Abstract: A glue gun is adapted to receive a glue stick and to feed the glue stick forwardly a heater subassembly. A trigger is sequentially operated to advance the glue stick. The heater assembly transforms the glue stick into molten glue which is dispensed through a frontal nozzle of the glue gun. The glue gun has a temperature indicator. The glue gun is exteriorly ergonomically configured for facile usage.

Abstract: A hot air generator comprising a handle (12), an elongated nozzle (14), flame generating means (6), a venturi (4), a gas conduit (162) intended to bring a combustible gas into the elongated nozzle (14) and at the flame generating means (6), an air conduit (164) intended for bringing compressed air into the elongated nozzle (14) and downstream from the venturi; characterized in that the generator further comprises a servocontrolled pressure regulator (2) controlling a gas pressure (Pd.g) in the gas conduit (162) depending on an air pressure (Pd.a) in the air conduit (164).

Abstract: A glue gun (10) comprising a body member (3) in which a glue accommodating and melting chamber (4) for receiving stick glue is formed and combustion chamber 910) is also formed for accommodating a gas catalytic combustion element (14). A temperature responsive valve (25) controls the supply of fuel gas to the combustion chamber 910) for maintaining the temperature of the body member (3) at approximately 140° C.

Abstract: A gas powered soldering tool (1) comprising a handle (2) and a tubular carrier member (15) extending therefrom. A combustion chamber (22) is formed in a distal end (19) of the carrier member (15) within which a catalytic combustion element (23) of cylindrical construction is located. Fuel gas/air mixture is supplied to the combustion chamber (22) through the carrier member (15). A receiving member (30) is crimped onto the carrier member (15) at the distal end thereof and releasably carries a soldering tip tool (18). A spigot (40) extending from the soldering tip tool (18) into the combustion chamber (22) conducts heat from the combustion chamber (22) to a soldering tip portion (36) of the soldering tool tip (18). A plug member (37) of the soldering tool tip (18) is threaded for engaging corresponding threads in a bore (31) of the receiving member (30) for facilitating replacement of the soldering tool (18).

Abstract: A soldering iron capable of eliminating static charges accumulated on an operator or materials to be soldered simply without using no particular charge elimination device, the soldering iron comprising a combustion catalyst for complete combustion of a gas mixture of a fuel gas and air, a soldering iron tip heated by the combustion catalyst, a gas conduit for exhausting a combustion exhaust gas from the combustion catalyst along the outer circumference of the soldering iron tip toward the top end, and an electric conduction mechanism for electrically connecting an operator for conducting soldering and the soldering iron tip, fuel gas combustion products which are ionized and forming steams upon catalytic combustion contributing to charge elimination.

Abstract: A gas powered soldering tool (1) comprising a handle (2) and a tubular carrier member (15) extending therefrom. A combustion chamber (22) is formed in a distal end (19) of the carrier member (15) within which a catalytic combustion element (23) of cylindrical construction is located. Fuel gas/air mixture is supplied to the combustion chamber (22) through the carrier member (15). A receiving member (30) is crimped onto the carrier member (15) at the distal end thereof and releasably carries a soldering tip tool (18). A spigot (40) extending from the soldering tip tool (18) into the combustion chamber (22) conducts heat from the combustion chamber (22) to a soldering tip portion (36) of the soldering tool tip (18). A plug member (37) of the soldering tool tip (18) is threaded for engaging corresponding threads in a bore (31) of the receiving member (30) for facilitating replacement of the soldering tool (18).

Abstract: A cordless tool which includes a glue gun function and may include other functions includes a sleeve for receiving a stick of hot melt glue for sliding through the sleeve and a tip at the forward end of the sleeve for discharging the glue when melted. A butane heated gas burner heats the sleeve using gas permeable catalytic heater which surrounds or lies in intimate contact with the sleeve to communicate heat to the sleeve. The arrangement can be modified by closing off the catalytic heater for use to provide multi function.

Abstract: A handheld soldering tool has a fuel reservoir or tank (10), a tip (1) heated in use by a catalyst assembly (2), a valve assembly (9) for controlling flow of gaseous fuel from the reservoir (10) to the catalyst assembly (2), and a piezo-electric ignition device (7) for igniting gas released from tank (10) for combustion during an initial warm-up period to bring the catalyst to its operating temperature. A spring member (19) mounted on a rocker member (17) serving to transmit an actuating force from a switch member (18) to the piezo device (7) is arranged to momentarily interrupt the flow of gas from valve assembly (9) through Venturi (16) to combustion region (15), to terminate the initial combustion period, during reverse movement of the rocker member (17) from an ignition disposition to a non-active or gas-flow disposition.

