Abstract: A safety faucet includes: a discharge pipe which has a hot water discharge path formed therein; a packing which moves up and down inside the discharge pipe; an operation shaft which is fixed to the packing; an upper cap which covers an upper opening of the discharge pipe, and has an upper cap through-hole formed in a center thereof to expose an upper end of the operation shaft; a lever which is rotatably coupled to the upper end of the operation shaft, and has an auxiliary operation hinge hole formed in an upper end thereof; and a safety member from which an auxiliary operation hinge shaft inserted into the auxiliary operation hinge hole is protruded, and has a cap contacting part formed in a lower end thereof to meet with an upper surface of the upper cap to form a support point.

Abstract: A safety faucet has a safety button which is positioned in front of a lever and slidingly moves in the front/back direction, and when the safety button is pressed, a cap contacting part on the lower end of the safety button rotates while forming a support point with respect to the upper surface of an upper cap; and has a fixed pin, which passes through an insertion groove formed on the upper end of an operation shaft, fixed together with the body of the lever, thereby preventing the lever from shaking left and right.

Abstract: A safety faucet includes: a discharge pipe which has a hot water discharge path formed therein; a packing which moves up and down inside the discharge pipe; an operation shaft which is fixed to the packing; an upper cap which covers an upper opening of the discharge pipe, and has an upper cap through-hole formed in a center thereof to expose an upper end of the operation shaft; a lever which is rotatably coupled to the upper end of the operation shaft, and has an auxiliary operation hinge hole formed in an upper end thereof; and a safety member from which an auxiliary operation hinge shaft inserted into the auxiliary operation hinge hole is protruded, and has a cap contacting part formed in a lower end thereof to meet with an upper surface of the upper cap to form a support point.

Abstract: A safety faucet has a safety button which is positioned in front of a lever and slidingly moves in the front/back direction, and when the safety button is pressed, a cap contacting part on the lower end of the safety button rotates while forming a support point with respect to the upper surface of an upper cap; and has a fixed pin, which passes through an insertion groove formed on the upper end of an operation shaft, fixed together with the body of the lever, thereby preventing the lever from shaking left and right.

Abstract: The present invention relates to a beverage machine with a rotatable brew chamber, and more particularly, to a beverage machine with a rotatable brew chamber wherein the brew chamber is moved upwardly and downwardly and rotated forwardly and backwardly by means of an operation of a lever and high pressure air is supplied to a water outlet pipe connecting a temperature conversion tank and the brew chamber with each other, thus completely discharging the liquid remaining in the water outlet pipe. According to the present invention, the brew chamber can be open or closed by means of one time operation of the lever, thus allowing a cartridge to be easily detachably mounted therein.

Abstract: The present invention relates to a beverage machine with a rotatable brew chamber, and more particularly, to a beverage machine with a rotatable brew chamber wherein the brew chamber is moved upwardly and downwardly and rotated forwardly and backwardly by means of an operation of a lever and high pressure air is supplied to a water outlet pipe connecting a temperature conversion tank and the brew chamber with each other, thus completely discharging the liquid remaining in the water outlet pipe. According to the present invention, the brew chamber can be open or closed by means of one time operation of the lever, thus allowing a cartridge to be easily detachably mounted therein.

Abstract: Provided is a method for manufacturing a water bottle mounting supplier. The method includes the steps of: a) integrally forming a water bottle mounting unit, a water supply pipe, and a supporting rod using a top and bottom mold, where the water bottle mounting unit is formed in a funnel shape for supporting the water bottle, the water supply pipe is projected from a bottom center of the water bottle mounting unit toward a top, and an inlet formed at a side of the top for supplying water downwardly, and the supporting rod projected from an upper center of the water supply pipe toward a top; and b) connecting a stopper fixing unit to the supporting rod, where the stopper fixing unit is formed in a semicircle shape and includes a through-hole formed at a center in a vertical direction to receive the supporting rod.

Abstract: Provided is a method for manufacturing a water bottle mounting supplier. The method includes the steps of: a) integrally forming a water bottle mounting unit, a water supply pipe, and a supporting rod using a top and bottom mold, where the water bottle mounting unit is formed in a funnel shape for supporting the water bottle, the water supply pipe is projected from a bottom center of the water bottle mounting unit toward a top, and an inlet formed at a side of the top for supplying water downwardly, and the supporting rod projected from an upper center of the water supply pipe toward a top; and b) connecting a stopper fixing unit to the supporting rod, where the stopper fixing unit is formed in a semicircle shape and includes a through-hole formed at a center in a vertical direction to receive the supporting rod.

Abstract: A tap attached to one end of a water pipe or a connecting pipe of a water dispenser, and controlling the flow of water or liquid by opening and closing an outlet by the operation of a handle actuated by the leverage, the tap including a body having a shaft with a compression spring, connected to a packing used for opening and closing the outlet, and a lid serving to support a support point when turning or, or off the tap; a push handle mounted on the upper portion of the body and having a shaft connecting boss coupled to the front end of the shaft, a downward rotation stopper, an upward rotation stopper, a push portion, and a race formed on its middle; and an auxiliary handle inserted into the race of the push handle and varying the support point of the push handle according to its two-stage operation, thus controlling the opening/closing of the packing with safety.

Abstract: A locking apparatus for vehicles of the present invention is constituted by a rigid lock body and a hook. The hook is connected to the lock body in a ring shape such that, at least one end thereof can be separated from the lock body. The lock body includes a moving plate which engages with and disengages from the separating end side of the hook, responding to the external operation for unlocking and locking, and an operating shaft capable of reciprocating in an interlocking fashion with the moving plate. On the operating shaft, a plurality of dials are respectively disposed rotatably via bushes. Between the dials and the bushes, an unlocking code sequence setting mechanism for setting an unlocking code sequence freely is formed, and between the operating shaft and the bush, a lock mechanism is formed.

Abstract: A code lock device comprising an actuator responding to a release operation and a locking operation, and an actuation which performs reciprocating motion and normal and reverse rotation. A plurality of dials for setting a release code series and a plurality of drive plates each of which responds to each dial and integrally rotates with each actuation shaft are provided on the actuation shaft, and a dial enforced reset mechanism is equipped between each drive plate and each corresponding dial. This dial enforced reset mechanism makes each drive plate and each corresponding dial engage each other by an engaging means in response to reciprocating motion and normal and reverse rotation of the actuation shaft in the case of the release operation or the locking operation, and makes each dial forcibly rotate to break the release code series in response to rotation of the actuation shaft.

Abstract: A dial lock comprises: a slide bar (10) which is controlled of its movement by engagement with a lock pin (2), dials (3) for controlling movement of the lock pin (2) with respective optional retrieving number, return-to-zero gears (6) to return the dials (3) to these zero-indicating positions at the time of locking and unlocking, and anti-locking means for enabling the locking only after a case when at least one of the dials is set to indicate a number other than zero, whereby optional unlocking number can be set without fail in locking operation.

Abstract: A lock applied to an opening-closing part of a locker for rent or the like includes a combination lock in a movable member of a door or the like with a locking mechanism having a cam plate engaging with and disengaging from a catcher of the main body side and a dial lock for defining operation of the locking mechanism disposed in linkage with this locking mechanism. A mechanism is provided such that the lock-releasing numerals in the dial lock can be arbitrarily set by the user.