[0044] In order to further explain the technical solutions of the present invention, the following specific embodiments are described in detail.
[0045] A production device for producing sandwich bread of the present invention, such as Figure 1-Figure 7 As shown, it includes a first conveying device 1 for conveying bread slices, a sandwich extruder 2 located on the first conveying device 1 for extruding the sandwich material towards the bread slices, and a sandwich extruder 2 located at the output end of the first conveying device 1 for superimposing the bread. The transmission and stacking device 3, and the second transmission device 4 for conveying the complete bread; the transmission and stacking device 3 includes a transmission track 31, and a stacking assembly 32 that surrounds the transmission track 31 and is moved and arranged on the transmission track 31; the stacking assembly 32 includes respectively placing the bread The first stacking plate 33 and the second stacking plate 34 are arranged along the moving direction, and the driving assembly 35 which is arranged on the transmission track 31 and drives the first stacking plate 33 and the second stacking plate 34 to swing. The two slices of bread are transported through the first transmission device 1 and placed on the transmission and stacking device 3, and the two slices of bread are directly stacked by the transmission and stacking device 3 to form sandwich bread. The bread is produced in a single assembly line, and it is directly stacked to form sandwich bread without additional bread slices. Transmission line, does not take up space.
[0046] Preferably, the transmission valley includes a sliding slot 36 ; the driving assembly 35 includes a moving member 37 placed in the sliding slot 36 , and a swinging member 38 mounted on the moving member 37 to drive the first stacking plate 33 and the second stacking plate 34 to swing. The bread is conveyed by the moving member 37 moving in the sliding slot 36, and the first stacking plate 33 and the second stacking plate 34 are driven to swing by the swinging member 38 to stack the two slices of bread.
[0047] Preferably, the sliding slot 36 includes a bottom and two side walls, and two limiting members located at the top of the sliding slot 36 and connected to the two side walls respectively, and there is a gap between the two limiting members to form a guide channel 39 . The moving direction of the moving member 37 is defined by the guide channel 39 .
[0048] Preferably, the moving member 37 includes a driving wheel 310 running on the bottom, auxiliary wheels 311 movably installed on both ends of the driving wheel 310 against the side walls, and a fixing block 312 that fixes the driving wheel 310 and is located in the guide channel 39 . The driving wheel 310 rolls along the bottom, the auxiliary wheel 311 moves stably in the sliding groove 36 , and the fixed block 312 moves along the guide groove 39 , thereby ensuring the stability of the moving member 37 .
[0049] Preferably, the wheel surface of the driving wheel 310 is a rough surface, and the contact between the bottom and the driving wheel 310 is also a rough surface. The driving wheel 310 is made to roll to prevent slippage.
[0050] Preferably, the auxiliary wheel 311 is mounted with a first support roller 313 disposed toward the bottom, and a second support roller 314 disposed toward the limiter. When the moving member 37 moves to the upper half of the conduction track, the first support roller 313 will support the bottom to roll, and when the moving member 37 moves to the lower half of the conduction track, the second support roller 314 will support the limit member to roll. The stability of the moving member 37 is guaranteed.
[0051] Preferably, the swinging member 38 includes a first driving rocking member 315 fixedly connected to the moving member 37 , and a second driving rocking member 316 fixed on the first driving rocking member 315 and driving the first stacking plate 33 and the second stacking plate 34 . First, the first stacking plate 33 and the second stacking plate 34 are combined and erected in the same direction by the second driving rocker 316, and then the first stacking plate 33 and the second stacking plate 34 are driven to one side by the first driving rocker 315 to swing and lay flat. , and then the second driving rocker 316 can open the superimposed plate on the sandwich bread.
[0052] Preferably, the second driving rocker 316 includes a first motor and a second motor that control the first stacking plate 33 and the second stacking plate 34, respectively. The first stacking plate 33 is driven by the first motor to swing toward the second stacking plate 34, and at the same time, the second motor drives the second stacking plate 34 to swing toward the first stacking plate 33, so that the first stacking plate 33 and the second stacking plate 34 are combined and attached combine.
