Abstract: An antenna includes a flat conductor, and the flat conductor includes a first slot extending in a first direction, a second slot connected to the first slot and extending in a second direction, a third slot connected to the first slot and including another end that is open through an outer edge of the conductor, the third slot extending to one side of the first slot opposite from the second slot, and a fourth slot connected to the second slot, the fourth slot extending to one side of the second slot opposite from the first slot, wherein the third slot has a wide portion, and the fourth slot has a wide portion, and the outer edge includes an inclined portion inclined with respect to a virtual line that passes through the another end of the third slot and that is perpendicular to a direction in which the third slot extends.

Abstract: Glazing panel having an electrically conductive connector. A glazing panel comprising (i) a pane of glass, (ii) an antenna, (iii) an electrically conductive connector joined to the antenna by a lead-free solder material, and (iv) a coaxial cable joined to the electrically conductive connector.

Abstract: The present invention relates to a vehicular antenna apparatus including: a dielectric substrate; an antenna provided to the dielectric substrate; and a connector electrically connected to a feeding cable of a receiving apparatus, in which the antenna includes an antenna conductor provided to the dielectric substrate, and a feeding electrode electrically connected to the antenna conductor and provided on a first surface of the dielectric substrate, the connector includes a connector main body supporting the feeding cable, and a terminal electrode provided to the connector main body and electrically connected to the feeding cable, and the feeding electrode and the terminal electrode are joined via an insulating adhesive, thereby being capacitively coupled with each other.

Abstract: A glass antenna arranged on a vehicle window glass includes a slot antenna formed by cutting out a conductive film; and a power supply unit configured to supply power to the slot antenna. The slot antenna includes a first slot extending in a first direction; a second slot connected to one end of the first slot, and extending in a second direction, a first wide-width slot connected to the other end of the first slot directly or via a first connection slot, and having a slot width greater than that of the first slot, and a second wide-width slot connected to a terminal end portion of the second slot directly or via a second connection slot, and having a slot width greater than that of the second slot. The power supply unit is arranged so as to straddle the first slot.

Abstract: A glass antenna arranged on a vehicle window glass includes a slot antenna formed by cutting out a conductive film; and a pair of power supply units for supplying power to the slot antenna. The slot antenna includes a power supply slot extended in a first direction and arranged so that the pair of power supply units straddle the power supply slot, a plurality of comb-tooth slots extended in a second direction, and a root slot extended in a third direction, the root slot being connected directly to the power supply slot or being connected to the power supply slot via a connection slot, and end portions of the plurality of comb-tooth slots being connected to the root slot.

Abstract: A glass antenna arranged on a vehicle window glass includes a slot antenna formed by cutting out a conductive film; and a power supply unit configured to supply power to the slot antenna. The slot antenna includes a first slot extending in a first direction; a second slot connected to one end of the first slot, and extending in a second direction, a first wide-width slot connected to the other end of the first slot directly or via a first connection slot, and having a slot width greater than that of the first slot, and a second wide-width slot connected to a terminal end portion of the second slot directly or via a second connection slot, and having a slot width greater than that of the second slot. The power supply unit is arranged so as to straddle the first slot.

Abstract: There is provided a window glass for a vehicle, the window glass including a glass antenna for transmitting and receiving communication waves. The glass antenna includes a pair of electrodes that are a ground electrode and a power feeding electrode; a first antenna element connected to the power feeding electrode; a second antenna element connected to the power feeding electrode, the second antenna element extending downward; a third antenna element connected to the power feeding electrode, the third antenna element extending in a direction that differs from that of the second antenna element; a fourth antenna element, one end of the fourth antenna element being connected to an end portion of the third antenna element; and a fifth antenna element, one end of the fifth antenna element being connected to the end portion of the third antenna element and the one end of the fourth antenna element.

Abstract: A glass antenna arranged on a vehicle window glass includes a slot antenna formed by cutting out a conductive film; and a pair of power supply units for supplying power to the slot antenna. The slot antenna includes a power supply slot extended in a first direction and arranged so that the pair of power supply units straddle the power supply slot, a plurality of comb-tooth slots extended in a second direction, and a root slot extended in a third direction, the root slot being connected directly to the power supply slot or being connected to the power supply slot via a connection slot, and end portions of the plurality of comb-tooth slots being connected to the root slot.

Abstract: Glazing panel having an electrically conductive connector. A glazing panel comprising (i) a pane of glass, (ii) an antenna, (iii) an electrically conductive connector joined to the antenna by a lead-free solder material, and (iv) a coaxial cable joined to the electrically conductive connector.

Abstract: An electrical connection member shaped as a foil for feeding power to an electrical functional part arranged between a first platelike body and a second platelike body that form a laminated plate includes a connection portion located between the first platelike body and the second platelike body, and electrically connected to the electrical functional part; a feeding portion that is extended from the connection portion; and a folded portion formed between the connection portion and the feeding portion, and configured to cover at least a part of an edge portion of the first platelike body or the second platelike body. The folded portion includes a portion of increased cross-sectional area.

Abstract: A scheduling method whereby a virtualization unit, which has multiple nodes containing physical CPUs and physical memories, and which operates a virtual computer by generating logical partitions from the computer resources of the multiple nodes, allocates a physical CPU to the logical CPU. The multiple nodes are coupled via an interconnect, and the virtualization unit selects the physical CPU to be allocated to the logical CPU, and measures performance information related to the performance when the physical memory is accessed from the logical CPU. When the performance information satisfies a prescribed threshold value the physical CPU allocated to the logical CPU is selected from the same node as that of the previously allocated physical CPU, and when the performance information does not satisfy the prescribed threshold value the physical CPU allocated to the logical CPU is selected from a different node than the node of the previously allocated physical CPU.

