45results about How to "Best example diagram" patented technology

A projection device is prepared as setting fixture component of optical machine on optical machine and arranging an internal regulation screw hole on Z axle direction of said fixture component as wellas setting a regulation frame on regulation unit and arranging an external regulation screw hole on Z axle direction of regulation frame then using regulation screw to connect said internal and external regulation screw holes for making optical machine have regulation mechanism.

The present invention provides a remote monitoring apparatus and method thereof. A short message sending unit is disposed in an image monitoring module used for detecting if the environment image is abnormal. When an abnormal environment image is detected, a corresponding monitoring message is produced. The short message sending unit produces an assigned short message according to the monitoring message produced by the image monitoring module and transmits the assigned short message to a short message server. The short message server then transmits the assigned short message to the corresponding mobile communication terminal via a network interface according to a user's name contained in the assigned short message. Accordingly, the present invention reduces the transmission platforms during the process a short message is sent from the image monitoring module to the mobile communication terminal, and thus reducing the delay of the short message and improving the efficiency of surveillance notification.

The invention relates to a wave power generation apparatus that includes: a rack device having plural columns, and the bottom of the column being fixed to a nearshore seabed; at least one linking device installed on the rack device and having at least one frame; a sliding assembly installed to the frame and having a longitudinally installed first sliding element and a longitudinally installed second sliding element; a first buoy connected to the bottom of the frame; a gear set including a first gear and a second gear; a rotating shaft passing and installed to the gear set and linked by the gear set for a one-way rotation; a power conversion device transmissively connected to the rotating shaft; and a power generation device transmissively connected to the power conversion device to generate electric power.

The invention discloses a display device and a method for measuring a surface structure thereof. The display device comprises a first base plate, at least one first imaging shading layer, at least one second imaging shading layer, at least one first pixel unit, at least one second bump, and at least one second pixel unit, wherein the fist base plate is provided with a first surface; the at least one first imaging shading layer comprises a plurality of first opening parts; the second imaging shading layer comprises a plurality of second opening parts and is arranged between the first imaging shading layers on the first surface of the first base plate; the first pixel unit comprises at least one bump which is covered on the plurality of opening parts of the first imaging shading layer; the at least one second bump is arranged in the first imaging shading layer and the plurality of the second imaging shading layer; the at least one second pixel unit comprises the at least one third bump; and the size of the second opening parts of the second imaging shading layer is smaller than that of the first opening parts of the first imaging shading layer. A reflection plane provided by the second imaging shading layer is larger than that provided by the first imaging shading layer, so the measurement result of the clear height of the second shading layer is more precise and reproducible than that of the first shading layer.

The invention discloses a method for measuring a surface structure of a display device. The display device comprises a first substrate, first graphical light shield layers, at least one second graphical light shield layer, at least one first pixel unit and at least one second pixel unit, wherein the first substrate is provided with a first surface; each first graphical light shield layer comprises a plurality of first opening parts; each second graphical light shield layer comprises a plurality of second opening parts and is arranged between the first graphical light shield layers on the first surface of the first substrate; each first pixel unit comprises at least one first bulge and at least one second bulge, wherein the first bulges respectively cover on the first opening parts of the first graphical light shield layers, and the second bulges are arranged in the first graphical light shield layers and the second graphical light shield layers; each second pixel unit comprises at least one third bulge; and the dimensions of the second opening parts of the second graphical light shield layers are less than the dimensions of the first opening parts of the first graphical light shield layers. Compared with the first graphical light shield layers, bigger reflection planes are provided by the second graphical light shield layers, so that a measurement result on the clear height of each second light shield layer is more accurate and has higher reproducibility than that on the clear height of each first graphical light shield layer.

A touch panel comprises a first transparent conductive substrate, a second transparent conductive substrate and a spacer layer. The first transparent conductive substrate with a bottom thereof has a plurality of first transparent conductive electrodes, and a first voltage difference in a first direction. The second transparent conductive substrate with a top thereof has a plurality of second transparent conductive electrodes, and a second voltage difference in a second direction. The first direction is perpendicular to the second direction. The spacer layer is formed between the first and second transparent conductive substrates, which is used for isolating the first transparent conductive electrode and the second transparent conductive electrode. The first transparent conductive electrodes are configured to comply with certain specifications included a differential value of Euclidean distance, a yellow / blue differential value in a color space, or dimensions between each adjacent electrodes.

