[미국특허]
Sliding member securing mechanism for a container
원문보기
IPC분류정보
국가/구분
United States(US) Patent
등록
국제특허분류(IPC7판)
B62H-005/04
출원번호
US-0061490
(2002-01-31)
발명자
/ 주소
Brown, Roger L.
Ronnenberg, Clifford R.
출원인 / 주소
Haulaway Storage Containers, Inc.
대리인 / 주소
Finnegan, Henderson, Farabow, Garrett & Dunner
인용정보
피인용 횟수 :
8인용 특허 :
29
초록▼
This invention pertains to a mechanism for securing a container. The container includes at least one wall, which is comprised of at least a first door. The mechanism includes a first rod, which is attached with the outer surface of the first door. The first rod is capable of being rotated from an op
This invention pertains to a mechanism for securing a container. The container includes at least one wall, which is comprised of at least a first door. The mechanism includes a first rod, which is attached with the outer surface of the first door. The first rod is capable of being rotated from an openable position, when the first door is capable of being opened, to a closed position, when the first door is engaged with the container to be closed. The mechanism further includes a channel member, which is attached with the inner surface of the first door, and a sliding member, which is slidably received within the channel member. The sliding member is engageable with the first rod. As the first rod is rotated from the openable position to the closed position, engagement of the first rod with the sliding member causes the sliding member to slide to secure the first door. In one embodiment, a second door is provided, which is secured by inserting a pin attached with a bottom portion of the inner surface of the second door into a pin engaging hole defined in the floor of the container. In one embodiment, after the doors are secured, and a lock is inserted into padlock tabs of a locking device, the doors are prevented from being opened unless the lock is removed.
대표청구항▼
This invention pertains to a mechanism for securing a container. The container includes at least one wall, which is comprised of at least a first door. The mechanism includes a first rod, which is attached with the outer surface of the first door. The first rod is capable of being rotated from an op
This invention pertains to a mechanism for securing a container. The container includes at least one wall, which is comprised of at least a first door. The mechanism includes a first rod, which is attached with the outer surface of the first door. The first rod is capable of being rotated from an openable position, when the first door is capable of being opened, to a closed position, when the first door is engaged with the container to be closed. The mechanism further includes a channel member, which is attached with the inner surface of the first door, and a sliding member, which is slidably received within the channel member. The sliding member is engageable with the first rod. As the first rod is rotated from the openable position to the closed position, engagement of the first rod with the sliding member causes the sliding member to slide to secure the first door. In one embodiment, a second door is provided, which is secured by inserting a pin attached with a bottom portion of the inner surface of the second door into a pin engaging hole defined in the floor of the container. In one embodiment, after the doors are secured, and a lock is inserted into padlock tabs of a locking device, the doors are prevented from being opened unless the lock is removed. en balance is held and β is a compressibility of said hydraulic fluid, and said pressure intensification control means supplies said hydraulic fluid to said drive chamber of said pressure intensifying cylinder when Sr>Ss≥Sp where Ss is a level of said detection signal from said pressure sensor, Sp is a level of an output signal corresponding to Pp and Sr is a level of an output signal corresponding to PLb, and discharges said hydraulic fluid from said drive chamber of said pressure intensifying cylinder when Ss>Sr. 5. A pressure intensifying apparatus for a hydraulic cylinder comprising: a working cylinder; a pressure intensifying cylinder for allowing a pressure intensifying chamber to communicate with a head-side cylinder chamber of said working cylinder; a switching valve for controlling supply and discharge of a hydraulic fluid with respect to a head-side port and a rod-side port of said working cylinder; a pilot check valve which is disposed in a head-side supply and discharge circuit for connecting said head-side port of said working cylinder to said switching valve and whose pilot pressure is a pressure of a rod-side supply and discharge circuit for connecting said rod-side port of said working cylinder to said switching valve; position detection means for detecting when a piston rod of said working cylinder reaches a known position of said piston rod where a rated pressure of a hydraulic pump is balanced with a load acting on said piston rod of said working cylinder in a piston-rod advancing step of said working cylinder; and pressure intensification control means for starting supplying said hydraulic fluid to a drive chamber of said pressure intensifying cylinder based on a detection signal from said position detection means in said piston-rod advancing step of said working cylinder, wherein K>PLa/Pp is satisfied where K is a pressure intensifying ratio of said pressure intensifying cylinder, Pp is said rated pressure of said hydraulic pump and PLa is a pressure in said head-side cylinder chamber when a max
Schulz Gerd (Besselstrasse 9 2100 Hamburg 90 DEX) Hartleif Hans-Peter (Rothergskamp 20 c 2100 Hamburg 90 DEX), Device for front end locking of containers.
Weinerman Lee S. ; Hollingsworth James L. ; Putzier Fredrick L. ; Arthurs Scott A. ; Dinallo Robert D., Racking resistant door control mechanism and method of fabrication.
Cohn Robert J. ; Kaminski Douglas J. ; Altonji Robert W., Storage system including multifunction lock assembly utilizing lock latch mechanism and lock latch extension mechanism.
※ AI-Helper는 부적절한 답변을 할 수 있습니다.