Abstract: The disclosure relates to a human figure toy. The toy includes a head with an aperture. A support member is placed within the head and a reversible motor with a threaded motor shaft is secured to the support member. A nose assembly, which is attached to the motor shaft, includes a first rod, an attachment means, a second rod, and a shock absorbing means. The first rod includes a threaded bore for engaging with the motor shaft. The second nose extends through the aperture. The attachment means is used for slidably attaching the second rod to the first rod. The shock absorbing means is placed between the first rod and the second rod and biases the second rod to a furthest position relative to the first rod. The toy also includes rotation stop means on the attachment means and the support member for limiting a rotation of the first rod.

Abstract: A human figure toy is provided. The toy includes a storage unit, two pressure sensors, and two hand portions. The storage unit stores media files for providing audio questions and alternative answer options. Each of the two pressure sensors is associated with one alternative answer option. Each hand portion includes a light conductive portion and a frame portion. The toy also includes two light sources, each of which is placed on one frame portion. The toy includes a head that includes an aperture. A reversible motor is secured within the head. A nose assembly extends through the aperture. A processor controls the light sources to emit light after a media file finishes playing, prompting the user to initiate one of the pressure sensors. The processor also controls the motor to rotate in response to signals from one of the pressure sensors, driving the nose assembly to move back and forth.

Abstract: The disclosure relates to a human figure toy. The toy includes a head with an aperture. A support member is placed within the head and a motor is secured to the support member. The motor includes a threaded motor shaft. A nose assembly, which is attached to the motor shaft, includes a first rod, an attachment means, a second rod, and a shock absorbing means. The first rod includes a threaded bore for engaging with the motor shaft. The second nose extends through the aperture on the head. The attachment means is used for slidably attaching the second rod to the first rod. The shock absorbing means is placed between the first rod and the second rod. Additionally, the toy includes rotation stop means on the attachment means and the support member for limiting a rotation of the first rod. The toy also includes a sensor means and a controller.

Abstract: An electronic toy capable of displaying emotions is provided in the present disclosure. The electronic toy includes an emission unit for displaying an emotion of the electronic toy, and a memory system for storing a color-emotion table recording a relationship between the emotion of the electronic toy and different colored light emitted by the emission unit. A controller is electrically connected with the emission unit for turning on or turning off elements of the emission unit according to the relationship between the emotion and the different colored light emitted by emission unit. In particular, the emission unit typically includes three lamps emitting light of three primary colors, and a light mixer, wherein the light mixer mixes the primary color light emitted by the lamps.

Abstract: A human figure toy is provided. The toy includes a storage unit and two pressure sensors. The storage unit stores media files for providing audio questions and storing alternative answer options to each of the audio questions. Each of the two pressure sensors is associated with one of the alternative answer options to an audio question. The toy includes a head with an aperture that includes a light conductive portion. A motor and a light source are secured within the head. A nose assembly driven by the motor extends through the aperture. A processor controls the light source to emit light after a media file finishes playing, prompting a user to respond to the audio question by initiating one pressure sensor. The processor also controls the reversible motor to rotate in response to signals from one of the two pressure sensors, driving the nose assembly to move back and forth.

Abstract: A display testing method applied on an apparatus is provided, the apparatus being connected with an image capturing device. The method includes: controlling the image capturing device to capture and store images of displays to be tested; determining a first vertex of a test area on the captured image, determining a test area according to the determined first vertex; and testing parameters of the display according to the test area.

Abstract: The present invention provides a robot apparatus with a vocal interactive function. The robot apparatus receives a vocal input, and recognizes the vocal input. The robot apparatus stores a plurality of output data, a last output time of each of the output data, and a weighted value of each of the output data. The robot apparatus outputs output data according to the weighted values of all the output data corresponding to the vocal input, and updates the last output time of the output data. The robot apparatus calculates the weighted values of all the output data corresponding to the vocal input according to the last output time. Consequently, the robot apparatus may output different and variable output data when receiving the same vocal input. The present invention also provides a vocal interactive method adapted for the robot apparatus.

Abstract: The present invention provides an image display apparatus and an image display method adapted for the apparatus. The apparatus stores a plurality of image files and metadata of each of the image files. The metadata includes a selection count and a weighted value of the image file. The weighted value is calculated according to the selection count. The image display method includes steps of: receiving image selection signals; receiving an image display signal; reading the weighted values of selected image files to generate a list in an order according to the weighted values; updating the selection counts of the selected image files; calculating the weighted values of the selected image files according to the updated selection counts, and storing the updated selection counts and the calculated weighted values as metadata; and displaying the selected image files according to the list.

Abstract: The invention relates to a shake responsive handheld device. The handheld device comprises a motion sensor, a storage unit, and a processor. The motion sensor detects a shaking motion of the handheld device initiated by a user. The storage unit stores a plurality of first type media files and a relation table. The first type media files are used for reproducing a sound of tumbling dice in a dice shaker and the relation table is used for defining a plurality of shaking levels, each of which corresponds with one of the first type media files. The processor, in response to signals from the motion sensor, monitors the shaking level of the shaking motion to identify one of the first type media files corresponding to the shake level according to the relation table and plays the identified first type media file until the shaking level changes.

Abstract: The present invention provides a robot apparatus with a vocal interactive function. The robot apparatus receives a vocal input, and recognizes the vocal input. The robot apparatus stores a plurality of output data, an output count of each of the output data, and a weighted value of each of the output data. The robot apparatus outputs output data according to the weighted values of all the output data corresponding to the vocal input, and adds one to the output count of the output data. The robot apparatus calculates the weighted values of all the output data corresponding to the vocal input according to the output count. Consequently, the robot apparatus may output different and variable output data when receiving the same vocal input. The present invention also provides a vocal interactive method adapted for the robot apparatus.

