Abstract: An optical system affixed to an electronic apparatus is provided, including a first optical module, a second optical module, and a third optical module. The first optical module is configured to adjust the moving direction of a first light from a first moving direction to a second moving direction, wherein the first moving direction is not parallel to the second moving direction. The second optical module is configured to receive the first light moving in the second moving direction. The first light reaches the third optical module via the first optical module and the second optical module in sequence. The third optical module includes a first photoelectric converter configured to transform the first light into a first image signal.

Abstract: A method for displaying simulation images through clicking and rolling operations is provided. A client device executes an application program to display a carrying object on a display unit. Then, the application program generates a click event at the carrying object according to the client device and produces the corresponding event result by displaying at least one structural object on the carrying object. When the click event ends, at least one template object is loaded. The client device then rolls and thereby removes the carrying object such that the at least one structural object is superimposed on the template object to complete a superimposed display.

Abstract: A method for displaying simulation images through clicking and rolling operations is provided. A client device executes an application program to display a carrying object on a display unit. Then, the application program generates a click event at the carrying object according to the client device and produces the corresponding event result by displaying at least one structural object on the carrying object. When the click event ends, at least one template object is loaded. The client device then rolls and thereby removes the carrying object such that the at least one structural object is superimposed on the template object to complete a superimposed display.

Abstract: An endoscopy auxiliary device includes an insertion tube and a clamping unit. The clamping unit has a pipe and a connector. The connector is connected to the insertion tube. The tube is configured to clamp a capsule endoscope. The pipe has an inner space configured to accommodate a part of the capsule endoscope. The pipe includes a first slit, a second slit and a third slit. The first slit extends from a free end of the pipe for a first distance toward a connection end of the pipe. The second slit extends from the free end of the pipe for the connection distance toward the connection end of the pipe. The third slit extends from the free end of the pipe for a third distance toward the connection end of the pipe. The first slit, the second slit and the third slit are separate.

Abstract: An interactive display system includes an input device and an image interaction module. The input device has a touch portion including a built-in first light-emitting module and a built-in second light-emitting module. The image interaction module includes a display module, a first image-capturing module, a second image-capturing module and a processing module. The processing module captures invisible light generated by the first light-emitting module through the first image-capturing module, for determining and obtaining the position of the touch portion. The processing module captures visible light generated by the second light-emitting module through the second image-capturing module according to the position of the touch portion, for determining and obtaining a predetermined color light source provided by the visible light generated by the second light-emitting module.

Abstract: An endoscopy auxiliary device includes an insertion tube and a clamping unit. The clamping unit has a pipe and a connector. The connector is connected to the insertion tube. The tube is configured to clamp a capsule endoscopy. The pipe has an inner space configured to accommodate a part of the capsule endoscopy. The pipe includes a first slit, a second slit and a third slit. The first slit extends from a free end of the pipe for a first distance toward a connection end of the pipe. The second slit extends from the free end of the pipe for the connection distance toward the connection end of the pipe. The third slit extends from the free end of the pipe for a third distance toward the connection end of the pipe. The first slit, the second slit and the third slit are separated from each other.

Abstract: A gastrointestinal tract diagnosis device, comprising: an endoscope having a substrate and a control unit and a recognition marker therein; an image capturing module including a first lens and an image sensor that are disposed on the substrate; an illuminating module including a first light source disposed on the substrate; an enclosure body assembled to a connection device to waterproofingly enclose the image capturing module and the illuminating module; and a work station connecting to the endoscope to access the recognition marker to add a machine identity into the recognition marker to match with the endoscope, wherein the work station determines if a usage state of the endoscope is overdue; the work station determines if the endoscope has connected to an another work station different from the work station by the recognition marker and the machine identity. A control method based on the above device is also provided.

Abstract: A gastrointestinal tract diagnosis device comprising: an endoscope, having a magnetic plate with a first magnetic pole and a second magnetic pole; a magnetic control device including a magnetic stick with a first electrical magnetic pole and a second electrical magnetic pole, a magnetic force output module causing a predetermined force on the first electrical pole and the second magnetic pole by outputting a predetermined current; and a magnetic force feedback module, wherein the predetermined force is applied to the magnetic plate to control the movement of the endoscope; the magnetic plate causes a feedback magnetic force to a sensor in the magnetic stick and changes the predetermined current to an offset current, and the offset current is corrected back to the predetermined current by the magnetic force feedback module, so as to improve the movement control of the endoscope. A control method based on the above disclosure is provided, too.

Abstract: An interactive display system includes an input device and an image interaction module. The input device has a touch portion including a built-in first light-emitting module and a built-in second light-emitting module. The image interaction module includes a display module, a first image-capturing module, a second image-capturing module and a processing module. The processing module captures invisible light generated by the first light-emitting module through the first image-capturing module, for determining and obtaining the position of the touch portion. The processing module captures visible light generated by the second light-emitting module through the second image-capturing module according to the position of the touch portion, for determining and obtaining a predetermined color light source provided by the visible light generated by the second light-emitting module.

