CN215873318U

CN215873318U - Oat chocolate bar racking machine

Info

Publication number: CN215873318U
Application number: CN202122413521.8U
Authority: CN
Inventors: 陈海峰
Original assignee: Fujian Fupaiyuan Foodstuff Corp ltd
Current assignee: Fujian Fupaiyuan Foodstuff Corp ltd
Priority date: 2021-10-08
Filing date: 2021-10-08
Publication date: 2022-02-22
Anticipated expiration: 2031-10-08

Abstract

The utility model relates to an oat chocolate bar racking machine which is arranged at the lower side of a forming die and comprises a racking machine frame, a following flat plate device, a transfer device, an output belt device and a packaging machine, wherein the following flat plate device slides along the racking machine frame, the following flat plate device and the corresponding forming die synchronously move, the transfer device is arranged on the racking machine frame, the conveying direction of the transfer device is pointed to the output belt device by the following flat plate device, the output belt device is arranged on the racking machine frame, the conveying direction of the output belt device is pointed to the packaging machine, and the production cost is low.

Description

Oat chocolate bar racking machine

Technical Field

The utility model relates to the technical field of food, in particular to an oat chocolate bar racking machine.

Background

Because of the deep-hearted of healthy diet concept, coarse grain chocolate market is wide, these equipment of production facility that have existed coarse grain chocolate among the prior art can be used for producing oatmeal chocolate stick, oat chocolate's production needs oat chocolate sauce casting moulding and the drawing of patterns that will stir, and the vibration mode that adopts that has to oat chocolate's plastic mode now, some utilize the different conveyer belts of continuous conveying speed to unify orientation and packing to the chocolate stick, often the arrangement mechanism is complicated when carrying out the unification of orientation to the chocolate stick, and is with high costs.

SUMMERY OF THE UTILITY MODEL

In order to overcome the technical defects in the prior art, the utility model provides the oat chocolate bar racking machine which is low in production cost.

The technical solution adopted by the utility model is as follows:

oat chocolate stick racking machine installs at the forming die downside, including the partial shipment frame, follow dull and stereotyped device, gravity return device, transfer device, output belt device and packagine machine, it slides along the partial shipment frame to follow the dull and stereotyped device, follow dull and stereotyped device and correspond forming die simultaneous movement, gravity returns the device application of force in following dull and stereotyped device and gravity and returns that the device acts on the direction opposite with forming die, transfer device installs in the partial shipment frame and transfer device's direction of delivery by following the directional output belt device of dull and stereotyped device, the output belt device is installed in the partial shipment frame and the directional packagine machine of output belt device direction of delivery.

Preferably, follow dull and stereotyped device and include slip box and slip rail, the slip rail level is adorned admittedly in the partial shipment frame, the slip box slides along the slip rail, be equipped with the traction lever on the forming die, the slip box is caught on forming die's traction lever, forming die liftable and forming die break away from with the slip box when rising to the top.

Preferably, the gravity retraction device comprises a gravity block, a gravity pull rope and a gravity pulley, the gravity pulley is rotatably mounted on the split charging rack, one end of the gravity pull rope is fixedly mounted on the gravity block, the other end of the gravity pull rope is fixedly mounted on the sliding box, and the gravity pull rope is wound on the gravity pulley.

Preferably, the transfer device includes the transportation motor, transports the area and transports the roller, the rotatable installation of transportation roller is followed on the plate device, the transportation motor is adorned admittedly and is being followed on the plate device and transport the motor output and be connected with transporting the roller transmission, transport the area around establishing on transporting the roller, the directional output belt device of direction of delivery who transports the area.

Preferably, each transfer belt is provided with a plurality of transfer rods arranged at equal intervals, the top of the following flat plate device is provided with a plurality of transfer grooves, each transfer rod penetrates through the corresponding transfer groove upwards, and each transfer rod moves towards the direction of the output belt device.

Preferably, the output belt device is a belt conveyor.

