of the generic multi-entry enclosure and it operates normally because there is a hole in the bottom and the optical sensor will detect the movement of the mouse. This device has the same features as the multi-entry section of the present invention of the mouse. 8. Multi-entry expansion mouse usage options

The multi-entry expansion mouse is a new generation of computer mouse that incorporates the flexibility of installing and interchanging different types of devices (such as a display, microphone, sensor, etc.) and/or figures in combination with IoT capabilities.

This new multi-entry extension mouse can interact mechanically, visually or verbally with users or third parties and be used in different applications.

The internal and external structures are designed to accommodate and receive signals and/or send signals to a An additional and/or extended electronic board and connector of the latest technology for external devices such as a computer or monitor.

Some peripheral devices that can be installed on the multi-entry expansion mouse can be (but not limited to) the following applications: a. Decorative applications: fixed or interchangeable figurines or dolls, common names, customized names, 3D images. b. Healthcare applications: pulse, oxygen, temperature, workstation light sensors. c. Office and residential applications: pointer, microphone, memory, camera, lantern, fingerprint sensor d. Media application: a TV screen 8.a Decorative applications

As shown in Figures 4 and 16, different kinds of decorative fittings can be mounted on the multiple entry sections. The following are but are not limited to some options:

1. Secure the toy or figure: In this case, the toy or figure cannot be separated from the multi-entry expansion mouse. That is, the toy or doll is affixed to multiple entry sections, but it may have the ability to rotate horizontally and vertically at different angles.

2. Interchangeable toys or figures: In this version, a toy or figure can be released from the multiple entry section and replaced by a different toy or figure or by a different application. Figure 16.

3. Glowing or spinning toys: This version will have a power connector that will allow the transfer of power from the battery for lighting or spinning action.

4. Popular phrases: This version will market popular phrases, maps of regions, etc. ("I love you!", "Can I help you?", etc.).

5. Customized Name: The user can customize the name of the multi-entry expansion mouse by selecting only the word pieces (John, Susan, etc.) that will be installed in the front side of the multi-entry section. Businesses and corporate users may market their names, logos, slogans, special or seasonal events, etc.

6. 3D print key of a person or other character provided by the user (in glass or other lightweight material; like a 3D character of your family, your pet, etc.). 8.b Healthcare applications

An example of a healthcare peripheral installation is shown in Figure 23. In this case, multiple inlet segments are used to connect and transmit data to a pulse and oxygen sensor. Below are some options for applications and sensors:

7. Pulse and/or Oxygen: In this version, a sensor mounted on the top front area of the multi-entry expansion mouse measures a user's oxygen and pulse per minute. Send data to an APP to store and/or generate statistics and/or alerts. The multi-entry extended mouse software will indicate pulses per minute in a pop-up screen that can be programmed by the user.

8. Temperature sensor: This model uses a touch sensor or laser to measure the temperature body.

9. Workstation light level sensor: It senses and measures the amount of light the user has at the location where the multi-entry expansion mouse is positioned. When the user has a higher or lower amount of light that can affect the user's vision. If the level exceeds recommended metrics, the multi-entry expansion mouse software will pop up an alert to the user of the computer. This application can help some people relieve eye pressure, headaches and/or other incidental pains.

The multi-entry extended mouse software includes thresholds and alerts that will give the user warnings and/or information depending on the application. 8.c Office and residential applications

An example of a fingerprint reader peripheral installation is shown in FIGS. 23 and 24 . Below are some options for other peripherals that can be installed on multiple entry sections:

10. Microphone entry: Multi-entry expansion mouse-microphone can incorporate a high-tech microphone into the front side, allowing participants in a meeting to get closer to the microphone, thereby improving others on the other side of a computer or cellular phone connection The clarity of the audio signal heard. This facilitation does not require moving a computer or cell phone or tablet, but simply moving the multi-entry expansion mouse close to the speaker. It is quite normal to have many participants at a large table in a business meeting, and it would be easier to eg "speak to the mouse" so that others who are connected can hear the speaker clearly and louder. The connection can be wired or wireless via Bluetooth.

