초록 ▼

The holder in particular for an electronic device, such as a mobile phone, a remote control, a palmtop or similar or an exhibition object, comprises a plate element (12) having an upper side, a lower side and a recess (36) formed in said plate element (12), said recess (36) being defined by a recess

The holder in particular for an electronic device, such as a mobile phone, a remote control, a palmtop or similar or an exhibition object, comprises a plate element (12) having an upper side, a lower side and a recess (36) formed in said plate element (12), said recess (36) being defined by a recess edge (38). Further, at least one stand flap (30) protruding from a first section (40) of the recess edge (38) and hingedly connected with said recess edge (38) is provided for supporting the plate element (12) on a surface. For gripping under an electronic device to be placed on the plate element (12) there is provided at least one undergripping flap (32) protruding from a second section (42) of the recess edge (38), said second section (42) being essentially located opposite the first section (40), and hingedly connected with the recess edge (38). A groove (48) or perforation (66,68,70) is arranged in the plate element (12) within the first section (40) of the recess edge (38) for hingedly connecting the stand flap (30) with the recess edge (38) for the purpose of moving the stand flap (30) beyond one of the two sides out of the plane of the plate element (12). Finally, a groove (50) or perforation (66,68,70) is arranged in the plate element (12) for hingedly connecting the undergripping flap (32) with the recess edge (38) for the purpose of moving the undergripping flap (32) beyond the other one of the two sides of the plate element (12) out of the plane of the plate element (12).

대표청구항 ▼

The holder in particular for an electronic device, such as a mobile phone, a remote control, a palmtop or similar or an exhibition object, comprises a plate element (12) having an upper side, a lower side and a recess (36) formed in said plate element (12), said recess (36) being defined by a recess

The holder in particular for an electronic device, such as a mobile phone, a remote control, a palmtop or similar or an exhibition object, comprises a plate element (12) having an upper side, a lower side and a recess (36) formed in said plate element (12), said recess (36) being defined by a recess edge (38). Further, at least one stand flap (30) protruding from a first section (40) of the recess edge (38) and hingedly connected with said recess edge (38) is provided for supporting the plate element (12) on a surface. For gripping under an electronic device to be placed on the plate element (12) there is provided at least one undergripping flap (32) protruding from a second section (42) of the recess edge (38), said second section (42) being essentially located opposite the first section (40), and hingedly connected with the recess edge (38). A groove (48) or perforation (66,68,70) is arranged in the plate element (12) within the first section (40) of the recess edge (38) for hingedly connecting the stand flap (30) with the recess edge (38) for the purpose of moving the stand flap (30) beyond one of the two sides out of the plane of the plate element (12). Finally, a groove (50) or perforation (66,68,70) is arranged in the plate element (12) for hingedly connecting the undergripping flap (32) with the recess edge (38) for the purpose of moving the undergripping flap (32) beyond the other one of the two sides of the plate element (12) out of the plane of the plate element (12). im 42, wherein identifying an adjusted start point in the method for determining the pattern includes: determining a base time of flight to a base start point; determining from the target information a potential target movement during the base time of flight; determining an adjusted target location error from the potential target movement and the target information; generating an adjusted start point; ascertaining a total time of flight to a target axis predicated on the adjusted start point; ascertaining a total time of flight to the adjusted start point; updating the adjusted target location error from the total time of flight to the adjusted start point; and iterating the generation of the adjusted start point, the ascertainment of the total time of flight to the target axis, the ascertainment of the total time of flight to the adjusted start point, and the updating of the adjusted target location error until the value for the same converge. 44. The apparatus of claim 43, wherein the method for autonomously determining the pattern further comprises adjusting the adjusted start point pair by a predetermined distance along a leg of each of the front-end and back-end traces. 45. The apparatus of claim 32, further comprising an automatic target recognition system. 46. The apparatus of claim 45, wherein the method for autonomously determining the pattern further comprises identifying the target. 47. An apparatus for planning a mission profile in real time, comprising: a receiver capable of receiving a plurality of target information, the target information including a target location; a computing device; and a program storage device encoded with instructions that, when executed by the computing device, perform a method for autonomously determining a pattern including a front-end trace and a back-end trace from the ascertained target information, the method including: projecting along a target axis a distance of the target location error to establish two intersections of the target axis with the target location error; projecting perpendicularly left and right from the intersections to determine a pair of possible start point pairs; selecting the possible start point pair including a closest single start point; selecting the farthest start point of the selected start point pair; identifying an adjusted start point; mirroring the adjusted start point to obtain an adjusted start point pair; and laying out the front-end and back-end traces from the adjusted start point pair. 48. The apparatus of claim 47, wherein the method for autonomously determining the pattern from the target information includes assuming a value for at least one of a target veloc