75results about How to "Reliable confirmation" patented technology

The invention relates to a data transmission method between a first device (208) and a second device (100, 102), which is at the end of a wireless network connection and does not have an active data transmission connection to a network. The method comprises the steps of transmitting data addressed to the second device from the first device to the network; detecting in the network that the second device (100, 102) does not have an active data transmission connection; sending a stimulus message from the network to the second device (100, 102); receiving the stimulus message at the second device (100, 102); setting up a data connection between the network and the second device (100, 102) on the basis of the stimulus message; and transmitting to the second device (100, 102) the data addressed to it.

There are provided a method and apparatus of component mounting capable of avoiding damage caused by production operations with a component holder having debris thereon. If it is determined during a detecting step of a component holding condition that a component is held by a component holder in an improper condition for mounting, the component holder releases such a component into a collecting box, and skips a pick up operation at a next round of a pick up station. The component holder is then subjected to confirming whether any debris exists by using, preferably, a condition sensor, and the component holder picks up a new component if it is confirmed that no debris exists. If debris is found during the confirming step, production operations are stopped, or a warning is generated. After maintenance of the component holder is completed, production operations are restarted.

A command-inputting apparatus includes a display for displaying an operation menu; a position-detecting unit for detecting a three-dimensional position of a command object specifying a command on the operation menu; and a command-detecting unit for determining a command point on the operation menu, based on the detected three-dimensional position of the command object and the viewpoint of the user specifying the command.

To provide a thermoplastic resin container that contains food or drink subjected to a retort processing for which completion of the retort processing can be confirmed and supervised with simple means without the need of an expensive member or facility, not only whether the temperature of the retort processing is reached but also whether the retort processing is performed as specified can be confirmed, and the consumer also can easily confirm completion of the retort processing of the product. The container is produced by two-stage stretch blow molding of a preform made of a thermoplastic resin in such a manner a part that is not stretched or is insufficiently stretched is formed at a part of the container, and the part that is not stretched or is insufficiently stretched is whitened to form a retort processing completion confirming part by heating in the retort processing after a content is packed and sealed in the container.

A capturing device includes a display section that changes between and displays a three-dimensional (3D) image and a two-dimensional (2D) image, and a controller that performs an image display control for the display section, wherein the controller changes a display mode of an image displayed on the display section, from a 3D image display to a 2D image display, in accordance with preset setting information, at the time of performing a focus control process.

A parking assist device includes: a display device that is arranged behind a steering wheel from a driver and that displays parking assist information; a driving unit that drives the steering wheel; a detecting unit which detects whether the vehicle has moved through a switching position and reached a predetermined state; and a control unit which, during parking assist, controls the driving unit to rotationally drive a rotation angle position of the steering wheel to a specific position at which it is estimated that at least the parking assist information is visually recognizable by the driver when it is detected that the vehicle has moved through the switching position and reached the predetermined state.

The invention relates to a method for obtaining the metabolic difference between genetically modified and non-genetically modified maize based on UHPLC-MS (Ultra High Performance Liquid Chromatography-Mass Spectrometer). According to the method, the extract of maize leaves is analyzed by adopting an ultra high performance liquid chromatography-high resolution mass spectrometry analysis platform toobtain metabolic profiles of the maize leaves, and then the data of the genetically modified and non-genetically modified maize is differentiated according to a multivariate statistical method to obtain compounds having important contribution to the phenotypic difference in metabolism. The method is simple to operate, capable of carrying out high throughput detection and high in detection resolution in particular, can eliminate interference, realizes efficient and reliable metabolite information identification and is more authentic and reliable in obtained result. The method can provide a basis for further study on the safety of the genetically modified maize.

A system enables registration of a population of individuals for purposes of managing health-related information. Once registered, an individual presents an identification card which is used by the system to provide authorized access to the individual's health-related information, refer the individual for needed health-related tests, and verify the individual's eligibility to participate in athletic competition. The system is capable of maintaining event-related information for each individual while providing appropriate confidentiality and secure access.

The invention relates to the electric energy quality monitoring field, and discloses a voltage sag detection method combining three-phase voltage break variables and zero-sequence voltage. The voltage sag detection method comprises the steps of: firstly, acquiring three-phase voltage instantaneous values ua (k), ub (k) and uc (k) of a circuit during the voltage sag period, and calculating corresponding three-phase voltage break variables delta u phi (k) (phi = A, B, C) and a zero-sequence voltage instantaneous value u0 (k); secondly, achieving the distinction of grounding faults and non-grounding faults by utilizing the conditions that the zero-sequence voltage U0 is greater than or equal to U0th which equals to k0*UN, wherein k0 is selected from 1% to 2%; thirdly, confirming fault phases by utilizing characteristics of a phase voltage break variable shown in the description; and finally calculating voltage sag depth by utilizing an equation shown in the description. The voltage sag detection method provides a basis for fast and accurate voltage sag compensation according to phases.

Methods and systems are provided for diagnosing an intake air temperature sensor in a hybrid electric vehicle. An engine temperature is compared to each of an intake air temperature sensed before an engine start but after sufficient engine soak, as well as an intake air temperature sensed after selected vehicle operating conditions have elapsed since the engine start. Based on discrepancies between the air temperature and the engine temperature, degradation of the sensor is determined.