Abstract: An image displaying device for displaying images and related information is provided. The image displaying device includes a display unit, a storage and a central controller. The storage stores at least an image file and at least a related information file associated with the image files. The central controller includes a display controller which is configured for dividing the display unit into a first region and a second region and displaying an image defined by the image file in the first region and related information recorded by the related information file in the second region. A related method is also provided.

Abstract: A vibration switch is provided. In an exemplary embodiment, the vibration switch includes an electrically insulating housing with a first contact terminal, and an electrically insulating cover with a second contact terminal. The vibration switch also includes a flexible cantilevered member and a metal sheet. The housing includes an opening that has a peripheral surface. The metal sheet is mounted on the peripheral surface and electrically connected with the first contact terminal. The flexible cantilevered member is attached to the cover and electrically connected with the second contact terminal and is received in the opening of the housing. When the vibration switch is shaken in a predetermined direction, the flexible cantilevered member deflects and contacts the metal sheet.

Abstract: An exemplary image display device (1) includes a display unit (2) including a large primary display region (21) and a small secondary display region (22); a storage (5) storing image files; a display control unit (41) including an image display control unit (42) for displaying an image defined by one of the image files in the primary display region in a first display mode and displaying the image in the secondary display region in a second display mode, and an additional information display control unit (43) for displaying additional information in the secondary display region in the first display mode and displaying the additional information in the primary display region in the second display mode; and a mode switch unit (44) for signaling the display control unit to switch between the first and second display modes.

Abstract: An image display device and method are provided. The image playing device includes a display, a storage means, an information acquiring unit, and a comparing unit. The storage means stores images and related information related to the images. The information acquiring unit obtains an image resolution of an image to be displayed and a display resolution of the display, both of which are measured in pixels and are represented by a height resolution and a width resolution. The comparing unit compares the image resolution and the display resolution to determine whether the image fits the display. If so, the image is displayed full screen and the related information is displayed as a data stamp on the image. If not, the image is zoomed out to fit the width or height of the display screen or is displayed full size and the related information is displayed in a margin area.

Abstract: A displaying device includes an input unit, a region defining unit, a content allocating unit, an obtaining unit, a display controlling unit and a display unit. The region defining unit defines regions by incorporating one or more unit regions in each of the regions according to users' selections and generates region defining information. The content allocating unit allocates contents for the regions according to the users' selections and generates content allocating information. The obtaining unit obtains the region defining information, the content allocating information, and contents according to the content allocating information, and then transmits the information and contents to the display controlling unit. The display controlling unit splits a display area of the display unit into the regions defined by the region defining unit and displays the contents in the regions correspondingly according to the content allocating information. Related methods are also provided.

Abstract: An electronic device with an alarm clock function includes a storage unit storing at least one icon; a display unit including a plurality of display areas; an input unit including a plurality of input parts each of which corresponds to one of the display areas; a managing unit for enabling or disabling an alarm clock function; an area selection module for randomly selecting one of the display areas and outputting the icon on the selected display area; and a comparison module for determining whether the input part pressed by a user matches the selected display area. A method for controlling the alarm clock function is also provided.

Abstract: A synchronous rectification and voltage stabilization circuit includes a saturable inductance coil (L1), a synchronous rectifier switch (33), a driving coil (L2) for turning on the synchronous rectifier switch, a discharging coil (L3) which co-operates with a controllable switching component (Q1) to turn off the synchronous rectifier switch, a filter circuit (40) and a voltage stabilization circuit (50). The saturable inductance coil, the synchronous rectifier switch and the filter circuit are connected in serial between an input terminal (10) and an output terminal (20). The saturable inductance coil is coiled together with the driving coil and the discharging coil on one core. The voltage stabilization circuit is connected between the output terminal and the saturable inductance coil, and is used for regulating a regulable saturation point of the saturable inductance coil according to an output voltage of the output terminal and a target value of the output voltage.

Abstract: The invention relates to a slim USB male connector. In one embodiment, the USB male connector includes an insulating base portion, a plurality of contact terminals, and a grounding plate. The base portion includes a top surface and a bottom surface and is capable of being inserted into a standard USB female connector. The contact terminals are mounted on the upper surface and are elastically deformed after the base portion is inserted into a standard USB female connector. The grounding plate is mounted on the bottom surface and is capable of contacting tongues of a standard USB female connector to achieve system grounding.

Abstract: An electronic apparatus testing method is provided. The method includes the step of: reading a product ID of the electronic apparatus when the electronic apparatus is connected to a control apparatus; determining the device type ID from the product ID, wherein the product ID comprises basic information of the electronic apparatus, determining the script files of the functions of the electronic apparatus in the testing table according to the device type ID; obtaining the script files from a data storage and running the script files to test functions of the electronic apparatuses, sending a control instruction to the corresponding measuring device of the function to control the measuring device test the function during the process of running the script files; and displaying test results through a display of the control apparatus.

Abstract: An apparatus for displaying and controlling an annularity-type OSD menu in an image display device includes a key input unit (10), a control unit (11), an OSD menu generation unit (12), a storage unit (13), an image signal output unit (14), a pre-amplifier (15), an image output unit (16), and an image display device (17). The key input unit is for pressing or rotating to output command signals for displaying and controlling function control targets in the annularity-type OSD menu. The control unit is for outputting control signals and control data to display and control the annularity-type OSD menu according to the command signals. Each function control target includes related optional items, and can be expanded into its related optional items at an active area of the image display device. Further, each function control target can be displayed in a different size according to its display position.