11. Memory stick reader entrance: key in the data added to the computer.

12. Lantern or Pointer Light Entry: It has a high intensity light, low power consumption, in case the user needs it in an emergency or if the user wants to improve the clarity of something they want to see or read. A pointer entrance incorporates a laser (color to be selected) on the front side for use in making a presentation. It can also incorporate two keys to turn the page forward or backward.

13. Fingerprint Reader Entry: The multi-entry expansion mouse will incorporate a fingerprint reader to verify a person's identity. This application is especially useful in banks and other entities that want to integrate 2 devices in a single multi-entry facility. Figure 34.

14. Third-party data entry: to obtain data from users or third parties, such as satisfaction experience surveys at a point of sale or other applications. This can be useful for companies to save, register, analyze and make decisions based on this data entry. Data will be transferred to the cloud by means of a specific data management system to be embedded in the multi-entry expansion mouse or computer. 8.d Media Applications

15. Screen Entry: In Figure 20, the multi-entry extended mouse-screen version incorporates a lightweight mini-display (recommended (but not limited to) from 1.5 to 3.0 inches) that acts as an extension of a computer or cellular phone screen.

It can be used in meetings where all people do not need to be in close proximity to see the computer screen, either because they are not on the same side of the computer, or because the owner of the computer does not want them to see the computer's screen for privacy reasons.

Several multi-entry extended mouse-screen devices and functions can be connected online to display the same image of the person on the other side of a video call (eg, Skype or Whatsapp meeting, etc.).

When the user connects the multi-entry expansion mouse to a computer, a TV transmitter or a mobile phone, the multi-entry expansion mouse can also be used as a TV screen. 9. Description of production

The housing parts of the single-frame option and a portion of its internal mechanical parts are made of injection-molded acrylonitrile-butadiene-styrene (ABS) plastic. Sections of the housing of the single frame may also have an additional material such as thermoplastic polyurethane (TPU) or polysiloxane. Optical sensors, data and power transfer options (micro HDMI, USB, etc.), display screens and drivers are made by professional suppliers. All buttons, switches, electrical micro switches (made of plastic and metal) are also commodity components that have been manufactured and/or supplied from other suppliers. Integrated circuits, chips, and printed circuit boards (PCBs) are also standard items, but the different proposed functions of the mouse can have functions designed, printed, and programmed to match the functions of each peripheral to be added to the multi-entry section Exclusive chip required.

The printed circuit board (PCB) on which the electrical and mechanical components are mounted is customized for the functional design of the mouse peripheral. It is a flat coated resin sheet. Resistors, capacitors, oscillators, integrated circuits (ICs) and other components are made of various types of metals, plastics and silicon also available from mass-produced manufacturers.

The general shape falls within one of the common computer mice currently available in the market but can be produced slightly larger to accommodate added internal components built into a single frame. The overall layout is also similar, and its orientation is symmetrical along a line extending from the front side to the rear side of the body of the mouse along the top surface. There are two standard click buttons and one click wheel located between the two buttons on the top of the mouse to allow common use of the device. The mouse front end has been extended to allow the addition of the proposed peripherals. On this front end (hereafter referred to as the multi-entry section) there are holes moulded into the housing to allow sound to exit the device via the internally mounted driver. On the top surface, there are two additional buttons for accommodating the functionality of added devices that become installed into the multi-entry section. On the top surface is a digital transfer connection near the front side to allow the mouse to connect to additional peripherals detailed further in this document. The multi-entry segment has a digital transfer connection (USB-C, HDMI, etc.) on the front side to allow additional data or power to be sent through the device.

Figure 32 shows one of the accessory connection options on the mouse. The computer mouse 500 has a front protrusion 510 in which a protrusion receiver base 520 is accommodated. An interchangeable base 530 is used to support accessories (such as figurines or any other items) and is attached vertically to the receiver base 520 .

Figure 33 shows another accessory connection option on the mouse. The computer mouse 540 has a front protrusion 550 in which a female receiver base 560 is received. Interchangeable base 570 is used to support accessories (such as figurines or any other elements) and is coupled vertically to receiver base 560 .

Figure 34 shows one of the accessory connection options on the mouse. The computer mouse 580 has a front protrusion 590 that accommodates a female receiver base 600 having a fixed magnet 610 . The interchangeable base 620 contains another magnet 610 and is used to support accessories such as figurines or any other elements and engage the receiver base 600 vertically.

