Abstract: A recording method includes a treatment liquid attachment step, a white ink attachment step, and a non-white ink attachment step. The white ink attachment step and the non-white ink attachment step are each performed by scanning while the ink jet head is moved with respect to the recording medium in a state where a position is fixed. The white ink composition is attached to a scanning region in one scanning and, the non-white ink composition is attached to a scanning region in one scanning. Scanning in another step is performed by another scanning, and in the white ink attachment step and the non-white ink attachment step, a surface temperature of the recording medium is 35° C. or lower.

Abstract: A drug packaging device includes a drug accommodating/dispensing unit that supplies various types of drugs, a drug packaging portion in which a drug supplied from the drug accommodating/dispensing unit is packaged in a packaging sheet, a drug packaging introducing member that drops the drug to be packaged into the packaging sheet in the drug packaging portion), a pooling portion that pools, upstream of this drug packaging introducing member, the drug, and a drug imaging device that captures an image of the drug in the pooling portion. The drug imaging device performs an imaging process of capturing an image of the drug in the pooling portion in a non-backlit state, and an imaging process of capturing an image of the drug in the pooling portion in a backlit state.

Abstract: A drug packaging device includes a drug accommodating/dispensing unit that supplies various types of drugs, a drug packaging portion in which a drug supplied from the drug accommodating/dispensing unit is packaged in a packaging sheet, a drug packaging introducing member that drops the drug to be packaged into the packaging sheet in the drug packaging portion), a pooling portion that pools, upstream of this drug packaging introducing member, the drug, and a drug imaging device that captures an image of the drug in the pooling portion. The drug imaging device performs an imaging process of capturing an image of the drug in the pooling portion in a non-backlit state, and an imaging process of capturing an image of the drug in the pooling portion in a backlit state.

Abstract: A recording method according to an embodiment of the present disclosure is a recording method to perform recording on a recording medium in a manner such that while a relative position between an ink jet head and the recording medium is transferred, a scan to eject an ink from the ink jet head so as to be adhered to the recording medium is performed a plurality of times for the recording. The method described above includes a step of adhering a treatment liquid containing an aggregating agent to the recording medium; a step of ejecting a color ink composition containing a colorant from the ink jet head so as to be adhered to the recording medium; and a step of ejecting a clear ink composition containing a resin from the ink jet head so as to be adhered to the recording medium.

Abstract: A drug packaging device includes a drug accommodating/dispensing unit that supplies various types of drugs, a drug packaging portion in which a drug supplied from the drug accommodating/dispensing unit is packaged in a packaging sheet, a drug packaging introducing member that drops the drug to be packaged into the packaging sheet in the drug packaging portion), a pooling portion that pools, upstream of this drug packaging introducing member, the drug, and a drug imaging device that captures an image of the drug in the pooling portion. The drug imaging device performs an imaging process of capturing an image of the drug in the pooling portion in a non-backlit state, and an imaging process of capturing an image of the drug in the pooling portion in a backlit state.

Abstract: A radiation curable ink jet ink composition includes vinyl methyl oxazolidinone; and a monomer having at least two vinyl ether groups.

Abstract: A radiation curable ink jet composition includes polymerizable compounds and a photopolymerization initiator, the polymerizable compounds include a monofunctional monomer, a content of the monofunctional monomer with respect to a total mass of the polymerizable compounds is 90 percent by mass or more, and the photopolymerization initiator includes ethyl (2,4,6-trimethylbenzoyl)phenylphosphinate.

Abstract: A radiation curable ink jet composition includes polymerizable compounds and a photopolymerization initiator, the polymerizable compounds include a monofunctional monomer, a content of the monofunctional monomer with respect to a total mass of the polymerizable compounds is 90 percent by mass or more, and the photopolymerization initiator includes ethyl (2,4,6-trimethylbenzoyl)phenylphosphinate.

Abstract: A tablet cassette (2) includes a tablet container (5) storing a tablet and a rotor (8) rotatably accommodated in the tablet container. The rotor (8) has a tablet guide path (8b) for guiding the tablet of the tablet container (5) to a tablet discharge hole (9) of the tablet container (5) and an adjusting part (33, 64) capable of adjusting dimensions of the tablet guide path (8b). A tablet guide path adjusting device (100) includes: an adjusting member (102) that engages the adjusting part (33, 64); an operation amount detection part (131) that detects an operation amount of the adjusting member (102); and a notification part (20) that notifies a user of adjustment support information necessary for the user to adjust the adjusting part (33, 64) with the adjusting member (102) based on the operation amount detected by the operation amount detection part (131).

Abstract: A drug crushing device that crushes a solid drug contained in a bag according to one or more embodiments is disclosed, which may include a crushing unit that crushes a drug contained in the bag by applying an external force to the drug; and crush detector that detects if the drug is crushed. In one or more embodiments, the bag may be moved relative to the crushing unit in response to detecting drug crushing by the crushing detector.

