Abstract: The invention is an igniter gun equipped with a safety mechanism. The invention is characterized in that a lever is provided between a piezoelectric pusher and a trigger, with a first end of the lever pivotally connected to the casing, the second end and middle portion of the lever abutting against the trigger and the piezoelectric pusher respectively; one end of a gas controller is connected with a gas outlet valve, while another end of the gas controller forms a hook that abuts against the first end of the lever, a safety spring which urges the hook to go beyond a movement range of the first end of the lever is set between one side of the gas controller and a casing, a controller switch abutting against a back of the hook is set between another side of the gas controller and the casing, the controller switch is pivotally connected to the casing, and a portion of the controller switch exposed outside the casing.

Abstract: A disk-like piezoelectric lighter with a safety lock includes a casing, a gas emitting nozzle, a piezoelectric unit, a sliding member and a safety lock. The safety lock comprises an arcuate resilient arm; a sliding cap having an cover portion, a pair of stands, a pair of branch arms, a lateral blocking stopper and a guiding slot; a safety button which comprises a base portion and a button portion and which is mounted slidably in the guiding slot in such a manner that the base portion comes into contact with the resilient arm to allow the resilient arm to be shifted from the locked position that the resilient arm is blocked up by the blocking stopper to the unlocked position that the blocking up is released to ignite the piezoelectric lighter.

Abstract: A piezoelectric lighter of model R with a safety device includes a casing, a storage, a gas emitting nozzle, a piezoelectric unit, a fixed cover, and a safety device. The safety device comprises a blocking stopper; an ignition cap having a cover, a guiding groove and a guiding aperture; a safety button comprising a button portion, a locking arm, a spring and a guiding retaining shaft that is movably arranged in the guiding aperture to push by the spring force the safety button right to form a locked position that the blocking stopper is located in the traveling way of the locking arm; only if the button portion is pushed left, the locking arm is moved away from the stopper to form an unlocked position that the blocking up is released to ignite the piezoelectric lighter.

Abstract: A safety mechanism in a utility lighter which includes a lever spring and cam mechanism having a fuel release lever and the safety button. When the cam mechanism is in the locked position, the lever spring blocks the stopper tab preventing depression of the trigger, and the fuel release lever closes the fuel release valve. As the safety button is depressed, the lever spring is moved out of alignment with the stopper tab to permit depression of the trigger, the hub rotates, and the fuel release lever is actuated to open the fuel-release valve. As the safety button is released, the lever spring urges the cam mechanism into the locked position.

Abstract: A lighter has been integrated into portable electronic equipments such as cellular phones, PDAs, or portable game players. The lighter can be completely stowed within the portable electronic equipment so that no parts protrude out of the portable electronic equipment's housing. Thereby not only the size can be reduced but also damage and entanglement with other things the portable electronic equipment is kept together as well as injuries can be avoided. The lighter is operated by a switch which is implemented as button either on the side of the portable electronic equipment or as a GUI menu or button on the display unit. When pressing the switch button the cover on the outlet of the lighter is being removed while at the same time a cylinder is being extended and moving out of the outlet, and a flame ignited in the burner unit appears from inside of the cylinder. The lighter includes a fuel tank which can be either fixed or removable as for instance fuel gas cartridges.

Abstract: A child resistant lighter includes a housing having a trigger slideably mounted thereon. A latch, internal to the housing, prevents movement of the trigger and thus prevents ignition of the lighter. A lever is pivotally mounted on the trigger. In one position, the lever is flush with the trigger, and not readily discernable as a lock release mechanism. In a second position, the lever is raised off of the trigger. In the raised position, the lever contacts the latch to slide the latch in a direction that enables movement of the trigger.

Abstract: A piezo ignition device (1) includes a piezo electric crystal (16), which is intended to generate a spark on an electrode (3) in said device when subjected to force. The ignition device (1) is mounted parallel with a mixer pipe (5) for delivering fuel to an open-air cooking apparatus, and the piezo electric crystal (16) is arranged so that the force applied to the crystal is directed parallel with the mixer pipe (5), wherein the force acting on the ingition device (1) for the ignition of said device is arranged to be applied parallel with said ignition device (1) in a direction from the electrode (3).