Figure 35 shows another accessory connection option on the mouse. The computer mouse 630 has a front protuberance 640 which accommodates a horizontal concave receiving base 650 including a locking protuberance 655 therein. Interchangeable bases 660 are used to support accessories such as figurines or any other elements and are attached horizontally to base receivers 650 that are held securely thanks to locking protuberances 655 .

Figure 36 shows another accessory connection option on a mouse with a locking system. The computer mouse 670 has a front protrusion 680 that accommodates an unlock button 690 that slides horizontally thanks to a spring 695 . When the unlock button 710 is pressed into the mouse, the locking pins 700 move and allow the recessed area 725 of the interchangeable base 720 to disconnect from the mouse.

Figure 37 shows another accessory connection option on the mouse. Computer mouse 730 has a front protrusion 740 with two or more pins 750 that act as a guide to receive holes 765 of interchangeable bases 760 to which accessories are mounted On the base 760 and rotatable on the rotating section 770 .

Figure 38 shows another accessory connection option on the mouse. The computer mouse 800 can be designed to have a removable top cover 810 that can be changed and customized at the user's choice. The mouse 800 includes a front telescopic section 850 that can be moved away from the mouse 800 and slid a distance "A" below the scroll wheel 820 . The telescoping section 850 has at its base 830 a receiving section 840 of the base. The telescoping base 850 transmits power, data and video to accessories mounted on the interchangeable base.

FIG. 39 shows details of the design of the telescopic base mouse model depicted in FIG. 38 . The mouse 860 includes a telescoping section 870 in the front side that can be extended by pulling out of the mouse 860 from a slot 880 and below the scroll wheel 900 . The telescoping section 870 can slide a distance 910 that allows the interchangeable base to be attached to the receiver base 890 section.

Each of the accessory connection options in Figures 32-38 may include power, data, and HDMI connections for transferring power, data, and video from the mouse to the figurine and accessories. Such connections may be conveniently positioned in each design to provide the desired function, including as part of any mechanical connection.

Figure 40 shows a mouse pad that is a common accessory that allows to accept computer mice of different sizes. The mouse pad 920 has a front section 940 on its upper portion that receives an interchangeable base receiver 950 or any other type of base receiver previously described in this document. The mouse pad has lower supports 930 that support a standard mouse to the mouse pad, allowing the use of a computer mouse as well, since it is hollow in the middle and thus, the optical sensor Will be able to detect movement on a surface to ensure its proper operation.

Figure 41 shows a standard mouse 1000 mounted vertically on top of mouse pad 960 (although it can still fit horizontally). The mouse pad 960 may include a battery in its lower portion and receive a fitting 970 mounted on an interchangeable base 980 in the front bump.

FIG. 42 includes a separate front base 1020 for connecting the interchangeable base and to the protrusion 1030 on the front side of a standard mouse 1010. The method of engagement between the separate front base 1020 and the mouse 1010 may be, but is not limited to, magnets, devil felt, or other similar tape or type of mechanical attachment. The separate front base 1020 may contain an internal battery, usb port, video signal for a monitor, internal memory and other functionalities related in this document.

Figure 43 shows an isometric view of a freestanding front base 1050 that includes protrusions 1060 that attach to interchangeable bases 1070 in any of the forms described herein, using magnets, velcro or Other similar tape 1080 or mechanical attachment types attach to the front of most standard computer mice 1040.

44 shows an isometric view of mouse 1090, its interchangeable cover 1100, scroll wheel 1110, and one way of delivering data, video, or power to nose 1120 via a usb port or other similar means 1130. In this way, information and energy can be transferred to accessories mounted on interchangeable bases. In the isometric view below, there is a battery compartment 1140, a pad 1150 that allows the mouse to slide easily on a flat surface, an optical sensor 1170 or similar type of motion sensor, a power switch 1160, and a Bluetooth signal pairing Switch 1180 or similar type of wireless connectivity capability.

