CN212460417U - Portable computing and communication integrated machine - Google Patents
Portable computing and communication integrated machine Download PDFInfo
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- CN212460417U CN212460417U CN202020495962.XU CN202020495962U CN212460417U CN 212460417 U CN212460417 U CN 212460417U CN 202020495962 U CN202020495962 U CN 202020495962U CN 212460417 U CN212460417 U CN 212460417U
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Abstract
The utility model provides a portable calculation communication all-in-one, include: a microcomputer and a near-eye display. The near-eye display and the microcomputer are mutually independent and are connected in a wireless communication mode; the microcomputer processes and calculates the data, and sends the data to the near-eye display in a wireless communication mode, and the near-eye display is used as a virtual display screen of the microcomputer, receives the data and displays the data. The near-eye display is equivalent to a display of a micro technical computer, is worn and is in contact with a microcomputer, so that a picture is displayed through the near-eye display, all pictures which can be displayed on a real computer screen are further displayed, such as a main page, an application client, a browser, a chat tool and the like, the operation actions are identified and fed back to the microcomputer, the microcomputer performs corresponding processing according to the operation actions and feeds back to the near-eye display, and therefore the operation between a real host and the display screen is achieved.
Description
Technical Field
The utility model relates to a virtual display technology field, concretely relates to portable computer communication all-in-one who combines virtual display.
Background
With the progress of technology and the development of technology, the portability and miniaturization of computers are receiving more and more attention. The computer gradually eliminates various functional components from a desktop computer, a notebook computer and a tablet computer, and more utilizes the functions and functions of a computer host.
However, miniaturization and portability of computers are not completely ideal today. Although notebook computers and tablet computers can be thinner and thinner. Due to the limitation of the display screen, the planar area of the display screen cannot be reduced, which is not favorable for the development of portability and miniaturization. Usually, when people use a computer, no matter a notebook or a tablet, the computer needs to be placed on a desktop and needs a certain space, and if the desktop is not used, the computer is supported by two hands, so that when the computer is used, the two hands cannot be operated, and the operation with one hand is more inconvenient. Similarly, the miniaturization and portability of the existing mobile phone are not completely ideal due to the size limitation of the mobile phone screen.
In the current generation with faster technology updating, the limitation of the traditional computer and mobile phone forms is broken through, and more miniature, light and portable computers and mobile phones are researched and developed, so that the computers and mobile phones can be used anytime and anywhere, the life style of people is changed, and the problem to be solved is urgent.
SUMMERY OF THE UTILITY MODEL
In order to overcome the above problem, the utility model aims at providing a portable computer communication all-in-one utilizes the little microcomputer of volume to come to realize the change of computer structure with near-eye display's cooperation, has overcome the restriction of display screen size, need not bulky host computer, also need not keyboard, mouse, display etc. and has realized the portable of the true meaning of cell-phone, computer.
In order to achieve the above object, the utility model provides a portable computer communication all-in-one machine, it includes:
a microcomputer;
a near-eye display which is independent with the microcomputer and is connected with the microcomputer in a wireless communication mode; the microcomputer processes and calculates the data, and sends the data to the near-eye display in a wireless communication mode, and the near-eye display is used as a virtual display screen of the microcomputer, receives the data and displays the data.
In some embodiments, the near-eye display comprises: a virtual screen display unit, a display driver; the virtual screen display unit is used for displaying a virtual screen, and the display driver is used for driving the near-eye display to display.
In some embodiments, the near-eye display further comprises: the system comprises a virtual control interface and a first identification unit; the first recognition unit recognizes an operation action of the operator and transmits the operation action to the microcomputer; the microcomputer receives the operation action and carries out corresponding data processing calculation.
In some embodiments, the near-eye display further comprises: a projection unit; the projection unit receives the image data sent by the microcomputer in a wireless communication mode and sends the image data to the virtual screen display unit, and the virtual screen display unit displays the image data on the virtual screen.
In some embodiments, the near-eye display further comprises: an image pickup unit; the camera shooting unit shoots the outside and obtains image data, the camera shooting unit sends the image data to the microcomputer in a wireless communication mode, the microcomputer processes the image data to form display data and sends the display data to the virtual screen display unit, and the virtual screen display unit displays the display data on the virtual screen.