The invention discloses a riveting device, which includes an inner guide sleeve, an outer guide sleeve, a buckle ring and a driver. A push rod is inserted in the inner guide sleeve, the outer guide sleeve is set on the inner guide sleeve, the buckle is located in the outer guide sleeve, and is close to each other, the outer guide sleeve and the buckle are inserted by a screw, and the screw body of the screw It is exposed from the outer guide sleeve to be screwed with a pull cap, and the screw head of the screw is located in the inner guide sleeve and is close to between the buckle ring and the push rod. The driver is combined with the inner guide sleeve, so that the inner guide sleeve, the push rod, the outer guide sleeve, the buckle ring, the screw and the pull cap move synchronously on the driver to rivet the pull cap. The present invention uses a push rod, a buckle and an outer guide sleeve to fix the screw, so as to avoid being limited by the size or shape of the screw head of the screw.

The invention disclosers a radio telephone searching device and searching method. Firstly, a portable radio telephone detector is used for broadcasting and emitting a base station signal in an area, and the area must comprise at least one or more radio telephones. When the radio telephones find the base station signal, the radio telephones can log in a network, communication channels are set up through the radio telephones and the portable radio telephone detector, the portable radio telephone detector is made to distribute a communication number to each radio telephone, and the radio telephones are allowed to use the communication numbers to actively carry out communication or information exchange communication with the portable radio telephone detector. According to the radio telephone searching device and searching method, when the radio telephones are disconnected with a general telecom operator base station, online can be fast set up with the radio telephones, so that suffering personnel can be found, and disaster-relief work is assisted.

The invention discloses a power factor correcting device and a correcting method of a power factor. The power factor correcting device and the correcting method of the power factor keep that an input current is in a simple sinusoidal alternating current form and keeps the input current shares the same phase with an input alternating voltage. An alternating voltage is converted into a full-wave rectification form through a full-bridge rectifier, and is converted into a direct current output voltage through an inducer, a power transistor and a power diode. A current compensating circuit and a voltage compensating circuit respectively generate a compensating current signal and a compensating voltage signal after respectively comparing a correcting current and an output voltage respectively with a reference signal and a reference voltage, and an updated pulse width modulation signal is generated according to the compensating current signal and the compensating voltage signal. The reference current signal is obtained through multiplying the compensating current signal by the compensating voltage signal through a multiplication gainer, so that the input current can be corrected without the needs of sampling an input voltage according to the technology, and response speed of an internal circuit is improved.

The present invention provides a body cavity sphincter electrotherapy probing rod. The body cavity sphincter electrotherapy probing rod comprises a rod head portion, a rod middle section portion, a rod tail portion, two conductive rings and a wire group; the rear end of the rod head portion is connected with a rod head inner connection tube; the rod middle section portion includes a hollow middle section tube; the first end and the back end of the middle section tube are connected with a first inner connection tube and a second inner connection tube respectively; the rod tail portion includes a hollow rod tail tube; the front end of the rod tail tube is provided with a rod tail inner connection tube; one of the two conductive rings sleeves the rod head inner connection tube and the first inner connection tube, and the other conductive ring sleeves the second inner connection tube and the rod tail inner connection tube; the wire group comprises a first wire and a second wire; the wires are respectively pressed by the conductive rings so as to realize contact positioning; the rod head portion, the rod middle section portion, the rod tail portion, the two conductive rings and the wire group are combined to form an electrotherapy probing rod shell; and the electrotherapy probing rod shell is filled with a filler. When the body cavity sphincter electrotherapy probing rod is manufactured and combined as the above manners, the convenience and profitability of the manufacture of the electrotherapy probing rod can be improved; a condition that welding material pigments infiltrate the surface of the electrotherapy probing rod during injection molding can be eliminated; and after being molded, the electrotherapy probing rod has an extremely good texture.

The invention provides a wireless screen display control device which comprises a mobile sensor; the mobile sensor is used for detecting the movement of the control device and outputting at least one movement parameter according to the movement of the control device; the mobile sensor is connected with a microprocessor; the microprocessor is used for receiving the movement parameter(s) and outputting a movement display instruction according to the movement parameter(s); the microprocessor is connected with a first radio frequency transmitter to lead the movement display instruction to be output in a wireless way through the first radio frequency transmitter; a second radio frequency transmitter is connected with an external electronic device and is used for receiving the movement display instruction output by the first radio frequency transmitter and outputting the movement display instruction to the electronic device so as to carry out corresponding displacement or scaling on a browsed page of a display screen of the electronic device. The wireless screen display control device can carry out omnidirectional browse on the browsed page easily in an intuition way so as to avoid the perplexity in operation.

The invention discloses an image segmentation type virtual image display device comprising a display unit, a refraction element and a virtual image generation module; the refraction element is positioned between the display unit and the virtual image generation module. Firstly, the display unit generates at least one image, and the image is refracted by the refraction element and segmented into a plurality of sub-images. Finally, the light of the sub-images is reflected by the virtual image generation module so as to generate one large area virtual image or a plurality of amplified virtual images. The image segmentation technical method can be employed to reduce the element size of the virtual image generation module, and different display information is provided.