Surveillance camera packing member
View Patent ↗The present invention facilitates the work of setting a surveillance camera ( 30 ) with the surveillance camera ( 30 ) in a packed and stacked state. A surveillance camera packing member ( 1 ) is composed of: a cushioning material ( 10 ) that has a cylindrical shape with one end open and that holds a case side surface ( 31 ) and a circular dome section ( 32 ) of a dome-type surveillance camera ( 30 ); and a packing box ( 20 ) formed by bending a corrugated board sheet to form a rectangular parallelepiped and that accommodates the cushioning material ( 10 ) in which the dome-type surveillance camera ( 30 ) is held, a perforated line ( 23 ) for forming a open window section ( 22 ) of predetermined size for removing a connector-equipped cable ( 40 ) being provided to a side surface ( 21 ) of the packing box ( 20 ) facing the casing back surface ( 33 ) of the accommodated dome-type surveillance camera ( 30 ).
1. A surveillance camera setting system configured to set a specification of a plurality of surveillance cameras, each of the surveillance cameras including a connectorized cable at a back surface of a surveillance camera, the back surface facing away from the surveillance camera, the surveillance camera setting system comprising:
a plurality of packaging boxes configured to package the plurality of surveillance cameras, respectively;
a computer configured to set the specification for each of the plurality of surveillance cameras; and
a router configured to connect the connectorized cable of each of the plurality of surveillance cameras to the computer,
wherein
the specification includes at least one of a resolution, time and alarm condition,
each of the plurality of packaging boxes is provided with a perforation for forming a foldable window of a predetermined size on a side surface of a packaging box, the foldable window being configured to be in an open position or a closed position, and the side surface facing the back surface of a corresponding one of the plurality of surveillance cameras that are packaged in the plurality of packaging boxes, respectively,
the router connects the connectorized cable to the computer in a state where the plurality of packaging boxes are stacked up with the foldable window of each of the plurality of packaging boxes being in the open position, and the connectorized cable is flexible and drawn out from the foldable window in each of the plurality of packaging boxes, and
when the specification of the surveillance camera is set, the connectorized cable is placed on or above a fold piece of the foldable window while the fold piece is positioned substantially horizontal.
2. The surveillance camera setting system according to claim 1 , wherein
the specification to be set for each of the plurality of surveillance cameras differs for each of the plurality of surveillance cameras.
3. The surveillance camera setting system according to claim 1 , wherein
the foldable window is substantially rectangular, and the perforation is provided in an upper side and in both lateral sides of the foldable window,
the foldable window is formed by folding the fold piece along a folding guide portion, the fold piece being formed by cutting the packaging box along the perforation, the folding guide portion being a lower side of the foldable window.
4. The surveillance camera setting system according to claim 1 , wherein
the connectorized cable is a data cable for setting the specification of the surveillance camera.
5. The surveillance camera setting system according to claim 1 , wherein
the connectorized cable is has a female end that is connectable with a data cable extending from the router.
6. The surveillance camera setting system according to claim 1 , wherein
the foldable window physically supports the connectorized cable when the connectorized cable is connected with the router.
7. A surveillance camera setting method for setting a specification of a plurality of surveillance cameras in a state where the plurality of surveillance cameras are packaged respectively in a plurality of packaging boxes, each of the plurality of surveillance cameras including a connectorized cable at a back surface of a surveillance camera, the back surface facing away from the surveillance camera, the surveillance camera setting method comprising:
forming a foldable window in each of the plurality of packaging boxes that are stacked up, the foldable window being formed by cutting each of the plurality of packaging boxes along a perforation provided on a side surface of a packaging box, the foldable window being configured to be in an open position or a closed position, and the side surface facing the back surface of a corresponding one of the plurality of surveillance cameras that are packaged in the plurality of packaging boxes, respectively;
connecting, to a computer via a router, the connectorized cable that is flexible and drawn out from the foldable window in the open position of each of the plurality of packaging boxes; and
setting the specification for each of the plurality of surveillance cameras using the computer,
wherein
the specification includes at least one of a resolution, time and alarm condition, and
when the specification of the surveillance camera is set, the connectorized cable is placed on or above a fold piece of the foldable window while the fold piece is positioned substantially horizontal.