CN2609043Y - Notebook computer on desk - Google Patents

Abstract

The utility model provides a notebook computer on desk, which comprises a host, wherein the host comprises a data processing means composed of one or more microprocessors, a small random access storage device and an electric connecting wire among components of a calculator, a clamping device is arranged on the shell of the host, and two buckling seats with shaft parts are arranged below the host; the display is a liquid crystal screen display, and a clamping device is arranged on the back surface of the display; the input device comprises a keyboard, two buckling clamps are arranged at the front end of the keyboard, two shaft holes are formed in each buckling clamp, and the two shaft holes are communicated through a slotted hole; the host is combined or separated with the clamping device on the display through the clamping device on the host shell; the shaft hole of the buckling clamp on the input device is used for accommodating the shaft part of the buckling seat on the host; the host, the display and the input device can be used together or separately.

Description

laptop desktop computer

technical field

The utility model relates to a notebook desktop computer.

Background technique

At present, a portable host with a host and a keyboard integrally formed without a display has been developed on the market, so that a desktop computer is approaching a notebook computer-sized design. The consideration of this design is to improve the portability of the host and the input device, and at the same time, the display can be selected according to the actual needs.

In addition, based on the consideration of system stability and portability, and to make an appropriate market segment from traditional notebook computers, the core specification is adopted as a desktop computer, but the overall shape is a notebook computer (referred to as Desknote). In other words, it still includes the basic design in which the host, monitor, and keyboard are integrated. However, this design is still limited to the integrated structure of the host and the keyboard, and there is no way to rule out the problem of heat dissipation similar to notebook computers.

In today's cities, the space available to individuals is quite limited. A computer, plus a monitor, often already fills up most of the desktop. However, the stability of the system and the expandability of the hardware of the compact notebook computer are quite different from those of the desktop computer, and the noise and heat generated during use are even more uncomfortable due to the direct contact between the host and the person. , in order to solve these problems, the design motive of the present utility model thus produces.

Most of the current desktop computers use a method in which the monitor is separated from the host computer, which makes it inconvenient to carry. Although there are already models in the market in which the monitor and the host are integrally formed, their appearance and usage are still based on the style of traditional desktop computers. For example, there is a mode in which the main frame is designed to double as a display base, so as to reduce the space of the main frame and the display on the desk. Although the improved all-in-one desktop computer has reduced the occupied volume and is conducive to the configuration of the desktop space, it is obviously still not suitable for carrying.

As for today's notebook computers, although they are easy to carry, because the main unit and the display are inseparable, the display of the notebook computer is set for the main computer of the notebook computer and cannot be used for other purposes. Change the size of the display. Furthermore, if the display of the notebook computer fails, the data in the mainframe of the notebook computer cannot be viewed through other displays during the repair stage.

In addition, no matter it is a notebook computer or a portable desktop computer (Desknote) currently on the market, the host computer and the keyboard are all integrated into one design. Under this design, the heat dissipation of the host is not easy, so that it is easy to cause system failure.

Utility model content

The purpose of this utility model is to solve the portability of the desktop computer and the replaceable notebook desktop computer of the notebook computer display, which not only maintains the system stability, hardware expandability and easy maintenance of the original desktop computer Advantages, but also has the characteristics of portable and space-saving notebook computers.

The purpose of this utility model is achieved by providing a notebook desktop computer, including: a host, which includes a data processing means composed of one or more microprocessors, and a small random access storage The electrical connecting wire between the device and the various components of the calculator has an engaging device on the casing of the main unit, and two buckling seats with shafts are provided under the main unit; a display, its body is a liquid crystal The screen display has a locking device on the back of the display; an input device, its body is a keyboard, and two fastening clips are arranged at the front end of the keyboard, and each fastening clip has two shaft holes, two The shaft holes communicate with each other through a slot; the above-mentioned main unit is combined with or separated from the fastening device on the above-mentioned display through the fastening device on the main body casing; the shaft hole of the fastening clip on the above-mentioned input device is used To accommodate the shaft portion of the fastening seat on the host; the host, the display, and the input device can be used as a whole or separately.

