Abstract: An information processing apparatus includes a partial image generator configured to generate a partial image having a point-of-interest designated by a user, from a 360-degree image, a user interface (UI) unit configured to receive an indication of the point-of-interest via a UI screen for displaying the partial image, and a point-of-interest registering unit configured to register the point-of-interest, in response to a request from the user via the UI screen. The information processing apparatus also includes an interpolation line calculator configured to calculate an interpolation line for interpolating between a most recently registered point-of-interest and a current point-of-interest, and an interpolation line registering unit configured to register an interpolation line between the designated point-of-interest and a point-of-interest designated immediately prior to the designated point-of-interest.

Abstract: An information processing apparatus includes a partial image generator configured to generate a partial image having a point-of-interest designated by a user, from a 360-degree image, a user interface (UI) unit configured to receive an indication of the point-of-interest via a UI screen for displaying the partial image, and a point-of-interest registering unit configured to register the point-of-interest, in response to a request from the user via the UI screen. The information processing apparatus also includes an interpolation line calculator configured to calculate an interpolation line for interpolating between a most recently registered point-of-interest and a current point-of-interest, and an interpolation line registering unit configured to register an interpolation line between the designated point-of-interest and a point-of-interest designated immediately prior to the designated point-of-interest.

Abstract: An information processing apparatus includes circuitry to execute workflow processing on data according to a workflow. The workflow defines a plurality of processes in a predetermined order. The circuitry obtains a first size of the data after a specific process of the plurality of processes is performed. The circuitry performs a subsequent process based on the first size. The subsequent process is one of a plurality of subsequent processes each of which is defined as a process subsequent to the specific process in the workflow.

Abstract: A client terminal, an information processing system and a firmware update notification method. The information processing system includes the client terminal, an electronic device, and a server that provides the firmware for the electronic device. The firmware update notification method includes acquiring version information of the firmware installed on the electronic device and the latest firmware available on the server, comparing the version of the firmware installed on the electronic device with the version of the latest firmware available on the server, determining whether the latest firmware to update the firmware installed on the electronic device is available on the server, providing notice that the latest firmware to update the firmware installed on the electronic device is available on the server and acquiring the latest firmware from the server to update the firmware installed on the electronic device based on an inputted instruction.

Abstract: An information processing apparatus includes circuitry to execute workflow processing on data according to a workflow. The workflow defines a plurality of processes in a predetermined order. The circuitry obtains a first size of the data after a specific process of the plurality of processes is performed. The circuitry performs a subsequent process based on the first size. The subsequent process is one of a plurality of subsequent processes each of which is defined as a process subsequent to the specific process in the workflow.

Abstract: A shock absorber includes: a bottomed cylindrical outer tube that is disposed so as to cover an inner case, and that is formed of a resin and is closed at one end by a closing part; a joint member that is embedded by insert molding in an opening end of the outer tube; and a coupling member that is coupled to the joint member.

Abstract: In a shock absorber, an outer case made of resin is disposed so as to cover an inner case made of metal, and the outer case forms a reservoir chamber for storing the hydraulic fluid between the outer case and the inner case. The outer case is supported by the inner case via protrusions, which are formed on either one of the outer peripheral surface of the inner case and the inner peripheral surface of the outer case so as to protrude toward and abut the other one of the outer peripheral surface of the inner case and the inner peripheral surface of the outer case.

Abstract: In a shock absorber 100, 200, an inner case 1 is biased in the axial direction relative to an outer case 2 made of resin by a spring 5, and the inner case 1 and the outer case 2 abut each other in the radial direction via ribs 2g, 8c.

Abstract: An information processing apparatus includes a process control unit configured to execute one or more processes with respect to input data in an order defined by definition information, an output unit configured to cause the definition information to be output in a form changeable by a user when a first process of the one or more processes is suspended, an accepting unit configured to accept information indicating a change to the definition information, and an application unit configured to apply the change indicated by the information accepted by the accepting unit to the definition information. The process control unit controls execution of a subsequent process of the one or more processes that is executed after the first process is resumed based on the definition information that reflects the change applied thereto by the application unit.

