Abstract: In one example, a semiconductor device can comprise a substrate, a device stack, first and second internal interconnects, and an encapsulant. The substrate can comprise a first and second substrate sides opposite each other, a substrate outer sidewall between the first substrate side and the second substrate side, and a substrate inner sidewall defining a cavity between the first substrate side and the second substrate side. The device stack can be in the cavity and can comprise a first electronic device, and a second electronic device stacked on the first electronic device. The first internal interconnect can be coupled to the substrate and the device stack. The encapsulant can cover the substrate inner sidewall and the device stack and can fill the cavity. Other examples and related methods are disclosed herein.

Abstract: A power control system includes electronic component mounting apparatuses; power control modules configured to control power of the electronic component mounting apparatuses; a power controller configured to turn on and off the power of the electronic component mounting apparatuses by controlling the power control modules, or receive signals from the power control modules indicating power on and off states of the electronic component mounting apparatuses; and a remote control module that is remote from the electronic component mounting apparatuses and is configured to control the power of electronic component mounting apparatuses by controlling the power controller via a wired or wireless connection.

Abstract: A fire extinguishing system for a vehicle includes: a fire sensing line arranged in a predetermined space of the vehicle to output a fire sensing signal as an electrical signal when a fire is sensed; a controller configured to output a control signal for spraying a fire extinguishing agent when the fire sensing signal from the fire sensing unit is input; a fire extinguishing agent cylinder configured to discharge the fire extinguishing agent filling an inside thereof in response to the control signal output from the controller; and a spray nozzle assembly arranged in the predetermined space of the vehicle and configured to spray the fire extinguishing agent supplied from the fire extinguishing agent cylinder through a fire extinguishing agent hose.

Abstract: A fire suppression apparatus for a vehicle includes a sensor for detecting a condition of an object mounted in the vehicle, a controller configured to determine whether the condition of the object mounted in the vehicle, which is detected by the sensor, satisfies a predetermined criterion for determining outbreak of fire and to output a control signal for suppression of the fire when the condition of the object satisfies the predetermined criterion, and a spread bag apparatus mounted in the vehicle, which is configured to unfold a collapsed spread bag toward the object in response to the control signal from the controller such that the unfolded spread bag hermetically covers the object, thereby suppressing fire at the object.

Abstract: A fire extinguishing apparatus of a vehicle is capable of effectively extinguishing a fire by uniformly and directly spraying a fire extinguishing agent in a wide range to a battery cell covered with an external structure in a vehicle. The fire extinguishing apparatus includes a cover, a spray nozzle, a controller, a driving device, and a fire extinguishing agent supplying device.

Abstract: A fire extinguishing system for a vehicle includes: a fire sensing line arranged in a predetermined space of the vehicle to output a fire sensing signal as an electrical signal when a fire is sensed; a controller configured to output a control signal for spraying a fire extinguishing agent when the fire sensing signal from the fire sensing unit is input; a fire extinguishing agent cylinder configured to discharge the fire extinguishing agent filling an inside thereof in response to the control signal output from the controller; and a spray nozzle assembly arranged in the predetermined space of the vehicle and configured to spray the fire extinguishing agent supplied from the fire extinguishing agent cylinder through a fire extinguishing agent hose.

Abstract: A fire suppression apparatus for a vehicle includes a sensor for detecting a condition of an object mounted in the vehicle, a controller configured to determine whether the condition of the object mounted in the vehicle, which is detected by the sensor, satisfies a predetermined criterion for determining outbreak of fire and to output a control signal for suppression of the fire when the condition of the object satisfies the predetermined criterion, and a spread bag apparatus mounted in the vehicle, which is configured to unfold a collapsed spread bag toward the object in response to the control signal from the controller such that the unfolded spread bag hermetically covers the object, thereby suppressing fire at the object.

