Kit and case for storing and transporting a concrete finishing tool
IPC분류정보
국가/구분
United States(US) Patent
등록
국제특허분류(IPC7판)
B65D-085/20
E01C-019/22
출원번호
US-0447388
(2003-05-29)
발명자
/ 주소
Medendorp, David J.
출원인 / 주소
Fall River Manufacturing
대리인 / 주소
Andrus, Sceales, Starke & Sawall, LLP
인용정보
피인용 횟수 :
16인용 특허 :
6
초록▼
A concrete finishing tool storage case is used to retain and transport a partially disassembled concrete finishing tool having a variously sized concrete float. A case includes a cover moveable into engagement with a base to define a closed position, and moveable away from the base to define an open
A concrete finishing tool storage case is used to retain and transport a partially disassembled concrete finishing tool having a variously sized concrete float. A case includes a cover moveable into engagement with a base to define a closed position, and moveable away from the base to define an open position. The cover has a lower surface provided with a series of spaced apart, parallel downwardly facing grooves adapted to receive a concrete float connected to a concrete float adjusting device. An upper surface of the cover is formed with a cut-out adapted to receive the concrete float adjusting device connected to the concrete float. The base has a number of spaced apart barriers, adjacent pairs of barriers defining a set of channels adapted to frictionally receive a plurality of handle extensions collectively attached to the float adjusting device. Certain of the barriers are formed with pockets adapted to receive and support the concrete float connected to the concrete float adjusting device. The storage case, the concrete float, the concrete float adjusting device and the handle extensions are collectively included together in a kit which is useful at a concrete finishing work site.
대표청구항▼
A concrete finishing tool storage case is used to retain and transport a partially disassembled concrete finishing tool having a variously sized concrete float. A case includes a cover moveable into engagement with a base to define a closed position, and moveable away from the base to define an open
A concrete finishing tool storage case is used to retain and transport a partially disassembled concrete finishing tool having a variously sized concrete float. A case includes a cover moveable into engagement with a base to define a closed position, and moveable away from the base to define an open position. The cover has a lower surface provided with a series of spaced apart, parallel downwardly facing grooves adapted to receive a concrete float connected to a concrete float adjusting device. An upper surface of the cover is formed with a cut-out adapted to receive the concrete float adjusting device connected to the concrete float. The base has a number of spaced apart barriers, adjacent pairs of barriers defining a set of channels adapted to frictionally receive a plurality of handle extensions collectively attached to the float adjusting device. Certain of the barriers are formed with pockets adapted to receive and support the concrete float connected to the concrete float adjusting device. The storage case, the concrete float, the concrete float adjusting device and the handle extensions are collectively included together in a kit which is useful at a concrete finishing work site. and an output form. 7. The printer controlling device according to claim 5, wherein said in-process job information display unit is adapted to display the information adjacent the first predetermined shape. 8. A printer controlling device which displays a load state of at least one of a plurality of printers connected through a network, said printer controlling device comprising: an allocating unit which allocates a print-job to any of the printers, a calculating unit which calculates time required for the printer to which the print-job was allocated by said allocating unit which processes the print-job, and a display unit which displays the print-job by a predetermined shape having a length which is proportional to the time calculated by said calculating unit, and which arranges predetermined shapes corresponding to all print-jobs allocated to said printer by said allocating unit and not completed at a constant distance in a horizontal direction or a vertical direction in association with individual printers, wherein in order to display printers belonging to a same group of a plurality of groups, said display unit arranges and displays the predetermined shapes corresponding to all the print-jobs which are allocated to the printer by said allocating unit and not yet completed in association with individual printers belonging to the same group at the constant distance from one another in a horizontal direction or a vertical direction. 9. A printer controlling device which displays a load state of at least one of a plurality of printers connected through a network, said printer controlling device comprising: an allocating unit which allocates a print-job to any of the printers, a calculating unit which calculates time required for the printer to which the print-job was allocated by said allocating unit which processes the print-job, and a display unit which displays the print-job by a predetermined shape having a length which is proportional to the time calculated by said calculating unit, and which arranges predetermined shapes corresponding to all print-jobs allocated to said printer by said allocating unit and not completed at a constant distance in a horizontal direction or a vertical direction in association with individual printers, wherein said display unit displays a print-job divided from the same print-job with a predetermined shape having a length which is proportional to time calculated by said calculating unit, and arranges and displays a same picture or a same color including a same character including symbol, figure or icon in or near the predetermined shape. 10. A printer controlling device which displays a load state of at least one of a plurality of printers connected through a network, said printer controlling device comprising: an allocating unit which allocates a print-job to any of the printers, a calculating unit which calculates time required for the printer to which the print-job was allocated by said allocating unit which processes the print-job, a display unit which displays the print-job by a predetermined shape having a length which is proportional to the time calculated by said calculating unit, and which arranges predetermined shapes corresponding to all print-jobs allocated to said printer by said allocating unit and not completed at a constant distance in a horizontal direction or a vertical direction in association with individual printers, a time scale display unit which displays a time scale in which elapsed time from the current date and time is disposed in a direction parallel to a predetermined shape arranged and displayed by said display unit, and a guide bar display unit which displays at least one straight line which passes through any of the predetermined shapes arranged and displayed by any of the elapsed time of the time scale and said display unit in a direction perpendicular to the time scale displayed by said time scale display unit. 11. The printer contro
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