CN204546606U - Continuous food section pendulum machine - Google Patents

Abstract

The utility model discloses a continuous food slicing and placing machine, which comprises a frame, the frame is provided with an automatic cutting knife, and the frame is also provided with a food material conveying system and a network disk conveying system; The food material conveying system includes a food material conveying mechanism and a pressing mechanism driven by a first power device, a food material feeding channel is formed between the food material conveying mechanism and the pressing mechanism, and the automatic cutting knife is set At the end of the food material feeding channel; the grid tray conveying system includes a second power device and a grid disc conveying mechanism driven by the second power device, and the grid disc conveying mechanism is located on the food material Below the feed channel. The continuous food slicing and placing machine of the utility model realizes the automation of slicing and arranging food materials, and greatly improves the efficiency of food processing.

Description

Continuous food slicer

technical field

The utility model relates to the technical field of food processing equipment, in particular to a continuous food slicer.

Background technique

In the food processing industry, some food materials need subsequent processing such as baking after being cut into slices. For example, meat needs to be processed after being cut into slices. Before the subsequent processing, the cut food slices need to be placed in a single layer in the grid tray or tray, and then the grid tray or tray is sent into the oven for baking. However, the existing food slicers sold on the market, such as meat slicers, only have the function of slicing, and cannot automatically place slices. It is impossible to automatically place food slices on the net plate or tray, and it is necessary to manually place the cut food slices one by one on the net plate or tray, which is time-consuming and labor-intensive. In the current labor shortage and high labor cost Under the circumstances, it will inevitably lead to higher processing costs. In addition, by placing the food slices manually on the grid tray or tray, the food slices are easily broken, the scrap rate is high, and the speed is slow, resulting in the frozen food slices being easily melted during the placement process, and the melted food slices are relatively viscous. High, which reduces the efficiency of manual placement.

In addition, the existing slicers on the market are structured as follows: a propulsion mechanism and an automatic cutter are provided to push the food (such as meat) forward, and its working process is that the propulsion mechanism pushes the food material a little, and uses the compacting mechanism to push the food material forward. The device is compressed, and then the cutter moves. After cutting a piece of meat, the cutter returns, the pressing device is lifted, and the pushing mechanism pushes the food material a little further. This reciprocating cycle realizes intermittent automatic slicing of the food material. Although the existing food slicing machine realizes automation of food slicing and slicing, the slicing process is intermittent slitting, which cannot realize continuous slitting and slicing, and the efficiency is low.

Utility model content

The technical problem to be solved by the utility model is: to provide a continuous food slicing machine, which realizes the automation of food slicing and greatly improves the efficiency of food slicing.

For solving the problems of the technologies described above, the technical solution of the utility model is:

A continuous food slicing and placing machine, including a frame, the frame is provided with an automatic cutting knife, and the frame is also provided with a food material conveying system and a grid tray conveying system;

The food material conveying system includes a food material conveying mechanism and a pressing mechanism driven by a first power device, a food material feeding channel is formed between the food material conveying mechanism and the pressing mechanism, and the automatic cutting knife located at the end of the food feed channel;

The net pan conveying system includes a second power device and a net pan conveying mechanism driven by the second power device, and the net pan conveying mechanism is arranged below the food material feeding channel.

Preferably, the network disk conveying mechanism includes a driving sprocket driven by the second power device, and a driven sprocket driven to rotate by the driving sprocket, the driving sprocket and the driven sprocket They are connected by a network disk conveying chain, and the network disk conveying chain is provided with claws for clamping the network disk at intervals.

Preferably, the middle part of the upper surface of the frame is provided with a through groove along the extension direction of the frame, and the network disk conveyor chain on the upper side of the driven sprocket is extended in the through groove; the frame Guide rails are respectively provided on both sides of the network disk conveying chain on the upper surface, and comparison rails are provided on both sides of the frame.

Preferably, the first power device and the second power device are respectively speed-adjustable motors.

Preferably, the first power device and the second power device are respectively variable frequency motors.