Abstract: A gas burned soldering tool provided with a swivel flame extinguisher controlled to extinguish open flame. The swivel flame extinguisher includes a fixed locating rod, a shaft, a control knob and a stopper respectively and perpendicularly extended from two opposite ends of the shaft, and a torsional spring mounted around the shaft, the control knob having a projecting rod, the torsional spring having one end connected to the projecting rod of the control knob and an opposite end fastened to the locating rod, the stopper being turned with the shaft by means of the control of the control knob between a first position where fuel gas is allowed to pass out of the gas nozzle and a second position wherein fuel gas is stopped from escaping out of the gas nozzle.

Abstract: A gas powered soldering tool (1) comprising a main body member (4) terminating in a soldering tip portion (8) has a combustion chamber (10) located therein. A gas catalytic combustion element (12) is located in the combustion chamber (10), and fuel gas is delivered into the combustion chamber (10) from a jet nozzle (15) and an air mixing venturi bore (17). A temperature responsive controller (28) for controlling the fuel gas supply to the jet nozzle (15) comprises a valve (39) having a valving member (58) which is operable by a permanent magnet (63) slidably located in a bore (64). A first member (70) of thermomagnetic material the Curie point of which is substantially similar to the temperature at which the main body member (4) is to be controlled is located at one end of the bore (64).

Abstract: A multipurpose gas burner includes a rear housing, a front housing, a pressure regulating device, a control device, a gas release device and an outer tube unit. The rear housing contains a conventional gas container and is provided with a press rod and an insert nozzle connected to a gas spout of the gas container. Upon pressing a push button, a lower slide seat will press against a piezo-electric device while an upper slide seat is relatively displaces to cause the press rod to press against the gas spout of the gas container to release fuel gas. The pressure regulating device regulates the pressure of the fuel gas and controls its outflow. The regulated fuel gas is ejected via a gas nozzle into the gas release device where it is mixed with air drawn in from the outside. The mixture is then ejected by a fire nozzle and is ignited by sparks generated by means of the piezo-electric device at the outer tube unit.

Abstract: A soldering tool (1) comprising a main housing (2) within which is located a fuel gas reservoir (4). A soldering body member (5) terminates in a rearwardly extending combustion chamber (11) within which is located a gas catalytic combustion element (14). A gas/air mixture is delivered through a jet outlet (21) where it is initially burnt with a flame in a flame combustion chamber (24) for raising the catalytic combustion element (14) to its ignition temperature. A piezoelectric ignition element (50) provides a spark across a spark gap (56) adjacent an electrode (55) for igniting the gas/air mixture to burn with a flame. An interrupt member (67) located downstream of a nozzle bore (28) temporarily interrupts the flow of fuel gas to the jet outlet (21) for extinguishing the flame after the catalytic combustion element (14) has been raised to its ignition temperature. A slidable actuator member (60) in the housing (2) sequentially operates the piezoelectric ignition element (50) and the interrupt member (67).

Abstract: A fuel gas press control device of a gas torch, including a switch mounted on the shell of the gas torch and moved between a circular hole and a sliding slot, a retaining knob mounted in a hole in the switch, a pressure rod fastened to the switch and forced by it to press on the gas lever of a butane well, and a spring mounted around the retaining knob and stopped between a collar of the retaining knob and a horizontal projecting plate of the switch, the spring forcing the collar of the retaining knob into the circular hole of the shell to lock the switch is the operative position when the switch is moved to the circular hole of the shell to force the pressure rod into engagement with the gas lever of the butane well.

Abstract: An electronic ignition type handy gas torch wherein when the ignition switch is switched on to produce sparks, a sliding sleeve is moved forward to open a radial hole on the gas outlet tube, permitting air to mix with fuel gas within a slotted casing for burning behind the welding tip.

Abstract: A soldering tool has a tip including a dispersing cylinder contained therein to disperse a gas stream and has a plurality of cooling fins at two sides of intermediate tubes. A hollow mixing tube has a needle hole disk surrounded by a plurality of air orifices to communicate with the inside, and a rotatable knurled knob for adjusting gas flow. A circular valve seal, made of elastic material has a radial shallow slot and a hollow valve seat body that is connected to a gas tank via a flexible tube.

Abstract: A catalytic burner for oxidizing gaseous fuel in a catalytic combustion device having a gaseous fuel discharge tube, the burner comprises a tubular catalyst defining a catalytic combustion chamber and having an inlet opening at one end thereof for admitting gaseous fuel into the chamber, an outlet opening at the other end thereof for discharging products of combustion from the chamber, and a support for mounting the catalyst in coaxial relation on the discharge tube; and a gas distributor disposed within the inlet end of the catalyst proximate to but spaced from the discharge tube for uniformly distributing across the chamber gaseous fuel introduced into the chamber through the inlet opening.

