A liquid discharging apparatus includes a drive signal output circuit outputting a drive signal, a drive portion including a discharging head that discharges a liquid onto a medium based on the drive signal, a solid-state battery supplying electric power to the drive signal output circuit, a supporting portion supporting the drive signal output circuit, and a housing accommodating the drive signal output circuit, the drive portion, the solid-state battery, and the supporting portion, in which the housing includes a first housing surface that intersects a discharging direction, which is a direction in which the liquid is discharged from the discharging head, and the solid-state battery is positioned between the first housing surface and the supporting portion.

A printing apparatus that performs printing on a nail to which a base is applied determines an order of applying a base to the nails of a plurality of fingers by a practitioner based on practitioner information about the practitioner who applies the base to the nail, sets, based on the base application order for the nails, the print order for the nails of the plurality of fingers, and performs, based on this print order, printing on the nails of the plurality of fingers, to which the base was applied.

A printing apparatus that performs printing on a nail to which a base is applied determines an order of applying a base to the nails of a plurality of fingers by a practitioner based on practitioner information about the practitioner who applies the base to the nail, sets, based on the base application order for the nails, the print order for the nails of the plurality of fingers, and performs, based on this print order, printing on the nails of the plurality of fingers, to which the base was applied.

A printing apparatus includes a body, a print head, a mover, a stand and a sensor. The body has an opening that faces a printing target during printing. The print head is provided in the body and performs the printing on the printing target. The mover is provided in the body and moves the print head to a first position and a second position. The first position corresponds to the opening, and the second position is different from the first position. The stand is detachable from the body. The sensor at least senses that a distance between the body and the stand is equal to or shorter than a predetermined distance. The mover moves the print head from the second position to the first position in response to the sensor sensing that the distance between the body and the stand is equal to or shorter than the predetermined distance.

A printing apparatus includes at least one processor, an apparatus main body that is capable of holding a tank that stores liquid; and a sensor that detects at least a state of motion of the tank. The processor outputs dispersion information showing an operation to move the apparatus main body to disperse the liquid in the tank based on the state of the motion of the tank detected by the sensor.

An all-in-one handheld machine for testing drugs in hairs comprises a handheld shell, a control mechanism, a fluorescent immune reagent card test mechanism, an identity recognition mechanism, and a control instruction input unit communicatively connected to the control mechanism are provided in the shell; a shell surface is provided with a reagent card inlet that corresponds to a reagent card socket of the test mechanism; the control mechanism is controllably connected to the test mechanism and the identity recognition mechanism, and is communicatively connected with a communication unit; the control mechanism, the test mechanism and the identity recognition mechanism are all electrically connected to a power supply module. The invention can achieve the functions of identity card reading and wireless data transmission, and the test for trace drug residues in hairs, thereby meeting the requirements for rapidity, portability and accuracy of an on-site test.

An all-in-one handheld machine for testing drugs in hairs comprises a handheld shell, a control mechanism, a fluorescent immune reagent card test mechanism, an identity recognition mechanism, and a control instruction input unit communicatively connected to the control mechanism are provided in the shell; a shell surface is provided with a reagent card inlet that corresponds to a reagent card socket of the test mechanism; the control mechanism is controllably connected to the test mechanism and the identity recognition mechanism, and is communicatively connected with a communication unit; the control mechanism, the test mechanism and the identity recognition mechanism are all electrically connected to a power supply module. The invention can achieve the functions of identity card reading and wireless data transmission, and the test for trace drug residues in hairs, thereby meeting the requirements for rapidity, portability and accuracy of an on-site test.

An accessory device is for an electronic marking device. The accessory device has a connection device for releasably connecting to an electronic marking device, and the accessory device has a stop for limiting movement of a document transversely to a printhead of a connected electronic marking device. A deflecting mechanism deflects the document, and the stop and the deflecting mechanism are arranged on different sides of the printhead of the connected electronic marking device. An electronic marking device includes a printhead, a movement detector, and a controller. The controller is connected to the movement detector and to the printhead and is configured to actuate the printhead in order to print a document when movement of the electronic marking device over the document is detected by the movement detector. The electronic marking device has a stop for limiting movement of the document transversely to the printhead.

An accessory device is for an electronic marking device. The accessory device has a connection device for releasably connecting to an electronic marking device, and the accessory device has a stop for limiting movement of a document transversely to a printhead of a connected electronic marking device. A deflecting mechanism deflects the document, and the stop and the deflecting mechanism are arranged on different sides of the printhead of the connected electronic marking device. An electronic marking device includes a printhead, a movement detector, and a controller. The controller is connected to the movement detector and to the printhead and is configured to actuate the printhead in order to print a document when movement of the electronic marking device over the document is detected by the movement detector. The electronic marking device has a stop for limiting movement of the document transversely to the printhead.

An information processing device for generating data to be used by a recording device, which includes a plurality of discharge portions configured to discharge a liquid to form the object on the medium, includes a communication circuit configured to communicate with the recording device; an identifying unit configured to identify, based on a movement direction of the recording device in formation of the object on the medium, an initial pixel of the object formed by an initial discharge of the liquid by each of the plurality of discharge portions; a data generation unit configured to generate discharge control data for controlling a discharge operation of each of the plurality of discharge portions for the initial pixel identified by the identifying unit; and a transmission control unit configured to control the communication circuit to transmit the discharge control data to the recording device.