FIG. 45 shows an outer bottom body including interchangeable top cover 1190, mouse 1200 outer top body, scroll wheel 1210, PCB 1220, Bluetooth pairing switch 1230, on/off switch 1240, mouse 1250 outer bottom body, battery 1260 and pad 1270 An exploded view of one of the components of a single-shell mouse model.

46 shows the position of the hand 1300 when the hand 1300 is on the mouse 1280. The finger touching the primary button 1285 (right/left button) of the mouse is separated from the accessory 1300 mounted on the front protrusion 1290. The distance "B" between the finger and the accessory depends on the shape of the accessory, but can be between 0.50 and 1.00 inches.

47 shows how any kind of accessory, such as a monitor or figurine 1340, would receive USB by being built into the accessory or figurine 1340 and attached to one of the interchangeable bases with receiver port 1345 Port 1350, hdmi or the like receives power, data and/or video signals. The USB port 1350 or any other type of port receives power, data and/or video signals and transmits them to the accessory's PCB 1355 which directs the signals to other accessories such as the LEDs 1370, speakers 1360 and other accessories ). An interchangeable base with a receiver port 1345 is connected to the male port 1330 of the mouse 1310. Power, data and/or video signals are transmitted from the mouse's PCB 1320 . The mouse 1320 can be, but is not limited to, wired or wirelessly connected to a computer or other device to receive and transmit power, data and/or video signals to any type of accessories (including figurines, monitors, etc.).

48 shows how an accessory of any kind, such as a monitor or figurine 1410, would be attached to one of the interchangeable bases with ports 1395 by, but not limited to, being built inside the accessory or figurine 1410 A male USB-C port 1400 or the like receives power, data and/or video signals. Interchangeable bases with male ports 1400 or any other type of port receive power, data and/or video signals and transmit them to the accessory's PCB 1415, which directs the signals to other accessories such as LEDs 1420 , speaker 1430, and other accessories). The interchangeable base with male port 1400 is connected to the receiver port 1390 of the mouse. Power, data and/or video signals are transmitted from the mouse's PCB 1385. The mouse 1380 can be, but is not limited to, wired or wirelessly connected to a computer or other device to receive and transmit power, data and/or video signals to any type of accessories (including figurines) mounted in the anterior eminence. , monitor, etc.).

Figure 49 shows how any type of accessory, such as a monitor or figurine 1460, would receive power through, but not limited to, a receiver USB-C port 1470 mounted in an interchangeable base 1465 rather than inside the accessory, data and/or video signals. The interchangeable base with receiving port 1470 or any other type of connection port receives power, data and/or video signals and transmits them to the PCB 1475 of the accessory housed in the interchangeable base, the PCB 1475 being Cable 1485 directs the signal to other accessories such as LEDs 1490, speakers 1480, and other accessories. An interchangeable base with receiver port 1465 is connected to receiver port 1450 of the mouse. Power, data and/or video signals are transmitted from the mouse's PCB 1445. The mouse 1440 can be, but is not limited to, wired or wirelessly connected to a computer or other device to receive and transmit power, data and/or video signals to any type of accessories (including figurines) mounted in the anterior eminence. , monitor, etc.).

50 shows an isometric view of a modular mouse consisting of mouse frame 1500 and hub frame 1520. A monitor 1510 of about 4 inches is stored in a hole 1515 below the mouse frame 1500 and can be mechanically attached to the mouse frame 1500 by magnets or other types of locking pins or fittings. The battery compartment 1505 will be positioned under the mouse. Power, data, and video signals may be received from a computer in the hub frame 1520 via a USB-C cable 1530 or other type of technology, including wireless connectivity capabilities.

51 shows a top view of a modular mouse consisting of a mouse frame 1540 and a hub frame 1550. As explained in other figures, the hub frame 1550 can accommodate the installation of accessories, such as a monitor 1560. The monitor 1560 may include a female USB-C port 1565 that will connect to the USB-C port 1555 in the hub frame 1550 for transferring data, power, and video from the computer. Data, power and/or video signals are transmitted from the computer or other device to the monitor 1560 via a USB-C cable 1570 connected to the USB-C port 1575 of the hub. The PCB 1545 of the HUB transmits signals to the accessories through the USB-C port 1480.