The utility model also provides a notebook desktop computer, which includes: a host, which includes a data processing means composed of one or more microprocessors, a small random access storage device, and various components of the calculator The electric connection wire between, and the battery device are provided with Washio on the shell of the host, and a snap-fit device is arranged on the shell of the host; a display, whose body is a liquid crystal screen display, has a A snap-fit device; an input device, the body of which is a keyboard; a connection assembly, the connection assembly has a detent, and a connection assembly body including a washio groove and two connected concave holes; the above-mentioned host passes through the above-mentioned host The engaging device on the casing is combined or separated from the engaging device on the above-mentioned display; the washer tail of the above-mentioned host is combined or separated from the above-mentioned keyboard in a shaft-fit or snap-fit or bolt-fit manner through the aforementioned connection component; The host, the above-mentioned display, and the above-mentioned input device can be integrated and used, and can also be used separately.

That is to say, the basic configuration and performance of the utility model are the same as those of a general desktop computer, which includes a system mainframe, a display and an input device. Not only is the system highly stable, it is easy to update and expand the hardware configuration, and the cost is lower than that of a notebook computer. computer. And its appearance, small space and portability also have the characteristics of notebook computers.

In order to reduce the occupied volume of the whole machine as far as possible, the notebook desktop computer of the present utility model adopts a foldable design as the notebook computer. The difference is that, for the stability of the host and the expandability of the system, the utility model uses a three-piece separated modular design, that is, the system host, the liquid crystal display monitor, and the input interface (keyboard and mouse) are separated. The advantages of separating the three parts are: (1) Because the system and the display can exist independently, it is quite direct and convenient no matter in upgrading or maintenance. (2) If the display can be used alone, the flexibility of the user's use is increased. (3) Operating interfaces such as the keyboard and mouse can be separated from the host computer and the monitor and operated wirelessly, so the user does not need to shrink his body in front of the machine and look down at the monitor, but can adjust his posture according to his own comfort level. And because it is far away from the host, the user is relatively greatly reduced by the noise and heat of the host. (4) The simple assembly process allows the user to easily use the machine according to his needs at any time due to his use environment.

The notebook desktop computer of the utility model mainly includes three components, namely a system host, a liquid crystal display, and an input device, all of which can be combined and separated. There is also a handle bracket connected to the back of the host. The means for solving the problem of the present utility model is designed so that the main unit and the display can be combined and separated, and the main unit is used as the main body engaged with the keyboard, and the display is engaged and embedded on the main unit, wherein the main unit and the keyboard can be combined and separated, and connected to the The handle bracket on the back of the main unit can be freely rotated or fixed.

In the utility model, the system host includes a casing, which is equipped with a data processing means composed of one or more microprocessors, a small random access storage device, and electrical connection lines between the components of the calculator, and battery packs. When it is carried out for use, the power used can come from a battery pack, and when it is used on a table indoors, the required power can be input from an indoor power source.

The signal transmission between the system host and the display can be carried out through flexible cables. The flexible cable can be composed of the LCD screen connection line of the JAE terminal or the LCD screen connection line of the HIROSE terminal. The two connection ends of the flexible cable are respectively connected to the inner surface of the system host and the back surface of the display. When the system host is combined with the display, the flexible flat cable used for transmitting signals connecting the system host and the display can be stored in the storage space between the system host and the display after they are combined.

Another solution to the problem of the notebook desktop computer of the present utility model is to use Washio and Washio grooves to connect the host computer and the keyboard respectively.

In addition, one of the technical characteristics of the utility model is that, in response to different carrying and use requirements of users, a design of a handle bracket is provided on the outward side of the main machine casing. Referring to FIG. 1, FIG. 1 is an icon of opening the keyboard in the carrying state. If the keyboard is fully fastened on the monitor, and the free end of the handle bracket is turned up to the top of the monitor and then fixed, the appearance is just like a notebook computer, which can be easily held and carried.

When the keyboard is fully opened for use, the free end of the handle bracket can be rotated downward and fixed to form a tripod. Therefore, the design of the handle bracket of the present invention can be endowed with different functions in response to different demands.

In terms of appearance, the utility model takes simplicity and smoothness as the main design axis, and the combination of metal and plastic materials presents a high-quality and delicate intention, giving people the feeling of a high-end briefcase, and it is more directly related to it. To create a sense of trust, that is, to provide a high-level and professional symbol in the user's life.

