Abstract: A cartoning machine system for cartoning medical products, comprising a product input module for introducing a product into the cartoning machine system; a product processing module, wherein the product processing module receives at least one product from the product input module and wherein the product processing module is configured to process the at least one product, a product cartoning module configured to carton the at least one processed product to obtain at least one cartoned processed product; and a product information module configured to print a code on the product and/or the at least one processed product; and wherein the cartoning machine system is without a package insert inserting module for inserting a package insert to the at least one cartoned processed product.

Abstract: A tamping device for capsule filling machines is disclosed. The device includes a dosing disc having at least one dosing chamber adapted to be filled with a material which is to be filled in a capsule. The device includes at least one piston adapted to be moved within the at least one dosing chamber to perform the tamping operation on the material. The device includes at least one slider disposed below the dosing disc and adapted to abut the dosing disc. The at least one slider is adapted to support the material within the at least one dosing chamber to perform the tamping operation. The device includes a support pad movably disposed beneath the at least one slider and adapted to be moved towards the at least one slider.

Abstract: A reinforcement pillar assembly and a method for manufacturing such assembly for a machine are disclosed. The reinforcement pillar assembly includes a cover panel formed of a polymer material. The cover panel includes an outer surface and an inner surface adapted to face in a direction towards a wall of the machine housing. Further, the reinforcement pillar assembly includes at least one support pillar formed of a metallic material. The at least one support pillar is adapted to be coupled to the cover panel. The at least one support pillar includes a first planar extension and a second planar extension. The first planar extension is adapted to be coupled to the inner surface of the cover panel. The second planar extension is adapted to abut the wall of the machine housing. A gap is defined between the inner surface of the cover panel and the wall of the machine housing.

Abstract: A cartoning machine system for cartoning medical products, comprising a product input module for introducing a product into the cartoning machine system; a product processing module, wherein the product processing module receives at least one product from the product input module and wherein the product processing module is configured to process the at least one product, a product cartoning module configured to carton the at least one processed product to obtain at least one cartoned processed product; and a product information module configured to print a code on the product and/or the at least one processed product; and wherein the cartoning machine system is without a package insert inserting module for inserting a package insert to the at least one cartoned processed product.

Abstract: The device for the monitored loading of tablets into pockets in a web of plastic sheet for the production of blister packs comprises a transport device for conveying the plastic sheet and a feed unit for feeding the tablets into the pockets in the plastic sheet. The feed unit comprises a plurality of filling channels. Downstream from the feed unit, an inspection device is provided to verify that each individual pocket in the plastic sheet has been filled. A control unit actuates a lighting or beam-emitting device on the basis of the results acquired by the inspection device to visually identify any blocked filling channel.

Abstract: The device for the production of a packaging for pharmaceutical products includes a forming station for forming troughs in a nonstretchable cover sheet in a stepwise, individual, successive manner, and further includes a transport device for laying the formed cover sheet onto a bottom sheet. This bottom sheet has pockets, which serve to hold the pharmaceutical products, and webs arranged between the pockets, and at least portions of some of the webs have ridges corresponding to the shape of the troughs in the cover sheet. The device further includes a sealing station for sealing the cover sheet to the bottom sheet. This sealing station has two sealing plates shaped in correspondence with the troughs in the cover sheet, thus resulting in the sealing of the cover sheet to the bottom sheet also in the area of the ridges of the bottom sheet.

Abstract: In a sealing machine a pair of juxtaposed foils are sealed together at web regions having oppositely directed outer surfaces between a pair of dies, at least one of which is formed with an array of bumps that taper outwardly toward a respective one of the outer surfaces. The bumps press into the one outer surface and form therein permanent cavities of a predetermined imprint depth so as to bond together the foils at the web region. A quality of seal is determined by measuring after formation of the cavities surface features of the cavities at a level of the one outer surface of the respective foil, and calculating based on the measured surface features an imprint depth of the cavity.

Abstract: The method for producing a multi-day package containing various drugs has the following steps. A bottom layer is formed with a plurality of wells arranged in a pattern. A predetermined number of different drugs are arranged in predetermined positions at various dispensing stations of a filling device. The desired drugs are picked in a controlled manner from their predetermined positions at each dispensing station by at least one movable suction or gripper device, and the drugs are placed in predetermined wells. Finally, a sealing film is applied to the bottom layer to seal off the wells.

Abstract: The method for producing a multi-day package containing various drugs has the following steps: a bottom layer is formed with a plurality of wells arranged in a pattern; a predetermined number of different drugs is arranged in predetermined positions at various dispensing stations of a filling device; the desired number of drugs are picked in a controlled manner from their predetermined positions at each dispensing station by at least one movable suction or gripper device, and the drugs are deposited in the predetermined wells; and a sealing film is applied to the bottom layer to seal off the wells. In the course of this method, in at least one dispensing station several suction or gripper devices, which are arranged in correspondence with the pattern of the wells in the multi-day package and which travel parallel to each other, are actuated individually.

