Abstract: The present invention provides a gas safety ignition switch, comprising components of a gas switch body, a closer unit, a rotary knob unit, a presser, a micro switch and an electronic ignition device, characterized in that: one side of the gas switch body is configured with an opening, the opening being corresponding to an actuation point of the micro switch and the spindle, an actuator, configured inside the opening in a movable manner, including an contacting end and a pushing end, the pushing end being corresponding to the actuation point of the micro switch; the edge of the driving diaphragm is also configured with an indentation corresponding to one end of the actuator; thus, when pressing the spindle of the rotary knob unit, the driving diaphragm can move so that the contacting end of the actuator will be right inside the indentation, and when turning the spindle, the driving diaphragm will turn synchronously to tightly push against the contacting end, and will push the actuator to further drive the mic

Abstract: The present invention provides a gas safety ignition switch, comprising components of a gas switch body, a closer unit, a rotary knob unit, a presser, a micro switch and an electronic ignition device, characterized in that: one side of the gas switch body is configured with an opening, the opening being corresponding to an actuation point of the micro switch and the spindle, an actuator, configured inside the opening in a movable manner, including an contacting end and a pushing end, the pushing end being corresponding to the actuation point of the micro switch; the edge of the driving diaphragm is also configured with an indentation corresponding to one end of the actuator; thus, when pressing the spindle of the rotary knob unit, the driving diaphragm can move so that the contacting end of the actuator will be right inside the indentation, and when turning the spindle, the driving diaphragm will turn synchronously to tightly push against the contacting end, and will push the actuator to further drive the mic

Abstract: A gas switch capable of adjusting fire intensity finely includes a gas switch capable of adjusting fire intensity finely, comprising a switch body inside which a guide is installed, a valve set that revolves inside the switch body and includes a hollow valve and a pilot valve moving elastically through the valve, a drive component installed inside the switch body, which contains a rotating rod that can move along and rotate round the same shaft of the valve set, a guide rod placed on the rotating rod and leaning on the guide, a regulating block installed movably at one end of the rotating rod and leaning against the pilot valve, and a connecting component for linking the drive component with the valve set flexibly.

Abstract: A multiple-input gas adjuster includes a case having a chamber therein, an input channel, an output channel communicated with the chamber, a first input bore and a second input bore communicated with the input channel and the chamber. A pressure adjusting mechanism has a film assembly, a movable shaft to be reciprocated by the film assembly, a swing device pivoted in the case with an end thereof connected to the movable shaft and an opposite end for sealing the second input bore, and a driving device received in the first input bore and connected to the movable shaft for reciprocation to seal the first input bore. High pressure gas may flows into the first and second input bores through the input channel for pressure adjusting operation. With the action of the pressure adjusting mechanism, the present invention provides a well pressure reducing and stabilizing performance.

Abstract: A gas switch capable of adjusting fire intensity finely includes a gas switch capable of adjusting fire intensity finely, comprising a switch body inside which a guide is installed, a fastener set that revolves inside the switch body and includes a hollow fastener and a fastener rod moving elastically through the faster, a drive component installed inside the switch body, which contains a rotating rod that can move along and rotate round the same shaft of the fastener set, a guide rod placed on the rotating rod and leaning on the guide, a regulating block installed movably at one end of the rotating rod and leaning against the fastener rod, and a connecting component for linking the drive component with the fastener set flexibly.

Abstract: A safety switch of a gas stove includes a main member including a cone valve chamber, a first chamber, a second chamber, an input tunnel, a first output tunnel and a second output tunnel connected to the second chamber and outside. A close member, an electromagnetic valve and a first temperature controller are mounted in the valve chamber, the first chamber and the second chamber respectively. A second temperature controller and a knob set are mounted on the main member. The knob set is connected to the close member, the first temperature controller and the electromagnetic valve to turn the close member and activate the first temperature controller and the electromagnetic valve for control of gas flowing into the input tunnel or flowing out of the first and second output tunnels. The present invention provides the functions of sequent ignition, shut the gas when flame is out, and temperature control.