Description of drawings

Fig. 1 is the schematic diagram when the utility model opens the keyboard under the carrying state;

Fig. 2 is a schematic view of the use state of the first embodiment of the present utility model;

Fig. 3 is an exploded view of the constituent elements of the first embodiment of the present invention;

Fig. 4 is a schematic side view of the separation state of the keyboard and the host in the first embodiment of the present invention;

Fig. 5 is a schematic side view of the combination of the keyboard and the host according to the first embodiment of the present invention;

Fig. 6 is a schematic side view of the first embodiment of the present invention when the first hole is combined and the display is stored;

Fig. 7 is a schematic side view of the first embodiment of the present invention when the second hole is combined and the display is not included;

Fig. 8 is a schematic side view of the separation state of the keyboard and the host in the second embodiment of the present invention;

Fig. 9 is an exploded view of the constituent elements of the second embodiment of the present invention.

Detailed ways

The preferred embodiment of the utility model is described as follows.

The utility model has the characteristics that the host and the display can be combined and separated, and the host is used as the main body to be connected with the input device (keyboard), and the display is engaged and embedded on the host, and the host and the keyboard can be combined and separated. Please refer to the first embodiment of the present utility model shown in FIG. 3 . In FIG. 3 , an engaging hole 212 is provided on the host 210 , and a mushroom-shaped hook is provided on the display 220 . Or conversely, a locking hole may be provided on the display, and a mushroom-shaped hook head may be provided on the host. The mushroom-shaped hook head can be plugged into the engaging hole 212 to engage the host 210 and the display 220 .

As for the engagement method between the host 210 and the keyboard 230 , the host 210 is provided with two fastening seats 215 with shafts 217 . The fastening seat 215 can be integrally formed with the host 210 , or locked to the front of the host 210 after being formed independently. In addition, two fastening clips 232 are provided at the front end of the keyboard 230 . Each fastening clip 232 has two shaft holes in it, and the two shaft holes communicate with each other through a slot. The shaft hole of the fastening clip 232 can be used to receive the shaft portion 217 of the fastening seat 215 to combine the keyboard 230 with the host 210 .

When the notebook desktop computer of the present utility model is in an open state, the shaft portion 217 of the fastening seat 214 of the host computer 210 can be accommodated by selecting different shaft hole positions in the fastening clip 232, so that the keyboard 230 and the keyboard 230 in the closed state can be adjusted. The size of the space between hosts 210.

Referring to FIG. 4 , FIG. 4 shows a side view of the host 210 as the main body connected when the display 220 is engaged with the host 210 and the keyboard 230 is not connected. As can be seen from FIG. 4 , there is a shaft-joint base 216 on the back of the main machine 210 for shafting with the handle bracket 214 . The shaft coupling base 216 can be designed to be integrally formed with the casing of the host 210 , or be formed independently and then fixed to the back of the host 210 with screws or the like. Two fastening seats 215 each having a shaft portion 217 are disposed below the host 210 , and a storage space 218 is further provided behind the snapping seats 215 inside the host 210 . The fastening seat 215 can be integrally formed with the host 210 , or locked to the front of the host 210 after being formed independently. The front end of the keyboard 230 has a design corresponding to the buckling clip 232 of the aforementioned buckling seat 215 and shaft portion 217 . Each fastening clip 232 has two shaft holes 232 a and 232 b, and a slot is provided between the two shaft holes so that the two shaft holes communicate with each other.

The power source of the host computer can be provided by an external power cord, or the built-in battery device can be used to provide power for the host computer 210 .

The data transmission between the keyboard 230 and the host 210 can be carried out through the PS/2 (Personal System 2) connector, or the data transmission can be directly carried out in a wireless manner, such as through infrared transmission (IrDA) or through radio (RF) For data transmission, the user is no longer limited by the length of the keyboard cable, and can use the computer in a variety of environments.

Referring to FIG. 5 , FIG. 5 shows a side view when the host 210 is connected as the main body, when the display 220 is engaged with the host 210 and the keyboard 230 is connected.

There are two fastening methods for the host 210 and the keyboard 230:

One is, with reference to FIG. 6, FIG. 6 shows: when the shaft portion 217 on the buckle seat 215 of the host computer 210 is engaged with the shaft hole 232a of the buckle clip 232 of the keyboard 230, when the keyboard 230 is folded, There is still a space between the keyboard 230 and the host 210 for accommodating the display 220 .

The second is, with reference to Fig. 7, Fig. 7 shows: when the display 220 does not need to be accommodated, the shaft portion 217 on the buckle seat 215 of the host 210 can be engaged with the shaft hole 232b of the keyboard 230, so that when the When the keyboard 230 is folded, the shaft hole 232 a of the keyboard 230 can be accommodated in the storage space 218 , and the keyboard 230 and the host 210 can be further tightly sealed.