Abstract: In a sealing machine a pair of juxtaposed foils are sealed together at web regions having oppositely directed outer surfaces between a pair of dies, at least one of which is formed with an array of bumps that taper outwardly toward a respective one of the outer surfaces. The bumps press into the one outer surface and form therein permanent cavities of a predetermined imprint depth so as to bond together the foils at the web region. A quality of seal is determined by measuring after formation of the cavities surface features of the cavities at a level of the one outer surface of the respective foil, and calculating based on the measured surface features an imprint depth of the cavity.

Abstract: A shank for a rotary and percussive tool has a locking groove (3) arranged between two guided regions (1a, 1b) and axially closed at its opposite ends for receiving at least one radially displaceable and axially displaceable, within predetermined limits, locking member (4) of a chuck in which the shank is received, with the guide dimension (F) of the guide region being smaller than the width (B) of the axial region (A) of the locking groove (3) and that includes the radial extent of an entrain strip (2) provided in that region (A), and greater than the thickness (D) of the axial region measured in a direction transverse to the width measurement direction.

Abstract: A method for process control and documentation in a boxing machine for individual packages each having an individual package transponder and wherein the individual packages are stacked and the box is provided with a transponder as well. A writing unit writes information with respect to the individual packages to the respective individual package transponders and a reading unit for the transponders serves to control subsequent packaging operations. The operations are also documented on the box transponder.

Abstract: An electric hand tool apparatus (1) for driving a drill-like tool, which carries out an at least partial rotational movement, has within a housing (2), an electric motor (4) without or free of collector and slip ring, the rpm of which can be controlled by motor control electronics (3), wherein an rpm-dependent clutch (5) for transferring the torque is disposed in a force transfer path from the electric motor (4) to a transmission (6). Optionally, to prevent an excessively high twisting of the housing (2), a sensor (7) is evaluated and the rpm of the electric motor (4) is reduced in order to sever the transfer of force by the rpm-dependent clutch (5).

Abstract: A method for process control and documentation in a boxing machine for individual packages each having an individual package transponder and wherein the individual packages are stacked and the box is provided with a transponder as well. A writing unit writes information with respect to the individual packages to the respective individual package transponders and a reading unit for the transponders serves to control subsequent packaging operations. The operations are also documented on the box transponder.

Abstract: An electrical hand held tool for producing at least a percussion movement of a working tool includes an electrical drive, a first, oscillating subassembly including a percussion mechanism (2) and a rotor (5) of the electrical drive for transmitting torque to the percussion mechanism and rotatable about a rotor axis (B) extending parallel to an oscillation path (I) of the first subassembly, and a second subassembly including a housing (6) in which the first subassembly is supported for a limited oscillating movement along a tool axis (A).

Abstract: A percussion electrical tool including an electrical motor (6) located in a firedamp-protected housing (6), control electronics (4) for controlling operation of the electric motor (6); an inverted rectifier (5) connecting the control electronics (4) with the electric motor (6); an electronic module (9) located in the housing (3); an intermediate wall (7) for separating the electronic module (9) from a portion of a housing volume in which the electric motor (6) is located, connected with the inverted rectifier in a heat-conductive manner, and having a fluid-cooled cooling medium conduit.

Abstract: A suction drill unit for the installation of a drill dowel (2) into rock, concrete, masonry and similar materials has an insertion end (3) for insertion into an at least partially rotary and percussive acting hand tool drilling device, with a reduced diameter shank (7) having an open suction passageway (9) extending axially through the shank (7) towards a bit head (8) and a rearward radial communication passage (10) connected thereto for suction-tight communication with a non-rotary suction head (11), wherein the drill bit head (8) is formed with an eccentrically arranged bit head tip (12) for boring of a hole (14) having a diameter (D) greater than that of the drill bit head diameter (B).

Abstract: A rock drilling tool including a tip (3) formed of a hard material and provided at one end of the tool stem and a shank (4) provided at an opposite end of the stem (2) and having a plurality of entrain grooves (5) extending up to a free end surface of the shank (4), with an entire recessed surface (11) of an entrain groove (5) being larger than an entire outer surface (10) of a groove-forming rest web (6), and with a mean rest cross-sectional area (A′), which is measured within an axial section of the drilling tool having a length at least equal to a product of a natural logarithm base and a stem diameter (e×D), deviating from a mean rest cross sectional area (A) along the entire tool length maximum by 20%.

Abstract: A shank for a rotary and percussive tool has a locking groove (3) arranged between two guided regions (1a, 1b) and axially closed at its opposite ends for receiving at least one radially displaceable and axially displaceable, within predetermined limits, locking member (4) of a chuck in which the shank is received, with the guide dimension (F) of the guide region being smaller than the width (B) of the axial region (A) of the locking groove (3) and that includes the radial extent of an entrain strip (2) provided in that region (A), and greater than the thickness (D) of the axial region measured in a direction transverse to the width measurement direction.

Abstract: A twist drill bit (1) for use in rock has a helical land (7) arranged between a chuck insert end (2) and a tool head (3), and extends helically around a rotational axis (A) extending along a shaft (5). The radially outer surface (8) of the land (7) has its width (x) increasing as it approaches the tool head (3).