TH4320C3 - Frozen food tray chain conveyor system - Google Patents

Abstract

DC60 Frozen food tray chain conveyor system Will consist of A total of eight sprockets, which are installed in four corners of the frozen food pan chain conveyor structure, four sets of gears are installed on each side, and the axles are used to connect the gears together. In pairs The chain is then passed between the already installed sprockets from one angle to Another corner on the same side Then take the tray for the food that needs to be frozen Which has a connecting shaft at all four corners already, where the center position of each shaft has a support roller. Next, the diagonal end of the axle of the feeding tray is then connected to the two chains that are already attached to the sprocket. The shaft end The remaining portion of the food tray will allow it to move freely with the edge of the frozen food chain conveyor. When the gears of this frozen food tray chain conveyor system are in operation, they will rotate to drive the chain. And when the feeding tray is moved up to the gear position at the end of the chain conveyor, the remaining two axles of the feeding tray are not connected to the chain. It will move along the direction of rotation of the gear, which will result in the food tray being placed parallel to the ground all the time. This frozen food tray chain conveyor system Will consist of A total of eight sprockets, which are installed in four corners of the frozen food pan chain conveyor structure, four sets of gears are installed on each side, and the axles are used to connect the gears together. In pairs The chain is then passed between the already installed sprockets from one angle to Another corner on the same side Then take the tray for the food that needs to be frozen Which has a connecting shaft at all four corners already, where the center position of each shaft has a support roller. Next, the diagonal end of the axle of the feeding tray is then connected to the two chains that are already attached to the sprocket. The shaft end The remaining portion of the food tray will allow it to move freely with the edge of the frozen food chain conveyor. When the gears of this frozen food tray chain conveyor system are in operation, they will rotate to drive the chain. And when the feeding tray is moved up to the gear position at the end of the chain conveyor, the remaining two axles of the feeding tray are not connected to the chain. It will move along the direction of rotation of the gear, which will result in the food tray being placed parallel to the ground all the time.

Claims (1)

1. The chain conveyor for frozen food trays (10) has a main structure (1) which is formed from steel. A structure that looks like a square shape Where this main structure (1) will consist of sprocket (21), sprocket (22), sprocket (23), sprocket (24), sprocket (25), sprocket (26), sprocket (27) and sprocket (28. ) A total of eight, each of which It has a flat shape with a circular shape and around the edge is a cog (100), which is The trapezoidal shapes are always continuous, where gear (21), sprocket (22), sprocket (23), sprocket (24), sprocket (25), sprocket (26), sprocket (27) and sprocket (28). This is placed in the four corners of the main structure (1), in which the positions of the gears (25), sprockets (26), sprockets (27) and sprockets (28) are aligned. With a sprocket (21), a sprocket (22), a sprocket (23) and a sprocket (24), respectively, then a gear (21) and a sprocket (25) are connected in pairs by means of an axis (31). Shaped Solid cylinder and Connect the sprockets (22) and the sprockets (26) together in pairs by a solid cylindrical shaft (32), and connect the sprockets (23) and the sprockets (27) in pairs by the axis (33). ) That looks like a picture Solid cylinder and Connect the sprockets (24) and sprockets (28) together in pairs by a solid cylindrical shaft (34), next to which a chain (41) forms a straight line connected. The ends of the two ends are joined by a chain link (200) which has a rectangular shape with a gap in the middle. Let's connect and use both ends of this chain (200). It is connected to another chain link (200) by means of an axle pin (201), which is a solid cylinder, held together on both sides. Keep going And next, there is a chain (42) formed in a straight line that connects the two ends by means of a chain link (200), which has a rectangular shape with a gap in the center. Let's connect and use the two ends of the chain link (200) that are connected to the other chain (200) by means of the spindle pin (201), which looks like Solid cylinder Hold them together on both sides, continue to continue. Which the chain conveyor for frozen food trays (10) It has a special characteristic that the gear (21) and the gear (22) are installed at the corner of the main structure (1) in a way that they are opposite. Where the gears (21) are indented inward and at an angle on the same side The sprockets (23) and sprockets (24) are installed respectively. In a way that is indented The gear (23) will be indented inward and will be in line with the sprocket (21), the gear (22) that is indented outward. The rest are in line with the gears (24), then next to the other side. Opposite The sprockets (25) and sprockets (26) are installed in the corner of the main structure (1) in a way that they are opposite. Where the gears (26) are indented inward, and at the other angles on the same side, the gears (27) and the sprockets (28) are installed respectively. In a way that is indented Where the gear (28) will be indented Go inward and will be in line with the gear (26) while the outward indent gear (25) will be in line Same as the sprocket part (27). Next, the above chain (41) is attached between the sprocket (22) and the sprocket (24) that is already installed at The main structure (1) is used by the gap in the middle of the chain link (200) to fit the cog (100), and likewise on the opposite side, the chain (42) is put between. The sprockets (25) and sprockets (27) are also installed at the main structure (1) using the center gap of the chain link (200) to fit into the sprocket teeth (100) .Next, there is a tray. Put food (5) in a rectangular shape. It consists of a shaft (51), a shaft (52), a shaft (53) and a shaft (54), which looks like a cylinder. Formed from four corners This side of the feeding tray (5), where the center position of the shaft (51), the shaft (52), the shaft (53) and the shaft (54) is connected together with the rollers (61). , Roller (62), roller (63) and roller (64) that are hollow cylindrical shape that can rotate freely. Where the roller (61) and roller (62) are placed on the rail edge (8), the roller (63) and roller (64) are placed on the rail (9) edge of the main structure (1), then on the side The end of the shaft (51) and the shaft (53) of the feeding pan (5) is connected to the chain (41) and the chain (42), the shaft (52) and the shaft (54). ) Of the food pan (5), the remaining two are left free In which case the food tray (5) is moved from the bottom up to the top in The end position of the frozen food pan conveyor chain (10) determines that the axle (52) and shaft (54) are The appropriate distance to be able to travel into the groove between the gear teeth (100) of the sprocket (23) and the sprocket (28), and likewise in the case where the food pan (5) moves from the bottom up. To the top in position The end of the frozen food pan conveyor chain (10) sets the axle (52) and axle (54) of the food pan (5) so that it can travel into the There is a groove between the sprocket (100) of the sprocket (21) and the sprocket (26).