[0053] Preferably, the swing central axes of the first driving rocker 315 and the second driving rocker 316 are perpendicular to the moving direction of the moving member 37 .
[0054] Preferably, the sandwich extruder 2 includes a discharge barrel 21 , an extrusion head 22 communicated with the storage barrel, and a bracket 23 for fixing the discharge barrel 21 . Through the extrusion head 22, the core material of the discharge bucket 21 is extruded onto the bread slices.
[0055]Preferably, the second transmission device 4 is located on one side of the transmission rail 31 ; a bread grabbing device 5 is installed between the second transmission device 4 and the transmission rail 31 . The stacked sandwich bread is moved from the stacking assembly 32 on the transmission track 31 to the second conveying device 4 through the bread grabbing device 5 , and then conveyed to the packaging place through the second conveying device 4 .
[0056] Preferably, the bread grabbing device 5 includes a suction head 51 for sucking bread, a rotating machine 52 for driving the suction head 51 to swing between the second transmission device 4 and the transmission track 31 , and a lift cylinder 53 for driving the rotating machine 52 to ascend and descend. The rotating machine 52 drives the suction head 51 to the top of the bread, and then the lift cylinder 53 drives the rotating machine 52 to drive the suction head 51 to descend and contact the bread, so that the suction head 51 absorbs and fixes the bread, and then the bread is placed on the second conveying device through a series of operations 4 on.
[0057] Preferably, the second conveying device 4 includes a conveying belt 43 for conveying sandwich bread, a printing device 41 and a guiding device 42 sequentially installed on the conveying belt 43 along the direction of the conveying belt 43 . The completed sandwich bread is conveyed by the conveyor belt 43, and then the surface of the sandwich bread is printed with patterns by the printing device 41, so that the sandwich bread is more beautiful, and then the position is adjusted by the guide device 42 to facilitate subsequent packaging.
[0058] Preferably, the printing device 41 includes a printing head disposed toward the conveyor belt 43, and a lifting frame that drives the printing head to move up and down. The printing head is moved up and down by the lifting frame to print on the sandwich bread.
[0059] Preferably, the guide device 42 includes two guide bars along the conveying direction of the conveying belt 43 and located on both sides of the conveying belt 43; The entry end, and the conducting end of equal size along the conveying direction of the conveyor belt 43 . Therefore, the position of each conveyed bread can be adjusted through the two guide bars, which is convenient for later packaging.
[0060] In the production device for producing sandwich bread of the present invention, the bread slices are transported by the first transmission device 1 and placed on the first stacking plate 33 and the second stacking plate 34 successively, and then the moving member 37 moves along the sliding groove 36 through the driving wheel 310, At the same time, the second driving rocker 316 of the swinging member 38, the first stacking plate 33 and the second stacking plate 34 are merged and erected in the same direction, and the first stacking plate 33 and the second stacking plate 34 are integrally driven by the first driving rocker 315 to the first stacking plate 34. The plate 33 is swayed and laid flat, the second driving pendulum 316 drives the second stacking plate 34 to open, and then the suction head 51 is driven by the rotating machine 52 to be above the bread, and then the lift cylinder 53 drives the rotating machine 52 to drive the suction head 51 to descend to contact the bread, Therefore, the suction head 51 absorbs the fixed bread, and then the lifting cylinder 53 drives the rotating machine 52 to drive the suction head 51 to rise, and the rotating machine 52 drives the suction head 51 to drive the bread to be positioned above the second transmission device 4, and then loosen the bread, so that the bread falls on the second transmission device 4. On the transmission device 4, the second transmission device 4 is transported through the printing device 41 to print patterns on the surface of the sandwich bread to make the sandwich bread more beautiful, and then the guide device 42 is used to adjust the position to facilitate subsequent packaging.
[0061] The product form of the present invention is not limited to the illustrations and examples in this case, and any appropriate changes or modifications of similar ideas by anyone should be deemed not to depart from the scope of the present invention.
