Source: http://www.google.com/patents/US6504711?dq=5,581,513
Timestamp: 2014-08-23 19:34:08
Document Index: 124415114

Matched Legal Cases: ['art 31', 'art 32', 'art 31', 'arts 31', 'art 32', 'art 32', 'art 31', 'art 31', 'art 31', 'art 31', 'art 32']

Patent US6504711 - Modular portable computer - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign in<nobr>Advanced Patent Search</nobr>PatentsA modular portable computer includes a base board unit, an inner frame member and a casing unit. A processor socket and at least one memory socket are mounted on a first surface of the base board unit and are connected electrically thereto. The processor socket has a processing unit mounted removably...http://www.google.com/patents/US6504711?utm_source=gb-gplus-sharePatent US6504711 - Modular portable computerAdvanced Patent SearchPublication numberUS6504711 B2Publication typeGrantApplication numberUS 09/832,537Publication dateJan 7, 2003Filing dateApr 11, 2001Priority dateJan 2, 2001Fee statusLapsedAlso published asUS20020085352Publication number09832537, 832537, US 6504711 B2, US 6504711B2, US-B2-6504711, US6504711 B2, US6504711B2InventorsYu-Ho Wu, Chia-Chen Ho, Po-Wei ShihOriginal AssigneeCirkitech Electronic Co., Ltd.Export CitationBiBTeX, EndNote, RefManPatent Citations (5), Referenced by (14), Classifications (11), Legal Events (5) External Links: USPTO, USPTO Assignment, EspacenetModular portable computerUS 6504711 B2Abstract A modular portable computer includes a base board unit, an inner frame member and a casing unit. A processor socket and at least one memory socket are mounted on a first surface of the base board unit and are connected electrically thereto. The processor socket has a processing unit mounted removably thereon and connected electrically thereto. The memory socket has a respective memory module mounted removably thereon and connected electrically thereto. The inner frame member is superimposed on the first surface of the base board unit, and includes a heat-dissipating portion, a fan-mounting cavity, a heat-dissipating fan mounted in the fan-mounting cavity, and a heat-conducting pipe having one end disposed to contact the processing unit and an opposite end connected to the heat-dissipating portion so as to transmit heat generated by the processing unit to the heat-dissipating portion. The casing unit confines a compartment that receives assembly of the base board unit and the inner frame member therein, and permits a signal input/output connector set on the base board unit to be accessible externally of the casing unit. The casing unit is formed with a receiving space that receives a data storage medium therein.
We claim: 1. A modular portable computer, comprising:
a base board unit having a first printed circuit surface and a second printed circuit surface opposite to said first printed circuit surface, said first printed circuit surface having a processor socket and at least one memory socket mounted thereon and connected electrically thereto, said processor socket having a processing unit mounted removably thereon and connected electrically thereto, said memory socket having a respective memory module mounted removably thereon and connected electrically thereto, said base board unit further having a signal input/output connector set mounted thereon and connected electrically to at least one of said first and second printed circuit surfaces; an inner frame member superimposed on said first printed circuit surface of said base board unit, said inner frame member including a heat-dissipating portion, a fan-mounting cavity, a heat-dissipating fan mounted in said fan-mounting cavity, and a heat-conducting pipe having one end disposed to contact said processing unit and an opposite end connected to said heat-dissipating portion so as to transmit heat generated by said processing unit to said heat-dissipating portion, said heat-dissipating fan being operable so as to blow cooling air toward said heat-dissipating portion; and a casing unit including an upper casing part and a lower casing part connected removably to said upper casing part, said upper and lower casing parts cooperating to confine a compartment that receives assembly of said base board unit and said inner frame member therein, and permitting said signal input/output connector set to be accessible externally of said casing unit so as to permit connection of external peripheral equipment to said signal input/output connector set, said lower casing part being formed with a receiving space that receives a data storage medium therein, said data storage medium being connected electrically to said base board unit. 2. The modular portable computer of claim 1, wherein said base board unit further includes a daughter circuit board mounted removably on and connected electrically to one of said first and second printed circuit surfaces.
3. The modular portable computer of claim 2, wherein said daughter circuit board lies parallel to said one of said first and second printed circuit surfaces.
4. The modular portable computer of claim 1, wherein said memory module lies parallel to said first printed circuit surface when mounted on said memory socket.