In some embodiments, the first recognition unit comprises a gesture recognition module; the gesture recognition module acquires and recognizes gesture actions to obtain gesture recognition data, and sends the gesture recognition data to the microcomputer; the microcomputer performs calculation processing according to the gesture recognition data to obtain an operation corresponding to the gesture recognition data, and sends a result corresponding to the operation to the virtual screen display unit, and the virtual screen display unit displays the operation on the virtual screen.
In some embodiments, the first recognition unit further comprises a speech recognition module; the voice recognition module acquires and recognizes voice to obtain voice recognition data and sends the voice recognition data to the microcomputer; the microcomputer performs calculation processing according to the voice recognition data to obtain an operation corresponding to the voice recognition data, and sends a result corresponding to the operation to the virtual screen display unit, which displays it on the virtual screen.
In some embodiments, the near-eye display further comprises a virtual keyboard display unit; the virtual keyboard display unit is used for displaying a virtual keyboard; the operator operates the virtual keyboard, the identification unit is operated by the operation action of the operator, and the operation action is sent to the microcomputer; the microcomputer receives the operation action and carries out corresponding data processing calculation.
In some embodiments, the microcomputer includes: power, central processing unit, memory, wireless signal transmitter, storage interface.
In some embodiments, the microcomputer has a switching unit; the switch unit includes: a fingerprint recognizer and a power switch; the fingerprint recognizer is used for recognizing fingerprints, and when the fingerprint information accords with the input fingerprint, the power switch is triggered to turn on the power supply.
In some embodiments, the switch unit further includes a reset key to reset the microcomputer.
In some embodiments, the microcomputer further comprises: the second identification unit acquires and identifies the operation action of the operator and sends the operation action to the central processing unit; and the central processing unit receives the operation action and carries out corresponding data processing calculation.
In some embodiments, the second recognition unit comprises a gesture recognition module; the gesture recognition module acquires and recognizes gesture actions to obtain gesture recognition data, and sends the gesture recognition data to the central processing unit; and the central processing unit performs calculation processing according to the gesture recognition data to obtain an operation corresponding to the gesture recognition data, and sends a result corresponding to the operation to the virtual screen display unit, and the virtual screen display unit displays the operation on the virtual screen.
In some embodiments, the second recognition unit further comprises a speech recognition module; the voice recognition module acquires and recognizes voice to obtain voice recognition data and sends the voice recognition data to the microcomputer; the microcomputer performs calculation processing according to the voice recognition data to obtain an operation corresponding to the voice recognition data, and sends a result corresponding to the operation to the virtual screen display unit, which displays it on the virtual screen.
In some embodiments, the microcomputer has a length of no more than 5cm, a width of no more than 3 cm, and a height of no more than 1 cm.
The utility model discloses a portable computer communication all-in-one has realized the most genuine innovation to the form of reality computer or cell-phone. Firstly, the size of the microcomputer can be set arbitrarily and can be very small, for example, the size of a match box is the same; moreover, from the system structure, the microcomputer covers the operation logic unit, the processing unit, the storage unit and the like of the real computer host and the mobile phone host, and the control of the near-eye display is realized through a wireless communication mode. The near-eye display is equivalent to a display of a micro technical computer, is worn and is in contact with a microcomputer, so that a picture is displayed through the near-eye display, and all pictures which can be displayed on a screen of a real computer or a mobile phone, such as a main page, an application client, a browser, a chat tool and the like, are further displayed, and are fed back to the microcomputer through identifying operation actions, and the microcomputer performs corresponding processing according to the operation actions and feeds back to the near-eye display, so that the operation as between the real host and the display is realized. The near-eye display can be virtual glasses, single-eye or double-eye virtual glasses, and not only can be used as a display screen, but also can simultaneously display a virtual keyboard, a virtual mouse and the like for an operator to perform corresponding actions for operation. Therefore, the system completely abandons the actual accessories such as a keyboard, a mouse, a display and the like, and can be used as a set of display screen and a computer or a display screen and a mobile phone only by a set of system of a microcomputer with the size of a matchbox and virtual glasses. The miniaturization and the lightness of the computer and the mobile phone are really realized, and the computer and the mobile phone can be directly placed in a pocket or a backpack and the like. In addition, microcomputer can only set up a switch, presses switch, and virtual image such as main interface, video, photo, keyboard, mouse can all show through virtual glasses, like this, at actual operation the utility model discloses a portable computer communication all-in-one's in-process only needs to wear virtual glasses, and microcomputer puts in the pocket or need not operate on the desktop, and is very convenient, has realized the purpose of using computer, cell-phone anytime and anywhere.
