초록 ▼

A device for securely holding an object on a motor vehicle seat is generally comprised of a frame of four elongate members that form a parallelogram. Two of the elongate members have an extended portion that engages the crease between the back of the seat and the seat bottom portion. Flanges are for

A device for securely holding an object on a motor vehicle seat is generally comprised of a frame of four elongate members that form a parallelogram. Two of the elongate members have an extended portion that engages the crease between the back of the seat and the seat bottom portion. Flanges are formed on the ends of the elongate members opposite the ends that are secured in the crease of the seat, and flanges may also be formed at one end of each of the elongate members which are transverse to the elongate members that are secured in the crease. These flanges prevent the object being held from sliding forward or laterally toward the passenger door. The frame has a locking and collapsing mechanism to maintain its configuration while holding the object and for facilitating the collapse of the device for compact storage when not in use.

대표청구항 ▼

A device for securely holding an object on a motor vehicle seat is generally comprised of a frame of four elongate members that form a parallelogram. Two of the elongate members have an extended portion that engages the crease between the back of the seat and the seat bottom portion. Flanges are for

A device for securely holding an object on a motor vehicle seat is generally comprised of a frame of four elongate members that form a parallelogram. Two of the elongate members have an extended portion that engages the crease between the back of the seat and the seat bottom portion. Flanges are formed on the ends of the elongate members opposite the ends that are secured in the crease of the seat, and flanges may also be formed at one end of each of the elongate members which are transverse to the elongate members that are secured in the crease. These flanges prevent the object being held from sliding forward or laterally toward the passenger door. The frame has a locking and collapsing mechanism to maintain its configuration while holding the object and for facilitating the collapse of the device for compact storage when not in use. distance between the support surfaces of the pair in the first direction decreases in the second direction in such a manner that each of the support surfaces simultaneously contacts respective one of the side surfaces of the electric device to prevent the electric device from moving in the first direction, and an angle between the support surfaces facing respectively to the side surfaces is larger than an angle between the side surfaces so that the body contacts the support surfaces through the corners. 2. The container according to claim 1, wherein the support surfaces of the pair are formed in such a manner that each of the support surfaces of the pair simultaneously contact the body of the electric device, and the support surfaces of the pair are prevented from contacting the leads. 3. The container according to claim 1, wherein the projections of the pair are formed in such a manner that the projections of the pair are prevented from contacting the leads when the electric device is prevented by the support surfaces of the pair from moving in the first direction. 4. The container according to claim 1, further comprising another pair of projections for restraining the movement of the electric device in a third direction perpendicular to the second direction and different from the first direction, wherein the projections of the another pair have respective support surfaces facing to each other in the third direction so that the movement of the electric device in the third direction is limited between the support surfaces of the another pair each of which faces to the electric device in the third direction. 5. A container for receiving therein an electric device, comprising: a recess for receiving therein the electric device, including a top opening area for insertion of the electric device therethrough into the recess, and a bottom area; and a pair of projections for restraining a movement of the electric device in a first direction perpendicular to a second direction directed from the top opening area toward the bottom area; and another pair of projections for restraining the movement of the electric device in a third direction perpendicular to the second direction and different from the first direction, wherein the projections of the another pair have respective support surfaces facing to each other in the third direction so that the movement of the electric device in the third direction is limited between the support surfaces of the another pair each of which faces to the electric device in the third direction, wherein the projections of the pair have respective support surfaces facing to each other in the first direction, and a distance between the support surfaces of the pair in the first direction decreases in the second direction in such a manner that each of the support surfaces simultaneously contacts the electric device to prevent the electric device from moving in the first direction, and wherein the support surfaces of the another pair are formed in such a manner that a clearance is formed between the electric device and at least one of the support surfaces of the another pair in the third direction when the movement of the electric device in the third direction is limited between the support surfaces of the another pair. 6. The container according to claim 4, wherein a distance between the support surfaces of the another pair in the third direction decreases in the second direction. 7. The container according to claim 4, wherein the support surfaces of the another pair are formed in such a manner that the support surfaces of the another pair are prevented from contacting the leads and one of the support surfaces of the another pair is allowed to contact the body of the electric device so that the movement of the electric device is limited in the third direction. 8. The container according to claim 4, wherein the projections of the another pair are formed in such a manner that the projections of the another pair are prevented from contacting the leads when the movement of the electric device in the third direction is limited between the support surfaces of the another pair. 9. The container according to claim 4, wherein rigidities of the support surfaces of the pair and the support surfaces of the another pair are sufficient small for allowing each of the support surfaces of the pair and each of the support surfaces of the another pair to simultaneously contact the electric device so that the electric device is prevented from moving in the first and third directions. 10. The container according to claim 1, wherein the support surfaces of the pair are tapered in the second direction so that each of the support surfaces of the pair simultaneously contacts an outer peripheral corner of the body to bear a weight of the electric device and to prevent the electric device from moving in the first direction. 