37results about How to "Restrict form" patented technology

When a network is formed among vehicles with the use of inter-vehicle communication units, a network-forming-request-source vehicle sends its position serving as a reference position, its moving direction, and requested information to surrounding vehicles by the use of a free ID. Among the surrounding vehicles, vehicles which are to subscribe to the network receive the position, the moving direction, and the requested information, determine where the vehicles are positioned among positions specified in advance relative to the reference position, and respond at a timing corresponding to their positions by the use of free IDs. The network-forming-request-source vehicle receives the responses, stops receiving responses when the number of responded vehicles reaches an appropriate number of vehicles, and sends its genuine ID and a vehicle communication order. Then, a restriction, such as a restriction based on the number of times relay processes are allowed, a restriction based on a predetermined-distance area from the center of balance or the center, or a restriction based on a communication period equal to a predetermined time or shorter from when the network is formed, all of which correspond to the type of network, is applied to form an appropriate-area network.

A shearing method for a thin plate including forming a protruded product part having a first sagging part when the thin plate with a thickness of up to approximately 5 mm is performed with a half die cutting by pressing the half die cutting punch slightly larger than the half die cutting hole to form a shallow recessed part, fixing the product part by a fixing member, forming a second sagging part at an edge portion of the thin plate by pressurizing a scrap part by moving a pressure punch which is provided with a gap between the fixing member and the pressure punch and by being bent between the scrap part and the product part, and then separating the scrap part from the product part.

A shearing method for a thin plate including forming a protruded product part having a first sagging part when the thin plate with a thickness of not more than approximately 0.3 mm is performed with a half die cutting by pressing the half die cutting punch slightly larger than the half die cutting hole to form a shallow recessed part, fixing the product part by a fixing member, forming a second sagging part at an edge portion of the thin plate by pressurizing a scrap part by moving a pressure punch which is provided with a gap between the fixing member and the pressure punch and by being bent between the scrap part and the product part, and then separating the scrap part from the product part.

Free machining steel for use in machine structures capable of stably and reliably providing excellent machinability (chip disposability and tool life) and mechanical characteristics (transverse direction toughness) comparable, in a Pb free state, with existent Pb-added steels the machining steel being manufactured so as to contain 0.0005 to 0.02 mass % of Mg and provide a distribution index F1 for the sulfide particles defined by the following equation (1) of 0.4 to 0.65 or a distribution index for the sulfide particles defined by the following equation (2) of 1 to 2.5:as described in the specification.

The present invention relates to a method for controlling a rock drilling process, in which an impulse-generating device comprising an impact element transmits a shock wave to a tool connected to the impulse-generating device, whereby a portion of the energy of the shock wave is transmitted to the rock by means of the tool and a portion of the energy of the shock wave is reflected and brought back to the impulse-generating device as reflected energy. The method comprises steps of generating at least one parameter value representing the reflected energy, and regulating the interaction of said impact element with said tool at least partially based on said value or values to control the rise time and / or length of said shock wave. The invention also relates to a regulation device, an impulse-generating device and a drilling rig.

A method of manufacturing a microelectronic device including a first component hybridized with a second component via electric interconnects, involves the steps of: (i) forming the first and second components, the second component being transparent to ultraviolet radiation at least in line with locations provided for the interconnects; (ii) forming interconnection elements including copper oxide on the second component at the locations provided for the interconnects; (iii) placing the first and second components on each other; and (iv) applying the ultraviolet radiation through the second component on the elements including copper oxide to implement an ultraviolet anneal converting copper oxide into copper.