Abstract: A recording method includes attaching a processing liquid containing an aggregating agent to a recording medium; ejecting and attaching an ink composition from an ink jet head to the recording medium; transporting the recording medium after the attaching the processing liquid and the attaching the ink composition to a heating mechanism; and heating the transported recording medium at the heating mechanism, wherein the ink composition is an aqueous ink composition containing a coloring material, the ink composition is attached to the recording medium while the recording medium is supported by a recording medium support, the recording medium support is free of a device that conductively heats the recording medium supported by the recording medium support, the heating mechanism has a portion positioned in a space extending from an area of the recording medium supported by the recording medium support where the ink composition is attachable toward an opposite side from the ink jet head in a vertical direction, an

Abstract: A recording method includes a treatment solution attachment step, in which a treatment solution is attached to a recording medium, a first ink attachment step, in which a first ink composition is ejected and attached to the recording medium, and a second ink attachment step, in which a second ink composition is ejected and attached to the recording medium. The treatment solution is a water-based treatment solution containing at least one coagulant, and the first ink composition and the second ink composition are water-based ink compositions each containing at least one colorant. The treatment solution, the first ink composition, and the second ink composition are attached to the recording medium through a scan in which the relative positions of the ink jet head and the recording medium are moved, the solution and compositions being attached to the same scan area during the same scan.

Abstract: A tablet dispensing device according to one or more embodiments may include a tablet housing that houses a tablet and discharges the tablet through a tablet outlet, a rotor that is arranged inside the tablet housing and comprises a tablet guide that guides the tablet to the tablet outlet, and a tablet introduction member that guides the tablet held at the tablet housing to the tablet guide.

Abstract: A recording method includes a white ink attachment step, in which a white ink composition containing a white colorant is attached to a recording medium; a non-white ink attachment step, in which a non-white ink composition containing a non-white colorant is attached to overlap the attached white ink composition; a first treatment liquid attachment step, accompanying the white ink attachment step and in which a treatment liquid containing a flocculant is attached to the recording medium; and a second treatment liquid attachment step, accompanying the non-white ink attachment step and in which a treatment liquid containing a flocculant is attached to the recording medium. The white ink composition experiences a five-fold or greater increase in viscosity when mixed with a 7% by mass aqueous solution of calcium formate in a ratio by mass of 10:1, the white ink composition to the aqueous solution of calcium formate.

Abstract: To provide a drug discharge device capable of reducing complexity when distributing a drug into a manual distribution device. A drug discharge device includes a manual distribution member 15 that includes a plurality of recessed portions 20 in which a solid drug is distributed, discharge means that discharges the drug distributed in the recessed portions 20 to a downstream side directly or via another member, and a control device that controls the discharge means, in which the discharge means is capable of individually discharging a drug corresponding to a predetermined recessed portion 20, the control device assigns the same drug to the recessed portions 20 in adjacent regions based on prescription information including information on a drug to be provided to a plurality of patients or one patient, and the discharge means discharges the drugs in a predetermined order.

Abstract: A drug packaging device includes a drug accommodating/dispensing unit that supplies various types of drugs, a drug packaging portion in which a drug supplied from the drug accommodating/dispensing unit is packaged in a packaging sheet, a drug packaging introducing member that drops the drug to be packaged into the packaging sheet in the drug packaging portion), a pooling portion that pools, upstream of this drug packaging introducing member, the drug, and a drug imaging device that captures an image of the drug in the pooling portion. The drug imaging device performs an imaging process of capturing an image of the drug in the pooling portion in a non-backlit state, and an imaging process of capturing an image of the drug in the pooling portion in a backlit state.

Abstract: To provide a drug discharge device capable of reducing complexity when distributing a drug into a manual distribution device. A drug discharge device includes a manual distribution member 15 that includes a plurality of recessed portions 20 in which a solid drug is distributed, discharge means that discharges the drug distributed in the recessed portions 20 to a downstream side directly or via another member, and a control device that controls the discharge means, in which the discharge means is capable of individually discharging a drug corresponding to a predetermined recessed portion 20, the control device assigns the same drug to the recessed portions 20 in adjacent regions based on prescription information including information on a drug to be provided to a plurality of patients or one patient, and the discharge means discharges the drugs in a predetermined order.

Abstract: A drug packaging device includes a drug accommodating/dispensing unit that supplies various types of drugs, a drug packaging portion in which a drug supplied from the drug accommodating/dispensing unit is packaged in a packaging sheet, a drug packaging introducing member that drops the drug to be packaged into the packaging sheet in the drug packaging portion), a pooling portion that pools, upstream of this drug packaging introducing member, the drug, and a drug imaging device that captures an image of the drug in the pooling portion. The drug imaging device performs an imaging process of capturing an image of the drug in the pooling portion in a non-backlit state, and an imaging process of capturing an image of the drug in the pooling portion in a backlit state.

Abstract: A recording method according to one embodiment of the present disclosure includes a treatment liquid attachment step of attaching a treatment liquid containing an aggregating agent to a recording medium, a white ink attachment step of ejecting a white ink composition containing a white coloring material from an ink jet head and attaching the white ink composition to the recording medium, and a non-white ink attachment step of ejecting a non-white ink composition containing a non-white coloring material from the ink jet head and attaching the non-white ink composition to the recording medium, the white ink composition and the non-white ink composition are aqueous inks, the white ink attachment step and the non-white ink attachment step are each performed by scanning in which the ink composition is ejected from the ink jet head and attached to the recording medium while the ink jet head is moved with respect to the recording medium in a state where a position is fixed, in the white ink attachment step, the whit

Abstract: A recording method according to an embodiment of the present disclosure is a recording method to perform recording on a recording medium in a manner such that while a relative position between an ink jet head and the recording medium is transferred, a scan to eject an ink from the ink jet head so as to be adhered to the recording medium is performed a plurality of times for the recording. The method described above includes a step of adhering a treatment liquid containing an aggregating agent to the recording medium; a step of ejecting a color ink composition containing a colorant from the ink jet head so as to be adhered to the recording medium; and a step of ejecting a clear ink composition containing a resin from the ink jet head so as to be adhered to the recording medium.