The utility model has the beneficial effects that:

the forming die is demolded onto a following flat plate device, the following flat plate device slides along a subpackaging rack, the following flat plate device and a corresponding forming die synchronously move, a gravity retraction device applies force to the following flat plate device, the action direction of the gravity retraction device is opposite to that of the forming die, the situation that materials fall onto the following flat plate device after being demolded can be kept orderly is further ensured, the materials after being demolded are prevented from being scattered, a transfer device is installed on the subpackaging rack, the conveying direction of the transfer device is pointed to an output belt device by the following flat plate device, the whole row of materials demolded from the forming die are pushed onto the output belt device row by row, single-row materials which are sequentially arranged are further formed on the output belt device, the output belt device is installed on the subpackaging rack, the conveying direction is pointed to a packaging machine, the single-row materials which are in the same direction on the output belt device are sent into the packaging machine for packaging, and the single-row of materials packaged by the packaging machine belong to the prior art, the gravity recovery device utilizes gravity to pull back the following flat plate device after demolding is finished, so as to prepare next demolding, and the mechanism is simple and saves cost.

Drawings

FIG. 1 is a schematic view showing the installation relationship between the present invention and a molding die.

Fig. 2 is an enlarged schematic view of a point a in fig. 1.

Fig. 3 is a schematic structural diagram of the racking machine.

FIG. 4 is a schematic diagram of a transfer belt structure.

Description of reference numerals:

1. a forming machine; 12. forming a mold; 1222. a draw bar;

2. a racking machine; 21. a split charging rack; 22. a following plate device; 221. a slide box; 2211. a transfer tank; 222. a sliding rail; 223. a gravity block; 224. a gravity pull rope; 225. a gravity pulley; 23. a transfer device; 231. a transfer motor; 232. a transfer belt; 2321. a transfer rod; 233. a transfer roller; 24. an output belt device; 25. a packaging machine.

Detailed Description

The utility model will be further described with reference to the accompanying drawings in which:

as shown in fig. 1-4, the present embodiment provides an oat chocolate bar racking machine, which is installed at the lower side of a forming machine 1, the racking machine 2 includes a racking machine frame 21, a following plate device 22, a transfer device 23, an output belt device 24 and a packing machine 25, a forming mold 12 is demolded onto the following plate device 22, the following plate device 22 slides along the racking machine frame 21, the following plate device 22 and a corresponding forming mold 12 move synchronously, a gravity retraction device applies force to the following plate device 22, the action direction of the gravity retraction device is opposite to that of the forming mold 12, so as to ensure that the materials can be kept orderly when falling onto the following plate device 22 after being demolded, the demolded materials are prevented from being scattered, the transfer device 23 is installed on the racking machine frame 21, the conveying direction of the transfer device 23 is directed from the following plate device 22 to the output belt device 24, the whole row of materials demolded from the forming mold 12 is pushed onto the output belt device 24 row by row, and then form the single-row material that arranges in proper order on output belt means 24, output belt means 24 installs on partial shipment frame 21 and direction of delivery point to packagine machine 25, and the single-row material of same directive on output belt means 24 is sent into packagine machine 25 and is packed, and packagine machine 25 packs the material of single-row and belongs to prior art, and no longer repeated here, gravity recovery unit utilizes gravity will follow dull and stereotyped device 22 and draw back after the drawing of patterns is accomplished, prepares next drawing of patterns, and the simple cost of saving of mechanism.

Each forming die 12 is fixedly arranged on a forming conveyor, the forming conveyor comprises a chain wheel and a chain wound on the chain wheel, each forming die 12 is fixedly arranged on the chain, a lifting rail for lifting the forming die 12 is arranged at the position, close to the following flat plate device 22, of the forming conveyor, the following flat plate device 22 comprises a sliding box 221 and a sliding rail 222, the sliding rail 222 is horizontally and fixedly arranged on the subpackaging rack 21, the sliding box 221 slides along the sliding rail 222, a draw bar 1222 is arranged on the forming die 12, the draw bar 1222 hooks the sliding box 221 in the lifting process of the forming die 12, the forming die 12 can be lifted, the forming die 12 is lifted to the topmost end to be separated from the sliding box 221, the sliding box 221 is driven to synchronously slide in the demolding process of the forming die 12, and the synchronous movement of the forming die 12 and the sliding box 221 is ensured to be in the sense that the materials obtained by demolding are orderly arranged in the forming die 12, preventing material from being scattered and the transfer device 23 then pushes the material on the slide bin 221 row by row onto the output belt device 24.

The following plate device 22 further comprises a gravity block 223, a gravity pull rope 224 and a gravity pulley 225, the gravity pulley 225 is rotatably mounted on the sub-packaging machine frame 21, one end of the gravity pull rope 224 is fixedly mounted on the gravity block 223, the other end of the gravity pull rope 224 is fixedly mounted on the sliding box 221, the gravity pull rope 224 is wound on the gravity pulley 225, after the forming die 12 rises to the topmost end and is separated from the sliding box 221, the gravity block 223 pulls the gravity pull rope 224 to pull the following plate device 22 to move in the opposite direction under the guidance of the gravity pulley 225, and then the following plate device 22 is enabled to return to be ready for supporting the material demoulded by the next forming die 12.