Preferably, the food material conveying mechanism includes a first driving shaft driven by the first power device, and a first driven shaft driven to rotate by the first driving shaft, the first driving shaft and the The first driven shafts are respectively rotatably arranged on the frame, and the first driving shaft and the first driven shaft are connected through a transmission belt;

The pressing mechanism includes a second driving shaft driven by the first power device, and several second driven shafts driven by the second driving shaft, and the second driving shaft is rotatably mounted on the machine. On the frame, the second driving shaft and each of the second driven shafts are respectively connected by a belt drive, and a food material feeding channel is formed between the conveying material belt and the pressure belt;

An intermediate shaft for supporting the press belt is also installed between the second driving shaft and the second driven shaft, wherein the installation height of the intermediate shaft is adapted to the height of the food material and is lower than The installation height of the second driving shaft, the intermediate shaft and the second driven shaft are connected through a swing frame, and the first end of the swing frame is rotatably sleeved on the intermediate shaft to correspond to the pressure belt At both sides, the second end of the swing frame is connected to the corresponding second driven shaft, and a spring for connecting the second end of the swing frame is arranged above the end of the pressure belt on the frame.

Preferably, the frame is fixed above the conveying material belt with a food material separation grid that divides the feed channel into several feed lanes, and the pressure belt and the second driven shaft are respectively connected to The feed lanes are set correspondingly.

Preferably, an anvil is fixed on the frame at the end of the conveyer belt, and the upper surface of the anvil is flush with the upper surface of the conveyer belt;

The end of the pressing belt protrudes beyond the end of the conveying material belt, and the length of the end of the pressing belt is adapted to the length of the cutting board.

Preferably, the automatic cutting knife is arranged above the cutting board, and the cutting edge of the automatic cutting knife corresponds to the end of the cutting board.

Preferably, the bearings at both ends of the second driving shaft are fixedly mounted on the frame through mounting brackets, and a connecting plate is connected between the second driving shaft and the intermediate shaft, and the connecting plate is close to the first One end of the two driving shafts is rotatably sleeved on the second driving shaft, and one end of the connecting plate close to the intermediate shaft is elastically connected to the frame through an elastic connector.

After adopting above-mentioned technical scheme, the beneficial effect of the utility model is:

Since the frame is located below the food material feeding channel, a grid tray conveying system is provided; the grid tray conveying system includes a second power device and a grid disc conveying mechanism driven by the second power device. When the food material conveying system is in the process of conveying and moving the food material forward, the grid plate conveying system synchronously transports the grid plate to keep the speed of the grid plate moving and the conveyor belt moving at the same speed, and the automatic cutting knife slices the food material. Automatically and sequentially placed on the net plate, so as to realize the automation of slicing and arranging after slicing food materials, no need to manually arrange the slices, and the work of arranging the slices is automatically completed while slicing. The speed of slicing and placing of food materials is greatly improved, the efficiency is improved, labor is saved, and labor costs are saved. In addition, automatic slicing and placement of food materials is realized, which effectively solves the problem that food materials are easily broken when manually placing slices, ensures the quality of products, and reduces the scrap rate.

In the utility model, the network disk conveying mechanism includes a network disk conveying chain driven by the second power device, and claws for clamping the network disk are provided at intervals on the network disk conveying chain. The middle part of the upper surface of the frame is provided with a through groove along the extending direction of the frame, and the network disk conveying chain on the upper side of the driven sprocket is extended in the through groove; Guide rails are respectively provided on both sides of the network disk conveying chain, and comparison rails are provided on both sides of the frame. The conveyor chain is made of metal, which is durable and has a long service life. The setting of claws, guide rails and comparison rails enables the network disk conveyor chain to drive the network disk to move smoothly along the track on the upper surface of the rack.

The continuous food slicing machine of the utility model forms a food material feeding channel between the conveying material belt and the pressing belt. Since the installation height of the intermediate shaft is adapted to the height of the food material and is lower than the second The installation height of the driving shaft makes the height of the feed channel from the entrance of the conveyor belt and the press belt to the intermediate shaft gradually decrease, so that the entrance of the feed channel can well adapt to the irregular error of the food material, making the food material easy to into the feed channel. After the food material enters the feeding channel, the conveyor belt and the pressure belt gradually clamp the food material, driving the food material to move forward to the bottom of the automatic slitting knife, and the automatic slitting knife automatically rises and falls at intervals to cut the food material into slices , in the process of slicing the food material by the automatic slitting knife, the conveyor belt and the pressure belt run continuously without interval pauses, realizing continuous automatic slitting and slicing of the food material. greatly improved.

