Abstract:
A paper pickup mechanism for automatically picking up a paper is provided. The paper pickup mechanism includes a system motor for proceeding a first-direction rotation, and a second-direction rotation, a mounting shaft switching between a starting position and a pickup position, a first device driven by the system motor, and a second device driven by the first drive device, wherein the mounting shaft is driven by the first device to be switched from the starting position to the pickup position till the mounting shaft is limited by the paper while the system motor proceeds the first-direction rotation and the second device suffers an external force having a value less than a threshold, while the value of the external force suffered by the second device is larger than the threshold, so that the second drive device is started to move the paper, and while the system motor proceeds the second-direction rotation and the second device suffers the external force having the value less than the threshold, the mounting shaft is driven by the first device to be restored from the pickup position to the starting position.
Abstract:
An external data-input device for a portable electronic device is provided. The external data-input device includes a speech receiving and recognizing device detachably connected with the electronic device for sending a controlling signal to the portable electronic device when the speech receiving and recognizing device receives a first sound speech signal, and an input device detachably connected to the speech receiving and recognizing device and the portable electronic device for storing the controlling signal in the speech receiving and recognizing device when the input device is connected to the speech receiving and recognizing device.
Abstract:
The present invention provides a display data transforming device. The display data transforming device transforms display data of low resolution suitable for small display devices, such as personal digital assistants (PDA), into display data of high resolution suitable for display devices such as projectors and LCDs.
Abstract:
An automatic releasing hinge enables a device to be turned under an external force, and to be automatically released when the turning angle exceeding a selected limit so that the device may be prevented from damaging when being turned by force beyond the normal range.
Abstract:
The method for dialing a phone number and operating an electronic device with single hand includes the following steps. The electronic device displays a virtual keyboard on the screen. Then, the user operates virtual keyboard by activating the selection function of the jog device to select a desired key value. After selecting the desired key value, the user operates the input function of the jog device to input the key value. After the edit process of dialing the phone number is completed, the user operates the input function of the jog device to dial the phone number out.
Abstract:
A document feeding apparatus is used in an office machine in the present invention. The document feeding apparatus includes an intermittent gear set, a first roller, a second roller, and a driving device. The intermittent gear set includes a gear, a shaft, a one-way spring clutch, an arcuate groove, and a pin. The intermittent gear set selectively drives the first roller to rotate so that the first roller conveys the document selectively. The present invention keeps in separation of the document from a next feed-in document and prevents the documents from overlapping.
Abstract:
A shaft sleeve structure for use in a module capable of being slid along a guiding shaft and the manufacturing method thereof are provided. The shaft sleeve structure includes: a passage punched through the module for receiving the guiding shaft and providing a first opening segment, a second opening segment and a central segment, wherein the first opening segment has an internal diameter larger than that of the second opening segment, and the central segment has an internal diameter gradually tapered from the first opening segment to the second opening segment; a first bearing having an external diameter mounted in the first opening segment and having an internal diameter for slidably receiving therein the guiding shaft; and a second bearing having an external diameter mounted in the second opening segment and having an internal diameter for slidably receiving therein the guiding shaft.
Abstract:
The invention is related to a supporting frame structures are used to support a portable electronic device and comprise a supporting frame and a lifting frame that are connected by including hinges and supporting revolving axis on a base. The supporting frame and the lifting frame are assembled onto the base, and are connected by the hinges. When the supporting frame rotates upwards and moves the hinges, and the hinges further move the lifting frame to slide along a sliding track groove to a fixed angle and secure the lifting frame and the supporting frame, which uplifts the supporting frame and allows the portable device to be placed on the base at an upright angle.
Abstract:
An image scanner capable of scanning reflective and penetrative documents is provided. The image scanner includes a housing, a supporting base mounted in the housing and moving along the first direction while scanning, a first scanning platform mounted on the housing for placing thereon the reflective document, a first light transmitting device mounted fixedly on the supporting base for focusing and transmitting light signal, a first photoelectric sensing element mounted fixedly on the supporting base for receiving the reflected light signal and converting the received light signal into electric signal, a second scanning platform mounted in the housing for placing thereon the penetrative document, a second light transmitting device mounted fixedly on the supporting base for focusing and transmitting light signal, and a second photoelectric sensing element mounted fixedly on the supporting base for receiving the penetrating light signal and converting the penetrating light signal into electric signal.
Abstract:
The present invention relates to an apparatus for keyboard pad-printing and a method thereof for printing on the contact surfaces of keys of a keyboard in order to form a protective film layer with clamped-pattern peaks and valleys on each of the keys of the keyboard. The apparatus comprises a clamped-pattern printing board and a pad-printing module. The clamped-pattern printing board has a roughened surface on which clamped-pattern peaks and valleys are provided, and the pad-printing module has a plurality of pads. The invention forms a protective film layer on the contact surface by pressing the pad-printing module onto the roughened surface with the protective coating thereon, and then pressing the pads onto the contact surfaces, so that the protective film layer protects the symbol pattern on the key, and the cost and flaw rate of the keyboard pad-print are both reduced, thus simplifying the manufacturing process.