Drawings
FIG. 1 is a block diagram illustrating a structure of a portable computing and communication all-in-one machine according to an embodiment of the present invention
FIG. 2 is a schematic diagram of the function display of the portable integrated computer and communication machine according to an embodiment of the present invention
FIG. 3 is a schematic diagram of the function display of the portable integrated computer and communication machine according to an embodiment of the present invention
FIG. 4 is a schematic diagram of the function display of the portable integrated computer and communication machine according to an embodiment of the present invention
FIG. 5 is a schematic diagram of the function display of the portable integrated computer and communication machine according to an embodiment of the present invention
FIG. 6 is a block diagram illustrating the relationship between the units of the portable integrated computer and communication device according to an embodiment of the present invention
Detailed Description
In order to make the contents of the present invention clearer and more understandable, the contents of the present invention are further explained below with reference to the drawings of the specification. Of course, the invention is not limited to this specific embodiment, and general alternatives known to those skilled in the art are also within the scope of the invention.
The present invention will be described in further detail with reference to the accompanying drawings 1 to 6 and specific embodiments. It should be noted that the drawings are in a simplified form and are not to precise scale, and are only used for conveniently and clearly achieving the purpose of assisting in describing the embodiment.
Referring to fig. 1, the portable all-in-one computer in this embodiment includes:
a microcomputer;
a near-eye display which is independent with the microcomputer and is connected with the microcomputer in a wireless communication mode; the microcomputer processes and calculates the data, and sends the data to the near-eye display in a wireless communication mode, and the near-eye display is used as a virtual display screen of the microcomputer, receives the data and displays the data.
Referring to fig. 4, the near-eye display may include: a virtual screen display unit, a display driver; the virtual screen display unit is used for displaying a virtual screen, and the display driver is used for driving the near-eye display to display, so that the display action from the microcomputer to the near-eye display is realized.
Referring to fig. 2 and 3 again, the near-eye display may further include, on the basis of the near-eye display: the system comprises a virtual control interface and a first identification unit; the first recognition unit recognizes an operation action of the operator and transmits the operation action to the microcomputer; the microcomputer receives the operation action and carries out corresponding data processing calculation. The matching relation between the virtual control interface and the first recognition unit and the microcomputer is equivalent to the operation on a touch screen of a tablet personal computer or a touch screen of a mobile phone.
Specifically, the first recognition unit may include a gesture recognition module; the gesture recognition module acquires and recognizes gesture actions to obtain gesture recognition data, and sends the gesture recognition data to the microcomputer; the microcomputer performs calculation processing according to the gesture recognition data to obtain an operation corresponding to the gesture recognition data, and sends a result corresponding to the operation to the virtual screen display unit, and the virtual screen display unit displays the operation on the virtual screen. The gesture recognition module obtains and recognizes gesture actions and performs feedback processing with the microcomputer, so that the human-computer interaction process of a touch screen of a real tablet computer or a human-computer interaction process of a mobile phone and the touch screen is realized.
In addition, the first recognition unit may further include a voice recognition module; the voice recognition module acquires and recognizes voice to obtain voice recognition data and sends the voice recognition data to the microcomputer; the microcomputer performs calculation processing according to the voice recognition data to obtain an operation corresponding to the voice recognition data, and sends a result corresponding to the operation to the virtual screen display unit, which displays it on the virtual screen. Consequently, speech recognition module's joining for first recognition cell not only can discern noiseless action, can also discern vocal instruction, has improved the utility model discloses a portable calculation communication all-in-one's use flexibility and simplicity.
In order to realize the operation process among the real computer host, the display screen, the keyboard and the mouse, in the embodiment, the near-eye display further comprises a virtual keyboard display unit; the virtual keyboard display unit is used for displaying a virtual keyboard; the operator operates the virtual keyboard, the first identification unit identifies the operation action of the operator and sends the operation action to the microcomputer; the microcomputer receives the operation action and carries out corresponding data processing calculation.
Furthermore, the near-eye display may further include a projection unit; the projection unit receives the image data sent by the microcomputer in a wireless communication mode and projects the image data to a real interface. The structure design enables the near-eye display to have a projection function at the same time, is equivalent to a real projector, and realizes the reform of a projection device structure. A keyboard, mouse, etc. may be projected, or a video, image, etc. may be projected.