52 shows an isometric front view of a modular mouse consisting of mouse frame 1580 and hub frame 1590. As explained in FIG. 51, a monitor 1600 stored under the mouse frame can be mounted to the hub frame 1590, where a USB-C port 1595 or the like will transmit power, data and video signals to the monitor 1600. Power and other signals can be sent to the mouse and hub frame via a USB-C cable 1610 connected to one of the other devices.

53 shows in detail the hub frame 1630 that is mechanically attachable to/detachable from the mouse frame 1620. By pressing down on the lock button 1670, both frames can be unlocked. A compact monitor of about 4'' is stored below the mouse frame 1620, as explained in the previous figures. The compact monitor is installed in the hub frame by sliding it through the assembly guide 1740 and finally connecting it to the hub's USB-C port 1640 to receive data and power signals from a computer or other device. The computer or other device transmits power and signals to the input port 1750 of the hub via a USB-C cable 1710 . On top of the hub frame 1630, there is a receiving base 1730 for mounting accessories, such as figures. This receptacle can accommodate the installation of interchangeable bases that support other accessories, such as figurines. These interchangeable bases can also receive power and other signals, as mentioned in the previous figures. In the rear side of the hub frame, there is an advertising slot 1720 for inserting one of the interchangeable cards 1760. The hub frame 1630 has multimedia features such as (but not limited to) a video camera 1650 and its power indicator light 1660, a microphone 1690 with its activation button 1680, two USB 2.0 data inputs positioned on each side of the hub frame 1620 port 1700 and other potential accessories such as speakers.

