Abstract: An information processing system includes: a server apparatus to manage an application; and an electronic device to communicate with the server apparatus via a network, the electronic device having a web browser for displaying a web page provided by the server apparatus. The server apparatus includes circuitry to: receive registration of an application having customized a display screen; cause the display screen of the application to be displayed within a frame of the web page; and in response to an input to the display screen displayed within the frame, receive a request for executing at least one function of the information processing system from a script outside the frame, via an interface for providing the at least one function of the information processing system, and control execution of the at least one function.

Abstract: A device, a process execution system, a process execution method, and a non-transitory recording medium. The device requests an information processing system to perform a second process using result of a first process executed by the device, displays on a display, result of the second process acquired from the information processing system, and receives a request for the device to execute the first process again.

Abstract: A device, a process execution system, a process execution method, and a non-transitory recording medium. The device requests an information processing system to perform a second process using result of a first process executed by the device, displays on a display, result of the second process acquired from the information processing system, and receives a request for the device to execute the first process again.

Abstract: A liquid crystal device 10 includes: a pair of substrates made up of a first substrate 11 and a second substrate 12 arranged facing each other; and a liquid crystal layer 14 interposed between the first substrate 11 and the second substrate 12. The liquid crystal device 10 does not have a liquid crystal alignment film formed on both the first substrate 11 and the second substrate 12. The second substrate 12 has a spacer 15a extending toward the first substrate 11 and the first substrate 11 has a suppressing part for mitigating the misalignment in the liquid crystal layer 14 due to the movement of the tip of the spacer 15s.

Abstract: An information processing system includes: a server apparatus to manage an application; and an electronic device to communicate with the server apparatus via a network, the electronic device having a web browser for displaying a web page provided by the server apparatus. The server apparatus includes circuitry to: receive registration of an application having customized a display screen; cause the display screen of the application to be displayed within a frame of the web page; and in response to an input to the display screen displayed within the frame, receive a request for executing at least one function of the information processing system from a script outside the frame, via an interface for providing the at least one function of the information processing system, and control execution of the at least one function.

Abstract: According to an embodiment, an information processing system includes a device, and a service providing system. The device includes predetermined functions. The service providing system executes an application having execution order of programs defined therefor so as to execute a processing flow using one or more of the predetermined functions. The service providing system includes a management unit, and a screen configuring unit. The management unit generates application information having metadata information and the application associated with each other, the metadata information being associated with a user who uses the application and used when the application is executed. The screen configuring unit generates, when the application is executed, based on the application information, a user interface that receives setup operation related to metadata corresponding to the metadata information in the application.

Abstract: An information processing system includes a plurality of programs, each executing a predetermined process. The information processing system includes a memory and circuitry. The memory stores, for each of applications, each executing a series of processes using electronic data, an application associating flow information with application setting information. The flow information defines program identification information and an execution order. The application setting information defines parameter setting information, group setting information, and flow identification information. The memory further stores use screen information in association with application identification information.

Abstract: A liquid crystal device 10 includes: a pair of substrates including a first substrate 11 and a second substrate 12 arranged to face each other; and a liquid crystal layer 14 that is arranged between the first substrate 11 and the second substrate 12. This liquid crystal device 10 is configured such that, among the first substrate 11 and the second substrate 12, a liquid crystal alignment film 13 is formed on the liquid crystal layer 14-side surface of the first substrate 11, but no liquid crystal alignment film is formed on the liquid crystal layer 14-side surface of the second substrate 12.

Abstract: An information processing system includes a plurality of programs, each executing a predetermined process. The information processing system includes a memory and circuitry. The memory stores, for each of applications, each executing a series of processes using electronic data, an application associating flow information with application setting information. The flow information defines program identification information and an execution order. The application setting information defines parameter setting information, group setting information, and flow identification information. The memory further stores use screen information in association with application identification information.

Abstract: According to an embodiment, an information processing system includes a device, and a service providing system. The device includes predetermined functions. The service providing system executes an application having execution order of programs defined therefor so as to execute a processing flow using one or more of the predetermined functions. The service providing system includes a management unit, and a screen configuring unit. The management unit generates application information having metadata information and the application associated with each other, the metadata information being associated with a user who uses the application and used when the application is executed. The screen configuring unit generates, when the application is executed, based on the application information, a user interface that receives setup operation related to metadata corresponding to the metadata information in the application.

Abstract: A connector (20) for securing a wiper blade to a wiper arm includes a base member (21) including a forward upper portion (32) and a rearward upper portion (33); a locking member (22) for holding either a U-hook portion (12) or a side pin (11) mounted to the base member (21); and a flexible connecting member (23) connecting the locking member (22) to the base member (21). To attach the connector (20) to the side pin (11), the connector is rotated toward the side pin (11) from the opposite side of the side pin (11) so that the side pin (11) fits into a recess (33A) of the rearward upper portion (33). The side pin (11) also fits into the recesses (47 and 48) of the locking member (22) so that the side pin (11) is held between the base member (21) and the locking member (22). The connector enables the firm securing of the wiper blade to the wiper arm so as to restrict vibrations between the wiper blade and the wiper arm.

Abstract: A joint member capable of easily and firmly joining a wiper arm of various types (mainly the U-hook type) to a wiper blade main-body at low cost. The joint member 20 includes a fitting member 21 which a U-hook portion 11 of a wiper arm 10 fits to, a fixing member 22 which holds the hook portion 11 between the fixing member and the fitting member 21, and a flexible connecting portion 23 which connects a rear end 21B of the fitting member 21 and a rear end 22B of the fixing member 22 together. The fitting member 21 is rotatably mounted on a mounting pin 9 of a wiper blade main-body 1 and the angles of the wiper arm 10 and the wiper blade can be changed appropriately during mounting work. The U-hook portion 11 is held between a front transverse plate 41 of the fixing member 21 and a front end 21A of the fitting member 21.

