Abstract:
A carrying device includes a rack and a platform. The platform that loads goods, is moveably arranged on a handle of the rack. The carrying device further includes a sensor that detects the goods loaded on the platform, a motor that is connected to the platform, and a controlling unit that controls the motor drive the platform to move relative to the handle with a predetermined distance, according to whether the sensor detects the goods loaded on the platform.
Abstract:
A box includes a floor, two end walls and two side walls. In the floor, a plurality of openings are provided, which are dimensioned to each receive a supporting bar. The openings are arranged to evenly lift a carrier introduced into the box with supporting bars introduced into the openings and position the same at a position above the floor. A rack for receiving such a box includes a supporting frame and the plurality of supporting bars which are mountable to the supporting frame. Further, a system and a method for the presentation of products are described.
Abstract:
A box includes a floor, two end walls and two side walls. In the floor, a plurality of openings are provided, which are dimensioned to each receive a supporting bar. The openings are arranged to evenly lift a carrier introduced into the box with supporting bars introduced into the openings and position the same at a position above the floor. A rack for receiving such a box includes a supporting frame and the plurality of supporting bars which are mountable to the supporting frame. Further, a system and a method for the presentation of products are described.
Abstract:
A merchandise presentation arrangement (11) contains a lifting bottom (33) carried by lifting cushions (32) that are arranged on top of one another and can be expanded up to a functional height by supplying compressed fluid. Each lifting cushion (32) is assigned a control valve and a pressure sensor that are connected to a control unit. In an automatic program sequence, compressed fluid is supplied to a lifting cushion (32) until a reference pressure value corresponding to the total weight of the merchandise is reached, wherein a switching pressure value is calculated from said reference pressure value for each lifting cushion (32).
Abstract:
A dolly or pallet equipped with an elastically suspended load-bearing surface so as to responsively move downwards as materials are loaded and move upwards as loads are removed thereby reducing variation in the height of the top of the stack. The elastic suspension elements are connected to suspension support structures configured to fold into a compact folded position to facilitate storage and return transport and to unfold into a fully erected position at the time of use.
Abstract:
A cup dispenser includes a blow-molded plastic storage tube and a blow-molded plastic cup pushing member or follower positioned within the tube. The pushing member is optionally spring-biased toward an open first end of the tube away from a closed, second end of the tube. A resilient diaphragm is positioned over the open end of the cup storage tube or another suitable cup retainer is employed for releasably retaining a telescopically interfitted stack of cups in the storage tube. An annular collar is arranged coaxial with and fitted to the storage tube in the region of the open end. The cup storage tube and the cup pushing member are preferably blow-molded together in a single operation as a one-piece construction. The cup pushing member is separated from the cup storage tube for use.
Abstract:
A bin for library articles and an automatic unloading system therefor includes a bin housing having a chamber defined by an uppermost housing plane and by opposing walls. A floor within the chamber has a top and bottom surfaces, and a plurality of cable apertures. A plurality of cables suspend the floor within the chamber, and are fixed at one end to the walls. The cables pass through the cable apertures in the floor, and are secured to a reversible cable driver which is, in turn, secured to the bottom surface of the floor. Clockwise rotational motive force of the driver causes the floor member to climb upward on the cables to the uppermost housing plane, while counter-clockwise rotational motive force causes the floor to descend downward from the housing plane. The automatic unloading system has a receiving frame for receiving the bin, and a frame tilting means for tilting the receiving frame when said bin is located thereon, such that articles present on the floor at the uppermost housing plane may freely slide off of the floor and away from the bin.
Abstract:
An ergonomic inventory merchandizing device that includes a frame assembly having a first and second segment, a guide rod having a first and second end connected to the first and second segments respectively. A platform assembly having a deck and a support guide wherein the deck is construed to hold items thereon and is connected to the support guide. A linear bearing is located inside the support guide and receives the guide rod. A first end of a spring is connected to the first segment and a second end of the spring is connected to the platform assembly. The spring facilitates movement of the platform assembly along the guide rod during the loading and unloading of items on to the deck. The device may include gas filled shocks or another type of damping means for use in damping (slowing) the spring force as it is applied to the platform assembly. The device may also include wheels to allow easy transport of the device. The device may also include additional options such as a second deck or a second platform assembly.
Abstract:
A cup dispenser includes a blow-molded plastic storage tube and a blow-molded plastic cup pushing member or follower positioned within the tube. The pushing member is optionally spring-biased toward an open first end of the tube away from a closed, second end of the tube. A resilient diaphragm is positioned over the open end of the cup storage tube or another suitable cup retainer is employed for releasably retaining a telescopically interfitted stack of cups in the storage tube. An annular collar is arranged coaxial with and fitted to the storage tube in the region of the open end. The cup storage tube and the cup pushing member are preferably blow-molded together in a single operation as a one-piece construction. The cup pushing member is separated from the cup storage tube for use.
Abstract:
An ergonomic inventory merchandizing device that includes a frame assembly having a first and second segment, a guide rod having a first and second end connected to the first and second segments respectively. A platform assembly having a deck and a support guide wherein the deck is construed to hold items thereon and is connected to the support guide. A linear bearing is located inside the support guide and receives the guide rod. A first end of a spring is connected to the first segment and a second end of the spring is connected to the platform assembly. The spring facilitates movement of the platform assembly along the guide rod during the loading and unloading of items on to the deck. The device may include gas filled shocks or another type of damping means for use in damping (slowing) the spring force as it is applied to the platform assembly. The device may also include wheels to allow easy transport of the device. The device may also include additional options such as a second deck or a second platform assembly.