Abstract: [PROBLEM] The problem to be solved by the invention is to provide a novel pharmaceutical use of a JAK inhibitor. [SOLUTION MEANS] A therapeutic or preventive agent for a skin disease selected from the group consisting of senile xerosis, asteatosis, eczema and contact dermatitis, containing a JAK inhibitor as an active ingredient. [EFFECT] The followings are found: a JAK inhibitor increases the expression amounts of filaggrin, loricrin, involucrin and ?-defensin 3 as skin barrier function-related proteins; a JAK inhibitor significantly increases NMF production in a Tape Stripping-treated mouse; and a JAK inhibitor significantly accelerates a reduction in TEWL in a dry skin mouse model, namely improves the skin barrier function. The JAK inhibitor can be used as an active ingredient of a therapeutic or preventive agent for skin diseases such as senile xerosis, asteatosis, eczema, contact dermatitis, ichthyosis vulgaris, Netherton syndrome, type B peeling skin syndrome, etc.

Abstract: The present invention provides a thermal barrier coated component, monitoring or evaluation of the soundness of which is able to be adequately carried out on the basis of the thermal boundary conditions that are detected by a sensor. A thermal barrier coated component according to the present invention comprises: a base material; a first bond coat layer that is a metal bonding layer formed on the base material; a sensor unit that comprises a sensor and a conductive wire, which are formed on the first bond coat layer; a second bond coat layer that is formed on the first bond coat layer so as to cover at least the sensor unit, while having a surface roughness higher than that of the first bond coat layer; and a top coat layer that is formed on the second bond coat layer.

Abstract: A method for maintaining a facility in an automatic warehouse system by using a maintenance terminal at a maintenance base includes generating a workplace image showing the automatic warehouse system, acquiring access information, generating a composite image by associating an object in the workplace image with the access information to access the corresponding facility, outputting the composite image to the maintenance terminal, receiving a selection of the object, and establishing a communication session between the corresponding facility and the maintenance terminal by using the access information associated to the selected object.

Abstract: A management server, which facilitates search for information, includes storages, a network interface, and a processor. The network interface performs communication with an external device. The processor is configured or programmed to perform a process of associating monitoring target information, sensor information, and time information, with one another to be stored in the storage. Further, the processor is configured or programmed to perform a process of receiving designation information from a host controller, and combining the monitoring target information corresponding to the obtained designation information with the sensor information associated with the monitoring target information to generate combined information and output the combined information to the host controller.

Abstract: A method for maintaining a facility in an automatic warehouse system by using a maintenance terminal at a maintenance base includes generating a workplace image showing the automatic warehouse system, acquiring access information, generating a composite image by associating an object in the workplace image with the access information to access the corresponding facility, outputting the composite image to the maintenance terminal, receiving a selection of the object, and establishing a communication session between the corresponding facility and the maintenance terminal by using the access information associated to the selected object.

Abstract: In sharing information about a facility at a workplace, to share information among users where the information is organized for each facility, a maintenance method executed by a maintenance server for maintaining facilities in an automatic warehouse system includes generating a workplace image showing the automatic warehouse system, collecting operation information about the facility from the automatic warehouse system, collecting maintenance information managed at a maintenance base from the maintenance base, generating a composite image by associating an object indicating the facility in the workplace image with the operation information and/or the maintenance information about the facility, and outputting the composite image to an operator terminal used by an operator using the facility in the automatic warehouse system, and to a maintenance terminal used by a maintainer maintaining the facility at the maintenance base.

Abstract: A first gateway device and a second gateway device each includes a network interface, a storage device, and a controller. The network interface is connected to an apparatus to perform communication with the apparatus and external communication. The storage device stores a first apparatus list and/or a second apparatus list. In response to receiving a connection request to the apparatus, the controller sends the connection request to the apparatus. In response to receiving a connection request to itself, the controller exchanges the first apparatus list and the second apparatus list with the other gateway device. In response to receiving data directed to an address included in the apparatus list, the controller transfers the received data to the apparatus assigned with the address.

Abstract: A management server, which facilitates search for information, includes storages, a network interface, and a processor. The network interface performs communication with an external device. The processor is configured or programmed to perform a process of associating monitoring target information, sensor information, and time information, with one another to be stored in the storage. Further, the processor is configured or programmed to perform a process of receiving designation information from a host controller, and combining the monitoring target information corresponding to the obtained designation information with the sensor information associated with the monitoring target information to generate combined information and output the combined information to the host controller.

Abstract: A relay server includes a network interface, a storage, and a controller. The network interface communicates with a user terminal and a device. The storage stores login information. When the user terminal performs a login, the controller transmits to the user terminal a device list including an identified sub ID. When receiving a connection request from the user terminal, the controller establishes, when a device to which a connection is requested is logged in, a communication session between the device and the user terminal. When the device to which a connection is requested is not logged in, the controller causes the device to log in and, after the device is logged in, establishes a communication session between the device and the user terminal.

Abstract: A radio communication system includes a first radio base station including a terminal communicator which communicates with a radio terminal and a connection timing controller which starts waiting for connection in station-to-station communication when the terminal communicator has established a communication link with the radio terminal, a second radio base station including a connector which, upon detecting the base station waiting for connection in station-to-station communication, establishes connection with the base station in the station-to-station communication and a connection timing controller which, when the connector has detected the base station, starts waiting for connection in station-to-station communication, and a third radio base station including a connector which, upon detecting the base station waiting for connection in station-to-station communication, establishes connection with the second base station in the station-to-station communication.