Abstract: A lighter includes a housing having a supply of fuel, an actuating member movably associated with the housing to selectively perform at least one ignition function, and a latch assembly associated with the housing for selectively changing the actuating member from a high-force mode to a low-force mode. The latch assembly preferably must be moved in at least two different directions to change the actuating member from the high-force mode to the low-force mode. The latch assembly may include a latch actuator movable mounted to a latch member. Various other features which improve the functioning of the lighter may be provided separately or in combination.

Abstract: A safety mechanism in a cigarette lighter that utilizes a multi-button system: a button and a button cover. The button has at least two elevations and is placed adjacent to the button cover. The button cover is coupled to one of the elevations of the button. A blocking element limits the downward movement of the button cover sufficiently to prevent activation of the piezo unit. To operate the lighter, the user must apply pressure to the button to operate release fuel and to operate the piezo unit to generate a spark.

Abstract: A burner with a stable mechanism stretching out from a proper location on the circumference, a stable slot is between two shaft slices with a connecting part, the piezo-electric device is a modulized body a piezo-electric module is inside the modulized body, one end of the piezo-electric module stretches out from the shell and is against the shaft, the other end connects to a press button, a conducting rod connects out from the piezo-electric module, and is apart from the burner cap, a combining object is on the location corresponding to the shaft slices; the modulized body can be combined with or detached from the stable slot by the combination or detachment of the combining object and the shaft slices. Users can press the press button and trigger the sparks between the conducting rod of the piezo-electric module and the burner cap to ignite fuel.

Abstract: The present invention relates to a lighter including a housing having a handle at one end and a nozzle at another end and including a fuel supply connected for selective fluid communication with the nozzle. A release member is cooperatively connected to the housing to initiate the flow of fuel from the fuel supply to the nozzle. An ignitor, such as a piezoelectric mechanism, is provided for generating a spark proximate the nozzle. A trigger spaced from the release member is operatively connected to the housing for actuating the ignitor for the generation of a spark igniting the fuel present at the nozzle.

Abstract: An electronic lighter with locking device comprises a gas storage chamber (13), a piezoelectric unit (15) and a gas outlet assembly (16) above the chamber. The piezoelectric unit includes a snapper (8) and a piezoelectric chunk (11). The gas outlet assembly (16) includes a pry plate (2) and a gas outlet valve (3). A slot (9) is made on the snapper (8), which has a circular open groove (92) at its end. A swinging button (7) is provided inside the slot (9), which is able to rotate and equipped with a long arm (72) that is able to rotate around the open groove (92). The piezoelectric chunk has a protrusion (111). When lighter is at a locking position, the button (7) is not allowed to move downward because its long arm (72) is located above the protrusion (111). For assuring the safety of lighter and preventing from incorrect operation, combined with the snapper, a locking mechanism is provided in this invention.

Abstract: A safety arrangement for a utility lighter includes a stop post extended from a pusher button and a locking member which includes a switching member slidably mounted on a sidewall of the casing along a safety slot and a stopper extended from the switching member to the internal cavity through the safety slot to align with the stop post. The switching member is arranged to slidably drive the stopper between a locked position and an unlocked position, wherein at the locked position, the stop post is blocked by the stopper so as to block a downward movement of the pusher button for ignition, and at the unlocked position, the switch member is arranged to drive the stopper to move to an offset position that allows the pusher button to be depressed so as to depress the movable part of the piezoelectric unit for igniting the utility lighter.

Abstract: An igniting lighter for a barbecue preparation apparatus is disclosed, in which a safety device is naturally unlocked by the fingers of the igniting person during an ignition of the barbecue preparation apparatus, and the safety device is automatically locked after the ignition. In the igniting lighter of the present disclosure, the safety button elastically supported by a spring is disposed at a rear of an igniting button, and therefore, the safety button is pressed naturally by an indicating finger when pressing the igniting button with a thumb, whereby the safety device is naturally unlocked when igniting, and is automatically locked upon finishing the ignition.

Abstract: A lighter includes a body for containing fuel, a tube extending from the body for transmitting the fuel and a nozzle attached to the tube for spraying the fuel. In an idle mode, the tube can be wound around the body. In a working mode, the tube is unwound from the body.

