Abstract:
A dispensing gun having a mix head for combining at least two fluid components, with a purge rod slidably positioned within the mix head. The purge rod has a forward position for preventing flow from the component inlets, and a rearward position allowing flow from the component inlets with an actuator for moving the purge rod. The dispensing gun further a lubrication chamber that provides lubricant to the purge rod with the lubricant originating from a lubricant cartridge.
Abstract:
A dispensing gun has a mix head, a purge rod, an actuator, and a joint. The mix head has two fluid component inlets and a mixing chamber that combines the two fluid components. The purge rod is slidably positioned in the mix head and has a forward position for preventing flow of the two fluid components, and a rearward position for allowing flow of the two fluid components. The purge rod is moved by an actuator which is connected to the purge rod by a joint having a head and a cavity.
Abstract:
The invention relates to a device for mixing viscous liquids comprising a cylindrical, mixing chamber (100), which is open at the face side and has a side wall, at least two injection nozzles (170), whose nozzle openings are embodied as exit bores (105B) in the side wall, and a piston (150) which can be displaced in the mixing chamber (100) in a longitudinal axial direction along the longitudinal axis (A-A) pertaining to the mixing chamber (100). Said piston has a circular-shaped surface. In addition to being able to move along the longitudinal axis, the mixing chamber (100) can be displaced along a longitudinal axis and can also be rotated using a motor (135).
Abstract:
Reinigungskolben (1) für einen Mischkopf (15) einer Reaktionsgießmaschine, mit einem einen zylindrischen Mantelbereich (2) aufweisenden Grundabschnitt (3) sowie Räumungsabschnitt (4), der stofflich sowie geometrisch zum Abtragen von an einem Kanal (5) des Mischkopfes anhaftenden Materialüberresten ausgebildet ist, wobei der Räumungsabschnitt zumindest teilweise aus einem unpolaren Material besteht. Des weiteren wird ein Mischkopf für eine Reaktionsgießmaschine mit einem solchen Reinigungskolben offenbart; eine Reaktionsgießmaschine mit einem solchen Mischkopf sowie ein Auslaufrohr (21) für einen solchen Mischkopf werden ebenfalls offenbart.
Abstract translation:
清洁活塞(1)F导航用途R A Reaktionsgie ROAD机的混合头(15),它具有一个圆筒状壳体部(2)基座部分(3)和RÄ umungsabschnitt(4)中,材料及几何 粘附到消融到混合头材料导航用途berresten的信道(5)形成,其中,所述RÄ umungsabschnitt至少部分非极性材料制成。 此外,公开了一种具有这种清洁活塞的用于反应机器的混合头; 还公开了一种具有这种混合头和用于这种混合头的出口管(21)的反应机器。 p>
Abstract:
One aspect of the invention pertains to a device (24) for mixing and dispensing fluids, which generally includes- a housing (52); a mixing chamber (54) having a first inlet (58) for introducing a first fluid into the mixing chamber, a second inlet (62) for introducing a second fluid into the mixing chamber, and an outlet (66) through which fluid may exit the mixing chamber; and a valving rod (56) received within the mixing chamber and movable between an open position, in which the first and second inlets are in fluid communication with the mixing chamber, a cleaning position, in which the valving rod substantially seals closed the first inlet but does not seal closed the second inlet, and a closed position, in which the valving rod substantially seals closed the first and second inlets.
Abstract:
The invention relates to a device for mixing viscous liquids comprising a cylindrical, mixing chamber (100), which is open at the face side and has a side wall, at least two injection nozzles (170), whose nozzle openings are embodied as exit bores (105B) in the side wall, and a piston (150) which can be displaced in the mixing chamber (100) in a longitudinal axial direction along the longitudinal axis (A-A) pertaining to the mixing chamber (100). Said piston has a circular-shaped surface. In addition to being able to move along the longitudinal axis, the mixing chamber (100) can be displaced along a longitudinal axis and can also be rotated using a motor (135).
Abstract:
A dispensing gun has a mix head, a purge rod, an actuator, and a joint. The mix head has two fluid component inlets and a mixing chamber that combines the two fluid components. The purge rod is slidably positioned in the mix head and has a forward position for preventing flow of the two fluid components, and a rearward position for allowing flow of the two fluid components. The purge rod is moved by an actuator which is connected to the purge rod by a joint having a head and a cavity.
Abstract:
The invention is a new mixing and injection unit for polyurethane with two or more liquid components with cylindrical mixing chamber (1), the bottom of which is provided with a gate and an injection hole (4.1), and provided with a rotating mixing device comprising a disc (2.2) with one or more pins (2.3) on the bottom. The upper part of the disc (2.2) is provided with a tubular control rod (3.1) that comes out of the mixing chamber (1) on the side opposite the mixed substance injection hole (4.1) and whose upper part is provided with a pulley (2.4) to receive the rotary motion. Inside the mixing chamber there is a cleaning device (3) comprising a shifting disc (3.2) provided with vertical holes (3.21) with female geometry identical to the vertical pins (2.3) of the mixing device.
Abstract:
A device for mixing at least two reactive components consists of a cylindrical mixing chamber into which the plastic components are injected and in which there is a reversible piston, and a cylindrical stabilising chamber adjoining the mixing chamber preferably at an angle of 90 DEG and having a reversible cleaning piston to extract the reactive plastic mixture from the stabilising chamber. In order to reduce the forces exerted on the cleaning piston by the plastic mixture and to reduce the tear-off forces on a stuck piston to the minimum it is proposed that there be recesses on the cylindrical jacket surface of the cleaning piston which are filled with spacer material and arranged on the principle that the cleaning piston performs a rotary movement at the same time as its axial stroke.