Further, the near-eye display further includes: an image pickup unit; the camera shooting unit shoots the outside and obtains image data, the camera shooting unit sends the image data to the microcomputer in a wireless communication mode, the microcomputer processes the image data to form display data and sends the display data to the virtual screen display unit, and the virtual screen display unit displays the display data on a virtual screen. By the aid of the structural design, the near-eye display has camera shooting functions such as shooting and video recording, shot pictures or videos can be observed through the near-eye display and the microcomputer, and operation between a computer host and a display screen and operation between a mobile phone and a touch screen are realized.
Certainly, in order to have powerful logic functions of calculation processing, the microcomputer may include the main functional configuration of a real computer host or a mobile phone, and also combine the small volume features of the microcomputer itself, for example, the microcomputer includes: the device comprises a power supply, a central processing unit, a memory, a wireless signal transmitter and a storage interface.
Here, the microcomputer may be placed in a pocket as indicated by a dotted box in fig. 2 and 3. The microcomputer is different from a real computer host or a mobile phone due to the small volume characteristic of the microcomputer, and can also have the characteristic of the microcomputer, for example, the microcomputer is provided with a switch unit; the switch unit includes: a fingerprint recognizer and a power switch; the fingerprint recognizer is used for recognizing fingerprints, and when the fingerprint information accords with the input fingerprint, the power switch is triggered to turn on the power supply. Further, the switch unit further includes a reset key for resetting the microcomputer.
It should be noted that the near-eye display of the present embodiment is provided with the first identification unit for identifying actions, sounds, etc., and such an arrangement completely allows the microcomputer to have only one power key, and does not need to be provided with other keys on the microcomputer, because the microcomputer and the near-eye display do not need to be touched during the whole usage operation, they can be placed in a pocket, as shown in fig. 2 and 3, and need not to be taken out, and the usage of the microcomputer is completed under the combination of the virtual operation and the internal logic processing procedures of the microcomputer and the near-eye display.
As shown in fig. 4 and 5, the microcomputer may further include a projection unit thereon; the projection unit receives the image data sent by the microcomputer in a wireless communication mode and projects the image data to a real interface. The structure design enables the microcomputer to have a projection function at the same time, which is equivalent to a real projector, and the reformation of the structure of a projection device is realized. A keyboard, mouse, etc. may be projected, or a video, image, etc. may be projected, or the projected image may be synchronized with the image of the virtual interface displayed in the near-eye display. In fig. 4, the virtual keyboard and the mouse are projected on the desktop by the microcomputer, the operator operates the virtual keyboard on the desktop, in the process, the virtual keyboard display unit in the near-eye display displays the keyboard, the virtual screen display unit displays a screen picture, the operator does not need to lower the head, when fingers strike the virtual keyboard on the desktop, the near-eye display can also see the virtual keyboard and display the struck position of the virtual keyboard, namely, the virtual keyboard is in touch-typing but not in touch-typing, and the keyboard striking accuracy is improved. Meanwhile, the virtual screen display unit displays a virtual screen, which is equivalent to the same process that an operator operates a keyboard and simultaneously displays on a computer display screen. In addition, because the microcomputer still projects out virtual mouse, the operator can realize the operation to the mouse to corresponding action is made to virtual mouse, can also show on virtual screen simultaneously to accomplish the keyboard operation more accurate than the reality keyboard, use in a flexible way. Similarly, as shown in fig. 5, the projection unit of the microcomputer may also project the screen interface of the mobile phone, which is synchronized with the screen interface of the mobile phone displayed by the near-eye display.
In other embodiments of the present invention, as shown in fig. 4 and 5, a second recognition unit may be disposed in the microcomputer, and the second recognition unit obtains and recognizes the operation action of the operator, and sends the operation action to the central processing unit; and the central processing unit receives the operation action and carries out corresponding data processing calculation. When the microcomputer needs to utilize the second recognition unit, the microcomputer can not be placed in any accommodating object and needs to be placed outside, so that the second recognition unit can detect the operation action. Of course, the recognition unit may be provided on both the microcomputer and the near-eye display at the same time for recognizing an operation motion, voice, and the like. Correspondingly, the second recognition unit also comprises a voice recognition module; the voice recognition module acquires and recognizes voice to obtain voice recognition data and sends the voice recognition data to the microcomputer; the microcomputer performs calculation processing according to the voice recognition data to obtain an operation corresponding to the voice recognition data, and sends a result corresponding to the operation to the virtual screen display unit, which displays it on the virtual screen. The second recognition unit may also include a gesture recognition module; the gesture recognition module acquires and recognizes gesture actions to obtain gesture recognition data, and sends the gesture recognition data to the central processing unit; and the central processing unit performs calculation processing according to the gesture recognition data to obtain an operation corresponding to the gesture recognition data, and sends a result corresponding to the operation to the virtual screen display unit, and the virtual screen display unit displays the operation on a virtual screen.