Abstract: A safety device for a utility lighter includes a pusher button slidably mounted on a lighter housing for simultaneously lifting up the gas valve and compressing the piezoelectric unit, a restraining latch transversely extended in the lighter housing, and a safety rotor, which is rotatably connected to the pusher button, having a blocking latch to normally align with the restraining latch to block the upwardly movement of the pusher button for ignition. To ignite the lighter, an adult's thumb has to downwardly rotate the safety rotor to offset the blocking latch with the restraining latch and upwardly push the pusher button in one sequential manner.

Abstract: The present invention provides an ignition actuation mechanism for the manual actuator of a spark producing device in a fuel gas lighter to increase the actuation force immediately before spark discharge without unreasonably increasing the actuation force at the initial stages of movement of the manual actuator to reduce that chances of inadvertent ignition by small children, but maintaining good operability for adult users. Movement of the manual actuator is always resisted by a first elastic member while a second elastic member is positioned to resist movement of the manual actuator at a maximum of 30N to 50N after 60% or more of the total movement of the manual actuator required to produce a spark has occurred. Preferably the second elastic member is one or more flexible fingers molded from polyacetal resin.

Abstract: A lighter incorporates with a fuel supply arrangement which includes a replaceable fuel cartridge detachably received in a receiving cavity of a casing for storing a liquefied fuel, and a gas releasable valve extended from the replaceable fuel cartridge for controlling a flow of gas from the replaceable fuel cartridge. Therefore, a user is able to refill the fuel by simply replacing a used replaceable fuel cartridge with a new replaceable fuel cartridge which is fully pre-filled with fuel.

Abstract: A fuel-based appliance is equipped with a vocal device. The fuel-based appliance includes a switch installed thereon. The vocal device is installed in the fuel-based appliance. The vocal device includes a circuit board, a chip installed on the circuit board, a speaker installed on the circuit board and a button that is connected with the circuit board and that can be pressed via moving the switch.

Abstract: An ignition operation mechanism for slide type lighters that is capable of preventing accidental ignition or ignition due to erroneous use or the like while maintaining good operability, wherein pivots 22a, 22a for an operating cap 20 are made substantially circular in cross section and so sized as to form a vertically movable clearance as they are locked to a support section in the lighter main body, the pivots 22a, 22a for the operating cap 20 are normally urged to be positioned in the upper region of the interior of a support section by the spring force of a return spring for a piezoelectric mechanism 4, the operating cap 20 is slid until a lever member 21 strikes the lighter main body 1 and no longer moves in the slide direction, from which state (a), the operating cap is pressed downward, whereby the pivots 22a, 22a move downward (b) within the support section, whereupon pressing levers 23, 23 reach the operation stroke that overcomes the piezoelectric mechanism 4, producing a discharge voltage to enable

Abstract: An ignition gun device with safety switch. The device includes a hollow body with a safety switch near its center. The safety switch includes a body and a pressing part. The pressing part is placed freely onto the top of the body to move forward or backward. A brake bar is installed freely inside the pressing part to prevent the pressing part from moving forward. A brim of the hollow body is positioned corresponding to the connection of the safety switch. The brim blocks a pressing brim on the bottom of the pressing part to prevent the safety switch from being pushed down. During ignition, users have to move the brake bar to the blocking position and push the pressing part forward. The pressing brim then moves away from the brim enabling users to press down the safety switch to ignite the flame for safer and more convenient usage.

Abstract: An apparatus for the lighting of a candle that is elevated above a user includes a main body that has a trigger for releasing a quantity of butane from the main body. A plurality of sections of conduit cooperate with each other sufficient to telescope or extend from a retracted position into an extended position that is longer than the retracted position. When the trigger is depressed, butane is released from the main body and flows through all of the sections of conduit where it is eventually discharged into the ambient air. The butane is ignited, either by an on-board device or by a match, at a combined distal end of all of the sections of conduit. The sections of conduit provide a variable extensible effective length to the lighter that is adapted for igniting candles that are elevated above a user at varying distances. A candle snuffer is optionally included.

Abstract: The safety lighter includes contact wheels requiring rotation to rotate a spark wheel for generating a spark and, hence, a flame in the lighter. An extension, preferably part of the windscreen, includes a top wall overlying the majority of the circumferences of the contact wheels. Only a small portion of the contact wheel surfaces are therefore exposed for engagement by a user's thumb, thus increasing the strength and dexterity required to actuate the lighter and inhibiting actuation of the lighter by children.

