Abstract: Coffee maker and microwave oven and method for controlling the same are disclosed. The coffee maker and microwave oven includes an outfit room for mounting various electric components on an inside thereof, a case at one side of the outfit room, a water tank in the case, a funnel having a filter placed thereon for extraction of coffee, a jug under the funnel for storage of extracted coffee, a water supply pipe having one end connected to the water tank, the other end position over the funnel, and a portion on a bottom of the case, and a heater assembly on the bottom of the case, the heater assembly having a heating heater for heating potable water passing through the water supply pipe, and a heat conservation heater for heating coffee in the jug to maintain a temperature of the coffee constant.

Abstract: A collapsible canopy frame includes a plurality of side poles, and a plurality of scissor assemblies for coupling the side poles to one another. The collapsible canopy frame also includes a center support pole, which includes an outer pole having an upper end and a lower end, and an inner pole slidable within the outer pole. The inner pole has an upper end that can extend upwardly from the outer pole and a lower end that can extend downwardly from the outer pole. A plurality of center scissor assemblies are provided for coupling the plurality of scissor assemblies to the center support pole. A fixing bracket fixed to the lower end of the outer pole has a central opening around the inner pole and a side opening. A locking pin is disposed at least partly in the side opening of the fixing bracket, and is used for fixedly coupling the inner pole to the fixing bracket.

Abstract: Provided is a method of securely transferring a programmable packet using digital signatures having an access-controlled high-security verification key, by which the programmable packet is transferred using digital signatures having a sufficiently long signing key and an access-controlled high-security verification key in an environment of a programmable network that only a transfer node knows an address of a final receipt node and intermediate receipt nodes are not determined.

Abstract: An apparatus and method for providing traceback connection using a connection redirection technique are provided. A packet blocking unit blocks an attack packet transmitted to the system and a first response packet output from the system in response to the attack packet, if a system attack sensing signal is received. A response packet generation unit generates a second response packet into which a watermark is inserted, in response to the attack packet, and transmits the second response packet to a system corresponding to the source address of the attack packet. A path traceback unit receives a detection packet containing transmission path information of the second response packet from a system existing on a transmission path of the second response packet, and based on the received detection packet, traces back the transmission path of the second response packet and identifies the location of the attacker system.

Abstract: A collapsible canopy frame is provided that includes a plurality of side poles arranged in a configuration and a center pole disposed generally at a center of the configuration of the side poles. The collapsible canopy frame also includes a plurality of edge scissor assemblies each having a length and a midpoint along the length. Each edge scissor assembly is coupled between adjacent ones of the plurality of side poles. The collapsible canopy frame also includes at least one inner scissor assembly including a first end and a second end, wherein the first end is coupled to a corresponding one of the edge scissor assemblies at a position offset from the midpoint along the length of the corresponding one of the edge scissor assemblies, and wherein the second end is coupled to the center pole.

Abstract: A collapsible canopy frame is provided that includes a first truss bar having a surface that defines an opening; a second truss bar having a surface that defines an opening that is aligned with the first truss bar opening; and a connector assembly that pivotally connects the first truss bar to the second truss bar. The connector assembly includes a locking plate at a second end of the connector assembly having a base that defines first and second surfaces with an opening extending therebetween, wherein the first base surface abuts the second truss bar; and a fastener having a main body that extends through each of the first and second truss bar openings and the locking plate base opening. The fastener also includes spaced apart first and second arms each having a shoulder that laterally extends from the main body to abut the second base surface of the locking plate to pivotally connect the first truss bar to the second truss bar.

Abstract: A method of automatically assigning a signaling terminal in a mobile communication system comprising the steps of: receiving an alarm from an SSFA and determining whether the SSFA is connected or removed according to information data of the received alarm; when the SSFA is removed, obtaining an SLP value of a signaling link to which a signaling terminal in the removed SSFA is assigned and determining whether or not there exists an alternative signaling terminal which is not assigned to any signaling link and in a normal state in connected SSFAs; when the alternative signaling terminal is found, updating the value of the SLP of the signaling link to which the signaling terminal of the removed SSFA has been assigned with the alternative signaling terminal in a database and activating the signaling link to which the alternative signaling terminal is newly assigned; when the SSFA is connected, testing loop of a signaling terminal to determine whether or not the signaling terminal is in the normal state; and when