In addition, it should be noted that, because the microcomputer is provided with the camera unit, the camera unit of the microcomputer acquires the operation action image of the operator, and can synchronously feed back the operation action image to the near-eye display, and the operation action of the operator, such as the sliding of a finger, can be synchronously displayed on the near-eye display, so that the operator can intuitively observe the operation action of the operator through the virtual control interface of the near-eye display, such as observing the position or action touched by the finger, just like performing operation in reality, and can observe the position of the finger at any time, so as to make the accuracy of the action of the operator more clear, thereby making the operation system formed by the microcomputer and the near-eye display more visualized and virtual and realistic.
It should be emphasized that the volume of the microcomputer of this embodiment can be arbitrarily set, can be made small according to the requirement, and can be placed in a backpack or a pocket for carrying, for example, the volume of the microcomputer is set to be not more than 5cm in length, not more than 3 cm in width, and not more than 1cm in height. The logic operation unit, the memory unit, and the like in the microcomputer can be realized by a realistic semiconductor integration process and an IC design process, thereby realizing miniaturization, weight saving, and portability of the microcomputer. As in fig. 2, the microcomputer may be placed in a pocket, with the dashed box representing the microcomputer, as in fig. 3, the microcomputer may also be placed in a backpack, with the dashed box representing the microcomputer. Based on the above description, the microcomputer of this embodiment only needs to operate the power switch in the whole use process, and especially does not need to be taken out of a pocket or a backpack in the walking process, and the microcomputer can be operated by hands, so that the use flexibility is very strong. Certainly, whether the operation is performed after the stop is determined according to the actual situation, so that the collision is avoided.
It should be emphasized that in fig. 2 and 3, the picture indicated by the dotted line of the near-eye display is a virtual screen displayed by the virtual display unit of the near-eye display, and a real interface is not needed, so that the user can completely perform free-hand operation anytime and anywhere by only wearing the near-eye display and turning on the microcomputer, thereby truly realizing portability and flexibility of the smart appliance, and being a revolution in the technical fields of computers, mobile phones, projectors and the like, and changing the life style of people.
To sum up, the portable all-in-one computer of this embodiment integrates the functions of a real computer host, a display screen, a keyboard, a mouse, etc. into a whole, or integrates the functions of a mobile phone and a touch screen, etc., and adopts the logic feedback between a virtual image and a microcomputer to realize the complete computer operation, which is also an impact and innovation for the real office automation mode and the mobile phone use mode. Moreover, the functions of a computer host and a display screen and the functions of a keyboard and a mouse are realized only by matching a microcomputer with the size of a match box and a near-eye display, so that the physical volume of the functional concept of the computer is greatly reduced, the concept of the portability of the computer is changed, and the miniaturization, the use flexibility and the portability of the computer are really realized. Similarly, the limitation of the size of the mobile phone screen is overcome, so that the physical volume of the mobile phone is greatly reduced, and the miniaturization, the use flexibility and the portability of the mobile phone are realized.
Although the present invention has been described with reference to the preferred embodiments, which are given by way of illustration only, and not by way of limitation, it will be apparent to those skilled in the art that various changes and modifications can be made therein without departing from the spirit and scope of the invention as defined in the appended claims.
Claims (15)
1. A portable computing and communication all-in-one machine, comprising:
a microcomputer;
a near-eye display which is independent with the microcomputer and is connected with the microcomputer in a wireless communication mode; the microcomputer processes and calculates the data, and sends the data to the near-eye display in a wireless communication mode, and the near-eye display is used as a virtual display screen of the microcomputer, receives the data and displays the data.
2. The unitary portable computing and communications machine of claim 1, wherein the near-eye display comprises: a virtual screen display unit, a display driver; the virtual screen display unit is used for displaying a virtual screen, and the display driver is used for driving the near-eye display to display.
