KINPO ELECTRONICS, INC.

The automatic document feeder includes an upper scan module and a paper delivery path. The upper scan module includes a scanning unit and a scanning platform. The paper delivery path is configured below the upper scan module. The scanning platform is arranged between the scanning unit and the paper delivery path. The paper delivery path transports the paper through the scanning unit and flips it over. Since the paper delivery path is arranged below the upper scan module, the paper may pass through the scanning unit as soon as it begins to traverse a partial range of the paper delivery path, eliminating the need for the paper to traverse most of the paper delivery path before reaching the scanning unit. By configuring the components and designing the passage of the paper delivery path, the time taken for the paper to pass through the paper delivery path may be shortened.

A multifunction peripheral includes a body, a switch, multiple first drive roller assemblies, a printing module, a shredding module, and a control module. The body has a first channel, a second channel, and a third channel. The second channel is connected to the first channel and forms a loop with a part of the first channel. The third channel is connected to the second channel. The switch is disposed at the junction of the second channel and the third channel. The first drive roller assemblies are disposed on the first channel and the second channel. The printing module is on the first channel. The shredding module is below the first channel and the second channel. The third channel extends from the second channel to the shredding module. The control module is electrically connected to the switch, the first drive roller assemblies, the printing module, and the shredding module.

Provided is a multi-function peripheral, which includes a body, a laser scanning module, and a control module. The body has a sheet feeding area, a sheet transport path, and a sheet output area. An upstream of the sheet transport path is connected to the sheet feeding area. A downstream of the sheet transport path is connected to the sheet output area. The laser scanning module disposed in the body includes a laser emitter, a rotary polygon mirror, and a reflection module. The control module is electrically connected to the laser emitter, the rotary polygon mirror and the reflection module to drive the laser emitter to generate a first beam emitted to the rotary polygon mirror, reflected through the rotary polygon mirror into multiple second beams emitted to the reflection module, and then reflected from the reflection module into multiple third light beams emitted to the downstream.

A scanning device includes a scanning module and a positioning pattern. The positioning pattern is disposed on outside of a scanning window along a moving-scan cycle direction. A first block of the positioning pattern is associated with a positioning location, and a second block is associated with a starting-scan location. After the scanning module moves a first stepping distance toward the positioning location, an acquired feature of a current location is detected; when the acquired feature of the current location is the same as a pattern feature of the second block, the scanning module switches to moving a second stepping distance toward the positioning location. When the scanning module determines that the acquired feature of the current location is the same as the pattern feature of the first block, the scanning module stops at the positioning location.

This disclosure is directed to a printing equipment and a continuous feeding and cutting device thereof. The continuous feeding and cutting device is detachably assembled on an inlet of the printer and applied to a continuous form paper. The continuous feeding and cutting device has a paper picking module for transferring the continuous form paper to the inlet, a buffering module, a cutting mechanism and a processing unit. The buffering module is arranged between the inlet and the paper picking module for guiding the continuous form paper to perform a curved manner to the inlet. The cutting mechanism is arranged between the paper picking module and the curved guide for cutting the continuous form paper. The processing unit is electrically connected to the cutting mechanism for controlling the cutting mechanism to cut the continuous form paper.

A method of using a mobile device as a dashboard of a motorcycle and a motorcycle using the method are provided. The motorcycle includes a body, an electronic control unit (ECU), a protocol converter, and a transceiver. The body includes a steering wheel, and the steering wheel includes a placement space for disposing a mobile device. The ECU is installed in the body and outputs a first signal via a first protocol. The protocol converter is installed in the body and coupled to the ECU. The protocol converter converts the first signal from the first protocol to a second protocol so as to generate a second signal, and the second protocol is different from the first protocol. The transceiver is installed in the body and coupled to the protocol converter. The transceiver transmits the second signal to the mobile device in the placement space.

A printer with a laminating function, which is applied with a laminating plastic film, includes: a printer body having a printing passageway, a paper feeding port communicating with the printing passageway, and a paper feeding tray and a paper feeding wheel set; the laminating plastic film is conveyed to the printing passageway by passing the paper feeding tray and the paper feeding port; a pressurizing and heating module disposed in the printing passageway to heat and laminate the laminating plastic film; a plastic film sensor generating a plastic film signal when sensing the laminating plastic film; a process unit electrically connected to the pressurizing and heating module and the plastic film sensor; the process unit controls a heating temperature and a laminating pressure of the pressurizing and heating module after receiving the plastic film signal.

A sheet-sensing system is applied to a sheet and a transparent carrier plate. The sheet is placed on the transparent carrier plate. The sheet-sensing system includes a microcontroller, an infrared-emitting apparatus, and an infrared-receiving apparatus. The sheet and the transparent carrier plate are disposed between the infrared-emitting apparatus and the infrared-receiving apparatus. The microcontroller controls the infrared-emitting apparatus to emit an infrared ray toward the sheet and the transparent carrier plate. The microcontroller uses the infrared-receiving apparatus to receive the infrared ray passing through the transparent carrier plate to determine a boundary of the sheet.

This disclosure is directed to a scanning device having a which has a tray set, a movable scanning module and an automatic document feeder. The tray set has a feeding tray and a first output tray. The movable scanning module is movable between a first position and a second position. The automatic document feeder has a flip path, a feeding path, an output path, a returnable path and a feeding wheel group. The feeding path is disposed corresponding to the first position and connecting with the feeding tray and the flip path. The output path is disposed corresponding to the second position and connecting with the first output tray. The returnable path has an intersection connecting with the flip path and the output path. The movable scanning module scans two sides of the sheet at the first position and the second position respectively.

A feedback device, a feedback system, and a feedback method for taste sense is disclosed, wherein the feedback device includes a processor, a container, and a providing mechanism. Multiple taste materials are stored in the container. When a media player plays a multimedia file to a labeled paragraph, a control signal is sent to the feedback device. After receiving the control signal, the processor controls the providing mechanism to provide a corresponding one of the taste materials for the user to eat. Therefore, the user may obtain taste feedback that is relevant to the label paragraph of the multimedia file through the feedback device.