Abstract: The present invention relates to a lighter which a user actuates by at least two different modes of operation. In the first mode, a plunger member is positioned to allow a biasing member to oppose movement of an actuating assembly so that a user releases fuel and ignites the lighter only if a high-actuation-force is applied to the actuator. In this first mode, the lighter resists operation by unintended users by requiring a user to have a predetermined level of strength to actuate the lighter. In the second mode, the plunger member is moved to a different position so that the biasing member does not oppose movement of the actuating assembly to the same extent as the first mode so that a user may release fuel and ignite the lighter if a low-actuation-force is applied to the actuator. Moving the plunger member from the first position to the second position preferably requires the user to have a predetermined level of cognitive abilities and/or physical characteristics in order to resist use by unintended users.

Abstract: A torch lighter includes a fuel nozzle assembly provided for vaporizing the fuel released therefrom to a high-pressured gaseous fuel to emit to the ignition chamber, wherein the vaporizer assembly includes a torch head, which is provided at an emitting end of a nozzle body and supported within a combustion housing, having a root chamber having a size larger than the size of the emitting end of the nozzle body to form a gas stabilizing reservoir to ensure a collective and stable flow of the mixture gas, and two or more elongated nozzle ducts each having an ignition end and a root end extended to a ceiling of the root chamber, wherein a mixture gas ejected from the two ignition ends is ignited in the ignition chamber to form two torches soaring away from the two ignition ends of the two nozzle ducts.

Abstract: Igniter with safety unit, the safety unit comprises a push-button that is arranged at the backside of the gun body and partially protrudes out of the gun body, it can be pushed forward and return relative to the gun body; a elastic limit bar that is arranged at the side of the part of the ignition trigger that is towards the backside of the gun body, in natural condition, its end keeps against a barrier block which is integrated with the inner wall of the gun body; a button that is arranged in the push-button and protrudes out of the push-button, it can be pressed into the gun body and return. A protruding part arranged on the button's inner side protrudes towards a mid-portion of the gun body. In natural condition, the protruding part is towards the blank part, but when the push-button is in pushed up condition, the protruding part is near the end of the elastic limit bar and opposite to it.

Abstract: A multiple-flame lighter, including: a lighter housing, a storage having an outlet valve, an inlet valve and a gas chamber for storing liquid fuel gas, a gas outlet control bar for controlling gas supply from said storage, and a windproof assembly connected to the gas pass of the storage, characterized in that it also includes: an electronic igniter, a flint igniter, an ignition controller, wherein between the sleeve and the windproof assembly there is provided with a flint igniter which is adjacent to the sleeve and a flame outlet which is connected to the gas pass of the storage. The single one lighter is simple in structure and may achieve powerful windproof effect and has advantages of long time service life, luminous application and less heat generation.

Abstract: A safety arrangement, which is incorporated with a piezoelectric lighter, includes two axle holders, each having a blocking member, provided on two inner sides of the casing respectively, and an ignition cap including a pivot arm extended downwardly into an ignition cavity of casing and two pivot axles outwardly extended from two sides of the pivot arm into the axle holders respectively so as to pivotally and radially support the ignition cap on the casing wherein the blocking members normally bias against the pivot axles respectively to block up a downward movement of the ignition cap. When the ignition cap is radially slid, the pivot axles are rotatably moved to release the blocking up of the ignition cap with respect to the blocking members respectively, such that the ignition cap is capable of sliding downwardly to depress a piezoelectric unit so as to ignite the piezoelectric lighter.

Abstract: An igniter includes a child resistant safety locking trigger. The trigger is provided with a release slider which is movable along the trigger body along a path arranged at an angle to the path of travel of the trigger body when being depressed for activation of the igniter. A stop member within the igniter prevents operation of the trigger until the release slider is moved to a release position.

Abstract: A construction for an igniter is provided that enables prevention of accidental ignition without the provision of a separate lock member. An igniter includes an igniter main body (2); an expulsion nozzle for expelling gas; a gas tank (6) for storing fuel; a valve mechanism (8) for opening and closing a gas channel between the gas tank and the expulsion nozzle; an ignition device (15) for generating an ignition discharge voltage; and an operating member (20) for performing the ignition operation. At least one of the valve mechanism (8) and the ignition device (15) are provided so as to be movable in the direction that the operating member (20) is pressed, accompanying a pressing operation of the operating member (20). Ignition is enabled by blocking the movement of the movable member from among the valve mechanism (8) and the ignition device (15) during the pressing operation of the operating member (20).

