Abstract: The present disclosure provides a method for producing a microchannel device, which can form a channel that has high hydrophobicity, high solvent resistance as well, and also resistance to heat and damage, on demand with high accuracy, and produces the microchannel device at a low cost, while having high productivity. The method for producing a microchannel device includes: forming a channel pattern from a hydrophobic resin on a porous substrate by an electrophotographic method; melting the channel pattern by heat to allow the channel pattern to permeate into the porous substrate, thereby forming a channel in the inside of the porous substrate.

Abstract: An in-vehicle hands-free device includes a memory, and a hardware processor coupled to the memory. The hardware processor is configured to: connect to a mobile phone; acquire incoming call history data of the mobile phone connected by the hardware processor; detect a traveling state of a vehicle on which the in-vehicle hands-free device is mounted; and when accepting a request to output the incoming call history data, output the incoming call history data by voice when detecting that the vehicle is traveling, and output the incoming call history data by display when detecting that the vehicle is not traveling.

Abstract: A method, computer program product, and computer system are provided. A processor identifies a webpage currently being viewed by a user. A processor accesses the webpage using a public account. A processor determines shared content of the webpage. A processor, in response to a public view of the webpage including unapproved shared content, generates an indication of the unapproved shared content within the user's view of the webpage.

Abstract: During presentation of an electronic form on a user interface device of a computer, a most likely input value for a first form field is estimated as the most often historically input value the in the first field, and the user's attention is re-directed to fill the fields in an order different from a natural reading order, according to the best available historical input patterns. This proposed auto-fill value is indicated on the electronic form associated with the first form field. If the user accepts, modifies or replaces the proposed auto-fill value, a most likely value for a second (next) field is estimated. The process is repeated for additional form fields until the form is submitted, saved, or otherwise completed, thereby using strong relationships between two or more input values for different fields as statistically determined from historical completions of the electronic form to predict and assist in future completions.

Abstract: In an approach to extending an application on an external device, the present invention extends graphical elements associated with the application to external devices utilizing assigned roles based on device capabilities from a maintained device table. The present invention compares device capabilities with historical application utilization to determine roles and extends the application to the external device based on the determined roles.

Abstract: During presentation of an electronic form on a user interface device of a computer, a most likely input value for a first form field is estimated as the most often historically input value the in the first field, and the user's attention is re-directed to fill the fields in an order different from a natural reading order, according to the best available historical input patterns. This proposed auto-fill value is indicated on the electronic form associated with the first form field. If the user accepts, modifies or replaces the proposed auto-fill value, a most likely value for a second (next) field is estimated. The process is repeated for additional form fields until the form is submitted, saved, or otherwise completed, thereby using strong relationships between two or more input values for different fields as statistically determined from historical completions of the electronic form to predict and assist in future completions.

Abstract: In an approach to extending an application on an external device, one or more computer processors detect one or more external devices. The one or more computer processors retrieve device information from a device table for the detected one or more external devices. The one or more computer processors determine one or more capabilities of the one or more external devices based on the device information. The one or more computer processors assign one or more roles to the one or more external devices based the determined device capabilities. The one or more computer processors extend one or more graphical elements to the one or more external devices based on the assigned role.

Abstract: A method displays a copy of a specified display area on a computer display. A first signal is received from a user. The first signal specifies a display area on a display as a specified display area. The specified display area presents a dynamic activity being performed on a computer. A second signal is received from the user to identify a particular object in the specified display area. A copy of the specified display area, which includes only the particular object, is generated. The copy of the specified display area has a same shape as the specified display area, presents the dynamic activity being performed on the computer, and is displayed on the display.

Abstract: A method displays a copy of a specified display area on a computer display. A first signal is received from a user. The first signal specifies a display area on a display as a specified display area. The specified display area presents a dynamic activity being performed on a computer. A second signal is received from the user to identify a particular object in the specified display area. A copy of the specified display area, which includes only the particular object, is generated. The copy of the specified display area has a same shape as the specified display area, presents the dynamic activity being performed on the computer, and is displayed on the display.

Abstract: The present invention provides a snap function that can move an object smoothly, without deteriorating the user operability. According to the present invention, there is provided an object editing system, including: an arrangement system for arranging an object and a snap target in a given display area; a moving system for moving the object in the display area; a snap system for causing the object to snap the snap target on a basis of a distance between the object and the snap target; and a restriction system for inhibiting the object from snapping the snap target on a basis of a direction in which the object is moving. According to the object editing system of the invention, the snap system causes the object to snap the snap target once the distance between the object and the snap target has become smaller than a predetermined threshold value.

Abstract: Systems, methods and computer products for object editing including specification of layout modes during drag and drop operations. Exemplary embodiments include, a method for object editing including specification of layout modes during electronic editing of a document on the display, the method including retrieving a plurality of objects, displaying the objects on a display of a computer, receiving an object selection signal indicative of a selection device pointing at a selected object from the plurality of objects, in response to the object selection signal, dragging a representation of the object to a destination location on the display, receiving a pause selection signal indicative of the selection device pausing during the dragging of the presentation of the object, in response to the pause selection signal, retrieving a mode change switch from the memory, displaying the mode-change switch on the display and dropping the object at the destination location.

Abstract: The present invention provides a snap function that can move an object smoothly, without deteriorating the user operability. According to the present invention, there is provided an object editing system, including: an arrangement system for arranging an object and a snap target in a given display area; a moving system for moving the object in the display area; a snap system for causing the object to snap the snap target on a basis of a distance between the object and the snap target; and a restriction system for inhibiting the object from snapping the snap target on a basis of a direction in which the object is moving. According to the object editing system of the invention, the snap system causes the object to snap the snap target once the distance between the object and the snap target has become smaller than a predetermined threshold value.

Abstract: In a driver circuit, a signal from an internal circuit region is shifted by a differential circuit formed by NMOS transistors N4, N5, N6 and resistors R1, R2, output signals from the differential circuit being input to an output stage formed by NMOS transistors N1, N2, N3 and resistors R3, R4.

Abstract: A valve operating system includes a connection switch-over device provided in a plurality of cam followers. The connection switch-over device has a piston moved in response to a change in hydraulic pressure in a hydraulic pressure chamber. A roller shaft is disposed on at least one of the cam followers and has a roller carried thereon to come into rolling contact with a valve operating cam. In this valve operating system, the hydraulic pressure chamber and a communication passage, which permits an oil supply passage to communicate with the hydraulic pressure chamber, are defined in a particular one of all the cam followers, which moves a smallest amount when the connection switch-over device is in its disconnecting state. The roller shaft, having the roller rotatably carried thereon, is mounted on the cam follower other than the particular one cam follower.

Abstract: An intake manifold structure for a multi-cylinder engine having first and second independent mixture generators such as carburetors and first and second intake manifolds communicating the mixture generators to respective plural cylinders. A control gas passage and a treating gas passage are provided for introducing a control gas such as return flow exhaust gas, an additional pulse of air or the like, and a treating gas such as crankcase blow-by gas to the manifolds. The control gas passage is arranged to open into the interiors of respective diverging portions of the intake manifolds. The treating gas passage is arranged to open to the interiors of any other portions, avoiding the diverging portions, of the intake manifolds.

Abstract: A blow-by gas recovering system for an internal combustion engine has two blow-by gas outlets spaced longitudinally of the crankshaft and each communicating with the crank chamber. Both outlets also communicate with a chamber for separating blow-by gas from lubricating oil. Blow by gas from the separating chamber is introduced into the engine intake system.