Abstract: A gas valve unit for controlling a gas throughput guided to a gas burner of a gas device includes a plurality of on-off valves. Each on-off valve includes a movable valve body with a shut-off body and an activation area, a closing spring which, when the on-off valve is closed, pushes the shut-off body onto a sealing seat and thereby closes an opening. A driver lifts the shut-off body away from the sealing seat for opening the on-off valve by a force caused by the driver when engaging into the activation area against a force of the closing spring. The valve body has a shoulder area to accept a torque arising on engagement of the driver into the activation area.

Abstract: A gas burner including a gas inlet opening, a gas chamber connected to the gas inlet opening, and a gas input chamber connecting the gas inlet opening and the gas chamber, wherein the gas input chamber leads out from the gas inlet opening into the gas chamber in an at least partially upward angled manner.

Abstract: A gas valve unit for controlling a gas throughput routed to a gas burner of a gas appliance includes a valve housing, an actuation shaft which is able to set an opening cross section of the gas valve unit, and a stop valve. A linearly-displaceable connection element transmits a movement of the actuation shaft to the stop valve. The connection element has a plastic bend forming an overpressure protection.

Abstract: A gas valve unit for setting a gas volumetric flow to a twin-circuit gas burner of a gas appliance includes a valve body having a gas inlet and two gas outlets, and a control mechanism for adjusting the gas volumetric flow to at least one of the gas outlets in a multiple-stage manner. The control mechanism has a zero position in which the gas volumetric flow to the gas outlets is interrupted, and a switching position which is adjacent to the zero position and in which the gas volumetric flow is set to a maximum value.

Abstract: A gas valve unit for adjusting a volumetric gas flow supplied to a gas burner of a gas appliance, in particular a gas cooking appliance. The gas valve unit has a gas inlet, at least two open/close valves, at least two throttle points and a gas outlet. The gas valve unit includes a throttle segment in which the throttle points are arranged in series and each pair of adjacent throttle points is connected by corresponding connecting section. The inlet sides of at least two open/close valves are connected to the gas inlet, and the outlet side of at least one open/close valve leads into a connecting section of the throttle segment.

Abstract: A gas valve unit for controlling a gas throughput routed to a gas burner of a gas appliance includes a valve housing, an actuation shaft which is able to set an opening cross section of the gas valve unit, and a stop valve. A linearly-displaceable connection element transmits a movement of the actuation shaft to the stop valve. The connection element has a plastic bend forming an overpressure protection.

Abstract: A gas valve unit for controlling a gas throughput guided to a gas burner of a gas device includes a plurality of on-off valves. Each on-off valve includes a movable valve body with a shut-off body and an activation area, a closing spring which, when the on-off valve is closed, pushes the shut-off body onto a sealing seat and thereby closes an opening. A driver lifts the shut-off body away from the sealing seat for opening the on-off valve by a force caused by the driver when engaging into the activation area against a force of the closing spring. The valve body has a shoulder area to accept a torque arising on engagement of the driver into the activation area.

Abstract: A gas valve unit for setting a gas volume flow supplied to a gas burner of a gas appliance includes a valve housing, and an actuation pin having an operating segment which projects from the valve housing. Received in the valve housing is a shutoff valve which is configured for actuation by axially displacing the actuation pin, and at least two on-off valves which are configured for actuation by rotating the actuation pin. The shutoff valve has a movable shutoff element. A deflection device converts an axial movement of the actuation pin into an axial movement of the shutoff element of the shutoff valve essentially at a right angle thereto.

Abstract: A gas valve unit for setting a gas volume flow supplied to a gas burner of a gas appliance includes a valve housing, an actuation pin for setting an opening cross section of the gas valve unit, a shutoff valve, and a linearly displaceable connecting element for transferring a movement of the actuation pin to the shutoff valve. The connecting element has at least one spring which can be embodied as a compression spring or as a coil spring.

Abstract: A gas valve unit for setting a gas volumetric flow supplied to a gas burner of a gas appliance, in particular a gas cooking appliance includes a plurality of on/off valves which can be actuated mechanically by moving at least one body relative to the on/off valves. Each one of the on/off valves has an opening and a movable blocking body, which rests on a valve seat when the on/off valve is closed to thereby close off the opening.