As for the handle bracket 214 therein, it can be rotatably connected to the shaft-joint base 216 on the back of the main machine 210 by buckling or bolting. When the above-mentioned notebook desktop computer is closed, the above-mentioned handle bracket 214 can be reversed to the direction above the display 220, and then engaged and fixed on the shaft joint base 216 on the back of the host computer 210, as a handle for holding and lifting the above-mentioned notebook desktop computer. , when the above-mentioned notebook desktop computer is opened and used, the above-mentioned handle bracket 214 can be reversed to the direction below the display 230 , and then engaged and fixed on the back of the mainframe 210 as a support for supporting the above-mentioned display 230 and the mainframe 210 .

Referring to FIG. 8, FIG. 8 shows the second embodiment of the present invention. In FIG. 8, it shows a perspective view of connecting the main unit and the keyboard by using the Washio and the Washio groove on the connecting component, in the use state.

As for the detailed structure of this embodiment, please refer to FIG. 9 .

Refer to Figure 9. In FIG. 9 , an engaging hole 512 is provided on the host 510 , and a mushroom-shaped hook is provided on the display 520 . Conversely, an engaging hole may also be provided on the display 520 , and a mushroom-shaped hook head may be provided on the host 510 . The mushroom-shaped hook head can be plugged into the engaging hole 512 to engage the host 510 and the display 520 .

As for the engagement method between the host 510 , the display 520 and the keyboard 530 , the engagement is performed through the washtail 515 on the host 210 and the washtail groove 516 a on the connecting component 516 . In the present invention, the host 210 is provided with a washtail 515 , and a washtail groove 516 a is dug on the connection assembly 516 . Of course, the reverse is also possible.

The washtail 515 can be inserted into the washtail slot 516c so that the host 510 can slide on the connection assembly 516 . In addition, a spring-operated detent 517 is provided on the host 510 . A first hole 516 a and a second hole 516 b are dug in the connecting component 516 . The detent 517 can enter the first hole 516a or the second hole 516b, so that the host 510 is positioned relative to the connecting component 516 in the first hole 516a or the second hole 516b.

In the closed state, when the host 510 is in the first hole 516 a relative to the connecting component 516 , there is still a space between the host 510 and the keyboard 530 for accommodating the display 520 . When the host 510 is located in the second hole 516 b relative to the connecting component 516 , there is no gap between the host 510 and the keyboard 530 . In this way, even when the display 520 is sent for repair and cannot be used or the display 520 is not intended to be carried, according to the design of the second hole 516b, the host computer 510 and the keyboard 530 can still be tightly sealed.

As for the handle bracket 514 therein, it can be rotatably connected to the shaft-joint base 516 on the back of the host machine 510 by buckling or bolting. When the above-mentioned notebook desktop computer is closed, the above-mentioned handle bracket 514 can be reversed to the direction above the display 530, and then engaged and fixed on the shaft-joint base 516 on the back of the main unit 510, as a handle for holding and lifting the above-mentioned notebook desktop computer , when the above-mentioned notebook desktop computer is opened and used, the above-mentioned handle bracket 514 can be reversed to the direction below the display 520 and fixed on the back of the mainframe 510 to serve as a support for supporting the above-mentioned display 520 and the mainframe 510.

The power source of the host computer can be provided by an external power cord, or the built-in battery device can be used to provide power for the host computer 510 .

Data transmission can be performed between the keyboard 530 and the host computer 510 through a PS/2 (Personal System 2) connector, or directly through wireless means, such as through infrared transmission (IrDA) or through radio (RF) For data transmission, the user is no longer limited by the length of the keyboard cable, and can use the computer in a variety of environments.

Claims (15)

1. notebook desktop computer, it is characterized in that, include: a main frame, include the data processing means that constitutes by one or more microprocessor and the electrical cable of small-sized random access storage device and each inter-module of counter in it, on the casing of this main frame, have a clamping close device, below this main frame, be provided with two buckling bases in addition with axial region; One display, its body are liquid crystal screen display, have a clamping close device on the back side of this display; One input media, its body are a keyboard, are provided with two at this keyboard front end and fasten folder, and each fastens in the folder two axis holes, make by a slotted eye between two axis holes to communicate with each other; Above-mentioned main frame is by the clamping close device on the above-mentioned host machine casing, come with aforementioned display device on clamping close device in conjunction with or separate; The axis hole of the fastening folder on the above-mentioned input media is used for holding the axial region of the buckling base on the above-mentioned main frame; Above-mentioned main frame, aforementioned display device and the above-mentioned input media three use that can be integrated, also separable coming used respectively.