Abstract: The present invention relates to a vehicular antenna apparatus including: a dielectric substrate; an antenna provided to the dielectric substrate; and a connector electrically connected to a feeding cable of a receiving apparatus, in which the antenna includes an antenna conductor provided to the dielectric substrate, and a feeding electrode electrically connected to the antenna conductor and provided on a first surface of the dielectric substrate, the connector includes a connector main body supporting the feeding cable, and a terminal electrode provided to the connector main body and electrically connected to the feeding cable, and the feeding electrode and the terminal electrode are joined via an insulating adhesive, thereby being capacitively coupled with each other.

Abstract: An electrically connecting structure includes a glass plate, a feeding part formed on the glass plate, a terminal having a base part opposing the glass plate, an adhesive adhering the glass plate and the terminal, and a conductive rubber arranged between the feeding part and the base part. The adhesive is a thermosetting adhesive that once softens when heated and thereafter cures, and is arranged to surround a periphery of the conductive rubber. The feeding part and the base part have electrical continuity via the conductive rubber.

Abstract: There is provided a window glass for a vehicle, the window glass including a glass antenna for transmitting and receiving communication waves. The glass antenna includes a pair of electrodes that are a ground electrode and a power feeding electrode; a first antenna element connected to the power feeding electrode; a second antenna element connected to the power feeding electrode, the second antenna element extending downward; a third antenna element connected to the power feeding electrode, the third antenna element extending in a direction that differs from that of the second antenna element; a fourth antenna element, one end of the fourth antenna element being connected to an end portion of the third antenna element; and a fifth antenna element, one end of the fifth antenna element being connected to the end portion of the third antenna element and the one end of the fourth antenna element.

Abstract: A scheduling method whereby a virtualization unit, which has multiple nodes containing physical CPUs and physical memories, and which operates a virtual computer by generating logical partitions from the computer resources of the multiple nodes, allocates a physical CPU to the logical CPU. The multiple nodes are coupled via an interconnect, and the virtualization unit selects the physical CPU to be allocated to the logical CPU, and measures performance information related to the performance when the physical memory is accessed from the logical CPU. When the performance information satisfies a prescribed threshold value the physical CPU allocated to the logical CPU is selected from the same node as that of the previously allocated physical CPU, and when the performance information does not satisfy the prescribed threshold value the physical CPU allocated to the logical CPU is selected from a different node than the node of the previously allocated physical CPU.

Abstract: An electrically connecting structure includes a glass plate, a feeding part formed on the glass plate, a terminal having a base part opposing the glass plate, an adhesive adhering the glass plate and the terminal, and a conductive rubber arranged between the feeding part and the base part. The adhesive is a thermosetting adhesive that once softens when heated and thereafter cures, and is arranged to surround a periphery of the conductive rubber. The feeding part and the base part have electrical continuity via the conductive rubber.

Abstract: A antenna device, which includes a first dielectric substrate having a patch conductor disposed thereon; a second dielectric substrate having a grounding conductor disposed on a confronting substrate surface confronting the patch conductor; and a conductor for electromagnetic coupling, extending from the confronting substrate surface of the second dielectric substrate toward the first dielectric substrate, is provided. The antenna device is small and is capable of being mounted to a windowpane for a vehicle since the conductor for electromagnetic coupling is not connected to the grounding conductor with respect to a direct current and since the conductor for electromagnetic coupling and the patch conductor are electromagnetically coupled each other.

Abstract: A conductor formed on a glass surface and a lead wire are electrically connected by a structure constituted by a small number of parts, which requires no soldering and achieves space-saving and low cost. An electrical connection structure for a conductor formed on a glass surface, comprising a conductor 2 formed on a glass surface, a cover member 5 made of an electrically insulating material forming a cavity 17 between the cover member 5 and the glass surface and having an insertion slot 11 communicating with the cavity 17, and a connection member 3 made of an electrically conductive material having elasticity and inserted into the insertion slot 11, wherein the connection member 3 and the conductor 2 are pressed to each other by the elasticity of the connection member 3 whereby they are electrically connected.

Abstract: A antenna device, which includes a first dielectric substrate having a patch conductor disposed thereon; a second dielectric substrate having a grounding conductor disposed on a confronting substrate surface confronting the patch conductor; and a conductor for electromagnetic coupling, extending from the confronting substrate surface of the second dielectric substrate toward the first dielectric substrate, is provided. The antenna device is small and is capable of being mounted to a windowpane for a vehicle since the conductor for electromagnetic coupling is not connected to the grounding conductor with respect to a direct current and since the conductor for electromagnetic coupling and the patch conductor are electromagnetically coupled each other.

Abstract: A conductor formed on a glass surface and a lead wire are electrically connected by a structure constituted by a small number of parts, which requires no soldering and achieves space-saving and low cost. An electrical connection structure for a conductor formed on a glass surface, comprising a conductor 2 formed on a glass surface, a cover member 5 made of an electrically insulating material forming a cavity 17 between the cover member 5 and the glass surface and having an insertion slot 11 communicating with the cavity 17, and a connection member 3 made of an electrically conductive material having elasticity and inserted into the insertion slot 11, wherein the connection member 3 and the conductor 2 are pressed to each other by the elasticity of the connection member 3 whereby they are electrically connected.