Abstract: A gas valve unit for adjusting a gas volume flow in a dual circuit gas burner of a gas appliance includes a valve body having a gas inlet and two gas outlets; and a control mechanism constructed to adjust the gas volumetric flow supplied to one of the gas outlets in a number of stages and to adjust the gas volumetric flow supplied to other one of the gas outlets in a number of stages.

Abstract: A gas valve unit for adjusting a volumetric gas flow which is fed to a gas burner of a gas device includes a valve chamber, an actuation shaft protruding out of the valve chamber, and at least two on/off valves arranged in the valve chamber. Further arranged in the valve chamber is at least one restrictor plate having at least two restrictor points, each of the restrictor points having at least one restrictor opening. The restrictor plate is accessible from a side of the valve chamber on which the actuation shaft is protruding from the valve chamber.

Abstract: A gas valve unit includes a plurality of individually actuatable throttle sections which are arranged in parallel relation for setting a throughflow rate of a gas volumetric flow that is fed to a gas burner of a gas appliance. Each throttle section has a plurality of throttle points which are arranged in series, with the throttle points arranged in series having an opening cross section that increases along the series.

Abstract: A gas valve unit for adjusting a gas volume flow fed to a gas burner of a gas-operated device, particularly a gas cooking appliance, includes a valve body, in which at least two valve seats of open-close valves of the gas valve unit are formed. At least two throttle points each having at least one throttle opening are formed in the valve body. The valve body includes a plurality of mutually parallel plates, with one of the parallel plates forming a valve sealing plate with the at least two valve seats of the open/close valves and another of the parallel plates forming a throttle plate with the throttle openings of the at least two throttle points. The valve sealing plate is made of a flexible material, such as plastic.

Abstract: A gas burner with a burner lower part with a lower gas distribution chamber which is open at the top and a radial secondary air passage to supply secondary air to an inner region of the gas burner, and a burner upper part positioned loosely on the burner lower part and partially closing off the lower gas distribution chamber, and which includes a burner ring, in which an annular upper gas distribution chamber is configured, and which has a gas throughflow opening corresponding to the lower gas distribution chamber and connecting the lower gas distribution chamber to the upper gas distribution chamber.

Abstract: A gas valve unit for adjusting a volumetric gas flow supplied to a gas burner of a gas appliance, in particular a gas cooking appliance, includes at least two open/close valves which can be actuated by moving at least one magnetically active body, in particular a permanent magnet, relative to the open/close valves. For actuating an open/close valve, a position of the magnetically active body, which is preferably implemented in the form of a permanent magnet, can be varied relative to the shut-off body of the open/close valve.

Abstract: A gas valve unit for setting a gas volume flow supplied to a gas burner of a gas appliance includes a valve housing, and an actuation pin having an operating segment which projects from the valve housing. Received in the valve housing is a shutoff valve which is configured for actuation by axially displacing the actuation pin, and at least two on-off valves which are configured for actuation by rotating the actuation pin. The shutoff valve has a movable shutoff element. A deflection device converts an axial movement of the actuation pin into an axial movement of the shutoff element of the shutoff valve essentially at a right angle thereto.

Abstract: A gas valve unit for setting a gas volume flow supplied to a gas burner of a gas appliance includes a valve housing, an actuation pin for setting an opening cross section of the gas valve unit, a shutoff valve, and a linearly displaceable connecting element for transferring a movement of the actuation pin to the shutoff valve. The connecting element has at least one spring which can be embodied as a compression spring or as a coil spring.

Abstract: A gas valve unit for setting a gas volumetric flow supplied to a gas burner of a gas appliance, in particular a gas cooking appliance includes a plurality of on/off valves which can be actuated mechanically by moving at least one body relative to the on/off valves. Each one of the on/off valves has an opening and a movable blocking body, which rests on a valve seat when the on/off valve is closed to thereby close off the opening.

Abstract: A gas valve unit for adjusting a volumetric gas flow which is fed to a gas burner of a gas device includes a valve chamber, an actuation shaft protruding out of the valve chamber, and at least two on/off valves arranged in the valve chamber. Further arranged in the valve chamber is at least one restrictor plate having at least two restrictor points, each of the restrictor points having at least one restrictor opening. The restrictor plate is accessible from a side of the valve chamber on which the actuation shaft is protruding from the valve chamber.