Abstract: A nozzle for both types of gas stove of liquefied petroleum gas and natural gas includes a nozzle and an adjustable member. The nozzle member includes a gas channel, a receiving portion communicated with the gas channel. The adjustable member is received in the receiving portion, which has a plurality of apertures thereon. The adjustable member is moved to various positions to have the predetermined apertures communicated with the gas channel respectively to provide different gas supplies for the gas stove of liquefied petroleum gas or natural gas.

Abstract: A multiple-input gas adjuster includes a case having a chamber therein, an input channel, an output channel communicated with the chamber, a first input bore and a second input bore communicated with the input channel and the chamber. A pressure adjusting mechanism has a film assembly, a movable shaft to be reciprocated by the film assembly, a swing device pivoted in the case with an end thereof connected to the movable shaft and an opposite end for sealing the second input bore, and a driving device received in the first input bore and connected to the movable shaft for reciprocation to seal the first input bore. High pressure gas may flows into the first and second input bores through the input channel for pressure adjusting operation. With the action of the pressure adjusting mechanism, the present invention provides a well pressure reducing and stabilizing performance.

Abstract: A display equipment of gas contents include a sensing device mounted on an outlet of a gas supply and a display device mounted on a control panel of a gas stove. The sensing device has a floating member to be moved by a gas pressure of the gas supply. The display device has a switch and a display electrically connected to the switch. The switch is provided on the sensing device and in association with the floating member that the floating member may turn on or turn off the switch when the floating member is moved by the gas pressure, and the display shows relative information according to the switch. The display equipment of gas contents of the present invention may tell the remaining gas on the gas stove and whether there is a gas leakage in the system.

Abstract: A safety switch of a gas stove includes a main member including a cone valve chamber, a first chamber, a second chamber, an input tunnel, a first output tunnel and a second output tunnel connected to the second chamber and outside. A close member, an electromagnetic valve and a first temperature controller are mounted in the valve chamber, the first chamber and the second chamber respectively. A second temperature controller and a knob set are mounted on the main member. The knob set is connected to the close member, the first temperature controller and the electromagnetic valve to turn the close member and activate the first temperature controller and the electromagnetic valve for control of gas flowing into the input tunnel or flowing out of the first and second output tunnels. The present invention provides the functions of sequent ignition, shut the gas when flame is out, and temperature control.

Abstract: A safety controller includes a housing including a base and a cover. The base has a main member with a chamber therein, an input channel, an output channel, a gas channel, a check port between the gas channel and the chamber, a lid member with an open end communicated with the chamber. A support member is provided in the chamber. A film resides between the lid member and the cover to separate a space into an inner pressure room and an outer pressure room. A control device is provided in the chamber with an end connected to the film to control a flow rate of gas flowing to the gas channel from the chamber. A pressure up electromagnetic valve and an exhaust electromagnetic valve are provided beside the cover to be activated to change pressures in the inner and outer pressure room respectively to make the film deforming.

Abstract: A burner base includes a base member, a gas tube and a nozzle. The burner base includes a base, a housing on the base with an opening at a top thereof, an indentation at a junction of the base and the housing, a hollow connection member on the housing, an output tube in the housing and communicated with the indentation. The housing has an output passageway therein, and the base has a gas passageway therein communicated with the indentation. The gas tube is connected to the connection member and communicated with the output passageway. The nozzle is connected to the gas passageway to jet gas to the output tube through the indentation. Gas is provided into the base member through the gas tub and the nozzle respectively and flows out via the output passageway and output tube respectively.

Abstract: A gas stove includes a stove body, a burner, a valve seat, a flow controller, a lighting device, and a temperature sensor. The character of the present invention is further provided with a control unit, which includes an operation device and a control device. The operation device includes a power switch and setting keys for set and adjustment of temperature and time, and the control device is electrically connected to the operation device, the flow controller, the lighting device and the temperature sensor to close the flow controller to stop the burner when the temperature sensor senses a temperature identical to a setting temperature and to open the flow controller and start the lighting device to make the burner burning when the temperature senses a temperature lower than the setting temperature.