Abstract: A gas combustion method and apparatus for performing such comprises supplying a fuel gas, generating a gas mixture composed of the fuel gas and external air, diffusing the gas mixture through a diffusion member to lower a flow velocity of thereof, putting the gas mixture to flaming combustion in a cylindrical combustion chamber thereby elevating the temperature of a combustion catalyst disposed to the downstream end of the combustion chamber by the heat of the flaming combustion, then ceasing the diffusion of the gas mixture to increase the flow velocity thereof in the combustion chamber, thereby extinguishing the combustion flame and directly supplying the gas mixture to the combustion catalyst. The gas mixture is put into and out of diffusion by an actuating mechanism that brings a diffusion member into and away from the entrance of the combustion chamber.

Abstract: A flow regulating mechanism for a gas emitting device featuring a microcellular polymer filter having connected, continuous bubbles through which fuel passes and independent air bubbles which expand with increases in temperature compressing and thereby restricting the flow of fuel through the connected, continuous bubbles.

Abstract: A combustion head for use with a hot melt glue gun includes a glue feed passageway through which hot glue is to pass to a nozzle, and a heating chamber, the glue feed passageway and the heating chamber having a wall in common through which heat is exchanged from the heating chamber to the passageway. The heating chamber includes a combustion region to which a gas/air mixture is fed and where combustion takes place, and a passage for feeding hot exhaust gases from the combustion region over the wall in common between the heating chamber and the glue feed passageway, to an exhaust gas outlet.

Abstract: A catalytic burner for oxidizing gaseous fuel in a catalytic combustion device having a gaseous fuel discharge tube, the burner comprises a tubular catalyst defining a catalytic combustion chamber and having an inlet opening at one end thereof for admitting gaseous fuel into the chamber, an outlet opening at the other end thereof for discharging products of combustion from the chamber, and a support for mounting the catalyst in coaxial relation on the discharge tube; and a gas distributor disposed within the inlet end of the catalyst proximate to but spaced from the discharge tube for uniformly distributing across the chamber gaseous fuel introduced into the chamber through the inlet opening.

Abstract: A fuel combustion apparatus having means for eliminating liquid fuel emissions at the combustion zone. The apparatus can be used as a open-flame torch, or alternatively it can be used as a soldering tool. The nozzle for an open-flame application, and the soldering tip assembly are readily interchangeable. The device is lightweight, portable, and refillable. Dual, finned radiators and an insulator prevent heat from being transferred from the combustion zone to the body of the fuel combustion apparatus.

Abstract: An apparatus which is heated by a gasified liquid fuel has between the liquid fuel reservoir and a burner, a flow regulator/evaporator consisting of two porous masses separated by a recondensation chamber, the valve for cutting off the combustion being provided between the burner and the downstream mass. Liquid fuel can accumulate in the recondensation chamber so that, for startup of the system, there is an increased flow of fuel through the downstream porous mass to the burner to allow rapid heat up of the heat-distributing member. After the initial heating period the flow to the burner is determined by the porosity characteristics of both masses in series.

Abstract: A soldering tool comprises a cylindrical gas tank 10 which stores fuel gas and also encloses the greatest part of a switching and pressure regulating device. This device is composed of a rear barrel assembly 20 which contains a gas intake rod 25, a needle valve 311, gas filters, sealing or stopping rings and a gas inlet hole 314 through the valve stem wall, sealing or stopping rings, and a front barrel assembly 40 which is connected to the rear barrel assembly with a connector 42 provided with a further filter and a nozzle 426. Air inlet hole 314 provided in the side wall of the front barrel lets air mix with the gas flow just passing through the nozzle. The mixed fuel stream passes through a cooling fin assembly 50 and reaches the tool head which may have a catalytic heated soldering tip or a hot knife, or a torch. Through successive filtering, stopping, expanding and mixing, the fuel-air mixture of clean and well controlled pressure provides a desired quality and quantity for use with water.

Abstract: A gas soldering iron comprises a gas cylinder for storage of gas, a lower holder plate fixedly mounted on the gas cylinder at the top, which lower holder plate is connected with a T-shaped mechanism having set therein an elongated conduit tube and a movable tube to further match with a switching element, a gas jet cap, a spring and a revolving knob so as to control gas flow rate. The released gas from the cylinder through the T-shaped mechanism is further passing through a upper holder plate wherein the gas is mixed with the circulated air to further run through metal tubular element for producing a fire to heat the soldering head for performing soldering process.

Abstract: In a heat processing apparatus in which a gas/air mixture is piezoelectrically ignited to heat the combustion catalyst by the ignited flame for taking place subsequent flameless catalytic combustion of the gas mixture, a portion of the gas in the flaming combustion space is directly discharged to the outside not passing through the combustion catalyst upon flame ignition, while the entire amount of the gas in the combustion space is introduced to the combustion catalyst after reaching the catalytic combustion, by using a discharge gas control mechanism interlocked with the operation of the ignition button, as well as the opening degree of the external air ports is changed variably so as to provide suitable gas/air ratios upon ignition, flame extinguishment and usual catalytic combustion respectively by the air flow rate control member also interlocked with the ignition button.