11. The container according to claim 1, wherein the projections of the pair have respective reverse surfaces being opposite to each other in the first direction and extending in the second direction as reverse surfaces relative to the support surfaces of the pair, and the projections of the pair are formed in such a manner that at least one of the reverse surfaces is prevented from contacting the leads when the support surfaces simultaneously contacts the electric device to prevent the electric device from moving in the first direction. 12. A container for receiving therein an electric device, comprising: a recess for receiving therein the electric device, including a top opening area for insertion of the electric device therethrough into the recess, and a bottom area; and a pair of projections for restraining a movement of the electric device in a first direction perpendicular to a second direction directed from the top opening area toward the bottom area, wherein the projections of the pair have respective support surfaces facing to each other in the first direction, and a distance between the support surfaces of the pair in the first direction decreases in the second direction in such a manner that each of the support surfaces simultaneously contacts the electric device to prevent the electric device from moving in the first direction, and wherein an angle between the second direction and one of the support surfaces decreases in a fourth direction from the bottom area toward the top opening area. 13. A container having retained therein an electric device employing an electric element with a body and at least two electrical leads projecting from the body, wherein the body has a bottom surface, a pair of side surfaces opposite to each other, and a pair of corners each of which is formed between the bottom surface and respective one of the side surfaces said container comprising: a recess for receiving therein the electric device, including a top opening area for insertion of the electric device therethrough into the recess, and a bottom area; and a pair of projections for restraining a movement of the electric device in a first direction perpendicular to a second direction directed from the top opening area toward the bottom area, wherein the projections of the pair have respective support surfaces facing to each other in the first direction so that the support surfaces face to the side surfaces respectively in the first direction, a distance between the support surfaces of the pair in the first direction decreases in the second direction in such a manner that each of the support surfaces simultaneously contacts respective one of the side surfaces of the electric device to prevent the electric device from moving in the first direction, and an angle between the support surfaces facing respectively to the side surfaces is larger than an angle between the side surfaces so that the body contacts the support surfaces through the corners. 14. The container according to claim 13, wherein the support surfaces of the pair are formed in such a manner that each of the support surfaces of the pair simultaneously contact the body of the electric device, and the support surfaces of the pair are prevented from contacting the leads. 15. The container according to claim 13, wherein the projections of the pair are formed in such a manner that the projections of the pair are prevented from contacting the leads when the electric device is prevented by the support surfaces of the pair from moving in the first direction. 16. The container according to claim 13, further comprising another pair of projections for restraining the movement of the electric device in a third direction perpendicular to the second direction and different from the first direction, wherein the projections of the another pair have respective support surfaces facing to each other in the third direction so that the movement of the electric device in the third direction is limited between the support surfaces of the another pair each of which faces to the electric device in the third direction. 17. A container having retained therein an electric device employing an electric element with a body and at least two electrical leads projecting from the body, said container comprising: a recess for receiving therein the electric device, including a top opening area for insertion of the electric device therethrough into the recess, and a bottom area; a first pair of projections for restraining a movement of the electric device in a first direction perpendicular to a second direction directed from the top opening area toward the bottom area; and a second pair of projections for restraining the movement of the electric device in a third direction perpendicular to the second direction and different from the first direction, wherein the second pair of projections have respective support surfaces facing to each other in the third direction so that the movement of the electric device in the third direction is limited between the support surfaces of the second pair of projections each of which faces to the electric device in the third direction, wherein the first pair of projections have respective support surfaces facing to each other in the first direction, and a distance between the support surfaces of the first pair of projections in the first direction decreases in the second direction in such a manner that each of the support surfaces simultaneously contacts the electric device to prevent the electric device from moving in the first direction, and wherein the support surfaces of the second pair of projections are formed in such a manner that a clearance is formed between the electric device and at least one of the support surfaces of the second pair of projections in the third direction when the movement of the electric device in the third direction is limited between the support surfaces of the another pair. 18. The container according to claim 16, wherein a distance between the support surfaces of the second pair of projections in the third direction decreases in the second direction. 19. The container according to claim 16, wherein the support surfaces of the second pair of projections are formed in such a manner that the support surfaces of the second pair of projections are prevented from contacting the leads and one of the support surfaces of the second pair of projections is allowed to contact the body of the electric device so that the movement of the electric device is limited in the third direction. 20. The container according to claim 16, wherein the projections of the second pair of projections are formed in such a manner that the second pair of projections are prevented from contacting the leads when the movement of the electric device in the third direction is limited between the support surfaces of the second pair of projections. 21. The container according to claim 16, wherein rigidities of the support surfaces of the first pair of projections and the support s