Abstract: A product registration device (10) includes a casing (100), a support portion (200), and a first display unit (310). The casing (100) accommodates a control unit. The casing (100) is vertically long. The support portion (200) protrudes from the casing (100). The first display unit (310) is supported to the casing (100) by the support portion (200). The first display unit (310) is vertically long. Therefore, a space occupied by the casing (100) in a lateral direction can be reduced, and a space occupied by the first display unit (310) in the lateral direction can be reduced. Thus, it is possible to reduce a space occupied by the product registration device (10) in the lateral direction.

Abstract: A checkout unit assembly (1000) has a first checkout unit (100) and a second checkout unit (200) each having a user interface portion (300) at one side portion. The first checkout unit (100) is disposed above the second checkout unit (200) such that the first checkout unit (100) and the second checkout unit (200) overlap when seen in a plan view. The user interface portion (300) of the first checkout unit (100) and the user interface portion (300) of the second checkout unit (200) are disposed on different side surfaces.

Abstract: A checkout device includes: a first checkout machine that includes a first coin checkout machine and a first banknote checkout machine; and a second checkout machine that includes a second coin checkout machine and a second banknote checkout machine. The first checkout machine and the second checkout machine at least partially overlap each other when viewed from a direction perpendicular to an installation surface of the first checkout machine and the second checkout machine.

Abstract: The present invention addresses the problem of preventing products from being carried outside a store without complete a checkout process in a checkout system in which a product, a shopping basket in which the product is accommodated, or a shopping cart in which the product is accommodated is disposed in a checkout device when performing a checkout process. In order to solve the problem, a product registration device (10) registers the product. The checkout device (20) performs the checkout process for the product registered by the product registration device (10). An output unit (320) outputs information indicating that a target object (30) (in the example shown in the drawing, a shopping cart (32) in which a product is accommodated) has moved from the checkout device (20) on the basis of the presence or absence of movement of the target object (30) from the checkout device (20), and the state of the checkout process.

Abstract: A checkout unit assembly (1000) has a first checkout unit (100) and a second checkout unit (200) each having a user interface portion (300) at one side portion. The first checkout unit (100) is disposed above the second checkout unit (200) such that the first checkout unit (100) and the second checkout unit (200) overlap when seen in a plan view. The user interface portion (300) of the first checkout unit (100) and the user interface portion (300) of the second checkout unit (200) are disposed on different side surfaces.

Abstract: A control device for an industrial vehicle including an electric storage device, a load device, a hydraulic pump, and a load motor is disclosed. The electric storage device stores regenerative power generated through regenerative braking performed by the travel motor. The hydraulic pump supplies a hydraulic circuit with hydraulic oil to operate the load device. The load motor drives the hydraulic pump. The control device includes a power control unit and a resistance flow passage. The power control unit executes control for supplying the load motor with the regenerative power when the electric storage device is in a fully charged state during regenerative braking performed by the travel motor. The resistance flow passage is arranged in the hydraulic circuit and enables passage of hydraulic oil while applying flow resistance to the hydraulic oil.

Abstract: The present invention provides a hybrid industrial vehicle which prevents the battery from water splash. A hybrid industrial vehicle has a combination of an engine and a motor as a drive source for load handling or traveling, a battery as a power source for the motor and a counterweight. The battery is disposed on the counterweight and is located above the center of the counterweight as measured in the vertical direction between the highest and the lowest ends thereof.

Abstract: An ink recording sheet having a stable ink receiving layer which eliminates problems of cracks generated on the ink receiving layer, and which is also excellent in glossiness, ink absorptivity, image quality, and long-term preservability. The ink jet recording sheet includes a supporting medium, and an ink receiving layer including an inorganic fine particle, a cationic polymer, and a binder. The ink receiving layer is disposed on the supporting medium, wherein the average primary particle size of the inorganic fine particle is 30 nm or less, and the cationic polymer is a polymer (A) including: at least one structural unit (a1) expressed by a following general formula (1) or (2): wherein X represents an acid residue; and at least one structural unit (a2) expressed by a following general formula (3): wherein R1 represents a C1-18 alkyl group, C1-18 alkoxy group, C6-12 aryl group, or benzyl group.

Abstract: An ink jet-recording sheet for forming recorded images using liquid ink comprises a combination of specific compounds, for instance, 1,2-bis(2-hydroxyethylthio)ethane and a homopolymers or copolymer of diallylamine type compounds such as poly(diallylamine)hydrochloride, poly(diallylamine)sulfate, poly(diallylamine) phosphate or poly(diallylamine)acetate. The ink jet-recording sheet can ensure a high density of printed images, can provide images having high quality, shows only a slight color change and discoloration of printed images even when exposed to ozone gas and is excellent in the long-term shelf life.

Abstract: An ink jet-recording sheet for forming recorded images using liquid ink comprises a combination of specific compounds, for instance, 1,2-bis(2-hydroxyethylthio)ethane and a homopolymers or copolymer of diallylamine type compounds such as poly(diallylamine)hydrochloride, poly(diallylamine)sulfate, poly(diallylamine)phosphate or poly(diallylamine)acetate. The ink jet-recording sheet can ensure a high density of printed images, can provide images having high quality, shows only a slight color change and discoloration of printed images even when exposed to ozone gas and is excellent in the long-term shelf life.

Abstract: A fender cover is mounted on a fender of an industrial vehicle. A step is attached to a side of the vehicle body to be located rearward relative to the fender cover. The fender cover and the step are made of resin and shaped as one body through molding. The step includes a floor panel and a side wall. The fender cover is integrated with a front edge of the floor panel. The side wall is integrated with an inner edge and rear edge of the floor panel. The floor panel is open to the side of the vehicle body through its outer edge. The integrally molded fender cover and step prevent foreign objects from entering a space below the step and are easily installed in the vehicle body.

Abstract: An ink jet-recording sheet for forming recorded images using liquid ink comprises a combination of specific compounds, for instance, 1,2-bis (2-hydroxyethylthio) ethane and a homopolymers or copolymer of diallylamine type compounds such as poly (diallylamine) hydrochloride, poly (diallylamine) sulfate, poly (diallylamine) phosphate or poly (diallylamine) acetate. The ink jet-recording sheet can ensure a high density of printed images, can provide images having high quality, shows only a slight color change and discoloration of printed images even when exposed to ozone gas and is excellent in the long-term shelf life.

Abstract: A frame structure for an industrial vehicle includes a lower plate, a front frame portion, a rear frame portion and a battery chamber. The front frame portion is spaced from the rear frame portion. The battery chamber is located between the front frame portion and the rear frame portion. The battery chamber has an opening at a side of the frame structure for receiving a battery. The frame structure further includes a side bar for coupling the front frame portion with the rear frame portion. The side bar extends along the periphery of the opening.

Abstract: An ink jet-recording sheet for forming recorded images using liquid ink comprises a combination of specific compounds, for instance, 1,2-bis (2-hydroxyethylthio) ethane and a homopolymers or copolymer of diallylamine type compounds such as poly (diallylamine) hydrochloride, poly (diallylamine) sulfate, poly (diallylamine) phosphate or poly (diallylamine) acetate. The ink jet-recording sheet can ensure a high density of printed images, can provide images having high quality, shows only a slight color change and discoloration of printed images even when exposed to ozone gas and is excellent in the long-term shelf life.