5. The modular portable computer of claim 1, wherein said data storage medium includes a hard disk drive.
6. The modular portable computer of claim 1, wherein said inner frame member is formed with an access hole to permit installation and removal of said memory module on and from said memory socket via said inner frame member.
7. The modular portable computer of claim 1, wherein said upper casing part has a power switch mounted thereon and connected electrically to said base board unit for controlling supply of electric power to said base board unit.
8. The modular portable computer of claim 1, wherein said inner frame member further has a loudspeaker-receiving cavity, and a loudspeaker mounted in said loudspeaker-receiving cavity and connected electrically to said base board unit.
The invention relates to a portable computer, more particularly to a portable computer having a modular construction.
SUMMARY OF THE INVENTION Therefore, the main object of the present invention is to provide a modular portable computer that can be upgraded with relative ease and that can be connected to different input/output peripheral equipment according to the user's requirements.
According to the present invention, a modular portable computer comprises a base board unit, an inner frame member and a casing unit.
The base board unit has a first printed circuit surface and a second printed circuit surface opposite to the first printed circuit surface. The first printed circuit surface has a processor socket and at least one memory socket mounted thereon and connected electrically thereto. The processor socket has a processing unit mounted removably thereon and connected electrically thereto. The memory socket has a respective memory module mounted removably thereon and connected electrically thereto. The base board unit further has a signal input/output connector set mounted thereon and connected electrically to at least one of the first and second printed circuit surfaces.
The inner frame member is superimposed on the first printed circuit surface of the base board unit, and includes a heat-dissipating portion, a fan-mounting cavity, a heat-dissipating fan mounted in the fan-mounting cavity, and a heat-conducting pipe having one end disposed to contact the processing unit and an opposite end connected to the heat-dissipating portion so as to transmit heat generated by the processing unit to the heat-dissipating portion. The heat-dissipating fan is operable so as to blow cooling air toward the heat-dissipating portion.
The casing unit includes an upper casing part and a lower casing part connected removably to the upper casing part. The upper and lower casing parts cooperates to confine a compartment that receives assembly of the base board unit and the inner frame member therein, and permit the signal input/output connector set to be accessible externally of the casing unit so as to permit connection of external peripheral equipment to the signal input/output connector set. The lower casing part is formed with a receiving space that receives a data storage medium therein. The data storage medium is connected electrically to the base board unit.
FIG. 1 is an exploded perspective view of the preferred embodiment of a modular portable computer according to the present invention;
FIG. 2 is an exploded perspective view showing a base board unit of the preferred embodiment;
FIG. 3 is an exploded perspective view showing an inner frame member of the preferred embodiment;
FIG. 4 is an exploded perspective view showing a casing unit of the preferred embodiment; and
FIG. 5 is an assembled perspective view of the preferred embodiment.
DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Referring to FIGS. 1 to 5, the preferred embodiment of a modular portable computer according to the present invention is shown to comprise a base board unit 1, an inner frame member 2 and a casing unit 3.
With reference to FIG. 2, the base board unit 1 has a first printed circuit surface 101, and a second printed circuit surface 102 opposite to the first printed circuit surface 101. The first printed circuit surface 101 has a processor socket 11 and a pair of memory sockets 12 mounted thereon and connected electrically thereto. A processing unit 110 is mounted removably on and is connected electrically to the processor socket 11. Each of a pair of memory modules 120 is mounted removably on and is connected electrically to a respective one of the memory sockets 12. Preferably, the memory sockets 12 open in opposite directions and permit the memory modules 120 to lie parallel to the first printed circuit surface 101 so as not to introduce a substantial increase in the thickness of the portable computer when the memory modules 120 are mounted on the memory sockets 12. In addition, an audio-video chipset 13, which incorporates the functions of a display card and a sound card, is mounted on the first printed circuit surface 101 adjacent to the processor socket 11, and is in electrical connection with the first printed circuit surface 101.
To further enhance the functionality of the base board unit 1, a first daughter circuit board 14, such as a modem card, is mounted removably on the second printed circuit surface 102 such that the first daughter circuit board 14 lies parallel to the second printed circuit surface 102 and is connected electrically thereto. A second daughter circuit board 14′, such as a power controller card, can be similarly mounted on and connected electrically to the second printed circuit surface 102 such that the first and second daughter circuit boards 14, 14′ are in a stacked arrangement to result in a compact structure. Preferably, a sponge layer (not shown) is disposed between the first and second daughter circuit boards 14, 14′ to prevent short-circuiting therebetween.