Abstract: A communication device includes a communicator that performs communication via a network, IO ports that connect with a manufacturing apparatus, a packet monitor that monitors, via the communicator, packet data communicated to and from the manufacturing apparatus via the network, an IO monitor that monitors states of the IO ports, and a controller configured or programmed to transmit monitoring information to a transportation apparatus via the communicator, the transportation apparatus transporting a processing target, and the monitoring information being obtained through the monitoring performed by the packet monitor and the IO monitor.

Abstract: A communication device includes a communication unit configured to communicate with a LAN, and IO ports connectable to a manufacturing apparatus, and a controller. The IO ports are configured and/or programmed to exchange ON/OFF signals including multiple bits with the manufacturing apparatus. The controller is configured and/or programmed to receive communication requests from communication destinations via the LAN, store network addresses of communication destinations and IO port designations, change a value of the ON/OFF signals of designated IO ports in accordance with requests from communication destinations, and transmit the ON/OFF signals of designated IO ports to communication destinations via the communication unit and the LAN in accordance with requests from the communication destinations.

Abstract: A radio communication system includes a first radio base station including a terminal communicator which communicates with a radio terminal and a connection timing controller which starts waiting for connection in station-to-station communication when the terminal communicator has established a communication link with the radio terminal, a second radio base station including a connector which, upon detecting the base station waiting for connection in station-to-station communication, establishes connection with the base station in the station-to-station communication and a connection timing controller which, when the connector has detected the base station, starts waiting for connection in station-to-station communication, and a third radio base station including a connector which, upon detecting the base station waiting for connection in station-to-station communication, establishes connection with the second base station in the station-to-station communication.

Abstract: In a relay communication system, if a request to perform a first remote operation on a first client terminal selected based on relay server information is received from a third client terminal, then a first relay server relays an operation event and image data, which are operation data of the first remote operation performed based on the first remote operation request, via an operation-performing session established between the second relay server and the first client terminal. If a monitoring request to monitor the first remote operation is received from a second client terminal, then the first relay server establishes a monitoring session with the second client terminal and transmits the operation data of the first remote operation via the monitoring session. As a result, a terminal other than the terminal that performs the remote operation or the terminal that undergoes the remote operation is capable of acquiring the content of the remote operation.

Abstract: A relay server mainly includes a VPN group information storage unit, an address filter information storage unit, and a communication control unit. The VPN group information storage unit is arranged and programmed to store information concerning routing apparatuses that define a VPN group and a routing session. The address filter information storage unit is arranged and programmed to store address filter information in association with identification information of the routing apparatus. The communication control unit is arranged and programmed to perform controls of: upon detection of that an address included in the address filter information overlaps, causing a translated address to be associated with the overlapping address, and transmitting the translated address to another routing apparatus; and performing routing based on the address filter information and the translated address.

Abstract: A virtual network is dynamically created to construct a relay communication system. Between a first relay server and a second relay server, a VLAN device information sharing unit shares VLAN device information including interface information of client terminals capable of functioning as VLAN devices in a relay group. A VLAN group information creation unit edits the VLAN device information, thereby creating VLAN group information formed by grouping the client terminals indicated in the VLAN device information. A VLAN group information sharing unit shares the VLAN group information among the first relay server, the second relay server, the client terminal connected to the first relay server, and the client terminal connected to the second relay server.

Abstract: A communication device includes a communicator that performs communication via a network, IO ports that connect with a manufacturing apparatus, a packet monitor that monitors, via the communicator, packet data communicated to and from the manufacturing apparatus via the network, an IO monitor that monitors states of the IO ports, and a controller configured or programmed to transmit monitoring information to a transportation apparatus via the communicator, the transportation apparatus transporting a processing target, and the monitoring information being obtained through the monitoring performed by the packet monitor and the IO monitor.

Abstract: A relay server includes a VPN group information storage unit, an address filter information storage unit, and a communication control unit. The VPN group information storage unit stores routing session information indicating identification information of routing apparatuses that define a VPN group and the routing apparatuses that are connected to one another. The address filter information storage unit stores address filter information, which indicates a partner that the routing apparatus is able to designate as a packet destination, in association with identification information of the routing apparatus. The communication control unit is programmed to perform a control to, when a VPN is started in the VPN group, update a content stored in the address filter information storage unit based on the address filter information received from the routing apparatus, and establish a routing session based on the routing session information.

Abstract: A relay server stores a first routing target address, and stores a second routing target address in association with a virtual address assigned to the second routing target address. The relay server exchanges address filter information with a relay server belonging to a selected VPN group, and establishes a routing session with the relay server. The relay server determines whether or not there is an overlap between the routing target addresses. Upon determination that there is an overlap, the relay server assigns a virtual address to the second routing target address. The relay server uses the virtual address to perform communication between the relay server itself and a first routing target device.

Abstract: A virtual network is dynamically created when a relay communication system is constructed including a plurality of relay servers that are arranged to communicate with each other. In the relay communication system, the VLAN client terminals defining the VLAN group are allowed to share VLAN group information. In addition, a VLAN session is established between the activatable VLAN devices among the VLAN client terminals based on the VLAN group information, and the VLAN devices are allowed to share virtual address information created when the VLAN group is activated. The VLAN device sets the given virtual address in a VLAN interface of the VLAN device, and communicates with other VLAN device using the virtual address and VLAN session.