Abstract: The present invention provides an automatic solid-state battery production equipment, comprising a cathode deposition device, an anode deposition device, a solid-state electrolyte forming device, a stacking pressing device, and one or more transport device for moving the parts manufactured by the cathode deposition device, the anode deposition device, and the solid-state electrolyte forming device to the stacking pressing device to crimp into the automatic solid-state battery products for automatic processing procedures.

Abstract: A scanning laser radar comprises a transmitting unit comprising a laser and a first lens; a receiving unit comprising a second lens and a light sensor; an actuating unit, wherein the laser and the light sensor are located on the actuating unit, the actuating unit carries and moves with the laser and the light sensor.

Abstract: A robot includes a body, artificial skin wrapped around the body, and a number of vibrators and a controller positioned in the body. The artificial skin includes a plurality of carbon nanotube films corresponding to different locations of the body and configured to generate an electrical signal when an external pressure is applied to the artificial skin. The controller is configured to obtain the electrical signal and control at least one vibrator to vibrate.

Abstract: A coated article includes a glass substrate and a film on at least one surface of the glass substrate. The film includes Al2O3, Cr2O3 and ZrO2. A method for making the coated article, and an electronic device using the coated article are also provided.

Abstract: A coated article includes a glass substrate and a film on at least one surface of the glass substrate. The film includes Al2O3, Cr2O3 and ZrO2. A method for making the coated article, and an electronic device using the coated article are also provided.

Abstract: An IR-cut filter includes a substrate and an infrared filtering film. The substrate is made of sapphire, and includes a first surface and a second surface opposite to the first surface. The infrared filtering film covers the first surface of the substrate and increases the reflectivity in relation to infrared light, thus filtering out the infrared light. The infrared filtering film includes a number of first high refraction index layers and a number of first low refraction index layers alternately stacked on the first surface of the substrate.

Abstract: An electronic censer includes a censer body, an incense branch and a circuit board. The circuit board is received in the censer body. The incense branch is positioned on the circuit board and includes a heat dissipating board, a light-emitting diode, a first incense core, a second incense core enclosing the first incense core and a reflecting layer on a periphery of the second incense core. A tubular passage is defined between a periphery sidewall of the first incense core and a sidewall of the heat dissipating board to receive liquid fragrance therein. Heat generated by the LED is transferred to the liquid fragrance via the heat dissipating board. Vapor of the liquid fragrance and light of the LED leave the electronic censer via a top of the incense branch.

Abstract: A stereo image capturing device includes two image capturing modules, an image processing unit, a memory and a processor for respectively storing and executing the image processing unit. Each image capturing module includes a liquid crystal lens, a voltage drive chip, and an image sensor. The image processing unit includes a WDF module, a focus control module, and an image synthesize module. The WDF module determines the sharpness of the colors of images, and acquires object distance of the images according to the sharpness. When the object distance is bigger than a predetermined distance, the WDF module modifies the sharpness of the images, otherwise the focus control module drives the voltage drive chip to change focal distance of the liquid crystal lens according to the object distance. The image synthesize module synthesizes the images to stereo images.

Abstract: A pulse-operated laser emitting device for cutting a sapphire substrate includes a picoseconds laser for emitting a laser beam and a collimator lens positioned in a path of the laser beam and which cuts the sapphire substrate cleanly so as not to require any grinding or polishing processes afterwards.

Abstract: In a method, a sapphire raw material is placed into the recess of a mold and melted by heating to infill the recess by capillary action to form a liquid film. A sapphire seed having a specific growing plane is moved to dip the growing plane into the liquid film, thus forming a solid-liquid interface. The sapphire seed is lifted up such that the liquid film is crystallized on the growing surface to form the sapphire substrate. Two surfaces of the sapphire substrate are first coarsely and then finely ground to reduce a thickness of the sapphire substrate. The two surfaces of the sapphire substrate are first coarsely and then finely polished to improve smoothness of the surfaces.

Abstract: An infrared-cut (IR-cut) filter includes a substrate and an IR-cut film coated on the substrate. The IR-cut consists of thirty-two high-refractive layers and thirty-two low-refractive layers alternately stacked on the substrate. The first high-refractive layer is in contact with the substrate and the first low-refractive layer is coated on the first high-refractive layer. Transmissivity of the IR-cut film at wavelengths from about 400 nm to about 800 nm is greater than about 90%, while transmissivity of the IR-cut film at wavelengths from about 850 nm to about 1300 nm is less than about 1%, and transmissivity of the IR-cut film at wavelength 795 nm is about 50%.