In addition, a signal input/output connector set 15 is mounted on the base board unit 1 and is connected electrically to at least one of the first and second printed circuit surfaces 101, 102. The signal input/output connector set 15 can include a VGA connector for a computer monitor, a USB connector, an RJ11 signal connector, a loudspeaker jack, a microphone input jack, a power source connector, and a data transmission socket. In the preferred embodiment, two USB connectors 151 and an RJ11 signal connector 152 are mounted on a connector frame 153 which, in turn, is secured to an edge portion of the base board unit 1. A VGA connector frame 154 is secured on another edge portion of the base board unit 1 for mounting a VGA connector (not shown) thereon.
With reference to FIG. 3, the inner frame member 2 is superimposed on the first printed circuit surface 101 of the base board unit 1, and includes a heat-dissipating portion 21, a fan-mounting cavity 22, a heat-dissipating fan 220, and a heat-conducting pipe 23. The heat-dissipating portion 21, in the form a heat sink, is adapted to dissipate heat to the atmosphere. The heat-dissipating fan 220 is mounted in the fan-mounting cavity 22. The heat-conducting pipe 23 has one end disposed to contact the processing unit 110 and the audio-video chipset 13, and an opposite end disposed to connect with the heat-dissipating portion 21 so as to transmit heat generated by the processing unit 110 and the audio-video chipset 13 to the heat-dissipating portion 21. The heat-dissipating fan 220 is connected electrically to the base board unit 1 and is operable so as to blow cooling air toward the heat-dissipating portion 21 so as to dissipate heat generated by the processing unit 110 and the audio-video chipset 13. The inner frame member 2 is further formed with a pair of access holes 24 that are registered with the memory modules 120 on the base board unit 1, thereby permitting installation and replacement of the memory modules 120 without disassembling the inner frame member 2. The inner frame member 2 is further formed with a loudspeaker-receiving cavity 25, and has a loudspeaker 250 mounted in the loudspeaker-receiving cavity 25 and connected electrically to the base board unit 1 for sound reproduction purposes.
With reference to FIG. 4, the casing unit 3 includes an upper casing part 31 and a lower casing part 32 that is connected removably to the upper casing part 31. The casing parts 31, 32 cooperate to confine a compartment that receives assembly of the base board unit 1, the inner frame member 2, and the various components on the base board unit land the inner frame member 2, and permit the signal input/output connector set 15 to be accessible externally of the casing unit 3 so as to permit connection of external peripheral equipment (not shown) thereto. The lower casing part 32 has one side formed with a receiving space 33 for receiving a data storage medium 330, such as a hard disk drive, that is to be connected electrically to the base board unit 1. A cover 331 is mounted on the lower casing part 32 to close the receiving space 33. A power switch 311 is mounted on the upper casing part 31, and is connected electrically to the base board unit 1 for controlling the supply of electric power to the base board unit 1. The upper casing part 31 is further formed with a plurality of sound holes 312 that are aligned with the loudspeaker 250 on the inner frame member 2 such that sound generated by the loudspeaker 250 can be audibly transmitted to the exterior of the casing unit 3. The upper casing part 31 further has a plurality of vent holes 313 that are aligned with at least one of the heat-dissipating fan 220 and the heat-conducting pipe 23 for introducing cooling air into the casing unit 3.
With reference to FIG. 5, as compared to a conventional notebook computer, the modular portable computer of this invention does not include a built-in computer monitor and computer keyboard, thereby resulting in a substantially smaller size and lighter weight that facilitates carrying of the same from one place to another. The modular portable computer is designed for convenient connection to standard peripheral equipment, such as a computer monitor, a computer keyboard, a computer printer, etc. To upgrade the modular portable computer, the upper casing part 31 is removed from the lower casing part 32 to permit installation and replacement of the memory modules 120. The inner frame member 2 is removed when it is desired to replace the processing unit 110.
It has thus been shown that the modular portable computer of this invention incorporates data processing and storage functions, is small in size and is lightweight to facilitate carrying thereof, and can be easily connected to standard peripheral equipment of a desktop computer, such as a computer monitor, a computer keyboard, a computer printer, etc. The modular portable computer of this invention can also be upgraded with relative ease.
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