Abstract: A nozzle for both types of gas stove of liquefied petroleum gas and natural gas includes a nozzle and an adjustable member. The nozzle member includes a gas channel, a receiving portion communicated with the gas channel. The adjustable member is received in the receiving portion, which has a plurality of apertures thereon. The adjustable member is moved to various positions to have the predetermined apertures communicated with the gas channel respectively to provide different gas supplies for the gas stove of liquefied petroleum gas or natural gas.

Abstract: The invention is providing an improved control valve, in the connecting mechanism of a gas container and a pressure regulator consisting a valve body, set up with a hollow receiving room at one end and penetrating with a 1st flow field linked with a receiving room, which is set up with a control mouth at the joint of the receiving room and 1st flow field; a fitting is set up in that receiving room and a 2nd flow field is linked with the control mouth in a expected distance; a magnet is set up in an interval between the fitting and the control mouth; a slippery metal ball is absorbed by the magnetism of the magnet, which outer diameter is larger than the bore of the control mouth; wherein, when the fluid flow in the 1st and 2nd flow field increases so that the attraction to the ball is stronger than the magnetism attraction of the magnet or the magnet is demagnetized because of being heated up to an expected temperature, the ball will fall off and driven by the fluid to shut the control mouth so as to break th

Abstract: The invention relates to a stove which is suitable for various kinds of gas pressure, comprising a stove embodiment and a gas stove head set up inside the stove embodiment connected by a gas pipe which is set up at an air outlet mouth of a pressure control valve of a gas tank, a control unit contains a valve base set up on the stove embodiment, the valve base having a hollow room and an air intake mouth connecting the hollow room, the air intake mouth is connected with a gas pipe so that the various kinds of pressure gas output from the pressure control valve can input into the room, a magnetic valve is set up in that room, consisting relatively to the air outlet mouth of the stove head air intake end to control if the gas in that room shall flow to the stove head by the air outlet mouth and for lighting to burn; an automatic lighting device is set up on the stove embodiment and electrically is connected with the magnetic valve so as to active the magnetic valve and light the stove.

Abstract: An ignition switch has a switch member, a closed device, a knob assembly, a terminal switch and a driving device. The switch member has an opening. The terminal switch has a conductive end inserted into the opening of the switch member. The driving device has a conductive portion and an insulating portion to touch the conductive end of the terminal switch. The driving device is turned by the knob assembly to select the conductive portion or the insulating portion to touch the conductive end of the terminal switch.

Abstract: A gas stove has a lower stove having a first stove member, a plurality of gas ignition devices at a side of the first stove member and a gas burner at a top side of the first stove member and connected to one of the gas ignition devices. An upper stove, which is mounted at a top side of the lower stove, has a second stove member and an infrared rays burner at a side of the second stove member associated with the gas burner and connected to one of the gas ignition devices, and a first ignition device is mounted at an end of the infrared rays burner and connected to one of the gas ignition devices, which has a gas tube and an ignition member associated with the infrared rays burner. The first ignition device ignites the gas issued to the infrared rays burner prior to the gas ignition device.

Abstract: An ignition switch has a switch member with a closed device therein, a knob and an electromagnetic valve a driving device. The knob is provided on the switch member for driving the closed device. The switch member further is provided with a chamber, in which a driving device is received. The driving device connects the knob and the electromagnetic valve, whereby the electromagnetic valve is activated while the knob is pressed.

Abstract: An ignition controller has a pressure controller having a housing with a first inlet and a first outlet, an ignition adjustor having a housing with a second inlet and a second outlet and an adjusting assembly. The second outlet is connected to the second inlet and the second inlet is connected to the first outlet of the pressure controller and the adjusting assembly is movably mounted to the housing to adjust the gas flow rate in the second outlet. The ignition controller is mounted on a barbecue grill with the first inlet connected to a gas supply and the second outlet connected to a burner member whereby the gas flow has a stable pressure and the gas flow rate is precisely adjusted.