Abstract:
FIG. 1 is a front perspective view of a smart lock according to my new design; FIG. 2 is a front view thereof; FIG. 3 is a rear view thereof; FIG. 4 is a right side view thereof; FIG. 5 is a left side view thereof; FIG. 6 is a top view thereof; and, FIG. 7 is a bottom view thereof. Broken lines are environmental only and form no part of the claimed design. The broken lines shown represent portions of the smart lock that form no part of the claimed design.
Abstract:
A method and system for controlling the use of a temporary password is provided, and the method includes the steps: generating by a random code generator end a preset number of temporary passwords after successful matching between the random code generator end and the random code use end; sending by the random code generator end at least one temporary password among the preset number of temporary passwords to the random code use end for storage therein to form a preset temporary password; and receiving a current temporary password, comparing the current temporary password with each of the pre-stored temporary passwords, and indicating successful verification if the current temporary password is the same as one of the pre-stored temporary passwords. The method can generate multiple temporary passwords at once, and control and manage the use of temporary passwords by adding function codes to the temporary passwords.
Abstract:
A terminal device password unlocking method includes the following steps: selecting at least one candidate information set from a plurality of candidate information sets which are displayed on a screen and each of which contains a plurality of information units; verifying a password based on all of selected candidate information sets, and confirming success of password verification when: all information units contained in the password are included into the selected candidate information sets, each of selected candidate information sets contains at least one information unit of the password, and the number of the selected candidate information sets is less than that of the information units of the password; unlocking the terminal device when verification of password is successful.
Abstract:
A window blind system including a headrail, a bottomrail, a covering material disposed between the headrail and the bottomrail, and a control device is provided. The control device controls collection and expansion of the covering material effectively. The control device comprises a case having a first shaft and a second shaft, a coil spring, a first wheel configured with a fixing hole, a second wheel engaged with the first wheel, a torsion spring configured with a fixing end. The torsion spring is sleeved around the first shaft. The first wheel and the second wheel are pivoted in the first shaft and the second shaft. The torsion spring is disposed between the first shaft and the first wheel. The fixing end of the torsion spring is fixed in the fixing hole of the first wheel. The coil spring is winded between the first wheel and the second wheel.
Abstract:
A method and software is described for recreating on a target datastore a set of hierarchical files that are present on a source datastore. A content identifier (ID) is maintained for each component of the set of hierarchical files. The content ID of a component is updated when its contents are modified. The child component is copied from the source datastore to the target datastore. The content ID corresponding to the parent component on the source datastore is compared with content IDs corresponding to files present on the target datastore. When a matching content ID is discovered, it infers a copy of the parent component. The matching file on the target datastore is associated with the copied child component so that the matching file becomes a new parent component to the copied child component, thereby recreating the set of hierarchical files on the target.
Abstract:
A frequency converter for driving a motor, includes a circuit board, having at least one first heat-generating element mounted thereon; a heat sink, connected to the at least one first heat-generating element; a fan, facing the heat sink; and a bracket, for positioning the at least one heat-generating element relative to the heat sink and the circuit board. The frequency converter includes a separating member for separating at least one portion of at least one second heat-generating element from the circuit board to prevent the cooling air guided to the at least one second heat-generating element from flowing to the circuit board. The frequency converter includes an airflow guiding member for guiding the cooling air from the fan to the heat sink and the at least one second heat-generating element and a flow guiding gate dispensing more airflow to the region corresponding to the at least one first heat-generating element.
Abstract:
The invention relates to a device (22, 42, 72) for assisting the installation and de-installation of an awning (19) at an awning rail (16); the device (22, 42, 72) has a connecting element (40, 73-75) for connection with the awning (19) and a motor (38, 62) for moving the edge of the awning (19) along the awning rail (16); the device (22, 42, 72) comprises a sliding body (25, 45) for sliding the device (22, 42, 72) along the awning rail (16) in a sliding direction; the motor (38, 62) is located on or in the sliding body (25, 45); a driving wheel (26, 46) is disposed on the sliding body (25, 45) and is driven by the motor (38, 62) and arranged so that it contacts the outside of the awning rail (16) when the device (22, 42, 72) is placed on the awning rail (16).
Abstract:
A parent node includes: a signal reception unit receiving a parent node search signal transmitted from a child node; a RSSI measurement unit measuring a RSSI as an index indicating the intensity of wireless link with the child node transmitting the parent node search signal; a response wait time standby processing unit that, after waiting for a response wait time in accordance with the intensity of wireless link, returns a response signal to the child node as a sender of the parent node search signal; and a signal transmission unit. The child node includes: a signal transmission unit transmitting a parent node search signal; a signal reception unit receiving a response signal; and a parent node selection unit that selects a parent node for routine communication on the basis of a wait time from the transmission of a parent node search signal to the reception of a response signal.
Abstract:
A freestanding humidifier is provided with a movable base tray which is adapted to slide into and out of the bottom rear portion of the humidifier housing. The base tray is contoured to receive a pair of large volume water tanks which can be easily removed, refilled and reinstalled on the base tray. A large diameter fan is mounted in the humidifier and positioned to exhaust air in a substantially horizontal flow path from the humidifier into the ambient surroundings.