2. notebook desktop computer as claimed in claim 1, it is characterized in that, the reverse side on main frame and display composition surface also is provided with a handle support, when the above-mentioned handle support of above-mentioned notebook desktop computer altogether the time is fastened on the main frame back side after the direction counter-rotating of display top, to put on the handle of stating the notebook desktop computer as holding; Above-mentioned handle support when above-mentioned notebook desktop computer opens and uses is fastened on the main frame back side after the direction counter-rotating of display below, with the support as support aforementioned display device and main frame.

3. notebook desktop computer as claimed in claim 1 is characterized in that, above-mentioned input media is by Wireless transmission mode and above-mentioned main frame phase configuration, and is reportedly defeated in order to count between the two.

4. notebook desktop computer as claimed in claim 1 is characterized in that, holds the axial region of aforementioned buckling base by different axis hole position in the aforementioned fastening folder, with between the two accommodation space after adjusting aforementioned input media and aforementioned main frame combining.

5. notebook desktop computer as claimed in claim 1 is characterized in that, carries out data transmission by the soft arranging wire that is connected both between above-mentioned main frame and the aforementioned display device.

6. notebook desktop computer as claimed in claim 1 is characterized in that, above-mentioned main frame adopts external power lead that electric power is provided.

7. notebook desktop computer as claimed in claim 1 is characterized in that, above-mentioned main frame adopts built-in electric battery that electric power is provided.

8. notebook desktop computer, it is characterized in that, include: a main frame, include the data processing means that constitutes by one or more microprocessor and the electrical cable and the cell apparatus of small-sized random access storage device and each inter-module of counter in it, on the shell of main frame, be provided with the vulture tail, on the casing of this main frame, have a clamping close device; One display, its body are liquid crystal screen display, have a clamping close device on the back side of this display; One input media, its body are a keyboard; One coupling assembling, this coupling assembling have pallet and include the vulture stern notch and the coupling assembling body of two shrinkage pools that are connected; Above-mentioned main frame is by the clamping close device on the above-mentioned host machine casing, with clamping close device on the aforementioned display device in conjunction with or separate; The vulture tail of above-mentioned main frame is by aforementioned coupling assembling, combines with above-mentioned keyboard or separates in the mode that axle closes or engaging or bolt close; Above-mentioned main frame, aforementioned display device and the above-mentioned input media three use that can be integrated, also separable coming used respectively.

9. notebook desktop computer as claimed in claim 8, it is characterized in that, the reverse side on aforementioned main frame and aforementioned display composition surface also is provided with a handle support, when the above-mentioned handle support of above-mentioned notebook desktop computer altogether the time after the direction counter-rotating of aforementioned display top, be fastened on the aforementioned main frame back side, to put on the handle of stating the notebook desktop computer as holding; Above-mentioned handle support when above-mentioned notebook desktop computer opens and uses can be fastened on the aforementioned main frame back side, with the support as support aforementioned display device and above-mentioned main frame after the direction counter-rotating of aforementioned display below.

10. notebook desktop computer as claimed in claim 8 is characterized in that, above-mentioned input media is by Wireless transmission mode and above-mentioned main frame phase configuration, does the transmission of data between its two.

11. notebook desktop computer as claimed in claim 8, it is characterized in that, the place ahead of aforementioned input media is provided with embedded hole, be connected in the aforementioned vulture tail of aforementioned main frame by the aforementioned vulture stern notch in the aforementioned coupling assembling, and be embedded in again behind the arbitrary axis hole by aforementioned two axis holes of aforementioned pallet break-through in the aforementioned embedded hole of aforementioned input media, aforementioned input media is combined with aforementioned main frame.

12. notebook desktop computer as claimed in claim 11, it is characterized in that, aforementioned pallet is optionally inserted positions, axis hole hole different in the aforementioned coupling assembling, the aforementioned input media when adjusting aforementioned notebook desktop computer closure state thus and the size in the space between the aforementioned main frame.

13. notebook desktop computer as claimed in claim 8 is characterized in that, adopts the soft arranging wire that is connected both to carry out data transmission between above-mentioned main frame and the aforementioned display device.

14. notebook desktop computer as claimed in claim 8 is characterized in that, above-mentioned main frame adopts external power lead that electric power is provided.

15. notebook desktop computer as claimed in claim 8, its feature are with perfect assurance, above-mentioned main frame adopts built-in electric battery that electric power is provided.

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