10 results about "Stacker" patented technology

Two paths parallel paths feed a common path. A clamp removes separate articles in each parallel path. Each path positions articles on opposite sides of a surface, such as a conveyor. In a back and forth motion, another clamp sequentially clamps the articles of laundry from the opposite sides and places each article on the surface. Another clamp extends through the surface to sequentially clamp the articles on a trailing edge. The clamp moves the articles linearly off the surface and rotates the articles onto another surface, such as a lower surface. On the other surface, the article is conveyed to a pick-up position. A pair of clamps drag the article by an edge onto a stacked position. The stack is adjusted in height to position the stack for receiving the next article.

The invention discloses a stocking-up system and a stocking-up method, especially relating to a stocking-up system and a stocking-up method for piece cigarettes and belonging to the technical field of logistics for the piece cigarettes. The stocking-up system comprises an incoming piece cigarette code scanning device, a stacker, a plurality of side-by-side stocking-up channels, a plurality of un-stacking machines, an outgoing piece cigarette code scanning device which are orderly mounted on a conveyer line along a conveying direction, wherein a un-stacking machine is correspondingly mounted at the outlet of each stocking-up channel. The stocking-up system and the stocking-up method effectively use the stacking machines and the un-stacking machines on the conveying line, so that the piece cigarettes on the stocking-up channels are stacked and stored, and therefore, the occupied area is small, and the replenishment efficiency is high.

The invention relates to logistics sorting equipment, in particular to an automatic sorting device for box-shaped articles. The automatic sorting device comprises an adjustable sorting mechanism, a swinging mechanism and a pushing mechanism. The upper portion of the swinging mechanism is connected with the adjustable sorting mechanism, and the lower portion of the swinging mechanism is connected with the pushing mechanism. The automatic sorting device is installed on a goods carrying table of a stacking machine, is matched with a gravity-type shelf in use, and corresponds to a discharge port of the gravity-type shelf. The automatic sorting device is reasonable in structure and strong in functionality; several articles can be picked out once according to sorting requirements, and compared with a traditional sorting machine, sorting efficiency is obviously improved; and the automatic sorting device is driven by a step motor, and compared with a traditional electromagnetic drive mode and a cylinder drive mode, the automatic sorting device is high in motion precision, precise and reliable in sorting motion, easy to operate, stable in operation, high in speed, low in noise, free of damage to the articles, wide in applicable range for the sorted articles and strong in practicability.

This invention relates to a sheet handling unit. The sheet handing device has an intermediate tray which receives a copy sheet discharged through an outlet port of a transport guide member at a predetermined receiving position, and a hand unit which holds a portion of the sheet set on the intermediate tray to transfer the sheet set from the intermediate tray onto a sheet stacker. The intermediate tray carrying the sheet set thereon and the hand unit move toward a sheet releasing position in a state that the hand unit holds the portion of the sheet set to transfer the sheet set to the sheet releasing position. The hand unit pauses at the sheet releasing position while holding the portion of the sheet set. Meanwhile, the intermediate tray moves to a retract position away from the sheet stacker, and the hand unit releases the holding of the sheet set at the sheet releasing position. Thereby, the sheet set is transferred onto the sheet stacker from the intermediate tray.

The invention belongs to the technical field of truck loading and stacking equipment and particularly relates to an automatic truck loading stacker crane. The automatic truck loading stacker crane disclosed by the invention comprises a feeding device, a docking platform, a telescopic belt conveyer and a stacking trolley, wherein the docking platform is arranged between the feeding device and a charged truck to achieve an effect of docking the feeding device and the charged truck, the telescopic belt conveyer is arranged on the docking platform and extends into the charged truck, the stacking trolley is arranged in the charged truck when being used, the stacking trolley comprises a stacking trolley body, a stacking manipulator is arranged at the top end of the stacking trolley body, a driving work station is arranged in the middle of the stacking trolley body, the driving work station comprises a control mechanism for controlling trolley body moving directions and the stacking manipulator, and a replaceable end picking mechanism is arranged at the front end of the stacking manipulator. The automatic truck loading stacker crane disclosed by the invention has a reasonable design, high automatic degree, labor emancipation, flexibility and high efficiency.