Since the intermediate shaft is connected to the second driven shaft through swing frames respectively arranged at both ends of the second driven shaft, the first end of the swing frame is rotatably sleeved on the second intermediate shaft , the second end of the swing frame is connected to the second driven shaft, and a spring for connecting the second end of the swing frame is arranged above the end of the pressure belt. The arrangement of the swing frame structure enables the height of the feed channel from the intermediate shaft to the second driven shaft to be well adapted to the irregular height error of the food material. Since the spring pressure above the end of the pressing belt acts on the end of the food material, it can prevent the food material from shaking during the process of cutting the food material by the automatic slitting knife, avoiding the food material from being broken when cutting, and the thickness of the slice is uniform, effectively ensuring It ensures the quality of food material slicing and slicing.

The interval time of the automatic slitting knife lifting is fixed, adjust the speed of the first power unit and the second power unit, and adjust the speed of the conveying belt and pressing belt accordingly, so that the thickness of the food material slices and the speed of swinging the slices can be adjusted.

Since the frame is fixedly provided with an anvil at the end of the conveyor belt, the upper surface of the anvil is flush with the upper surface of the conveyor belt; The end of the feeding belt, the extended protruding length of the end of the pressure belt is adapted to the length of the chopping board. In the process of slicing food materials, when the automatic slitting knife descends, the cutting force of the blade acts on the cutting board instead of directly acting on the conveyor belt, which effectively prevents the blade from damaging the conveyor belt. When the automatic slitting knife is lifted, the conveyor belt and the pressure belt push forward the food material on the cutting board, and at the same time the pressure belt and the cutting board press the front end of the food material on the cutting board, giving a forward force to the front end of the food material , so that the food material can move forward smoothly for successive slices.

Since the bearings at both ends of the second driving shaft are fixedly installed on the frame through the mounting bracket, a connecting plate is connected between the second driving shaft and the intermediate shaft, and the connecting plate is close to the side of the second driving shaft. One end is rotatably sleeved on the second driving shaft, and one end of the connecting plate close to the intermediate shaft is elastically connected to the frame. This makes the distance between the pressing belt at the intermediate shaft and the conveying material belt have a certain degree of elasticity, so as to better adapt to the irregular height of the food material. To avoid the distance between the pressure belt at the intermediate shaft and the conveying material belt being too much smaller than the height of the food material, so that the food material will slip and not move forward, so that the food material can be smoothly conveyed in the feeding channel.

Since the conveying material belt is provided with a food material separation grid that divides the feeding channel into several feeding lanes, the pressing belt and the second driven shaft are respectively arranged correspondingly to the feeding lanes. In this structure, the food material feed channel is divided into several feed lanes, and each feed lane feeds a row of food materials. In this way, several rows of food materials can be fed at the same time, which greatly improves the efficiency of cutting and placement. .

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described:

Fig. 1 is the structural representation of the utility model;

Fig. 2 is a schematic structural view of the food material conveying system in Fig. 1;

Fig. 3 is a structural schematic diagram of the pressing mechanism in Fig. 2;

Fig. 4 is a schematic top view of the partial structure of Fig. 3;

In the figure: 1. rack; 2. first power unit; 3. first driving shaft; 4. first driven shaft; 5. conveyor belt; 6. second driving shaft; 7. intermediate shaft; 8. Second driven shaft; 9, pressure belt; 10, elastic connector; 11, food material; 12, swing frame; 121, swing rod; 122, swing rod connecting plate; 13, spring; 14, axle sleeve; 15, Axle sleeve; 16, the first connecting plate; 17, the second connecting plate; 18, cutting board; 19, automatic cutting knife; 20, the second power unit; 21, network disk conveying chain; 22, driving sprocket; 23, Driven sprocket; 24, network disk; 25, slice.

