摘要:
The present invention relates to the deviation-correction system for positioning of moving objects, and discloses a deviation-correction system for positioning of moving objects and the motion-tracking method thereof. The system includes a control system for receiving motion parameters required for deviation-correction, and sending commands to an actuator to control a moving object based on the motion parameters, the deviation-correction system for positioning of moving objects further comprising: a reference object which is set as a specified motion trail for the moving object; an image capturing system for acquiring successive digital image data upon the moving object moves; a motion tracking system for performing a motion tracking algorithm based on the digital image data transmitted by the image capturing system to judge whether the current motion state needs to be corrected and then transmitting the motion parameters required for deviation-correction to the control system.
摘要:
The present invention relates to the deviation-correction system for positioning of moving objects, and discloses a deviation-correction system for positioning of moving objects and the motion-tracking method thereof. The system includes a control system for receiving motion parameters required for deviation-correction, and sending commands to an actuator to control a moving object based on the motion parameters, the deviation-correction system for positioning of moving objects further comprising: a reference object which is set as a specified motion trail for the moving object; an image capturing system for acquiring successive digital image data upon the moving object moves; a motion tracking system for performing a motion tracking algorithm based on the digital image data transmitted by the image capturing system to judge whether the current motion state needs to be corrected and then transmitting the motion parameters required for deviation-correction to the control system.
摘要:
A method for patterning nanostructures in a semiconductor heterostructure, which has at least a first layer and a second layer, wherein the first layer has a first surface and an opposite, second surface, the second layer has a first surface and an opposite, second surface, and the first layer is deposited over the second layer such that the second surface of the first layer is proximate to the first surface of the second layer. The method includes the steps of making indentations in a pattern on the first surface of the first layer of the semiconductor heterostructure; bonding the semiconductor heterostructure to a support substrate such that the first surface of the first layer of the semiconductor heterostructure is faced to the support substrate; etching off the second layer of the semiconductor heterostructure; and depositing a third layer over the second surface of the first layer of the semiconductor heterostructure.
摘要:
A data packets distributor for transferring a data packet from a source address to a destination address is provided. The data packet distributor has a plurality of predefined addresses and a data packet distributing unit. Each of the plurality of addresses indicates a network processing unit coupled to the data packet distributing unit. The data packet distributing unit is capable of forwarding a data packet to at least one of the plurality of predefined addresses for processing by using a first Network Address Translation (NAT) operation and further capable of forwarding the data packet to the destination address by using a second Network Address Translation (NAT) operation.
摘要:
Disclosed is a system including a substrate having a first side and a second side and a layer of photoacoustic material disposed on the first side of the substrate. The layer of photoacoustic material is configured to generate a directional ultrasound wave in response to a laser beam impinging on the layer. A conduit may be coupled to the housing and have an opening adjacent to the layer of photoacoustic material; the directional ultrasound wave may be directed through fluid that is contained in the conduct to generate a liquid jet in a liquid.
摘要:
We provided a dehumidifier with a temperature-sensing safety feature. The temperature probe is in direct contact with the discharge tube, as opposed to the industry standard of measuring temperature at the evaporator. In case the discharge tube overheats, it causes the resistance of the temperature probe to increase above a threshold value. The temperature probe then sends a signal to pause operation of the compressor. In a preferred embodiment, the compressor resumes operation when the temperature returns to normal, unless it overheats repeatedly. The temperature probe remains intact and may be used indefinitely. In preferred embodiments, the temperature-sensing safety feature is combined with a timing safety feature and/or a current-sensing safety feature.
摘要:
The floor member, in one embodiment of the invention, is a floor member unit having a surface declination at the periphery of a top surface and extending downwardly to a peripheral beveled edge, and intersecting with the beveled edge between the top surface and a bottom surface. The surface declination can be curved or uncurved. In another embodiment of the invention the floor member unit is laminated in offset relationship to an underlayer of the same size and shape as the floor member unit. In either embodiment, the floor member can be formed as a floor tile or a floor plank.
摘要:
A data packets distributor for transferring a data packet from a source address to a destination address is provided. The data packet distributor has a plurality of predefined addresses and a data packet distributing unit. Each of the plurality of addresses indicates a network processing unit coupled to the data packet distributing unit. The data packet distributing unit is capable of forwarding a data packet to at least one of the plurality of predefined addresses for processing by using a first Network Address Translation (NAT) operation and further capable of forwarding the data packet to the destination address by using a second Network Address Translation (NAT) operation.