Abstract: In a heating applicance with an induced-air catalytic burner, the catalytic burner comprises a refractory core having extending right through it axial conduits for the circulation of the combustible mixture, and dynamic braking means are provided in relation to the core, to make it possible to obtain at the outlet of the burner a speed profile making it possible to prime the ignition of the catalytic burner. A downstream flame heats the core until the catalytic burner is activated, at which moment the downstream flame disappears automatically.The invention applies to all types of heating applicance of the portable type, whatever their uses.

Abstract: The invention provides a portable soldering tool which eliminates the drawbacks such as unsteady heating and high fuel consumption of the conventional tools known heretofore. Essentially the soldering tool comprises a housing serving as a handle, wherein a gas tank, a gas duct with flow regulating means are housed. A tip assembly having a catalytic combustion element wrapped as the heating medium is connected to the front end of the housing, to be heated by the gas after it is mixed with air. An air-gas mixing chamber is provided at the end of the duct where the tip assembly is connected, the chamber being dome shaped and the flow regulator having dual assemblies including a needle valve and a nozzle both implemented with devices to retard the flow.

Abstract: A gas soldering iron includes a soldered joint, an on/off knob, a nozzle, a fibermetallic liner, a nozzle tube, a cooling fin, a nozzle protector, a gas outlet port, a gas refill port, a reservoir, a plastic cover, and a cap. When the on/off knob is pushed forward, the gas outlet port will be guided forward and gas injected into the liner. Upon filling the combustion liner, the gas is ignited with an igniter on the cap to heat the soldered joint. When the on/off knob is pulled backward, the nozzle will be guided backward and gas supply cut off, extinguishing the flame.

Abstract: A soldering tool comprising a soldering tip and a handle in which is housed a fuel gas reservoir. Gas is delivered from the reservoir through the handle to a permeable gas catalytic combustion element to heat the soldering tip. The catalytic element extends around a support member. Heat is conducted from the support member into the soldering portion of the tip.

Abstract: The specification describes a fuel powered soldering iron which includes a self-contained spark generating means. The spark generator, operated by a push-button switch on the body of the soldering iron, is activated in synchronism with a fuel-flow control valve. Thus, the soldering iron element, adapted to be heated by a combustor which burns in the presence of an air-fuel mixture, is made operational by activating the push-button switch.

Abstract: A soldering iron comprising a gas container, a combustion chamber, an asbestos pad, a head, cooling fins, a filling button, a gas flow adjustment knob, a trigger, a refill cap, and a gas line. The filling button controls whether or not gas flows into the combustion chamber and the gas flow adjustment knob controls the flow rate of gas into the combustion chamber. A trigger lights the gas. An asbestos pad keeps the head from overheating and the cooling fins keep the combustion chamber from overheating.

Abstract: A heat processing device using a liquefied gas comprises a nozzle for jetting a liquefied gas, a gas mixture generating member disposed at the exit of the nozzle for sucking external air through an external air intake port under the ejector effect of the gas jetted out from the nozzle to form a gas mixture, a fire nozzle member for jetting out the thus formed gas mixture to take place flaming combustion, and an air flow control member for controlling the flow rate of air flowing through the air intake port into the gas mixture generating member. The heat processing device further comprises an iron tip member having a combustion catalyst detachably disposed near the top end of the fire nozzle, in which the air intake port in the fully opened state is once closed fully and then fully opened again by the operation of the air flow rate control member interlocking with the operation of the shutter member for closing/opening the space between the fire nozzle and the combustion catalyst.

Abstract: A heating apparatus using liquefied gas comprises a control valve which controls the gas flow rate by the rotating operation of a flow rate control member and which is rendered open to discharge a gas under flow rate control from the top end of a cylindrical valve body when the body is caused to slide, and a control valve operating mechanism mounted to the control valve which causes the valve body to slide when the mechanism is displaced toward axially, as well as causes the flow rate control member to rotate when the mechanism is rotated circumferentially.

Abstract: In a glue gun for conducting adhesive bonding by means of a heated adhesive, with a housing having a heating section and an angled handle, a hollow, thermally conductive block being arranged in the heating section for the accommodation of adhesive, the provision is made, to afford the possibility of using the glue gun independently of an external fuel supply, that a hollow combustion chamber provided with air inlet openings is fashioned integrally with the metal block; that a fuel tank is arranged in the handle; and that a connecting conduit is extended from the tank to the combustion chamber, a shutoff element being arranged in this connecting conduit, the combustion chamber in particular being disposed at least partially annularly around the block.