Abstract: A multi-mode interactive projection system includes a pointing device, an infrared capturing device, and a projection device. A timing generation module of the pointing device generates several timing signals, and controls the pointing device to execute one light emitting mode according to one timing signal. A light emitting module of the pointing device is controlled by the timing generation module, and generates infrared in a light emitting time according to the executed light emitting mode. In a detection time, the light emitting time corresponds to one light emitting mode. The infrared capturing device periodically captures the infrared. A projection module is controlled by a background image and a writing image outputted by a host device, and projects the image to screen. The host device determines the light emitting mode and continuously captures coordinate points of infrared by the infrared capturing device in the detection time.

Abstract: A capsule endoscope for observing the conditions inside a patient's digestive tract system includes a capsular housing, a substrate, and a plurality of metal-insert molded contacts. The capsular housing defines a sealed inner space and has an outer surface. The substrate is arranged in the sealed inner space of the capsular housing and is mounted with at least an electronic element provided thereon. The metal-insert molded contacts are embedded in the capsular housing at predetermined positions thereof and each includes a contact base and an exposed contact portion formed on the contact base. The contact bases each have a connecting section extended into the sealed inner space of the capsular housing to electrically connect to the substrate. The exposed contact portions each have a front surface exposed from the outer surface of the capsular housing for contacting with a signal contact correspondingly provided on a capsule holder that holds the capsular housing thereto.

Abstract: Disclosed is a gastrointestinal endoscope, including a deflectable direction-change tube, which consists of plural ring units, each having a hollow section. Adjacent ring units are spaced by a predetermined distance, having opposing end faces between which at least two integrally formed connectors are provided to connect the adjacent ring units together. An end of the deflectable direction-change tube is operatively coupled to a direction-change operation device and an opposite end coupled to a capsule endoscope clamping structure. At least one control wire extends through a bore of the deflectable direction-change tube and connected between the direction-change operation device and the capsule endoscope clamping structure. By operating an operation capstan to have the control wire pulling the capsule endoscope clamping structure, the deflectable direction-change tube is controlled to change direction, thereby changing direction of a capsule endoscope retained by the capsule endoscope clamping structure.

Abstract: In an image compensation method, formats of images are identified based on ambient color quantity information. If the image is in text format or of high contrast, over compensation is barred to avoid edge effect. A compensation coefficient is set basing on edge eigenvalue of images. The compensation value is fine tuned based on a threshold value to obtain finer compensation result.

Abstract: A capsule endoscope system having a sensing and data discriminating device and the discrimination method thereof are proposed. After a sensor captures data, a data processor performs the extraction of a characteristic value from the data and then comparison and discrimination. Data are then divided into two types: one to be transmitted and the other not to be transmitted. The redundancy of data transmission can be reduced, the amount of data transmission can be lowered, and the effect of power saving can also be accomplished.

Abstract: Input image signals are spatially and temporally compensated. First, gray scales of a target pixel in a current frame and in a previous frame are compared to determine whether to spatially and temporally compensate the input image signals or not. Next, in accordance to weight parameters and gray scales of pixels adjacent to the target pixel, the target pixel of the current frame is spatially compensated. Further, based on the gray scale of the target pixel of the previous frame, the target pixel of the current frame after spatial compensation is temporally compensated.

Abstract: The present invention discloses an in vivo spectrometric inspection system. The system of the present invention is encapsulated in a swallowable capsule. After a testee swallows the capsule, an optical system inside the capsule generates a light source to illuminate an object. The light source hits the object to excite a light, or the light source is partially absorbed and partially reflected by the object. The excited light or the reflected light is received by the optical system and sent to a spectrometric system also inside the capsule. The spectrometric system disperses the wavelength components of the excited light or the reflected light into spectra, and then, the spectrometric system further analyzes the spectra to obtain a spectrum data. The spectrum data is sent out to the exterior of the testee body by a data-transmission device and received by an external receiver system.

Abstract: The present invention discloses a novel electronic detection system, which comprises a digital detection module, a digital data storage device and a power supply device. The present invention is free from the problems occurring in wired or wireless data transmission. At present, wired data transmission and wireless data transmission respectively have their own restrictions. Wired data transmission is restricted by the location and inconvenienced by the cable. Wireless data transmission is free from the inconvenience of cables, but it is likely to be interfered with by electromagnetic waves or the environment. Further, wireless data transmission is also limited by the transmission distance and the shielding effect. The present invention integrates: the detection device and the storage device inside-a single unit; therefore, the present invention can be free from the abovementioned problems. Further, data security and storage reliability is also promoted in the present invention.

Abstract: A placement multi-band bioassay device makes use of a light source illuminating by several specific wavelengths, or several tunable wavelengths, or employs a device capable of capturing spectral medical images of specific bands inside the human body, e.g., the digestive system, the oral cavity, the nasal cavity, the anus, and the vagina, so as to decide the nidus. Higher discrimination rates can be obtained for some diseases or supernumerary cells to accomplish the object of “prevention is better than cure”.