Abstract: The invention relates to a method for the load torque limitation of a work vehicle comprising a jib, in particular a mobile crane comprising a multi-part, preferably hydraulically movable jib or telescoping jib, wherein on the basis of captured operating parameters of the work vehicle such as pressure, angle, length, configuration and the like from at least one multi-dimensional characteristic map a load value is determined and compared to a load limit value which is determined depending upon the captured operating parameters, wherein a warning is issued and/or the operation of the work vehicle is automatically interrupted when the actual load value exceeds the load limit value, wherein depending upon the captured operating parameters a value for a potential total energy of the work vehicle is calculated, taking into account the configuration of the work vehicle, and the unknown load value is determined on the basis of said value.

Abstract: The invention relates to a developer unit for an electrophotographic printing device for printing on glass or ceramic material having a toner supply (30, 32) and a toner application device (38), toner being discharged onto a developer device (18) by means of the toner application device (38) and it being possible for the developer device (18) to be brought into flat contact with a photoconductor (10). According to the invention, the developer device (18) has a fibre coating (19) of electrically conductive fibres, which picks up the toner and is in contact with the photoconductor (10) in order to transfer the toner.

Abstract: The invention relates to a developer unit for an electrophotographic printing device for printing on glass or ceramic material having a toner supply and a magnetic roll (22) for applying toner to a photoconductor (10), which is connected to a substrate to be printed, directly or with the interposition of a transfer device (20). According to the invention, a conditioning medium (24) for transferring the toner acts between the magnetic roll (22) and the photoconductor (10).

Abstract: The present invention relates to an activatable zero strain composite laminate web comprising an activatable elastic laminate web having an elastic core layer and at least one skin layer which is less elastic than the core layer, and at least one pre-bonded staple fiber nonwoven web which is attached to one of the skin layers of the elastic laminate web, the at least one staple fiber nonwoven web having an elongation at break of at least 100% in the cross-direction and said activatable elastic laminate web forming an essentially homogeneous microtextured surface when stretched in the first upload in the cross-direction past the elastic limit of the one or more skin layers.

Abstract: A process for producing a detergent portion, comprising the steps of forming one or more dimensionally stable hollow bodies comprising at least one compartment by injection moulding, providing one or more means for compartmentalizing the dimensionally stable hollow bodies, filling the compartment with at least one detersive formulation, and closing the compartment to form a partial or whole enclosure around the detersive formulation.

Abstract: A developer unit having a toner reservoir and a toner application device. The toner application device applies toner to a developer and the developer can be brought into a planar contact with an OPC (photo conductor drum). In order to improve the transfer of toner in the contact area between the OPC and the developer, the developer has a developer strip that is placed, in the contact area, in some areas of the surface of the OPC.

Abstract: A process for producing a detergent portion, comprising the steps of forming one or more dimensionally stable hollow bodies comprising at least one compartment by injection moulding, providing one or more means for compartmentalizing the dimensionally stable hollow bodies, filling the compartment with at least one detersive formulation, and closing the compartment to form a partial or whole enclosure around the detersive formulation.

Abstract: Detergent portions containing at least one detersive formulation wholly or partly contained in a dimensionally stable hollow body having an enclosure that wholly or partly surrounds the detersive formulation, the enclosure being formed of an uncompressed material that can disintegrate under laundering, cleaning, or washing conditions and that gives the hollow body dimensional stability, and optionally, the dimensionally stable hollow body having one or more means forming one or more compartments therein.

Abstract: A method for heating and fixing an inking, particularly a toner powder on a plate-shaped support. Heat is applied and fixes the inking to a coated upper side of the support. The method of this invention can be used to fix and adhere toner inkings on thick-walled supports. In one method step of this invention, the coated upper side and/or an uncoated underside of the plate-shaped support each is subjected to infrared radiation and/or a hot air stream and/or a microwave radiation. At least a portion of the infrared radiation and/or the hot air stream and/or the microwave radiation directed onto the uncoated underside of the support passes through while another portion is absorbed, such as if the support has a high weight per unit area of the support. A ceramic or thermosetting toner forms the applied ink.

Abstract: The present invention relates to a closure tape tab (2) for an absorbent article, particularly for a disposable diaper, for fastening the article on the body of a person. The closure tape tab (2) comprises a proximal end portion (4) and a distal end portion (8) being connected by an inner tab portion (16), wherein the inner tab portion (16) has a first major surface (18) and a second major surface (20). The proximal and distal end portions (4, 8) are connected to the inner tab portion (16) at the first major surface (18) thereof such that opposing ends of the proximal and distal end portions (4, 8) are spaced apart from each other. An anti-adhesive means (26) is provided at at least a part of the first major surface (18) of the inner tab portion (16) in the space. The present invention furthermore relates to a prelaminated closure tape, preferably in a stable roll, from which such closure tape tabs can be cut.

Abstract: A non-magnetic, ceramic one-component toner which is transferred onto a glass, glass ceramics or ceramics substrate or a similar solid or flexible substrate by electrophotographic printing and is burnt into in a subsequent temperature process. The one-component toner includes a synthetic matrix and a portion of substantially inorganic foreign matter. The portion of foreign matter includes exclusively non-magnetic particles and amounts to 40 to 70% by weight, especially 50 to 60% by weight, with the specific charge of the toner particles in a range of >25 ?Ck/g.