3. The unitary portable computing and communication machine of claim 2, wherein the near-eye display further comprises: the system comprises a virtual control interface and a first identification unit; the first recognition unit recognizes an operation action of the operator and transmits the operation action to the microcomputer; the microcomputer receives the operation action and carries out corresponding data processing calculation.
4. The unitary portable computing and communication machine of claim 3, wherein the near-eye display further comprises: a projection unit; the projection unit receives the image data sent by the microcomputer in a wireless communication mode and projects the image data to a real interface.
5. The unitary portable computing and communication machine of claim 3, wherein the near-eye display further comprises: an image pickup unit; the camera shooting unit shoots the outside and obtains image data, the camera shooting unit sends the image data to the microcomputer in a wireless communication mode, the microcomputer processes the image data to form display data and sends the display data to the virtual screen display unit, and the virtual screen display unit displays the display data on the virtual screen.
6. The all-in-one portable computer-communication machine according to claim 3, wherein the first recognition unit comprises a gesture recognition module; the gesture recognition module acquires and recognizes gesture actions to obtain gesture recognition data, and sends the gesture recognition data to the microcomputer; the microcomputer performs calculation processing according to the gesture recognition data to obtain an operation corresponding to the gesture recognition data, and sends a result corresponding to the operation to the virtual screen display unit, and the virtual screen display unit displays the operation on the virtual screen.
7. The all-in-one portable computer-communication machine according to claim 3, wherein the first recognition unit further comprises a voice recognition module; the voice recognition module acquires and recognizes voice to obtain voice recognition data and sends the voice recognition data to the microcomputer; the microcomputer performs calculation processing according to the voice recognition data to obtain an operation corresponding to the voice recognition data, and sends a result corresponding to the operation to the virtual screen display unit, which displays it on the virtual screen.
8. The unitary portable computing and communication machine of claim 3, wherein the near-eye display further comprises a virtual keyboard display unit; the virtual keyboard display unit is used for displaying a virtual keyboard; the virtual keyboard is operated by an operator, the first identification unit identifies the operation action of the operator and sends the operation action to the microcomputer; the microcomputer receives the operation action and carries out corresponding data processing calculation.
9. The all-in-one portable computer-communication machine according to claim 2, wherein the microcomputer comprises: power, central processing unit, memory, wireless signal transmitter, storage interface.
10. The all-in-one portable computer and communication machine as claimed in claim 9, wherein the microcomputer has a switch unit; the switch unit includes: a fingerprint recognizer and a power switch; the fingerprint recognizer is used for recognizing fingerprints, and when the fingerprint information accords with the input fingerprint, the power switch is triggered to turn on the power supply.
11. The all-in-one portable computer-communication machine according to claim 10, wherein the switch unit further comprises a reset key for resetting the microcomputer.
12. The all-in-one portable computer-communication machine according to claim 9, wherein the microcomputer further comprises: the second identification unit acquires and identifies the operation action of the operator and sends the operation action to the central processing unit; and the central processing unit receives the operation action and carries out corresponding data processing calculation.
13. The all-in-one portable computer-communication machine as claimed in claim 12, wherein the second recognition unit comprises a gesture recognition module; the gesture recognition module acquires and recognizes gesture actions to obtain gesture recognition data, and sends the gesture recognition data to the central processing unit; and the central processing unit performs calculation processing according to the gesture recognition data to obtain an operation corresponding to the gesture recognition data, and sends a result corresponding to the operation to the virtual screen display unit, and the virtual screen display unit displays the operation on the virtual screen.
14. The all-in-one portable computer-communication machine according to claim 12, wherein the second recognition unit further comprises a voice recognition module; the voice recognition module acquires and recognizes voice to obtain voice recognition data and sends the voice recognition data to the microcomputer; the microcomputer performs calculation processing according to the voice recognition data to obtain an operation corresponding to the voice recognition data, and sends a result corresponding to the operation to the virtual screen display unit, which displays it on the virtual screen.
15. The all-in-one portable computer-communication machine as claimed in claim 1, wherein the length of the microcomputer is not more than 5cm, the width is not more than 3 cm, and the height is not more than 1 cm.
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| CN202020495962.XU CN212460417U (en) | 2020-04-08 | 2020-04-08 | Portable computing and communication integrated machine |
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| CN202020495962.XU CN212460417U (en) | 2020-04-08 | 2020-04-08 | Portable computing and communication integrated machine |
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