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

10: Multi-entry expansion mouse 12: Main frame 14: Multiple Entry Sections 16: Common Mouse Buttons 18: Extra function button 20: Ergonomic continuous body 22: Common Mouse Wheel 24: Speaker volume control 26: Internal Speakers 28: Connection capability data and power port 30: Multiple Entry Sections 32: Male mechanical connector 34: Connector Extrusion 36: Main Frame 38: Multiple Entry Sections 40: Power and data transmission lines 42: Rotary screen adapter 44: Screen Display 46: Multiple Entry Sections 48: Magnetic base 50: Figures/figurines 52: Data input peripheral equipment 54: Multiple Entry Sections 56: Confidentiality 58: Mechanical buttons 60: Customer Satisfaction 62: Multi-entry expansion mouse 64: Mouse 66: Battery cover 68: Power light 70: Mouse Wheel/Common Mouse Wheel 72: Standard button 74: Extra buttons 76: Mechanical connection 78: Data transfer and Internet of Things (IoT) capabilities 80: Internal speakers 82: Speaker volume 84: Multiple Entry Sections 86: Main Frame 88: USB male connector 90: Main frame 92:USB receiver 94: Mechanical Extrusions 96: Routing Channel Connector 98: Pin extrusion 102: Channel 104: Multiple Entry Sections 106: Routing Channel Connector 108: Pin extrusion 110: Main Frame 112: Power and data transfer ports 114: Hole 116: Fork Teeth 118: Power and data transmission ports 120: Main Frame 122:USB-C 124: connect 126: pin 128: spring clip 130: Multiple Entry Sections 132: Multiple Entry Sections 134: port 136: port 138: Directions 140: Main Frame 142: Magnetic Liner Insert 144: Multiple Entry Sections 146: Mechanical pins 148: Data and Power Connectors 150: External female connector 152: Fixtures 154: Hole 156: Hole 160: Sidebar 162: Pedestal 164: Rod 166: Back Wall 168: Fixtures 170: Space 172: Female connector 174: Fixtures 176: Doll 178: Male connector 180: Groove 182: Section 184: Hole 186: male connector 188: Female connector 190: Wall 192: male connector 194: Fixtures 196: Multiple Entry Sections 198: Female Connector 200: hole 202: Male Connector 204: Multiple Entry Sections 206: Pivot 208: Fixtures 210: Cylindrical extrusions 212: Power area 214: Press fit cam lock 216: Male connector 218: Magnetic Liner Insert 220: Female connector 222: Data and Power Connectors 224: Multiple Entry Section 226: Rotary Adapter 228: Multiple Entry Sections 230: Male Connector 232: Housing and Mechanical Section 234: Rotation section 236: Fixed section 238: Screen 240: touch screen 242: screen support hole 244: Screen power and data connectors/data and power sockets 246: Display 248: Power and data transfer connectors 250: Mechanical pins 252: Screen 254: Rotary Adapter 256: Multiple Entry Sections 258: Magnet 260: Body support/plastic pad 262: Power switch 264: Optical Sensor 266: Magnet 268: Body support/plastic pad 270: Section 272: Extruded bearing 274: Extruded Bearing 276: Multiple Entry Sections 278: Mating lock connector 280: Mating lock connector 282: Extruded bearing 284: Main Frame 286: Screen 288: Screen 290: Press fit lock 292: Accessories 294: Oxygen and Pulse Sensor 296: data port 298: Multiple Entry Sections 300: Fingerprint Reader 306: Multiple Entry Section / Multiple Entry Section PCB 308: USB-C cable 310:USB-C 312: USB-C Hub 314: Power 316:PCB Power Connector 318: Screen power connector 320: Screen 322: Power cable 324: HDMI Transceiver IC 326: HDMI link 328: HDMI link 330: Controller 332: Internal memory 334: NFC Reader 336: Antenna 340: Accessory port 344: Doll 346: Audio output IC 348:USB port 350: Main frame PCB 352: wireless connection 354:USB-2 port 356: Voltage Regulator 358: Mouse PCB 360: Wheel key 362: Optical Sensor 364: Battery 368:USB2 cable 370: DisplayPort Transceiver IC 372: DisplayPort Connector 374: Display port power and data path 500: Computer Mouse 510: Anterior protrusion 520: Protruding Receiver Base 530: Interchangeable base 540: Computer Mouse 550: Anterior protrusion 560: Recessed Receiver Base 570: Interchangeable base 580: Computer Mouse 590: Anterior protrusion 600: Recessed Receiver Base 610: Fixed magnet 620: Interchangeable base 630: Computer Mouse 640: Anterior carina 650: Horizontal Recessed Base/Base Receiver 655: Locking Protuberance 660: Interchangeable base 670: Computer Mouse 680: Anterior protrusion 690: Unlock button 695: Spring 700: lock pin 710: Unlock button 720: Interchangeable base 725: Concave area 730: Computer Mouse 740: Anterior protrusion 750: pin 760: Interchangeable base 765: Hole 770: Rotation Section 800: computer mouse 810: Removable top cover 820: Roller 830: Pedestal 840: Accept Section 850: Front telescopic section 860: Mouse 870: Telescopic Section 880: Slot 890: Receiver Base 900: Roller 910: Distance 920: Mouse Pad 930: Lower Support 940: Front Section 950: Interchangeable base receiver 960: Mouse Pad 970: Accessories 980: Interchangeable base 1000: Standard mouse 1010: Standard Mouse 1020: Independent Front Pedestal 1030: Protrusion 1040: Standard computer mouse 1050: Independent Front Pedestal 1060: Protrusion 1070: Interchangeable base 1080: Tape 1090: Mouse 1100: Interchangeable cover 1110: Roller 1120: Anterior protrusion 1130: way 1140: Battery compartment 1150: Pad 1160: Power switch 1170: Optical Sensor 1180: Bluetooth signal pairing switch 1190: Interchangeable top cover 1200: Mouse 1210: Roller 1220:PCB 1230: Bluetooth pairing switch 1240: On/Off switch 1250: Mouse 1260: Battery 1270: Pad 1280: Mouse 1285: Primary button 1290: Anterior protrusion 1300: Hands/Accessories 1310: Mouse 1320: Mouse PCB 1330: Public port 1340: Figurine 1345: Receiver port 1350: Receive USB port 1355:PCB 1360: Speaker 1370: led lights 1380: Mouse 1390: Receiver port 1395: port 1400: Male USB-C Port/Male Port 1410: Figurine 1415:PCB 1420: led lights 1430: Speaker 1440: Mouse 1450: Receiver port 1460: Figurine 1465: Interchangeable base/receiver 1470: Receiver USB-C Port/Receiver Port 1475:PCB 1480: Speaker/USB-C port 1485: Cable 1490: led lights 1500: Mouse Frame 1505: Battery Compartment 1510: Monitor 1515: Hole 1520: Hub Frame 1530: USB-C cable 1540: Mouse Frame 1545:PCB 1550: Hub Frame 1555:USB-C port 1560: Monitor 1565: Female USB-C port 1570: USB-C cable 1575:USB-C port 1580: Mouse Frame 1590: Hub Frame 1595:USB-C port 1600: Monitor 1610: USB-C cable 1620: Mouse Frame 1630: Hub Frame 1640:USB-C port 1650: Video Camera 1660: Power indicator 1670: Lock button 1680: Start button 1690: Microphone 1700: USB 2.0 data input port 1710: USB-C cable 1720: Advertisement slot 1730: Receiving Pedestal 1740: Assembly guide 1750: input port 1760: Interchangeable Cards A: distance B: distance