Abstract: The present invention is to provide an electronic pilot ignition with safety switch comprising a hollow body, a safety switch installed freely on the center of the hollow body, a pedestal on the safety switch and a brake bar inside a slide slot of the pedestal to move right or left in the slide slot, wherein the top of the brake bar exposes to the pedestal and the bottom of the brake bar stretches horizontally to an indentation slot of the hollow body to have the indentation slot block the brake bar, so that the safety switch can not be moved forward. A brake component is installed freely in an open slot of the pedestal near the brake bar, the brake component can be moved forward or backward inside the open slot and wedges to one of the open slot of the brake bar.

Abstract: A piezoelectric lighter includes a flame-generating device (30) including a gas jet releasing mechanism (36) and spark-generating mechanism piezoelectric mechanism (50). The lighter includes two actuating elements (32, 34; 140, 150, 170, 180; 210, 220; 240, 250) capable of moving along a longitudinal axis (XX′) under the action of a force exerted by the user, at least one (32; 140; 170; 210; 240) of the actuating elements, called first actuating element, being capable of moving independently of the second actuating element (34; 150; 180; 220; 250) and to act on at least on one (50) of the mechanisms, called first mechanism, the second actuating element being adapted to act on the second mechanism (36).

Abstract: A torch lighter includes a fuel nozzle assembly provided for vaporizing the fuel released therefrom to a high-pressured gaseous fuel to emit to the ignition chamber, wherein the vaporizer assembly includes a torch head, which is provided at an emitting end of a nozzle body and supported within a combustion housing, having a root chamber having a size larger than the size of the emitting end of the nozzle body to form a gas stabilizing reservoir to ensure a collective and stable flow of the mixture gas, and two or more elongated nozzle ducts each having an ignition end and a root end extended to a ceiling of the root chamber, wherein a mixture gas ejected from the two ignition ends is ignited in the ignition chamber to form two torches soaring away from the two ignition ends of the two nozzle ducts.

Abstract: A multiple-flame lighter, including: a lighter housing, a storage having an outlet valve, an inlet valve and a gas chamber for storing liquid fuel gas, a gas outlet control bar for controlling gas supply from said storage, and a windproof assembly connected to the gas pass of the storage, characterized in that it also includes: an electronic igniter, a flint igniter, an ignition controller, wherein between the sleeve and the windproof assembly there is provided with a flint igniter which is adjacent to the sleeve and a flame outlet which is connected to the gas pass of the storage. The single one lighter is simple in structure and may achieve powerful windproof effect and has advantages of long time service life, luminous application and less heat generation.

Abstract: A safety mechanism in a utility lighter which includes a lever spring and cam mechanism having a fuel release lever and the safety button. When the cam mechanism is in the locked position, the lever spring blocks the stopper tab preventing depression of the trigger, and the fuel release lever closes the fuel release valve. As the safety button is depressed, the lever spring is moved out of alignment with the stopper tab to permit depression of the trigger, the hub rotates, and the fuel release lever is actuated to open the fuel-release valve. As the safety button is released, the lever spring urges the cam mechanism into the locked position.

Abstract: The present invention relates to a lighter including a housing having a handle at one end and a nozzle at another end and including a fuel supply connected for selective fluid communication with the nozzle. A release member is cooperatively connected to the housing to initiate the flow of fuel from the fuel supply to the nozzle. An ignitor, such as a piezoelectric mechanism, is provided for generating a spark proximate the nozzle. A trigger spaced from the release member is operatively connected to the housing for actuating the ignitor for the generation of a spark igniting the fuel present at the nozzle.

Abstract: A dual-action safety arrangement for a piezoelectric lighter includes an axle holder provided at an inner side of a casing and an ignition cap, which is slidably mounted on a ceiling of the casing in a radially movable manner about an operation axle held at the axle holder, including a depressing arm extended to rest on top of a piezoelectric unit. To ignite the piezoelectric lighter, the ignition cap must be radially and rearwardly slid to actuate a gas emitting nozzle for releasing the gas from a liquefied gas storage and simultaneously depressed to depress a movable operating part of the piezoelectric unit to generate sparks to ignite the gas emitted from the gas emitting nozzle so as to ignite the piezoelectric lighter.