Abstract: A printing device, including at least one electrophotographic printing unit with a transfer medium for the transfer of a toner powder to a substrate in a transfer zone. One or several substrates may be run through the transfer zone by a transport system. The transport system includes a heated housing device for each substrate, having one or several heating elements for the introduction of heat energy into the substrate. A cooling device is provided for the transfer medium of each printing unit, which extracts heat energy from the transfer medium. There can be a number of serially arranged printing units, for the printing of each substrate, each with a different color.

Abstract: An electrophotographic printing device including a toner-developer unit, a lighting device, a developer drum, a photoconductor, a transfer unit and an earthed charging device. The substrate to be printed is placed on a transport device and moved along the transfer unit and the toner image of the transfer unit is transmitted to the substrate. A clear, sharp and shadow-free printed image is obtained by arranging the substrate on a non-earthed, electrically conductive layer which is insulated relative to the earthed transport device by an insulator extending along the charging device that is located above the substrate and the measurement of substrate that is to be printed and that is oriented in the direction of transport. The charging device can be charged at a potential, exciting voltage UF, of between 1 to 10 kV, more particularly 1.5 to 4 kV.

Abstract: An electrophotographic printing device with a developer unit and a photoconductor. The photoconductor is either directly connected to a substrate to be printed in the region of a transfer zone, or is connected by an intermediate circuit of one or several transfer media. At least one charger is provided for the substrate and the substrate may be transported through the transfer zone by a transport device. According to this invention, an effective transfer of toner to the substrate surface can be achieved with such an arrangement, even with a poor electrically-conducting and thick-walled, sheet-like substrate, whereby a charger is arranged as the primary charger in the transport direction and a secondary charger is arranged in the region after the transfer zone and both primary and secondary chargers affect the surface of the substrate to be printed.

Abstract: An electrophotographic printing device of modular construction with a support device, including a transport device, upon which a substrate may be transported between a start position and a target position and one or several electrophotographic units arranged on the support device, between the start and target position, having a developer unit, a photoconductor and an illumination unit for the photoconductor. The support device includes two or more housing positions arranged one behind the other in the transport direction of the transport device, provided with unitary mechanical interfaces. The electrophotographic units include unitary fixing pieces which are complementary in form to the interfaces. Such a printing device may be flexibly laid out due to the technical assembly thereof and may be individually set-up easily for specific printing jobs.

Abstract: A multicolor printing system with a plurality of toner printing stations which apply differently colored toner images to at least one side of a transfer medium, from where the toner images can be transferred to a print medium which can be contacted with the transfer medium.

Abstract: A method for heating and fixing an inking, particularly a toner powder on a plate-shaped support, and the inking applied to the coated upper side of the support is fixed on the support by heat action. This invention is to be able to fix and adhere well toner inkings on thick-walled supports. Thus, the coated upper side and/or the uncoated underside of the plate-shaped support is subjected to infrared radiation and/or a hot air stream and/or a microwave radiation. A support having a high weight per unit area is used, which permits a portion of the infrared radiation and/or the hot air stream and/or the microwave radiation directed onto the uncoated underside of the support to pass through while absorbing another portion of the same.

Abstract: An electrophotographic printing device including a toner-developer unit, a lighting device, a developer drum, a photoconductor, a transfer unit and an earthed charging device. The substrate to be printed is placed on a transport device and moved along the transfer unit and the toner image of the transfer unit is transmitted to the substrate. A clear, sharp and shadow-free printed image is obtained by arranging the substrate on a non-earthed, electrically conductive layer which is insulated relative to the earthed transport device by means of an insulator extending along the charging device that is located above the substrate and the measurement of substrate that is to be printed and that is oriented in the direction of transport. The charging device can be charged at a potential, exciting voltage UF, of between 1 to 10 kV, more particularly 1.5 to 4 kV.

Abstract: A printing machine with an electrophotographic device, having a photoconductor, a photoconductor drive and an illumination device. The electrophotographic unit can be provided with the substrate by a feed device. The photoconductor drive motor is adjusted by a controller and the feed device can be linearly adjusted by a feed device drive motor. In order to produce high-definition prints, especially images or lettering on plate-shaped substrates, the feed device drive motor is adjusted by a controller that is controlled by a master-slave controller via a setpoint feed. The controller for the photoconductor drive motor is also controlled by the master-slave controller via a setpoint feed and the master slave controller synchronizes the feeding speed of the feed device and the speed of movement of the photoconductor.

Abstract: A process for making a detergent tablet by forming a disintegrating agent by compacting cellulose or a cellulose derivative, forming disintegrating agent particles comprising the disintegrating agent, dry mixing a washing- or cleaning-active substance and an amount of the disintegrating agent particles effective to rapidly dissolve or disperse the composition in water, and shaping the resulting mixture into a tablet. The disintegrating agent particles have a particle size distribution of less than 10% by weight smaller than about 0.2 mm particle size and no more than 1% by weight of dust-fine particles.