FIG. 1 is an illustration of the present invention with a single tilt frame.

2 is an illustration of the present invention in more than one piece of a modular design of a multi-entry expansion mouse.

Figure 3 is a multi-entry expansion mouse of the present invention with screen peripheral functions attached.

Figure 4 is a multi-entry expansion mouse of the present invention with a figure connected to the mouse.

Figure 5 is a multi-entry expansion mouse of the present invention with a peripheral device for assisting data entry and retrieval.

Figure 6 is an embodiment of the present invention with a single parallel frame.

Figure 7 shows the two frames of the mouse, the main frame and the mechanical connection option of the multiple entry section.

8 is an illustration of a routing channel and a pin extrusion connection option between two frames of the present invention.

Figure 9 is an illustration of one of the tuning fork connection options between two frames of the present invention.

Figure 10 is an illustration of one of the spring clip connection options between two frames of the present invention.

Figure 11 is an illustration of one option of a magnetic lock connection between two frames of the present invention.

FIG. 12 shows the multi-entry section of the mouse of the present invention.

Figure 13 shows a view of a female connector for mounting a figurine or device mounted above the head of the multi-entry section.

14 is an illustration of the appearance of the female connector of FIG. 13 when installed over the multi-entry section of FIG. 12. FIG.

Figure 15 is an illustration of a male connector and its appearance when a figure is mounted on it.

FIG. 16 shows how the male connector of FIG. 15 is installed by sliding it into the female connector of FIG. 13 .

Figure 17 is an illustration of one of the power pin connection options for mounting the figure above the multiple entry section.

Figure 18 is an illustration of one of the magnetic lock connection options for mounting the figure above the multiple entry section.

Figure 19 is an illustration of a screen and a rotary adapter.

FIG. 20 shows how the screen is mounted on the multi-entry section by means of the rotary adapter of FIG. 20 .

Figure 21 shows how two screens (or other accessories) can be attached by magnets under the mouse of the present invention.

Figure 22 shows how two screens (or other accessories) can be attached under the mouse of the present invention by means of magnetic supports.

FIG. 23 is an example of an application of a fingerprint reader peripheral device mounted on a mouse of the present invention.

24 is a schematic diagram of the IoT capabilities of the mouse of the present invention and how it allows the use of a computer and/or the cloud to interface and exchange information to and from a sensor, figure or touch screen device.

Figure 25 is an electronic design with multiple entry sections with an HDMI screen installed.

Figure 26 is an electronic design of a multi-entry section with a port screen configuration.

Figure 27 is an electronic design with a multi-entry section with doll mounted and no battery but powered from a PC.

Figure 28 is an electronic design with a multi-entry section with a doll mounted and no batteries.

Figure 29 is an electronic design of a multi-entry segment with wireless connection to a PC.

Figure 30 is a basic electronic design of the main frame including the functions of a computer mouse.

Figure 31 shows a multi-entry expansion mouse pad. This device can accommodate a standard computer mouse and has the benefit of multiple entry section capabilities.

Figure 32 is an illustration of one of the recessed cover base options for use with one of the mounting accessories of the present invention.

FIG. 33 is an example of a flat boss base option for use with one of the mounting accessories of the present invention.

Figure 34 is an example of a magnetic flat cover base option for use with one of the mounting accessories of the present invention.