Abstract: The present invention relates to a method and apparatus for protecting data using a virtual environment, which creates a safe virtual environment that supports the execution of application programs being operated on a computer and which enables important data to be inputted or outputted only within the virtual environment, such that access to the important data is prevented in a general local environment. According to the present invention, data leakage is initially prevented to protect data, and convenience is provided in that a user may use the computer in a general manner while performing desired work.

Abstract: A system for logically separating a server using client virtualization includes a client terminal including a virtual environment generation unit for generating a virtual environment, and a virtualized server including a local storage unit, an authentication server for performing authentication on the client terminal when a request for access to the local storage unit is received from a process executed in the virtual environment, and a virtualization filter drier for allowing or blocking the access request to the local storage unit based on the authentication result of the client terminal. The client terminal further includes a virtualization filter driver for transmitting the access request from the process executed in the virtual environment to the local storage unit, and blocking the access request from the process without being made through the virtual environment to the local storage unit.

Abstract: A network separation apparatus allows a user terminal, connected to an internal network, to connect an external network. The network separation apparatus includes a packet transmission/reception unit to receive a packet generated in a virtual environment on the user terminal and transmit the packet either to the external network or the internal network. The apparatus also includes a packet analysis unit to analyze the packet received from the packet transmission/reception unit and a packet processing unit to allow the packet to be transmitted to the external network or the internal network, separately, based on an analysis result of the packet from the packet analysis unit and a preset packet processing policy.

Abstract: A system for logically separating a server using client virtualization includes a client terminal including a virtual environment generation unit for generating a virtual environment, and a virtualized server including a local storage unit, an authentication server for performing authentication on the client terminal when a request for access to the local storage unit is received from a process executed in the virtual environment, and a virtualization filter drier for allowing or blocking the access request to the local storage unit based on the authentication result of the client terminal. The client terminal further includes a virtualization filter drives for transmitting the access request from the process executed in the virtual environment to the local storage unit, and blocking the access request from the process without being made through the virtual environment to the local storage unit.

Abstract: The present invention relates to a method and apparatus for protecting data using a virtual environment, which creates a safe virtual environment that supports the execution of application programs being operated on a computer and which enables important data to be inputted or outputted only within the virtual environment, such that access to the important data is prevented in a general local environment. According to the present invention, data leakage is initially prevented to protect data, and convenience is provided in that a user may use the computer in a general manner while performing desired work.

Abstract: The invention relates to an apparatus for host-based network separation, comprising: a network separation switch which, when a process is being executed on a host computer, checks whether the network allocated to the process is an internal network or an external network in accordance with the network access authority allocated to the process, and separates the process by IPs allocated to each network; and a packet processor which blocks the access of packet data when the packet data of the process separated by IPs by the network separation switch access a network other than the network to which the relevant IP is allocated.

Abstract: A fuel feeding control device of a compressed natural gas engine, may include a plurality of storage containers storing compressed natural gas (CNG) and respectively having a fuel inlet and a fuel outlet, a plurality of safety valves respectively connected to the fuel outlet of each storage container, a first line connecting each safety valve to the engine and guiding a flow of the CNG supplied from the respective storage container to the engine, a first valve located adjacent to the storage containers in the first line and controlling a supply of the CNG to the engine, a key switch unit detecting key-on/key-off states, and a controller generating opening/closing signals of the first valve according to the key-on/key-off states, wherein the storage containers are arranged so that the safety valves disposed at each fuel outlet of adjacent storage containers are positioned in opposite locations each other.

Abstract: An engine mount insulator is interposed between a chassis frame and an engine, and includes a lower housing including flanges fixed to a lateral side of the chassis frame by means of a bolt, and a reverse-V shaped plate provided between the flanges and extending toward the engine; an upper housing including a body, a predetermined portion of which is fixed to one side of the engine by means of a bolt, and wings having a reverse-V shape and extending downward from both sides of the body; a rubber member having a rectangular shape and including a first side assembled with an inner surface of the wings of the upper housing, and a second side assembled with the lower housing; and a side plate assembled with the upper housing by means of a bolt so as to support the rubber member from a lower portion of the rubber member.