Abstract: A gas lighter with a locking device of q-shape for reliably preventing ignition of the lighter when the actuator is in its locked position, and allowing ignition of the lighter when the locking device is moved from the locked position to a second unlocked position. The piezoelectric device has a step, and an end portion of the locking device contacts with the step in its locked position. When the users operate the locking device, the end portion of the locking device can be disengaged from the step. When the locking device is in its unlocked position, the actuator of the gas lighter can be pressed down to ignite the gas lighter. When the external force is missing, the locking device returns to a normal locking position by the spring force of the piezoelectric device. According to the present invention, the safety of the gas lighter is improved and the potential safety hazard due to an unintentional operation is eliminated.

Abstract: A piezoelectric lighter includes a torch nozzle, having a receiving opening, received in the nozzle housing, a gas nozzle received in the nozzle housing at a position adjacent to the torch nozzle, and a fuel diverging system including a fuel guider having an fuel inlet communicating with the liquefied fuel storage and a fuel outlet, a first gas diffuser provided at the receiving opening of the torch nozzle to communicate the fuel outlet with the torch nozzle, and a second gas diffuser operatively connected to the fuel guider to communicate the liquefied fuel storage with the gas nozzle through the fuel lo inlet, in such a manner that the gas is released towards the torch nozzle and the gas nozzle through the first and second gas diffusers respectively to produce a torch flame and a flat flame in a synchronization manner.

Abstract: The present invention relates to a lighter. The lighter includes a housing having a supply of fuel, an actuating member movably associated with the housing to selectively ignite the fuel, and a latch moveable between a first latch position and a second latch position to vary the amount of force required to move the actuating member to ignite the fuel. When a user attempts to move the latch before moving the actuating member, a first latch force is required to move the latch from the first latch position to the second latch position. When a user attempts to move the actuating member before moving the latch, a second latch force is required to move the latch from the first latch position to the second latch position. The second latch force is different that the first latch force, and is preferably greater than the first latch force. Various other features that improve the functioning of the lighter may be provided separately or in combination.

Abstract: In an igniter (1) which is ignited by operation of an actuator 20 and is provided with a lock member (25) which locks an actuator (20) when the igniter is unused and automatically returns to the locking position after use of the igniter, operability is improved and assembly is simplified. A lock member (25) which is moved in the igniting direction together with the actuator (20) is installed to be movable between a locking position and a lock release position. A lock portion (25b) of the lock member (25) extending in the locking direction interferes with an engagement portion of the igniter body to lock igniting action of the actuator (20). The lock member (25) is urged to the locking position by an urging member (26). With the lock released by operation of the lock member (25), the actuator (20) is slid together with the lock member (25) to ignite the igniter (1).

Abstract: A lighter includes a device generating a flame whereof one part called actuator is mobile along a longitudinal axis between a neutral position, wherein the device cannot generate a flame, and an active position, wherein the device can generate a flame, and a safety mechanism mobile between a locked position, wherein the safety mechanism locks the actuator in its neutral position and a released position allowing the actuator to move toward its active position. The safety mechanism includes a safety member having a part which, when the safety mechanism is in the locked position, is inclined relative to the longitudinal axis of the actuator in the direction thereof so as to be arranged against a stop and, when the safety mechanism is in released position, is arranged facing a housing.

Abstract: A cigarette lighter includes a reservoir for storing fuel and a head formed on the reservoir. Moreover, the cigarette lighter includes a valve for releasing the fuel from the reservoir, a nozzle put in the head for spraying the fuel from the valve, an ignition device for igniting the fuel sprayed from the nozzle, a cover for covering the head and an alarm for providing only one round of a message every time the cover is lifted.

