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: An optical touch module includes a frame that comprises a plurality of side walls and an operating space formed by the plurality of side walls. A display module is disposed inside the frame, the display module comprises a base and a touch panel being disposed on the base, a first interval and a second interval being formed opposite to each other and between the base and the side walls of the frame, the touch panel being located adjacent to the operating space. At least one light sensing device comprises a fixed part and a detection part, and the light sensing device is located inside the first interval. At least one reflective element is disposed on the second interval, and comprises a reflective surface defined in a same horizontal plane as the detection part and oriented to the detection part.

Abstract: The present invention discloses a touch display device and a touch measuring method for determining touch positions thereof. The touch display device includes a touch sensing module, a substrate, a pressure sensing device disposed between the touch sensing module and the substrate, and an integrating device. The method includes a first position measuring step, a step of sensing an initial pressure, an initial pressure sensing step, a second position measuring step, a real-time pressure sensing step and a data integrating step. The first and second position measuring steps are to measure X-axis and Y-axis coordination values. The real-time pressure sensing step is to sense pressure change between the first and second positions. The data integrating step is to integrate data of the first and second positions and initial and real-time pressure values. The sensed pressure represents a Z-axis position corresponding to X-axis and Y-axis.

Abstract: An optical touch module includes a frame having an assembling wall and a plurality of side walls, and an operating space. The assembling wall has an inner wall face. A display device is disposed inside the frame, and an interval is formed between a margin of the display device and the inner wall face and spatially communicates with the operating space. At least a light sensing device located inside the interval has a fixed part and a detection part. At least a signal processing device is electrically connected to the At least alight sensing device. At least a reflective element has a reflective surface located at a same horizontal plane as the detection part and facing toward the operating space. The optical touch module of the present invention is able to be calibrated or repaired at a front frame of the display device without causing damages to the display device.

Abstract: A pre-heat type clinical thermometer includes a pre-heat box, which is provided with an external heating module, a first terminal set and a control circuit, and a thermometer, which has a second terminal set, a temperature measurement module and an internal heating module. When the thermometer is inserted into the pre-heat box, the first terminal set and the second terminal set are electrically connected, and the control circuit controls the supply of electricity to the external heating module and the internal heating module to pre-heat the sensor tip and front neck of the thermometer subject to the temperature level of the sensor tip measured by the temperature measurement module.

Abstract: A LCD screen used in a thermometer for displaying the body temperature of a person measured by the thermometer, having a center temperature-display zone adapted for displaying a front part of the digits of the temperature value measured by the thermometer, and an outer temperature-display zone surrounding the center temperature-display zone adapted for displaying the last digit, for example, the digit at the tenths or hundredths place after the decimal point of the temperature value measured by the thermometer by means of one of the digital numerals 0˜9.

Abstract: A pre-heat type clinical thermometer includes a pre-heat box, which is provided with an external heating module, a first terminal set and a control circuit, and a thermometer, which has a second terminal set, a temperature measurement module and an internal heating module. When the thermometer is inserted into the pre-heat box, the first terminal set and the second terminal set are electrically connected, and the control circuit controls the supply of electricity to the external heating module and the internal heating module to pre-heat the sensor tip and front neck of the thermometer subject to the temperature level of the sensor tip measured by the temperature measurement module.

Abstract: A reciprocatory fluid pump includes an armature assembly reciprocatably mounted in a housing and two leaf springs that are connected in parallel at two sides between the armature assembly and the base of the housing to constrain the reciprocations of the armature assembly to transverse displacements, enhancing the pumping efficiency and preventing friction during the reciprocating motion of the ferromagnetic member of the armature assembly, and therefore the reciprocatory fluid pump eliminates energy loss and generation of noises.

Abstract: A hang-on eyeglasses includes a mounting structure formed of a first positioning member and a second positioning member for fastening to the top and bottom walls of the brim of a covering for the head of a person, and an eyeglasses, which has an eyeglass frame pivotally connected to a pivot holder at the second positioning member and two eyeglasses fastened to the eyeglass frame.

Abstract: A hang-on eyeglasses includes a mounting structure formed of a first positioning member and a second positioning member for fastening to the top and bottom walls of the brim of a covering for the head of a person, and an eyeglasses, which has an eyeglass frame pivotally connected to a pivot holder at the second positioning member and two eyeglasses fastened to the eyeglass frame.

Abstract: A thermometer includes a housing carrying a LCD screen having separated body temperature display zone and alert display zone that have different background colors, and a control module, which drives the body temperature display zone to display the value of the measured body temperature of a person and drives the alert display zone to display or to flash an alert icon when the measured body temperature surpasses a predetermined reference temperature value.

Abstract: An electronic device with a touch panel has an insulating housing, a display module mounted on the insulating housing, a touch panel and a shell. The touch panel fixed on the display module has a fixing plate and a touch portion fixed on the fixing plate. The fixing plate is positioned to the display module by means of an engagement of a protruding portion and a cavity between the fixing plate and the display module. The shell engaged with the insulating housing defines a receiving opening for exposing the touch portion.

Abstract: A touch-sensitive display device includes a frame assembly, a display module and a touch panel. The frame assembly has a first frame, a second frame received in the first frame and a third frame covered on the first frame. The second frame has a plurality of side walls, two of the side walls adjacent to each other respectively extends upward to form at least one positioning element, a free end of the positioning element is beyond an upper surface of the third frame. The display module is arranged in the frame assembly. The touch panel is arranged on the frame assembly, two sides of the touch panel are restrained by the positioning element. Therefore, the touch panel is located on the frame assembly correctly and easily.

Abstract: For changing a liquid medicine into a fine mist a compressor nebulizer is disclosed to include a pressure gage that indicates the pressure range of the compressed air passing out of the air pump to the nebulizer cup through aerosol tubing so that the user can quickly recognize the normal operation of the device and, if abnormal, decide if external parts should be replaced or the device should be returned for repair.

Abstract: For changing a liquid medicine into a fine mist a compressor nebulizer is disclosed to include a pressure gage that indicates the pressure range of the compressed air passing out of the air pump to nebulizer cup through aerosol tubing so that the user can quickly recognize the normal operation of device and, if abnormal, decide if external parts should be replaced or the device should be returned for repair.

Abstract: A clinical thermometer generally comprises an outer case, a flexible probe stem, a sensor cap, an inner base, an electronic processor, and a temperature sensor. The flexible probe stem has a front junction having several grooves. The inner base, which is made of a rigid material, is embedded into the front junction to almost stuff up its inside to provide it with sufficient strength for tight, secure connection with the sensor cap and make the sensor cap not easy to fall apart.

Abstract: A medication-saving device for inhalation therapy comprises a tube joint mounted under a nebulizer bottle, wherein the tube joint has an opening. A control button is inserted into the opening. The high pressure air is prevented from leakage and enabled to siphon the medicinal liquid for generating the nebulization effect by push-pressing the control button. In addition, the control button can be shifted backward to form a gap for draining out some of the high pressure air so that the medicinal liquid can not be siphoned by the high pressure air. Moreover, the patient is enabled to decide to supply the medicine or not by controlling the control button. As a result, the waste of medicinal liquid, which is formerly sprayed out ceaselessly, can be thus avoided.