Abstract: A device for the application of a liquid fluid to a peripheral area of a lid using pistols for injecting said liquid fluid. The device includes an articulated mechanical device combined with at least two coaxial tubular shafts: a main supply shaft and a lower shaft, where a lower end of the main supply shaft connects to a first part of the articulated mechanical device, while a second part of the articulated mechanical device connects to a lower end of the lower shaft. The two coaxial tubular shafts rotate independently by means of transmission devices. The main supply shaft is arranged in an inner hole of the lower shaft, which is arranged coaxially around at least one section of the main supply shaft.

Abstract: A device for the application of a liquid fluid to a peripheral area of a lid using pistols for injecting said liquid fluid. The device includes an articulated mechanical device combined with at least two coaxial tubular shafts: a main supply shaft and a lower shaft, where a lower end of the main supply shaft connects to a first part of the articulated mechanical device, while a second part of the articulated mechanical device connects to a lower end of the lower shaft. The two coaxial tubular shafts rotate independently by means of transmission devices. The main supply shaft is arranged in glean inner hole of the lower shaft, which is arranged coaxially around at least one section of the main supply shaft.

Abstract: A header intended to be installed in a horizontal platform in the form of a working table of a recoating machine to repair lids, lids, comprises a copying device (1) sustained by a cam support (5), joined in turn to an upper support (4), the copying device having a copying cam body (3) solidary to the cam support (5), the static solidary set of these three elements (3-4-5) being coupled around the main rotary shaft (10), to which lower extremity a drum (18) is affixed dragging the copying device with its rotary movement. The copying device has, among its elements, roller followers (25) driven in grooves (3?) located in the copying cam body 3, the copying device (1) also having coating guns (17).

Abstract: The repainting head is designed to be installed on a workbench of a repainting machine for repairing circular lids. It is characterized in that it comprises a repainting device (1) moveable by means of an elevation device (2), this repainting device (1) having a main rotary shaft (13) to which are attached one/two axial shafts (18) on which are mounted one/two painting arms (19) that are constrained to rotate with the main rotary shaft (13). Each repainting arm (19) is connected to the respective painting gun (20), the distance of which from the geometric center of the main rotary shaft (13) is variable, each arm (19) rotating about the axial shaft (18), the required position of each repainting arm (19) being set using anchoring means that prevent any relative movement between the main rotary shaft (13) and the axial shaft (18).

Abstract: A header intended to be installed in a horizontal platform in the form of a working table of a recoating machine to repair lids, comprises a copying device (1) sustained by a cam support (5), joined in turn to an upper support (4), the copying device having a copying cam body (3) solidary to the cam support (5), the static solidary set of these three elements (3-4-5) being coupled around the main rotary shaft (10), to which lower extremity a drum (18) is affixed dragging the copying device with its rotary movement. The copying device has, among its elements, roller followers (25) driven in grooves (3?) located in the copying cam body 3, the copying device (1) also having coating guns (17).

Abstract: The machine is characterized in that it comprises an upper platform (51) as a working table provided at its center with a cap-holder rotating disk (1) with intermittent rotation and equipped with several radial windows (61) into which respective caps (56) are housed, four workstations symmetrical and complementary being provided around the rotating disk (1) and placed with an offset angle of 90° there between, which includes: A cap feeder device (2), a flanging device (3), a gluing device (4) and a device for evacuating (5) said caps (56). It further comprises characteristic means for transmitting synchronized motions in order to perform various operations on the caps (56).

Abstract: A pneumatic, liquid-dispensing gun includes: a central body (1); a pneumatic body (2); a needle (10) having a guide (6) and a conical tip; a nozzle (3) fixed in place with a nut (4); a sealing bellows (5) concentric to the needle (10); a pneumatic rod (9); a flow regulator (8) having a graduated scale, serving as a vernier scale; a retainer joint (16); a safety spring (17); an element (7) into which the flow regulator (8) is screwed, which at the same time is locked in by a flange (12); four screws (11) which connect the central body (1), the pneumatic body (2) and the flange (12); O-rings (13) and (14) inserted between the central body (1) and the pneumatic body (2); and a dovetail (18) disposed in the central body (1) and which is used to install and adjust the gun in machines and other devices.

Abstract: The machine (4) operates continuously and is a single unit having a prismatic construction and a body with an upper base that incorporates a large rotary platen (1), a number of workstations (5) that are placed in said platen and are provided with diametrically opposite curling and sealing compound lining devices (6) and (7), one or more sets of feeding (8) and discharge (9) devices and common actuation means for these stations (5), internal to the machine (4), which machine may operate with any lids (2) or bases of any profile, adapting to any shape of these by rotating the lids (2) in the workstations (5).

Abstract: The invention relates to a pneumatic, liquid-dispensing gun. The inventive gun comprises: a central body (1); a pneumatic body (2); a needle (10) comprising a guide (6) and a conical tip; a nozzle (3) which is fixed in place with a nut (4); a sealing bellows (5) which is concentric to the needle (10); a pneumatic rod (9); a flow regulator (8) comprising a graduated scale, serving as a vernier scale; a retainer joint (16); a safety spring (17); an element (7) into which the aforementioned flow regulator is screwed (8), said element being locked in place by a flange (12); four screws (11) which connect the central body (1), the pneumatic body (2) and the flange (12); O-rings (13) and (14) which are inserted between the central body (1) and the pneumatic body (2); and a dovetail (18) which is disposed in the central body (1) and which is used to install and adjust the gun in machines and other devices.

Abstract: The machine (4) operates continuously and is a single unit having a prismatic construction and a body with an upper base that incorporates a large rotary platen (1), a number of workstations (5) that are placed in said platen and are provided with diametrically opposite curling and sealing compound lining devices (6) and (7), one or more sets of feeding (8) and discharge (9) devices and common actuation means for these stations (5), internal to the machine (4), which machine may operate with any lids (2) or bases of any profile, adapting to any shape of these by rotating the lids (2) in the workstations (5).

Abstract: A simple or double head applies varnish to the covers in a circular motion and conical projection with adjustable height by means of a varnishing gun which can be provided with an additional separator of variable thickness according to the covers; it also comprises a cover conveyor device provided with another motor, an intermittent rotation box at the outlet, and a supply box which actuates a cover positioning device and a dosing blade which collects, separates and inserts the covers in a groove of the positioning device for their supply to the conveyor device.