Abstract: A burner with a stable mechanism stretching out from a proper location on the circumference, a stable slot is between two shaft slices with a connecting part, the piezo-electric device is a modulized body a piezo-electric module is inside the modulized body, one end of the piezo-electric module stretches out from the shell and is against the shaft, the other end connects to a press button, a conducting rod connects out from the piezo-electric module, and is apart from the burner cap, a combining object is on the location corresponding to the shaft slices; the modulized body can be combined with or detached from the stable slot by the combination or detachment of the combining object and the shaft slices. Users can press the press button and trigger the sparks between the conducting rod of the piezo-electric module and the burner cap to ignite fuel.

Abstract: This invention relates to a kind of lighter comprising: a housing, a storage, a outlet control bar, at least an ignition chamber, at least an igniter and a head cover, characterized in that it also includes a middle seat for supporting said ignition chamber, and said inlet valve is provided on the side of outlet valve of said storage, and on the valve core of said inlet valve there is provided with a rotatable gear adjustment mechanism engaging with a gear provided on the case of said outlet valve. Such a structure may easily adjust the amount of gas as outlet and is simple in structure and may not affect use after injection of gas thereinto.

Abstract: A windproof lighter comprising: a lighter housing, a gas container for storing liquid inflammable gas, a storage with an inlet valve and an outlet valve, an outlet lever for control of gas supply from storage, a windproof jet means connected to a gas passage of said storage and an igniter assembly, characterized by further comprising a supporting seat on said lighter housing for connecting windproof jet means, a bracket dismountably provided in or above said lighter housing and said supporting seat, wherein said bracket has one side sleeved onto said supporting seat or connected to said windproof jet means while the other side provided with an igniter assembly, and when said bracket is dismounted, said windproof jet means partially protrudes over said supporting seat, so that said windproof jet means may be dismountably mounted with said supporting seat. With such a simple structure the lighter may be used for longer time and generate better flames.

Abstract: The present invention relates to a improved technology of electronic lighter, it includes the gas valve assembly on casing, piezoelectric assembly and press trigger, characterized in that a strengthener is provided between piezoelectric assembly and press trigger; there is a push key on press trigger and a reset spring between push key and side wall of press trigger with a lobe at its bottom which has a position corresponding to the top of strengthener. The present invention has properties of effective controlling the operation state of press trigger, preventing from mistake manipulation, heightening the safety of lighter and pushing the press trigger with ease for being supplemented with a strengthener and realizing its matching with push key.

Abstract: A child-resistant lighter is disclosed which includes an actuator and a latch member coupled thereto. The latch member includes a finger actuation portion and a body portion integrally formed therewith. The body portion has a free end. In accordance with one embodiment of the invention when in an inoperative position, the free end of the latch member is aligned with a blocking surface of the lighter body, thus, preventing inadvertent lighting of the lighter. When in an operative position, the free end of the latch member is pivoted out of alignment with the blocking surface so that the lighter can function. During pivoting, as the finger actuation portion moves in a first direction, the free end moves in an opposite, second direction. The first direction is substantially forward and the second direction is substantially rearward. In another embodiment, the latch member can be slidable coupled to the actuator.

Abstract: A safety piezoelectric lighter incorporates with a safety arrangement which includes an ignition cap having a locker cavity. A locking unit includes a locking latch extended from an inner wall of the casing and a locker arm disposed in the locker cavity of the ignition cap. An operation button slidably mounted on the ignition cap for moving the locker arm to an unlocked position. A resilient element is arranged for applying an urging pressure against the locker arm so as to normally retain the locker arm in a locking position that the locker arm is biased against the locker latch so as to block up the ignition cap from being slid downward for ignition. A user must operate the operation button for moving the locker arm away from the locking latch, so that the ignition cap is capable of being slid downward to ignite the piezoelectric lighter.

Abstract: A cigarette lighter includes a body, a valve, a nozzle, an ignition device, a lever, a latch and an alarm. The body stores fuel. The valve is in communication with the body and movable between a closed position for keeping the fuel in the body and an open position for transferring the fuel from the body. The nozzle is in communication with the valve for spraying the fuel. The ignition device is mounted on the body for igniting the fuel sprayed from the nozzle. The lever is connected between the valve and the ignition device so that the valve is in the closed position when the ignition device is idle and that the valve is in the open position when the ignition device is actuated. The latch is movably mounted on the body between a locking position for preventing actuation of the ignition device and a releasing position for allowing actuation of the ignition device. The alarm is for contact with the latch for providing an alert in the releasing position of the latch.