Detailed ways

In order to make the purpose, technical solution and advantages of the utility model clearer, the utility model will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the utility model, and are not intended to limit the utility model.

With reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, a kind of continuous food slicing machine, comprises frame 1, and frame 1 is provided with automatic cutting knife 19, food material conveying system and grid tray conveying system. Among them, the food material conveying system includes a food material conveying mechanism and a pressing mechanism driven by the first power device 2, a food material feeding channel is formed between the food material conveying mechanism and the pressing mechanism, and the automatic cutting knife 19 is arranged on the food material. At the end of the feed passage; the mesh tray conveying system includes a second power device 20 and a mesh tray conveying mechanism driven by the second power device 20, and the mesh tray conveying mechanism is arranged below the food material feeding passage.

The first power device 2 and the second power device 20 are motors with adjustable speed respectively.

In this embodiment, the first power device 2 and the second power device 20 respectively adopt variable frequency motors controlled by frequency converters. Of course, adjustable-speed motors such as servo motors and stepping motors can also be used.

When the food material conveying system is in the process of conveying and moving the food material forward, the mesh plate conveying system synchronously conveys the mesh plate to keep the moving speed of the mesh plate and the conveyor belt moving at the same speed, and the automatic cutting knife 19 slices the food material It can be automatically and sequentially placed on the net plate 24, so as to realize the automation of placing the slices 25 after slicing the food material, without manually placing the slices, and the work of placing the slices is automatically completed while slicing. The speed of slicing and placing of food materials is greatly improved, the efficiency is improved, labor is saved, and labor costs are saved. In addition, automatic slicing and placement of food materials is realized, which effectively solves the problem that food materials are easily broken when manually placing slices, ensures the quality of products, and reduces the scrap rate.

In this embodiment, the network disk conveying mechanism includes a driving sprocket 22 driven by the second power device 20, and a driven sprocket 23 driven by the driving sprocket 22 to rotate, between the driving sprocket 22 and the driven sprocket 23 Through the transmission connection of the network disk conveying chain 21, claws (not shown in the figure) for clamping the network disk 24 are provided at intervals on the network disk conveying chain 21 . The middle part of the upper surface of the frame 1 is provided with a through groove along the extension direction of the frame 1, and the network disk conveying chain 21 on the upper side of the driven sprocket 23 is extended in the through groove; the upper surface of the frame 1 is located on the network disk conveying chain The both sides of 21 are provided with guide rail respectively, and the two sides of frame are provided with than rail. The conveyor chain is a metal chain, which is durable and has a long service life. With the setting of claws, guide rails and comparison rails, the mesh disk 24 is driven by the mesh disk conveyor chain 21 on the upper surface of the frame 1, and is stuck on the comparison rail. Sliding on the guide rail, the network disk conveying chain 21 drives the network disk 24 to smoothly move and transport along the track on the upper surface of the frame 1 .

In this embodiment, the food material conveying mechanism includes a first driving shaft 3 driven by the first power device 2, and a first driven shaft 4 driven by the first driving shaft 3, the first driving shaft 3 and the first driven shaft 4 The driving shafts 4 are respectively arranged on the frame 1 through bearings to rotate, and the first driving shaft 3 and the first driven shaft 4 are connected by transmission through a conveyor belt 5 . The bearings at the two ends of the first driving shaft 3 and the first driven shaft 4 are fixed on the frame by bearing seats.

The pressing mechanism includes a second driving shaft 6 driven by the first power device 2, and several second driven shafts 8 driven by the second driving shaft 6, and the second driving shaft 6 is rotatably mounted on the frame 1 through bearings , the bearings at both ends of the second driving shaft 6 are fixedly installed on the frame 1 through the bearing seat, and the second driving shaft 6 and each second driven shaft 8 are respectively connected by a pressure belt 9, and the pressure belt 9 is set Above the conveying material belt 5 , a food feed channel is formed between the conveying material belt 5 and the pressing belt 9 .

