Abstract: A transmission case contains a first power transmission shaft, a second power transmission shaft below the first power transmission shaft, a first power transmission gear attached to the first power transmission shaft, and a second power transmission gear attached to an end of the second power transmission shaft and meshing with the first power transmission gear at a meshing portion. A first cover covers a portion of the second power transmission gear on a first side opposite to a second side toward which the second power transmission shaft protrudes, and covers the end of the second power transmission shaft. A second cover covers a radially outward portion of the second power transmission gear except for the meshing portion.

Abstract: There is provided a work vehicle including a partition wall to keep partition between a first space zone as part of an internal space of the transmission case in which a differential mechanism is located and a second space zone as part of the internal space which is adjacent to the first space zone. An upper space is disposed above the partition wall and configured to allow lubricating oil scooped up from the first space zone by a ring gear to flow in the second space zone. A flow-out path is disposed below the upper space and configured to allow the lubricating oil to flow out of the second space zone to the first space zone.

Abstract: There is provided a work vehicle including an oil outlet port and a partition part. The oil outlet port opens to a bottom portion in one end side of a transmission case in a vehicle body front-back direction and a vehicle body left-right direction. The oil outlet port takes out a lubricating oil from an interior of the transmission case. The partition part divided an internal space of the transmission case into a first space zone along a sidewall portion of the transmission case, and a second space zone other than the first space zone. The partition part brings the first space zone into a sealed state.

Abstract: A power transmission device for a work vehicle includes a transmission case, a gear transmission housed in the transmission case and configured to transmit power to a travel device, and a transmission gear provided in the gear transmission in a state of sitting in lubricating oil stored in an internal space of the transmission case, the transmission case being provided with a wall part supporting a support shaft of the transmission gear in a state of being adjacent to the transmission gear, and the wall part being provided with a cover part protruding toward the outer periphery of the transmission gear from the wall part and covering the transmission gear.

Abstract: A work vehicle including: a transmission configured to receive motive power input from a motive power source, and shift and output the input motive power to a travel device; a transmission case housing the transmission; and a gear pair disposed in the transmission, in a bottom section of an internal space of the transmission case, and including (i) a first power transmission gear configured to rotate about a first rotation axis, and (ii) a second power transmission gear configured to mesh with the first power transmission gear and rotate about a second rotation axis that is parallel with the first rotation axis. The work vehicle further includes at least one gear cover covering the first power transmission gear and the second power transmission gear.

Abstract: There is provided a work vehicle including an oil outlet port and a partition part. The oil outlet port opens to a bottom portion in one end side of a transmission case in a vehicle body front-back direction and a vehicle body left-right direction. The oil outlet port takes out a lubricating oil from an interior of the transmission case. The partition part divided an internal space of the transmission case into a first space zone along a sidewall portion of the transmission case, and a second space zone other than the first space zone. The partition part brings the first space zone into a sealed state.

Abstract: There is provided a work vehicle including a partition wall to keep partition between a first space zone as part of an internal space of the transmission case in which a differential mechanism is located and a second space zone as part of the internal space which is adjacent to the first space zone. An upper space is disposed above the partition wall and configured to allow lubricating oil scooped up from the first space zone by a ring gear to flow in the second space zone. A flow-out path is disposed below the upper space and configured to allow the lubricating oil to flow out of the second space zone to the first space zone.

Abstract: A power transmission device for a work vehicle includes a transmission case, a gear transmission housed in the transmission case and configured to transmit power to a travel device, and a transmission gear provided in the gear transmission in a state of sitting in lubricating oil stored in an internal space of the transmission case, the transmission case being provided with a wall part supporting a support shaft of the transmission gear in a state of being adjacent to the transmission gear, and the wall part being provided with a cover part protruding toward the outer periphery of the transmission gear from the wall part and covering the transmission gear.

Abstract: A check-out system includes a registration apparatus and a plurality of payment apparatuses. The registration apparatus receives input of merchandise information and receives input of a user code in connection. The registration apparatus generates payment identification based on the input merchandise information. The registration apparatus transmits the payment information. If the user code is input in the registration apparatus, the payment information is transmitted in correspondence with the user code. One of the payment apparatuses receives input of the user code. In response to the user code being input, the payment apparatus transmits a request for the payment information that was transmitted in correspondence with the user code. The payment apparatus receives the payment information that was transmitted in correspondence with the user code. The payment apparatus processes payment with respect to the received payment information.

Abstract: A check-out system includes a registration apparatus and a plurality of payment apparatuses. The registration apparatus receives input of merchandise information and receives input of a user code in connection. The registration apparatus generates payment identification based on the input merchandise information. The registration apparatus transmits the payment information. If the user code is input in the registration apparatus, the payment information is transmitted in correspondence with the user code. One of the payment apparatuses receives input of the user code. In response to the user code being input, the payment apparatus transmits a request for the payment information that was transmitted in correspondence with the user code. The payment apparatus receives the payment information that was transmitted in correspondence with the user code. The payment apparatus processes payment with respect to the received payment information.

Abstract: A check-out system includes a registration apparatus and a plurality of payment apparatuses. The registration apparatus receives input of merchandise information and receives input of a user code in connection. The registration apparatus generates payment identification based on the input merchandise information. The registration apparatus transmits the payment information. If the user code is input in the registration apparatus, the payment information is transmitted in correspondence with the user code. One of the payment apparatuses receives input of the user code. In response to the user code being input, the payment apparatus transmits a request for the payment information that was transmitted in correspondence with the user code. The payment apparatus receives the payment information that was transmitted in correspondence with the user code. The payment apparatus processes payment with respect to the received payment information.

Abstract: A check-out system includes a registration apparatus and a plurality of payment apparatuses. The registration apparatus receives input of merchandise information and receives input of a user code in connection. The registration apparatus generates payment identification based on the input merchandise information. The registration apparatus transmits the payment information. If the user code is input in the registration apparatus, the payment information is transmitted in correspondence with the user code. One of the payment apparatuses receives input of the user code. In response to the user code being input, the payment apparatus transmits a request for the payment information that was transmitted in correspondence with the user code. The payment apparatus receives the payment information that was transmitted in correspondence with the user code. The payment apparatus processes payment with respect to the received payment information.

Abstract: A training device comprising an operation record storage unit configured to store an image simulating a user interface for inputting the operation to an input device for accepting an inputting of commodity with an operation information which is input to a user interface according to the continuous display of a dynamic image which is represented an opportunity phenomenaa as the opportunity of the operation or a still images in a memory unit and a regeneration unit configured to regenerate a operation condition based on the operation information of an operator and stored by the operation record storage unit by identification marking a matched part of the image simulating a user interface. By using the training device, the training progress can be confirmed.