Abstract: The invention relates to a friction drive for force transmission, in particular for a transport conveying device, comprising a drive element (31) and an output element (34) and comprising a torque-limiting device (33), which acts therebetween and transmits a drive torque introduced by said drive element (31) up to a transmission torque, which can be set by means of the torque-limiting device (33), to the output element (34), and allows free running when a drive torque exceeds the set transmission torque, and which comprises at least one rolling bearing (41) having an inner race (42) and an outer race (46) and rolling bodies (45) arranged therebetween, and a clamping device (51), by means of which the inner race and the outer race of the at least one rolling bearing (41) of the torque-limiting device (33) can be displaced towards each other in an axial direction or can be clamped against each other in a radial direction and a transmission torque can be set.

Abstract: The invention relates to a friction drive for force transmission, in particular for a transport conveying device, comprising a drive element (31) and an output element (34) and comprising a torque-limiting device (33), which acts therebetween and transmits a drive torque introduced by said drive element (31) up to a transmission torque, which can be set by means of the torque-limiting device (33), to the output element (34), and allows free running when a drive torque exceeds the set transmission torque, and which comprises at least one rolling bearing (41) having an inner race (42) and an outer race (46) and rolling bodies (45) arranged therebetween, and a clamping device (51), by means of which the inner race and the outer race of the at least one rolling bearing (41) of the torque-limiting device (33) can be displaced towards each other in an axial direction or can be clamped against each other in a radial direction and a transmission torque can be set.

Abstract: The invention relates to a method and to a mobile mounting device (11) for the automated mounting of modules (16) on receiving devices (17), in particular of solar modules on stands, in which method a module (16) is gripped by a mounting tool (24), wherein, before transferring the module (16) to the mounting position (36), the handling device (21) is transferred to a measuring position (35) above the mounting position (36), the location of mounting points (37) in the mounting position (36) is determined, the module (16) is transferred to the mounting position (36) starting from the measuring position (35), and the assembly movement is carried out automatically.

Abstract: The invention relates to an apparatus for cleaning golf accessories, in particular golf clubs and golf balls, having a housing (12) for accommodating at least one cleaning unit (16) which comprises a cleaning container (21) which can be filled with a cleaning liquid, and having ultrasound generators (29) which are associated with the cleaning container (21) and generate ultrasound waves in a cleaning liquid which is located in the cleaning container, with a spraying unit (41) being provided above a liquid level of the cleaning liquid in the cleaning unit (16), the said spraying unit forming a spray curtain which extends at least partially over the surface of the cleaning liquid in the cleaning container (21).

Abstract: A metering device which, for the purpose of forming an adhesive medium sump (21), is associated with an application roller (16), having at least one film applicator (36), a pull-off edge (50) of said film applicator (36) extending in a metering gap (28) formed between the application roller (16) and the metering device (14), is characterized in that an adhesive medium dispenser (51) is provided, in the metering gap (28), on a film applicator (36) side situated opposite the adhesive medium sump (21). A metering device as described above is characterized in that the dispenser (51) is aligned so as to lead away from the applicator roller (16).

Abstract: The invention relates to an apparatus for coating at least one substrate web (19) or laminating at least one substrate web (22) onto a substrate web (19) that is coated with adhesives (21) so as to form a laminate (24). Said apparatus comprises a dosing device that is assigned to an application roller (16) used for applying adhesive (21) as well as a counterpressure roller (17) which is allocated to the application roller (16) and between which the at least one substrate web (19) is fed in order to apply the adhesive (21). The dosing device (14) is disposed so as to be movable relative to the application roller (16) in order to adjust a width of the dosing gap (28). The inventive apparatus is characterized in that the dosing device (14) encompasses at least two different areas (34, 37) which can be selectively assigned to a closing gap (28) in order to apply adhesive (21).

Abstract: The invention relates to a positioning element for adjusting the operating width of a metering gap (34) in a device (11) for applying flowable medium. Said positioning element comprises a cylindrical hollow member (58) that is closed at an end located on the driven side. At least one continuous bore (59) that forms a passage (61) between the at least one distribution channel (31) and the metering gap (34) is provided inside the cylindrical hollow member (58) while at least one sleeve section (54) which is embodied as a sealing and gliding element and surrounds the at least one continuous bore (59) or a group of continuous bores (59) is mounted on said cylindrical hollow member (58).