Also installed between the second drive shaft 6 and the second driven shaft 8 is an intermediate shaft 7 for supporting the pressure belt 9, wherein the installation height of the intermediate shaft 7 is suitable for the height of the food material 11 and is lower than the second The installation height of the driving shaft 6, the intermediate shaft 7 and the second driven shaft 8 are swingably connected by a swing frame 12. The swing frame 12 includes a swing rod 121 respectively arranged on both sides of the pressure belt 9, and one end of the swing rod 121 rotates the sleeve Set on the intermediate shaft 7, the other end of the swing rod 121 is fixedly connected with the corresponding second driven shaft 8, and the swing rod 121 on both sides of the pressure belt 9 is fixedly connected with a swing rod between the ends of the second driven shaft 8. The rod connecting plate 122, the two sides of the swing rod 121 on the intermediate shaft 7 are respectively provided with axial retaining rings to prevent the swing rod 121 from moving laterally on the intermediate shaft 7, and the corresponding swing rods on both sides of the pressure belt 9 on the intermediate shaft 7 A shaft sleeve 14 is provided in the rotating sleeve between 121, and the shaft sleeve 14 is passively rotated on the intermediate shaft 7 along with the movement of the pressure belt 9, and a spring 13 for connecting the connecting plate 122 of the swing rod is provided above the end of the pressure belt 9. In this structure, the bottom layer of the pressure belt 9 gradually slopes downward from the second driving shaft 6 to the intermediate shaft 7 , and is basically horizontal from the intermediate shaft 7 to the second driven shaft 8 . Wherein, the connection mode between the other end of the swing rod 121 and the second driven shaft 8 can adopt the following structure: the two ends of the second driven shaft 8 are provided with bearings, and the other end of the swing rod 121 is connected to the second driven shaft 8 two ends. In this structure, the second driven shaft 8 is driven to rotate along with the movement of the pressure belt 9 . Or the other end of the swing rod 121 is fixedly connected with the second driven shaft 8, and the second driven shaft 8 is provided with a shaft sleeve 15 (referring to Fig. 4 ) for rotation between the two sides of the corresponding pressure belt. The sleeve 15 is passively rotated with the movement of the pressure belt 9 .

Automatic slitting knife 19 is located at the end of pressure belt 9, and automatic slitting knife 19 drives by the cam mechanism that is connected with motor transmission, and under the rotation of motor, cam mechanism drives slitting knife interval time automatic reciprocating lifting. The automatic cutting knife 19 of this kind structure is prior art, repeats it no longer here.

The continuous food slicing and swinging machine of this embodiment forms a food feed channel between the conveyor belt 5 and the pressure belt 9. Since the installation height of the intermediate shaft 7 is adapted to the height of the food material 11 and is lower than The installation height of the second driving shaft 6 makes the height of the feed channel from the entrance of the conveyor belt 5 and the pressure belt 9 to the intermediate shaft 7 gradually decrease, so that the entrance of the feed channel can well adapt to the irregularity of the food material The error makes it easy for food materials to enter the feeding channel. After the food material enters the feeding channel, the conveying material belt 5 and the pressure belt 9 gradually clamp the food material, driving the food material to move forward to the bottom of the automatic slitting knife 19, and the automatic slitting knife 19 automatically moves up and down at intervals to clean the food material. Slicing into slices, during the process of slicing the food material by the automatic slitting knife 19, the conveyor belt 5 and the pressure belt 9 run continuously without interval pauses, realizing continuous automatic slitting and slicing of the food material, and the cutting efficiency is greatly improved improve.

The setting of the pendulum structure in this embodiment enables the height of the feed channel from the intermediate shaft 7 to the second driven shaft 8 to be well adapted to irregular height errors of food materials. Because the pressure of the spring 13 above the end of the pressure belt 9 acts on the end of the food material, it can prevent the food material from shaking during the process of cutting the food material by the automatic cutting knife 19, avoiding that the food material is not broken when slitting, and the slice thickness is uniform. Effectively guarantee the quality of food material cutting and slicing.

The interval time of automatic cutting knife 19 lifting is fixed, adjust the speed of the first power unit 2, the speed of conveying material belt 5 and pressure belt 9 is adjusted thereupon, just can adjust the thickness of food material segmentation.