The invention provides an automatic production system of a rock wool sandwich board, and belongs to the technical field of machinery. The problem of inconvenient production of an existing rock wool sandwich board is solved. The automatic production system of the rock wool sandwich board includes a material feeding mechanism, a plurality of auxiliary mechanisms, two glue spreaders, two turnover mechanism and a detecting and stacking mechanism, wherein the material feeding mechanism comprises a material feeding table and conveying tables, a first steel plate and a plurality of rock wool strips are placed at the bottom of the material feeding table, and a mechanical hand is installed above the material feeding table and used for transferring the first steel plate and rock wool strips to the conveying tables; each auxiliary mechanism consists of a lifting platform and one conveying table, the conveying tables are arranged in a same straight line, and the glue spreaders and the conveying tables are arranged in a same straight line; the turnover mechanisms and the conveying tables are arranged in a same straight line, and the detecting and stacking mechanism comprises a positioning table, a detecting table and a stacking tank; the rock wool sandwich board is formed after the rock wool strips pass through the conveying tables sequentially, and pass through the positioning table, detecting table and stacking tank for detection and stacking work. The automatic production system has the characteristic of a good production effect.

The invention discloses a mechanical type loosening and breaking preventing safety device for a chain. The mechanical type loosening and breaking preventing safety device comprises a stand column, a fixed rack, a chain wheel mechanism, a lifting platform and a loosening and breaking preventing device, wherein both the fixed rack and the chain wheel mechanism are fixedly arranged on the stand column; the gear surface of the fixed rack is equipped with the loosening and breaking preventing device in parallel, and is spaced with the loosening and breaking preventing device by certain horizontal distance; and the loosening and breaking preventing device is fixedly connected to the lifting platform, and realizes up-down motion of the lifting platform through the chain wheel mechanism. The mechanical type loosening and breaking preventing safety device for the chain disclosed by the invention adopts a mechanical type structure, is not affected by an external environment, ensures that a stacker and a RGV lifting platform to not drop in cases such as chain breakage stalling loss, greatly improves safety performance of the lifting platform, avoids occurrence of a safety accident, is simplein structure, is safe and reliable, and is liable to implement.

The invention relates to a novel transplanting type roadway stacker rail changing system. The novel transplanting type roadway stacker rail changing system comprises a plurality of goods shelf roadways distributed adjacently, a stacker and a stacker transplanting vehicle, stacker transplanting vehicle rails and connecting rails, wherein the stacker and the stacker transplanting vehicle are arranged on any goods shelf roadway, the stacker transplanting vehicle rails are transversely distributed at the ends of the same sides of the multiple goods shelf roadways, and the connecting rails are arranged between the adjacent goods shelf roadways. The stacker transplanting vehicle is arranged on the stacker transplanting vehicle rails. The novel transplanting type roadway stacker rail changing system is simple in construction, all the parts are constructed in an orthogonal mode, and therefore no bent top-bottom rails need to be corrected in a point-to-point mode; the construction cost and themanufacturing cost are low; the manufacturing cost and the later maintenance cost are reduced; and in the rail changing process, no turning is needed, and therefore the occupied space needed during turning is reduced, low-speed turning is not needed, only low-speed connecting is needed, the low-speed movement time is shortened by 2/3 compared with a turnout type rail changing technology, and the use efficiency of a whole stereoscopic warehouse is improved.

The invention discloses a stacker for warehousing logistics. The stacker comprises a lower cross beam, two lifting guiding rails vertically arranged on the lower cross beam, a loading table with the two ends respectively and slidably connected with the lifting guiding rails and reciprocating up and down along the lifting guiding rails, a lifting driving device for driving the loading table to moveup and down along the lifting guiding rail, and a cargo fork mechanism arranged on a loading table body, wherein the loading table comprises the loading table body, the cargo mechanism comprises a guiding rail beam, a cargo fork slidably arranged on the guiding rail beam, and a horizontal moving device for driving the cargo fork to move in the length direction of the guiding rail beam, a cavity extending in the length direction of the guiding rail beam is further formed in the loading table body, and the stacker further comprises a gravity sharing mechanism, wherein part of the gravity sharing mechanism is movably arranged in the cavity, and part of the gravity sharing mechanism extends out of the cavity and is fixedly connected with the back end of the cargo fork. Therefore, compared with the prior art, the stacker can reduce the damage to the cargo fork and the driving device, and the cargo loading successes is also ensured even if the cargo is too heavy.