Abstract: A connector 20 for securing a wiper blade to a wiper arm includes a base member 21 including a forward upper portion 32 and a rearward upper portion 33; a locking member 22 for holding either a U-hook portion 12 or a side pin 11 mounted to the base member 21; and a flexible connecting member 23 connecting the locking member 22 to the base member 21. To attach the connector 20 to the side pin 11, the connector 20 is rotated toward the side pin 11 from the opposite side of the side pin 11 so that the side pin 11 fits into the recess 33A of the rearward upper portion 33. The side pin 11 also fit into the recesses 47 and 48 of the locking member 22 so that the side pin 11 is held between the base member 21 and the locking member 22. The connector 20 enables the firm securing of the wiper blade to the wiper arm so as to restrict vibrations between the wiper blade and the wiper arm. The wear-out of the connector 20 is also decreased.

Abstract: A differential pressure valve simplified in construction includes a piston integrally formed with a main valve element and arranged on the upstream side of a main valve to define a chamber for introducing refrigerant from an inlet port. The piston has an orifice and a refrigerant passage for communicating with a chamber on a back surface side of the piston. The chamber is configured such that it can be connected, via a refrigerant passage and a pilot valve element, to a chamber on the downstream side of the main valve, which communicates with an outlet port.

Abstract: A joint member capable of easily and firmly joining a wiper arm of various types (mainly the U-hook type) to a wiper blade main-body at low cost. The joint member 20 includes a fitting member 21 which a U-hook portion 11 of a wiper arm 10 fits to, a fixing member 22 which holds the hook portion 11 between the fixing member and the fitting member 21, and a flexible connecting portion 23 which connects a rear end 21B of the fitting member 21 and a rear end 22B of the fixing member 22 together. The fitting member 21 is rotatably mounted on a mounting pin 9 of a wiper blade main-body 1 and the angles of the wiper arm 10 and the wiper blade can be changed appropriately during mounting work. The U-hook portion 11 is held between a front transverse plate 41 of the fixing member 21 and a front end 21A of the fitting member 21.

Abstract: The object of the present invention is to provide a solenoid control valve simple in construction and low in cost, realized by reducing the number of component parts, eliminating screw-joined portions, and minimizing the use of rubber O rings. A valve hole of a pilot valve, a hole of a bearing for supporting one end of a shaft of a solenoid, and a fitting hole in which is fitted one end of a sleeve, are formed along the same axis in a body. This makes it possible to accurately establish the concentricity of movable components of the solenoid when the sleeve is fitted in the fitting hole, and hence, a pilot valve element can be integrally formed with the shaft. Set values for a main valve and the pilot valve are adjusted by adjusting the amounts of insertions of a press-fit member and a bearing by press-fitting.

Abstract: To provide a small-sized and low-cost proportional solenoid valve which is capable of controlling a bidirectional fluid flow. A core is fixed in a pipe, and a hollow shaft having an extreme end thereof closed by a valve seat and a portion adjacent thereto formed with valve holes is fixed in the core. Within the pipe, there are arranged a hollow cylindrical valve element axially movable using the shaft as a guide and urged in a direction away from the core by a spring, for opening and closing the valve holes, and a plunger, while outside the pipe, there is arranged a solenoid coil. The proportional solenoid valve has a body formed by the pipe, and the component parts for opening and closing the valve are arranged within the pipe, so that it is possible to reduce the size of the proportional solenoid valve, the number of component parts, and machining costs and material costs, which contributes to reduction of costs of the valve.

Abstract: The object of the present invention is to provide a solenoid control valve simple in construction and low in cost, realized by reducing the number of component parts, eliminating screw-joined portions, and minimizing the use of rubber O rings. A valve hole of a pilot valve, a hole of a bearing for supporting one end of a shaft of a solenoid, and a fitting hole in which is fitted one end of a sleeve, are formed along the same axis in a body. This makes it possible to accurately establish the concentricity of movable components of the solenoid when the sleeve is fitted in the fitting hole, and hence, a pilot valve element can be integrally formed with the shaft. Set values for a main valve and the pilot valve are adjusted by adjusting the amounts of insertions of a press-fit member and a bearing by press-fitting.

Abstract: To provide a differential pressure valve simplified in construction. A piston integrally formed with a main valve element is arranged on the upstream side of a main valve formed by the main valve element and a main valve seat, to thereby define a chamber for introducing refrigerant from an inlet port. The piston is provided with an orifice and a refrigerant passage for the communicating with a chamber on a back surface side of the piston. The chamber on the back surface side of the piston is configured such that it can be connected, via a refrigerant passage and a pilot valve formed by a pilot valve seat and a pilot valve element, to a chamber on the downstream side of the main valve, which communicates with an outlet port. Refrigerant from the inlet port is supplied the pilot valve via the orifice, and the refrigerant passages.

Abstract: To provide a small-sized and low-cost proportional solenoid valve which is capable of controlling a bidirectional fluid flow. A core is fixed in a pipe, and a hollow shaft having an extreme end thereof closed by a valve seat and a portion adjacent thereto formed with valve holes is fixed in the core. Within the pipe, there are arranged a hollow cylindrical valve element axially movable using the shaft as a guide and urged in a direction away from the core by a spring, for opening and closing the valve holes, and a plunger, while outside the pipe, there is arranged a solenoid coil. The proportional solenoid valve has a body formed by the pipe, and the component parts for opening and closing the valve are arranged within the pipe, so that it is possible to reduce the size of the proportional solenoid valve, the number of component parts, and machining costs and material costs, which contributes to reduction of costs of the valve.