In this embodiment, an anvil 18 is fixed on the frame 1 at the end of the conveyer belt 5, and the upper surface of the anvil 18 is flush with the upper surface of the conveyer belt 5; the end of the pressure belt 9 extends beyond the conveyer belt 5, the end of the pressure band 9 extends the protruding length to match the length of the chopping block 18. The automatic cutting knife 19 is located above the cutting board 18 , and the blade of the automatic cutting knife 19 corresponds to the end of the cutting board 18 . In the process of slicing the food material, the cutting force of the blade acts on the chopping block 18 when the automatic cutting knife 19 descends, rather than directly acting on the conveying material belt 5, effectively preventing the blade from injuring the conveying material belt. When the automatic cutting knife 19 was lifted, the conveyor belt 5 and the pressure belt 9 pushed forward the food material at the cutting board 18, and the pressure belt 9 and the cutting board 18 pressed the front end of the food material at the cutting board 18 to feed the food material 11. A forward force on the front end of the machine makes the food material move forward smoothly for successive slices.

In this embodiment, the bearings at both ends of the second driving shaft 6 are fixedly installed on the frame through the mounting bracket, and a connecting plate is connected between the second driving shaft 6 and the intermediate shaft, and the connecting plate is close to the rotating sleeve at one end of the second driving shaft 6 Located on the second driving shaft 6 , one end of the connecting plate close to the intermediate shaft 7 is elastically connected to the frame 1 through an elastic connecting piece 10 .

Specifically, the following structure can also be adopted: the connecting plate includes a first connecting plate 16 and a second connecting plate 17, one end of the first connecting plate 16 is rotatably sleeved on the second driving shaft 6, and the other end of the first connecting plate 16 is connected to One end of the second connecting plate 17 is fixedly connected, and the connection position of the two can be adjusted, the other end of the second connecting plate 17 is fixedly connected with the intermediate shaft 7, and the second connecting plate 17 is connected to the frame 1 by a The support of the spring is elastically installed on the frame 1. An axial retaining ring is provided on the second driving shaft 6 at the inner side of the first connecting plate 16 . This elastic structure makes the pressure belt 9 have a certain elasticity between the intermediate shaft 7 and the conveying material belt 5, so that the distance between the pressing belt 9 at the intermediate shaft 7 and the conveying material belt 5 has a certain elastic adjustable range , to better adapt to the irregular height of the food material 11. To avoid that the distance between the pressure belt 9 at the intermediate shaft 7 and the conveying material belt 5 is too much less than the height of the food material 11, the food material will slip and not move forward, effectively ensuring that the food material 11 is in the feeding channel. Smooth delivery inside. In addition, since the fixed connection position of the first connecting plate 16 and the second connecting plate 17 is adjustable, by adjusting the fixed connecting position of the first connecting plate 16 and the second connecting plate 17, the second drive shaft 6 and the intermediate shaft can be adjusted. 7, thereby adjusting the degree of tightness of the pressure belt 9, changing the compression degree of the pressure belt 9 to the food material on the conveyor material belt 5.

In this embodiment, the conveyor belt 5 is provided with a food material separation grid that divides the feed channel into several feed lanes, and the pressure belt 9 and the second driven shaft 8 are respectively arranged corresponding to the feed lanes. A second driven shaft 8 and a pressure belt 9 are correspondingly arranged above each feeding lane, and the width of the automatic cutting knife 19 is adapted to the sum of the widths of each feeding lane. In this structure, the The food material feed channel is divided into several lanes, and each feed lane conveys a row of food materials. In this way, several parallel feed lanes can simultaneously convey several rows of food materials in parallel, which greatly improves the cutting efficiency. . And each feeding lane is independently provided with a separate pressing belt, so that the pressing mechanism can adapt to food materials with irregular heights in each feeding lane.

In a word, the continuous food slicing and placing machine of the utility model realizes the automation and continuity of slicing and arranging food materials, and greatly improves the efficiency of slicing and arranging food materials.

The above descriptions are examples of the best implementation modes of the present utility model, and the parts not mentioned in detail are the common knowledge of those skilled in the art. The protection scope of the present utility model is based on the content of the claims, and any equivalent transformation based on the technical inspiration of the present utility model is also within the protection scope of the present utility model.