Abstract: The invention relates to a mounting apparatus for setting individual articles in a receptacle, having a sorting unit which has a plurality of storage spaces for accommodating a respective article and cyclically feeds the storage spaces of the sorting unit to a removal position, having a gripping device which removes the article from a storage space arranged in a removal position and cyclically feeds it to the receptacle in a setting position, the receptacle being held by a fixing device when the article is being set in said receptacle, at least two sorting units being provided, which can be optionally assigned to a removal position, and that at least one fixing device, or one gripping device, matched to the article to be set is assigned to the removal position at least in accordance with the number of different sizes, shapes, or sizes and shapes, of an article to be set in the receptacle.

Abstract: A process and an apparatus for producing a laminate, comprise at least one polymer film with information and at least one substrate, for further processing for forgery-proof documents, in which, in the first processing station, a supporting film is delaminated on a first side of the polymer film, after which a substrate is laminated on by an adhesive and subsequently exposed to a crosslinking-active radiation, and in which a laminate led out from the first processing station is fed to a second processing station, and the supporting film is delaminated on a second side of the laminate, after which a substrate is laminated on by an adhesive and subsequently exposed to a crosslinking-active radiation.

Abstract: A device for laminating at least one substrate to an adhesive-coated substrate for forming a laminate, in which the adhesive-coated substrate is supplied to a laminating point formed between a driven roller and a laminating roller, the substrate being supplied by means of the laminating roller to the substrate provided with adhesive and bonded with this substrate in a laminating point; and to a device for coating a layer on a substrate for the production of a coated length of material; the laminate formed from the substrates, or the coated length of material, being guided directly after the laminating point at least over a few angular degrees along the laminating roller; and the laminating roller being constituted as a temperature-adjustable roller.

Abstract: The invention relates to a device for the application of fluid materials to a surface of a sheet-form material, comprising an application roller, with a roller body and a jacket surface, which, by means of at least partial contact with the sheet-form material, transfers the fluid materials leading to the sheet-form material. The invention further comprises an application doctor blade, with a pre-dosing channel for the supply of fluid materials leading thereto and which at least partly coats the application roller with fluid material. A flow of a medium is provided in at least one region adjacent to the jacket surface, which is directed from the longitudinal mid-axis of the application roller to the outside.

Abstract: A device for laminating at least one substrate to an adhesive-coated substrate for forming a laminate, in which the adhesive-coated substrate is supplied to a laminating point formed between a driven roller and a laminating roller, the substrate being supplied by means of the laminating roller to the substrate provided with adhesive and bonded with this substrate in a laminating point; and to a device for coating a layer on a substrate for the production of a coated length of material; the laminate formed from the substrates, or the coated length of material, being guided directly after the laminating point at least over a few angular degrees along the laminating roller; and the laminating roller being constituted as a temperature-adjustable roller.

Abstract: The invention relates to a device for the application of fluid materials to a surface of a sheet-form material, comprising an application roller, with a roller body and a jacket surface, which, by means of at least partial contact with the sheet-form material, transfers the fluid materials leading to the sheet-form material. The invention further comprises an application doctor blade, with a pre-dosing channel for the supply of fluid materials leading thereto and which at least partly coats the application roller with fluid material. A flow of a medium is provided in at least one region aedjacent to the jacket surface, which is directed from the longitudinal mid-axis of the application roller to the outside.

Abstract: The invention relates to a process and an apparatus for producing a laminate, comprising at least one polymer film with information and at least one substrate, for further processing for forgery-proof documents, in which, in the first processing station (31), a supporting film (23) is delaminated on a first side of the polymer film (17), after which a substrate (18) is laminated on by an adhesive and subsequently exposed to a crosslinking-active radiation, and in which a laminate (44) led out from the first processing station (31) is fed to a second processing station (51), and the supporting film (23) is delaminated on a second side of the laminate (44), after which a substrate (19) is laminated on by an adhesive and subsequently exposed to a crosslinking-active radiation. (Significant figure: FIG.

Abstract: In an hermetically sealed fresh-keeping container for organic substances, in particular foodstuffs, with a dimensionally stable bottom part that incorporates a support surface for the goods that are to be kept fresh, a similarly dimensioned and stable upper part that is mounted on the lower part, above the support surface, so as to be removable. The hood forms a useable space, and a vacuum pump system removes the air within the useable space. The useable space is also delimited by an airproof foil, the edge of which is releasably connected with a wall of the container. A suction opening of the vacuum system is incorporated in this wall.