Abstract: A data processing device including a first reception unit configured to receive data and store the data in a first storage unit; a process control unit configured to acquire the stored data and sequentially execute process units with respect to the acquired data; a second storage unit configured to store data corresponding to an execution result obtained up to one of the process units, when the one of the process units is suspended; and a moving unit configured to move the data stored in the second storage unit to the first storage unit in response to receiving a request to process the data stored in the second storage unit. The process control unit executes the process units from and beyond the suspended one of the process units, with respect to the data that has been moved from the second storage unit to the first storage unit.

Abstract: An information processing apparatus includes a process control unit configured to execute one or more processes with respect to input data in an order defined by definition information, an output unit configured to cause the definition information to be output in a form changeable by a user when a first process of the one or more processes is suspended, an accepting unit configured to accept information indicating a change to the definition information, and an application unit configured to apply the change indicated by the information accepted by the accepting unit to the definition information. The process control unit controls execution of a subsequent process of the one or more processes that is executed after the first process is resumed based on the definition information that reflects the change applied thereto by the application unit.

Abstract: A data processing apparatus includes a first storage that stores information pertaining to an order in which multiple process flows are executed, the execution of the multiple process flows being started by input of data and terminated by output of the data in a format usable for a user, a reception part that receives input data with respect to one of the multiple process flows, an execution part that executes the one of the multiple process flows on the input data, and a second storage that stores information indicating the one of the multiple process flows executed by the execution part. The execution part identifies a predetermined process flow to be executed with respect to the input data by referring to the first and second storages. The predetermined process flow is a process flow to be performed earliest among the multiple process flows that are not yet executed.

Abstract: A data processing device including a first reception unit configured to receive data and store the data in a first storage unit; a process control unit configured to acquire the stored data and sequentially execute process units with respect to the acquired data; a second storage unit configured to store data corresponding to an execution result obtained up to one of the process units, when the one of the process units is suspended; and a moving unit configured to move the data stored in the second storage unit to the first storage unit in response to receiving a request to process the data stored in the second storage unit. The process control unit executes the process units from and beyond the suspended one of the process units, with respect to the data that has been moved from the second storage unit to the first storage unit.

Abstract: A data processing apparatus includes a first storage that stores information pertaining to an order in which multiple process flows are executed, the execution of the multiple process flows being started by input of data and terminated by output of the data in a format usable for a user, a reception part that receives input data with respect to one of the multiple process flows, an execution part that executes the one of the multiple process flows on the input data, and a second storage that stores information indicating the one of the multiple process flows executed by the execution part. The execution part identifies a predetermined process flow to be executed with respect to the input data by referring to the first and second storages. The predetermined process flow is a process flow to be performed earliest among the multiple process flows that are not yet executed.

Abstract: A suspension device (S) of the present invention includes: a member (11) coupled to one of a vehicle body and a vehicle axle; an outer cylinder (3) coupled to the other one of the vehicle body and the vehicle axle and disposed at the outer circumference of the member (11); and a bearing (4) that is interposed between the member (11) and the outer cylinder (3), the bearing (4) having balls (4a) that rollably contact at least one of the member (11) and the outer cylinder (3), and a ball case (4b) that retains the balls (4a) rollably.

Abstract: In a rotary damper including a shaft, a pair of side panels which pivotally support the shaft while allowing the shaft to rotate in the circumferential direction, a case which is held between the side panels and forms a pressure chamber therein, a vane which is provided in the shaft, has a distal end in sliding contact with the inner periphery of the case and divides the pressure chamber into a first chamber and a second chamber, and a side plate which is interposed between the vane and at least one of the side panels and are more excellent in abrasion resistance than the side panels.

Abstract: A suspension device (S) of the present invention includes: a member (11) coupled to one of a vehicle body and a vehicle axle; an outer cylinder (3) coupled to the other one of the vehicle body and the vehicle axle and disposed at the outer circumference of the member (11); and a bearing (4) that is interposed between the member (11) and the outer cylinder (3), the bearing (4) having balls (4a) that rollably contact at least one of the member (11) and the outer cylinder (3), and a ball case (4b) that retains the balls (4a) rollably.