Claims (10)

1. continuous food section pendulum machine, comprise frame, described frame is provided with automatic cutting cutter, it is characterized in that: described frame is also provided with product contents induction system and net dish induction system;

Described product contents induction system comprises the product contents conveying mechanism and hold-down mechanism that are driven by the first power set, form product contents feeding-passage between described product contents conveying mechanism and described hold-down mechanism, described product contents feeding-passage end is located at by described automatic cutting cutter;

The net disk carrying mechanism that described net dish induction system comprises the second power set and driven by described second power set, described net disk carrying mechanism is located at below described product contents feeding-passage.

2. continuous food section pendulum machine according to claim 1, it is characterized in that: described net disk carrying mechanism comprises the drive sprocket driven by described second power set and the driven sprocket being driven rotation by described drive sprocket, being in transmission connection by net dish chain between described drive sprocket and described driven sprocket, described net dish chain being interval with the claw for blocking net dish.

3. continuous food according to claim 2 section pendulum machine, is characterized in that: the upper surface middle part of described frame has groove along the bearing of trend of described frame, and the net dish chain on the upside of described driven sprocket extends to be located in described groove; The both sides described frame upper surface being positioned at described net dish chain are respectively equipped with guide rail, and the dual-side of described frame is provided with and compares rail.

4. continuous food section pendulum machine according to claim 1, is characterized in that: described first power set and described second power set are respectively the adjustable motor of speed.

5. continuous food section pendulum machine according to claim 4, is characterized in that: described first power set and described second power set are respectively variable-frequency motor.

6. the continuous food section pendulum machine according to any one of claim 1 to 5, it is characterized in that: described product contents conveying mechanism comprises the first driving shaft driven by described first power set and the first driven shaft being driven rotation by described first driving shaft, described first driving shaft and described first driven shaft rotate respectively to be located in described frame, is connected between described first driving shaft with described first driven shaft by material conveying V belt translation;

Described hold-down mechanism comprises the second driving shaft and some the second driven shafts being driven rotation by described second driving shaft that are driven by described first power set, described second driving shaft rotates and is installed in described frame, be in transmission connection respectively by pressure zone between second driven shaft described in described second driving shaft and every root, between described conveying material strip and described pressure zone, form product contents feeding-passage;

Jackshaft for supporting described pressure zone is also installed between described second driving shaft and described second driven shaft, wherein, the setting height(from bottom) of described jackshaft and the height of product contents suitable, and lower than the setting height(from bottom) of described second driving shaft, swung by rocker between described jackshaft with described second driven shaft and be connected, the first end turning set of described rocker is located at corresponding pressure zone both sides place on described jackshaft, second end of described rocker connects with the second corresponding driven shaft, described frame is positioned at the spring be provided with above described pressure zone end for connecting described rocker second end.

7. continuous food section pendulum machine according to claim 6, it is characterized in that: described frame is positioned at the product contents separation barrier being fixed with above described conveying material strip and feeding-passage being separated into some charging shuntings, described pressure zone and described second driven shaft are corresponding with described charging shunting respectively to be arranged.

8. continuous food section pendulum machine according to claim 7, is characterized in that: described frame is positioned at described material conveying end of tape place and is fixed with chopping block, the upper surface of described chopping block is mutually concordant with the upper surface of described conveying material strip;

The end of described pressure zone extends the end protruding from described conveying material strip, and the length that the end of described pressure zone extends outstanding length and described chopping block is suitable.

9. continuous food section pendulum machine according to claim 8, is characterized in that: described automatic cutting cutter is located at above described chopping block, and the end of the corresponding described chopping block of the blade of described automatic cutting cutter.

10. continuous food section pendulum machine according to claim 6, it is characterized in that: the bearing of described second both ends of main drive shaft is fixedly installed in described frame by mounting bracket, connecting plate is connected with between described second driving shaft and described jackshaft, described connecting plate is located on described second driving shaft near one end turning set of described second driving shaft, and described connecting plate is connected by Flexible Connector elasticity with described frame near one end of described jackshaft.