Figure 35 is an example of one of the flat lid base options to be inserted horizontally to use one of the mounting accessories of the present invention.

FIG. 36 is an example of a base option with a locking system for use with the mounting accessory of the present invention.

Figure 37 is an example of a base with hole options for use with the present invention for mounting accessories.

Figure 38 is an example of an extendable figure base of the present invention.

Figure 39 shows an example of an extension of the figure base of the present invention.

40 is a top and side view of a mouse pad accessory of the present invention.

Figure 41 is an isometric illustration of a mouse pad accessory of the present invention.

Figure 42 is an example of a detachable base for a figure used in the present invention.

Figure 43 is an illustration of the installation of a detachable base of the present invention.

Figure 44 is a depiction of a portion of a model of the single frame design of the present invention.

Figure 45 is an exploded view of a single frame mouse model of the present invention.

Figure 46 is a schematic view of the position of the hand above the present invention.

Figure 47 is a schematic diagram of how power/data/video is provided to a figure when the figure is mounted on top of the present invention.

Figure 48 is a schematic view of another interchangeable base for connection with the present invention.

Figure 49 is a schematic diagram of an interchangeable USB cradle for connection with the present invention.

Figure 50 is an isometric view of the present invention showing how it can store a monitor.

Figure 51 is a top and side view of the present invention.

Figure 52 is an isometric elevational view of an embodiment of the present invention.

Figure 53 is a depiction of one of the main parts of the hub frame of the present invention.

10: Multi-entry expansion mouse

12: Main frame

14: Multiple Entry Sections

16: Common Mouse Buttons

18: Extra function button

20: Ergonomic continuous body

22: Common Mouse Wheel

24: Speaker volume control

26: Internal Speakers

28: Connection capability data and power port

Claims (7)

A computer mouse comprising: a main body section integrally connected to a multi-entry section of a unitary device having an internal power source; the main body section houses a first set of electronics for internet and electronic communication with a computer and the multi-entry section; The multi-entry section has a pair of input buttons, a mechanical connection on a top surface of the multi-entry section capable of securing a functional object and electronically transferring power between the object and the multi-entry section and information; a receiver opening for data transfer communications to and from the multi-entry section; and at least one internal speaker connected to the multi-entry section and positioned on a side surface of the multi-entry section; The multi-entry section has a second set of electronics for internet and electronic communication with a computer and the main body section. A computer mouse device, comprising: a body section having a first end having an opening for receiving a multi-entry section having at least one connecting pin; the opening is defined by an inner bottom surface, an inner top surface and a pair of inner side walls; the pair of inner side walls each has a channel slot for receiving the at least one connection pin from the multiple inlet section; the main body section houses a first set of electronics for internet and electronic communication with a computer and the multi-entry section; The multi-entry section has a pair of input buttons, a mechanical connection on a top surface of the multi-entry section capable of securing a functional object and electronically transferring power between the object and the multi-entry section and information; a receiver opening for data transfer communications to and from the multi-entry section; and at least one internal speaker connected to the multi-entry section and positioned on a side surface of the multi-entry section; The multi-entry section has a second set of electronics for internet and electronic communication with a computer and the main body section. 2. The computer mouse device of claim 1 or 2, wherein the multi-entry section has the top surface positioned on a head section; the top surface has at least a portion protruding from the top surface for mechanical connection to the object Two mechanical pins. The computer mouse device of claim 3, wherein the object includes a female connector that receives the at least two mechanical pins and the data and power connections. The computer mouse device of claim 3, wherein the object is a figurine. The computer mouse device of claim 3, wherein the object is a media device. A universal multi-entry shell for a computer mouse, comprising a mouse seat section for receiving a computer mouse, a mouse detent section extending from the mouse seat section, the mouse detent section being integrally connected to a multi-entry section having a pair of input buttons, a mechanical connection on a top surface of the multi-entry section capable of securing a functional object between the object and the multi-entry section Electronic transmission of power and data; a receiver opening for data transfer communications to and from the multi-entry section; and at least one internal speaker connected to the multi-entry section and positioned on a side surface of the multi-entry section; The multi-entry section has electronics for internet and electronic communication with a computer and the computer mouse.

Images