초록 ▼

A wet sheet package, in which wet sheets (2) used in wiping dirt off baby's body or the like are packaged, comprises a stack (1) of wet sheets (2), a hermitic packaging bag (3) storing the stack (1), a wet sheet takeout opening (4) formed in said packaging bag (3), and a cover unit (8) mounted on th

A wet sheet package, in which wet sheets (2) used in wiping dirt off baby's body or the like are packaged, comprises a stack (1) of wet sheets (2), a hermitic packaging bag (3) storing the stack (1), a wet sheet takeout opening (4) formed in said packaging bag (3), and a cover unit (8) mounted on the opening (4) side of the packaging bag (3), wherein the cover unit (8) is mounted on the packaging bag (3) from outside through a pressure sensitive adhesive (10). With the package thus constructed, high speeds for production can be easily attained, the decrease of yield due to positional deviation of the cover unit (8), etc., can be prevented, and low cost, easy and efficient production is possible.

대표청구항 ▼

A wet sheet package, in which wet sheets (2) used in wiping dirt off baby's body or the like are packaged, comprises a stack (1) of wet sheets (2), a hermitic packaging bag (3) storing the stack (1), a wet sheet takeout opening (4) formed in said packaging bag (3), and a cover unit (8) mounted on th

A wet sheet package, in which wet sheets (2) used in wiping dirt off baby's body or the like are packaged, comprises a stack (1) of wet sheets (2), a hermitic packaging bag (3) storing the stack (1), a wet sheet takeout opening (4) formed in said packaging bag (3), and a cover unit (8) mounted on the opening (4) side of the packaging bag (3), wherein the cover unit (8) is mounted on the packaging bag (3) from outside through a pressure sensitive adhesive (10). With the package thus constructed, high speeds for production can be easily attained, the decrease of yield due to positional deviation of the cover unit (8), etc., can be prevented, and low cost, easy and efficient production is possible. culation track comprises a take-over zone (A) oriented in the take-over direction (3), a transfer zone (C) oriented in the transfer direction (2) and between the take-over zone (A) and the transfer zone (C) a deflection (B), and wherein the gripper arms (10) are oriented perpendicularly to the expanse of the conveying organ (11) in its direction of travel and at least in the take-over and/or transfer zone (A and C) are non-parallel to a plane of conveyance (4) defined by the take-over direction (3) and the transfer direction (2). 2. The device of claim 1, wherein the complete circulation track of the conveying organ (11) extends in the plane of conveyance (4) and in addition to the deflection (B) comprises two further deflections (D and E) between the transfer zone (C) and the take-over zone (A). 3. The device of claim 2, wherein a part of the circulation track of the conveying organ extends in the base plane (G) between the further deflections (D and E). 4. The device of claim 1, wherein gradients of the take-over direction (3) and of the transfer direction (2) relative to the base plane (G) are of opposite and equal value and that an angle (δ+δ') between the plane of conveyance (4) and the gripper arms (10) is constant along the whole circulation track of the conveying organ (11). 5. The device of claim 4, wherein the gripper arms (10) have a second orientation relative to the plane of conveyance (4), into which they are capable of being swivelled immediately following transfer of the articles (13). 6. The device of claim 4, wherein the gripper arms (10) are aligned parallel to the base plane (G) in the take-over zone (A) and in the transfer zone (C). 7. The device of claim 1, wherein an angle (β) between the transfer plane (E.1) and a projection of the take-over direction (3) onto the base plane (G) is a right angle. 8. The device of claim 1, wherein the circulating conveying organ (11) comprises a chain conveyor or a multitude of conveying elements independent of one another and that the gripper arms (10) are arranged on chain links of the chain or on the conveying elements. 9. The device of claim 8, wherein for the deflection (B) of the conveying organ (11) between the take-over zone (A) and the transfer zone (C) a chain wheel is provided. 10. The device of claim 1, wherein there are two grippers arranged on every gripper arm (10), the two grippers being distanced from each other. 11. The device of claim 1, wherein the approach or intersection of the transfer direction and the conveying-away direction define a feed point, the conveying-away system comprising a plurality of continuously conveyed L-shaped supports, the L-shaped supports carrying at least one printed product, wherein at the feed point one additional printed product is deposited on each L-shaped support to form groups of printed products on the L-shaped supports. 12. A method performed with respect to flat articles being serially supplied by a supply system, and being conveyed away in a conveying-away system, the method comprising the steps of: operating a conveying organ circulating on a circulation track and comprising a plurality of gripper arms each carrying at least one gripper, the gripper arms arranged to protrude on the conveying organ, the circulation track comprising a take-over zone oriented in a take-over direction and a transfer zone oriented in a transfer direction, wherein the gripper arms are oriented perpendicularly to the expanse of the conveying organ in its direction of travel and at least in the take-over or transfer zone are non-parallel to a plane of conveyance defined by the take-over direction and the transfer direction; by means of the conveying organ, conveying the flat articles in a take-over direction and then in a transfer direction to be transferred to the conveying-away system; and conveying the flat articles away in a conveying-away direction, wherein the transfer direction and the conveying-away direction or a parall el thereof approach one another or intersect in a transfer plane standing vertically on a base plane and the take-over direction intersects the transfer direction and the transfer plane. 13. The method of claim 12, wherein the approach or intersection of the transfer direction and the conveying-away direction define a feed point, wherein a plurality of L-shaped supports are continuously conveyed, and wherein at each feed point a printed product is deposited on each L-shaped support to form groups of printed products on the L-shaped supports.