After all the materials are demoulded to the upper side of the sliding box 221, the forming conveyor stops moving, the transfer device 23 comprises a transfer motor 231, transfer belts 232 and transfer rollers 233, the transfer rollers 233 are rotatably mounted on the following flat plate device 22, the transfer motor 231 is fixedly mounted on the following flat plate device 22, the output end of the transfer motor 231 is in transmission connection with the transfer rollers 233, the transfer belts 232 are wound on the transfer rollers 233, the conveying direction of the transfer belts 232 points to the output belt device 24, each transfer belt 232 is provided with a plurality of transfer rods 2321 which are arranged at equal intervals, the top of the following flat plate device 22 is provided with a plurality of transfer slots 2211, each transfer rod 2321 penetrates through the corresponding transfer slot 2211 to move upwards, each transfer rod 2321 moves towards the output belt device 24, the transfer motor 231 drives each transfer belt 232 to synchronously rotate by driving the transfer rollers 233 to rotate, the transfer rods 2321 on each transfer belt 232 drives the corresponding material to move towards the output belt device 24, until a row of materials are conveyed to the output belt device 24, then the output belt device 24 is started to convey the row of materials, the output belt device 24 is a belt conveyor, the single movement distance of the output belt device 24 is not smaller than the length of the forming die 12, the output belt device 24 stops working after the previous row of materials are conveyed, then the transfer motor 231 works again to convey the next row of materials to the output belt device 24, the output belt device 24 works again to convey the next row of materials until the materials on the sliding box 221 are completely emptied, and the forming conveyor moves again.

While there have been shown and described what are at present considered the fundamental principles and essential features of the utility model and its advantages, it will be understood by those skilled in the art that the utility model is not limited by the embodiments described above, which are merely illustrative of the principles of the utility model, but that various changes and modifications may be made therein without departing from the spirit and scope of the utility model as defined by the appended claims and their equivalents.

Claims

1. Oat chocolate stick racking machine installs at the forming die downside, its characterized in that, including the partial shipment frame, follow dull and stereotyped device, gravity return back device, transfer device, output belt device and packagine machine, it slides along the partial shipment frame to follow the dull and stereotyped device, follow the dull and stereotyped device and correspond forming die synchronous motion, gravity returns back the device application of force in following dull and stereotyped device and gravity and returns back device effect direction opposite with forming die, transfer device installs in the partial shipment frame and transfer device's direction of delivery by following the directional output belt device of dull and stereotyped device, the output belt device is installed in the partial shipment frame and the directional packagine machine of output belt device direction of delivery.

2. The oat chocolate bar racking machine of claim 1, wherein said following plate means comprises a sliding box and a sliding rail, said sliding rail is horizontally mounted on the racking machine frame, said sliding box slides along the sliding rail, said forming mold is provided with a drawbar, said drawbar of said forming mold hooks the sliding box, said forming mold can be lifted and said forming mold can be separated from the sliding box when it is lifted to the topmost end.

3. The oat chocolate bar racking machine of claim 2, wherein the gravity retraction device comprises a gravity block, a gravity pull rope and a gravity pulley, the gravity pulley is rotatably mounted on the racking machine frame, one end of the gravity pull rope is fixedly mounted on the gravity block, the other end of the gravity pull rope is fixedly mounted on the sliding box, and the gravity pull rope is wound on the gravity pulley.

4. The oat chocolate bar racking machine according to claim 1, wherein the transfer device comprises a transfer motor, a transfer belt and a transfer roller, the transfer roller is rotatably mounted on the following plate device, the transfer motor is fixedly mounted on the following plate device, the output end of the transfer motor is in transmission connection with the transfer roller, the transfer belt is wound on the transfer roller, and the conveying direction of the transfer belt is directed to the output belt device.

5. The oat chocolate bar racking machine of claim 4, wherein each transfer belt has a plurality of transfer bars equidistantly arranged thereon, the top of the following plate device has a plurality of transfer slots, each transfer bar passes through a corresponding transfer slot and moves upward, and each transfer bar moves toward the output belt device.

6. The oat chocolate bar racking machine of claim 1 wherein said take-off belt means is a belt conveyor.