The present invention relates to an apparatus, preferably a press, comprising a cavity which is to be filled and at least a first material feed, for a first material, and a second material feed, for a second material, wherein the first and the second material feeds are arranged separately from one another, having a feeding apparatus for feeding the first and the second materials into the cavity which is to be filled, wherein the feeding apparatus has a mouth-opening cross section with at least a first region of the mouth-opening cross section for the first material, and with a second, separate region of the mouth-opening cross section for the second material, for filling the cavity preferably in parallel, and at separate locations. A method and also a blank are proposed in addition.

A pharmaceutical apparatus is provided. In another aspect, a pharmaceutical apparatus includes a tablet press configured to compress a first powdered ingredient and a second powdered ingredient into a multi-layer pharmaceutical tablet. A further aspect employs an analytical and quality control table including at least one of a process analytical technologies (PAT) sensor and an imaging device. In another aspect, the analytical and quality control table further includes a weighing device configured to operate with a standard deviation between 0 and 3. In yet another aspect, the pharmaceutical apparatus utilizes a programmable controller to operate the pharmaceutical apparatus.

Provided is a sintered gear (1) as a sintered machine part, which is formed of a sintered compact (M) and which rotates in conjunction with an input of a load from another member onto a radially outer surface while sliding with respect to a shaft (S) inserted along an inner periphery, in which the sintered compact (M) includes an inner layer (2) containing Cu and an outer layer (3) sintered together with the inner layer (2) under a state of being held in contact with the inner layer (2), in which the outer layer (3) includes, as main components, Fe, Cu, and Sn as a low-melting-point metal, and a metal structure of the outer layer (3) includes, as main constituents, Fe structures and CuSn alloy structures, which exist at a grain boundary of the Fe structures and bind the Fe structures to each other.

Provided herein is a system for manufacturing a core of a vacuum insulation panel, the system comprising: a plurality of molding cast parts disposed along one direction, and providing a molding space for core material to be supplied and press-molded; a plurality of raw material suppliers distanced from one another, and supplying core material to the molding space; a press-molder disposed between the raw material suppliers, and receiving the molding cast part where the core material is supplied through the raw material supplier, and pressing the molding space; and a carrier transferring the molding cast part after the core material is supplied by the raw material supplier and the molding space is press-molded by the press-molder.

A powdery-material feeding device includes a controller configured to selectively conduct constantly keeping-control of constantly keeping rotational speed of a motor, current or voltage applied to the motor without any change as a manipulated variable for a predetermined period, or feedback-control of repetitively obtaining a difference between a discharge flow rate of the powdery material and a target value thereof at predetermined cycles and adjusting by increasing or decreasing the manipulated variable at each of the predetermined cycles in order to reduce the difference, the controller conducts the constantly keeping-control immediately after a motor starts, shifts to the feedback-control when the difference between the discharge flow rate of the powdery material and the target value thereof has an absolute value less than a threshold after the period for the constantly keeping-control elapses, and conducts constantly keeping-control without shifting to the feedback-control when the absolute value of the difference between the discharge flow rate of the powdery material and the target value thereof is more than the threshold after the period for the constantly keeping-control elapses, and the manipulated variable during the repeated constantly keeping-control is changed in accordance with the difference between the discharge flow rate of the powdery material and the target value thereof after elapse of the period for latest constantly keeping-control.

Method for dry-forming cellulose products from a cellulose blank structure in a product forming unit. The product forming unit includes a blank dry-forming module and a pressing module. The cellulose blank structure is air-formed in the blank dry-forming module onto a forming wire. The pressing module includes one or more forming molds for forming the cellulose products from the cellulose blank structure in a pressing operation. The method includes arranging the forming wire in a stationary mode during the pressing operation.

A dry electrode manufacturing device is disclosed. The dry electrode manufacturing device may include an inserting part to supply electrode powder for dry electrode manufacturing, a guide chute to pass through the electrode powder supplied from the inserting part, a dispersing rod that is provided in the guide chute to disperse the electrode powder and adjust particle size distribution, a driver that moves at least one selected from among the guide chute and the dispersing rod by applying an external force, and a rolling roll to compress the electrode powder of the adjusted particle size distribution via the guide chute and the dispersing rod into an electrode member in the form of a sheet that has a set or predetermined thickness.

A modular drug tablet manufacturing system comprises: a machine body; at least one powder-dispensing cartridge assembled with the machine body and having a powder-dispensing accommodation space; and at least one powder storage cartridge assembled with the powder-dispensing cartridge, the powder storage cartridge has a plurality of powder storage spaces therein and a bottom of each of the powder storage spaces is respectively provided with a stored powder discharge component, the powder storage cartridge is provided with a plurality of stored powder control units therein to respectively drive a powder discharge linkage component to open or close the stored powder discharge component, and a drug powder in the powder storage space is capable of dispensing into the powder-dispensing accommodation space of the powder-dispensing cartridge to replenish the drug powder in the powder-dispensing accommodation space.

A dust compaction system includes a compaction device including a hopper with an input port into which a dust is input and a discharge port from which the dust is discharged, and a compaction unit configured to form pellets by compressing the dust supplied from the discharge port of the hopper, and the dust compaction system further includes a suction device configured to suck in the hopper of the compaction device.

A rotary tablet press comprising a filling device and a support assembly The rotary tablet press (1) comprises a housing (2), a turret (10) positioned in the compression section in an operational position, at least one filling device (12) associated with the turret (10). A support assembly (160) is provided to support a feeder (15) of a filling device (12) of the rotary tablet press (1), the support assembly being configured such that the view to the second portion and across the gap is substantially unimpeded.