Abstract:
An improved stacked rotary connector assembly wherein each connector comprises a pair of rings and the rings of each rotary connector thereof are individually split and mechanically separable. Because the input and output rings are each split and separable, any one rotary connector may be removed from the stack without requiring removal of any other rotary connector and without disturbing the input/output buses of the assembly.
Abstract:
A lamp driving device includes a switch circuit for supplying a signal; a transformer which boosts a voltage of the signal from the switch circuit and supplies the boosted voltage to at least one lamp; a safety circuit which compares a threshold value with at least one of the boosted voltage and a current through the lamp, and intercepts at least one of the boosted voltage and the current through the lamp in accordance with the comparison result; and a warming part for warming the lamp in an early stage with a voltage less than or equal to the threshold value.
Abstract:
An emotion-based software robot for automobiles, in which a driver's emotion and behavior caused by such emotion are anticipated when each input such as a driver's states, commands, and behaviors, automobile situations, automobile environmental situations, etc., is recognized based on results learned with respect to a change in emotion of each individual driver offline, as well as each piece of vehicle information, is assigned a priority, so that services provided by a telematics system, etc., can be selectively implemented to conform to a driver's mood.
Abstract:
Provided is a counting circuit for controlling an off-chip driver and method of changing a DC output current value of the off-chip driver using the same in accordance with variations of processing characteristics with PMOS and NMOS in the state of wafer level. The counting circuit for controlling the off-chip driver includes: pluralities of latch circuits counting to generate pluralities of off-chip driving control signals; pluralities of fuse blocks generating set and reset input signals to vary initial values of the off-chip driving control signals; and pluralities of initial value modifying circuit varying the initial value of the off-chip driving control signals in response to the set and reset input signals.
Abstract:
Disclosed is a data output controller for a memory device. The data output controller for a memory device, the data output controller comprising a control part for generating a first pulse control signal and a second pulse control signal through a combination of an internal clock signal outputted from a DLL means and a pulse signal enabled during a time in which a number of clocks of the internal clock signal, corresponding to a burst length of the memory device, is counted, a data output buffer unit controlled by the first plus control signal, and a data strobe signal buffer unit controlled by the second pulse control signal.
Abstract:
An auxiliary rack for an automatic dishwasher increases an adaptability of racks to accommodate a variety of items to be washed and further increases the adaptability through the use of a single auxiliary rack. An automatic dishwasher can be selectively provided with at least one auxiliary rack, which includes a pivot support; and an auxiliary rack insert, rotatably coupled to the pivot support, having a plurality of rack insert sides, each side providing a specific accommodation of items according to a rotation of the auxiliary rack insert. The auxiliary rack insert is selectively rotatable with respect to the pivot support through an insertion of at least one pivot pin, centrally disposed with respect to the auxiliary rack insert, into at least one pivot hole formed in either the pivot support or the auxiliary rack insert to be disposed in opposition to the pivot pin, thereby enabling a selective rotation of the auxiliary rack insert with respect to the pivot support, to direct upward any one of the rack insert sides. At least one nodule protrudes to a predetermined height from either the pivot support or the auxiliary rack insert, with at least one recess being opposingly formed to receive and seat the nodule in a rotation-checked state, which directs upward one of the plurality of rack insert sides.
Abstract:
The present invention relates an inter-enterprise collaborative process management system that manages all the processes and other computer systems of the participating companies by making all the processes and other computer systems of the participating companies interwork with each other so that various specialized companies are integrated in one virtual enterprise and the virtual enterprise is run. An inter-enterprise collaborative process management system includes: a collaborative process editor for defining, modifying and deleting a collaborative process through a user interface; a collaboration policy editor for defining, modifying and deleting a collaboration policy through a user interface; a collaborative partner selector for searching for a candidate partner of performing each activity of the collaborative process and helping selecting a most proper partner of the found candidate partners; a collaborative process agent for, when the collaborative partner is selected, performing an actual collaborative activity by using a service supplied by the selected partner; a collaborative process engine for transferring a result of the activity completed by the collaborative process agent as an input of a next activity and calling a corresponding collaborative process agent; and a collaboration agency for controlling and managing inter-enterprise collaborative activity on the basis of the collaboration policy.
Abstract:
A power-up signal generator for a semiconductor memory device that uses the deep power down power-up signal for a semiconductor element, which should be in a standby state in the deep power down entry, and the power-up signal for an initialization of another semiconductor elements in a DRAM device that operates after an internal power supply voltage is generated is disclosed. The generator also uses the power-up signal, which is disabled in the deep power down entry and enabled in a deep power down exit by the internal power supply voltage. The generator may include a power-up detector for generating a power-up detection signal by means of an external power supply voltage, a deep power down power-up signal generator for generating a deep power down power-up signal in response to the power-up detection signal, a power-up signal generator for generating a power-up signal in response to the power-up detection signal and power-up controller for determining whether or not enable the power-up signal in the deep power down entry.
Abstract:
Provided is directed to a negative word line driver, including: a block select address generation unit for generating first and second block select addresses having a block information according to an active signal; a row decoder controller for generating a control signal to disable a word line; a main word line driver for accessing a main word line by being driven in response to a signal coding the first block select address and the control signal; and a phi X driver for accessing a sub word line by being driven in response to a signal coding the second block select address and the control signal wloff.
Abstract:
Time tracking units with decision statistics mitigating or correcting for influences from nearby interfering paths. Interference mitigation is accomplished by appropriately selecting the parameters of the time tracking unit so that the contribution of the interference on the decision statistics of the time tracking unit is minimized. Interference cancellation is accomplished by evaluating and subtracting of the effect from the interfering paths on the decision statistics of the time tracking unit. Both urban and indoor communications may incorporate the interference avoidance or interference correction either in each time tracking unit of a rake-type receiver by inter-unit communication of timing adjustments and path energies or by software within a common processor.