Abstract: A screen printing device includes a supporting base, a stencil, and an imaging alignment device. The supporting base includes a supporting surface and defines a blind hole in the supporting surface for receiving an optic, with a gap therebetween less than 0.1 mm. The stencil is positioned on the supporting base and defines an open pattern and forms at least three marks on a surface of the stencil facing away the supporting base. The imaging alignment device is positioned above the stencil and configured to capture a number of images of the stencil, analyze the images, and reposition the stencil according to analyzing results of the images so that images of the marks reach predetermined positions. The imaging alignment device, the stencil, and the supporting base are pre-aligned such that when the images of the marks reach the predetermined positions, the open pattern aligns with the blind hole.

Abstract: A liquid crystal displays includes a common electrode layer, a pixel electrode layer, a liquid crystal layer, an upper polarizer, a lower polarizer, a color filter, and a protection glass. The liquid crystal layer is positioned between the common electrode layer and the pixel electrode layer. The upper polarizer is positioned above the common electrode layer. The lower polarizer is positioned under the pixel electrode layer. The color filter is positioned between the upper polarizer and the common electrode layer. The protection glass is positioned above the common electrode layer and made of sapphire.

Abstract: A touch panel includes a touch substrate and a touch layer. A touch substrate is made of sapphire. A touch layer includes a plurality of X-axis sensors and a plurality of Y-axis sensors. The X-axis sensors and the Y-axis sensors are positioned on the touch substrate, and an arraying direction of the X-axis sensors is perpendicular to an arraying direction of the Y-axis sensors. The touch panel acquires a touch position by an X-coordinate detected by the X-axis sensors and a Y-coordinate detected by the Y-axis sensors.

Abstract: A touch panel includes a substrate, a transparent conducting layer, and an antireflection film. The substrate is made of sapphire, and includes a first surface and a second surface opposite to the first surface. The transparent conducting layer is covered on the first surface and is configured for detecting a touch operation thereon. The antireflection film is coated on the second surface and is configured for increasing the transmissivity of the substrate in relation to visual light.

Abstract: A device grows sapphire ingots by dipping a sapphire seed into molten aluminum oxide and lifting and spinning the sapphire seed from the molten aluminum oxide to cause the molten aluminum oxide adhering to the sapphire. Meanwhile, the device controls temperature such that the molten aluminum oxide is crystallized on the sapphire seed which is gradually cooled down to a room temperature. The device also includes a housing and air controller for providing desire air conditions for growing the sapphire ingot.

Abstract: An IR-cut filter includes a substrate and an infrared filtering film. The substrate is made of sapphire, and includes a first surface and a second surface opposite to the first surface. The infrared filtering film covers the first surface of the substrate and increases the reflectivity in relation to infrared light, thus filtering out the infrared light. The infrared filtering film includes a number of first high refraction index layers and a number of first low refraction index layers alternately stacked on the first surface of the substrate.

Abstract: A guide device includes a detection module, a processor, and an alarming module. The detection module captures road images in front of a blind person. The processor includes a calculating module and a comparing module. The calculating module calculates an actual height of an obstacle object of the road images. The comparing module compares the actual height with a pre-set critical height. The alarming module reminds the blind person that there is an obstacle object in front of the blind person when the actual height is greater than the critical height.

Abstract: An exemplary orthopedic adjustment device includes an orthopedic appliance, an adjustment unit module and a pressure control module. The appliance is configured for supporting a human spine. The adjustment unit module includes adjustment units. Each of the adjustment units includes a chamber, a pressure sensor and a pump. The pressure sensor and the pump are arranged in the chamber. Each of the pressure sensors is configured for detecting a pressure of each chamber corresponding thereto. Each of the pumps is configured for adjusting the pressure of each chamber corresponding thereto. The pressure control module is configured for receiving pressure signals from the pressure sensors of the chambers and providing pressure adjusting signals to the pumps to adjust the pressures of the chambers.

Abstract: A touch panel includes a substrate, a transparent conductive layer and at least two separate electrodes. The substrate has a first substrate surface and a second substrate surface opposite to the first substrate surface. The transparent conductive layer includes a carbon nanotube structure formed on the first substrate surface. The at least two separate electrodes are located on a surface of the transparent conductive layer and electrically connected thereto.