CN219326312U - Egg product reposition of redundant personnel conveying structure with adjustable - Google Patents

Abstract

An adjustable egg product reposition of redundant personnel conveying structure has set gradually egg product transmission line, egg product reposition of redundant personnel line, the upper portion of egg product transmission line and egg product reposition of redundant personnel line has erect the alignment jig, the both sides of egg product transmission line are equipped with first pin, be provided with the second pin between the first pin, the second pin separates into two or more than two reposition of redundant personnel passageway with first pin, first pin and second pin all are connected on the alignment jig through the adjustable structure, through the position of change alignment structure on the alignment jig, relatively change the opening size of the different reposition of redundant personnel passageway between first pin and the second pin, thereby realize that the egg product enters into on the reposition of redundant personnel passageway of difference is got into in different weight distribution from the horn mouth between the first pin, adjust the different weight distribution of egg product on a plurality of reposition of redundant personnel passageways, thereby the transmission beat of each egg product of transmission reposition of redundant personnel line of egg product production line has been balanced, improve the throughput of egg product production line, make the throughput of egg product production line reach best effect.

Description

Egg product reposition of redundant personnel conveying structure with adjustable

Technical Field

The utility model relates to a conveying device for products, in particular to an adjustable egg diverting and conveying structure.

Background

In order to improve the taste of salted eggs or preserved eggs and the requirements of food sanitation safety in the processing process of salted eggs or preserved eggs, the processes of cleaning, light inspection, crack detection, egg grading, drying and disinfection and the like are needed for the eggs before the curing process of salted eggs or preserved eggs, the prior art generally adopts automatic egg processing production line equipment, in order to improve the processing capacity of eggs on the production line equipment, a plurality of egg transmission shunt lines are generally arranged on the transmission line of one production line at the same time, the eggs on the plurality of egg transmission shunt lines are correspondingly and independently processed in different processing processes, the key processing processes need to intervene and monitor the eggs on different transmission shunt lines in each processing process, but the processing speeds of different workers on different transmission shunt lines are inconsistent due to the difference of the working capacities of workers, if the egg transmission speeds are in accordance with the transmission shunt lines of the processing speeds, the eggs are accumulated on the transmission shunt lines of the production line equipment, the egg transmission shunt lines are slow, the egg transmission lines are in accordance with the processing speeds of the processing speeds, the egg transmission lines are in accordance with the beat of the transmission lines, the egg transmission line is not balanced, and the egg transmission line is in order to achieve the effect of leading to the fact that the transmission line is not in accordance with the optimal processing capacity of the whole production line is opened, the egg transmission line is in accordance with the processing capacity of the different transmission shunt lines is not in accordance with the processing capacity of the transmission line is opened, however, the existing transmission shunt line cannot adjust and control the transmission beats of eggs in different transmission shunt lines, so that a shunt conveying structure capable of adjusting eggs in different transmission shunt lines is required to be designed to solve the problems.

Disclosure of Invention

The utility model aims to provide an adjustable egg product split-flow conveying structure, which solves the problem that the transmission beat of the existing production transmission split-flow line is not well regulated, and in order to achieve the purpose, the utility model is realized by the following scheme: the utility model provides an adjustable egg product reposition of redundant personnel conveying structure, has set gradually egg product transmission line, egg product reposition of redundant personnel line, the egg product transmission line with the top of egg product reposition of redundant personnel line has set up the alignment jig on the direction of transmission of perpendicular to egg product, the both sides of egg product transmission line are in parallel with the relative first pin that is used for collecting the egg product that is provided with of the direction of transmission of egg product, just first pin is horn mouth shrink form set up follow the egg product transmission line extends in egg product reposition of redundant personnel line both sides, set up one or more second pin between the first pin, the second pin sets up in the direction of transmission of being parallel with the egg product, just the second pin will two first pin separates into two or more than two relatively spaced apart reposition of redundant personnel passageways that supply the egg product shunted, first pin with the second pin all is in through the adjustable connection of alignment structure on the alignment jig, first pin the second pin all unsettled in egg product transmission line with the egg product transmission line extends in from the second pin extends in egg product reposition of redundant personnel line both sides, thereby set up one or more than one second pin is in the alignment jig has the second pin and the second pin is in the different sets up through the screw thread groove on the alignment jig, thereby the second pin is not in the two side of the alignment jig has the position of the screw thread change.

Further, the adjusting frame comprises a front adjusting frame, a middle adjusting frame and at least one rear adjusting frame, wherein the front adjusting frame and the middle adjusting frame are arranged on the egg conveying line, and the rear adjusting frame is arranged on the egg distribution line.

Further, the first stop lever includes first sharp portion, first bending portion, second sharp portion, second bending portion, third sharp portion in proper order, first sharp portion is in through adjusting the structure location on the preceding alignment jig, form a collection channel that relative opening is big between the first sharp portion of the first stop lever of relative setting to better collection egg product on the egg product transmission line, form a horn mouth shrink form centralized channel between the first bending portion, through centralized channel, egg product on the egg product transmission line obtains the part concentration along first bending portion with correspond through adjusting the structure location between the second sharp portion on the well alignment jig, second bending portion is located egg product transmission line with between the egg product division streamline, in order to guarantee that first stop lever extends behind the egg product division streamline, first stop lever is unsettled in the top of egg product division streamline with the same altitude distance, third sharp portion is located in behind the second bending portion, third sharp portion is through the centralized channel, third bending portion with the second bending portion is in the same through the second sharp portion on the alignment jig, the second bending portion is little in the same alignment jig, the second sharp portion is located behind the fifth bending portion, the fourth sharp portion is in the alignment jig change the alignment jig.

Further, the first stop lever and the second stop lever are formed by flexible steel wire ropes. The first pin and the wire rope of second pin setting flexible construction, the opening size of change first pin in the alignment jig front end in the front that can be better, because first pin is flexible, first pin can be through manual correction first pin in alignment jig front end in the front, make the first straight line portion of first pin can laminate in the both sides of egg transmission line through correcting the back, guarantee the collection egg that first pin can be better, make the egg concentrate in the horn mouth, because the second pin is flexible, the second pin can be through the fourth straight line portion of correction second pin in alignment jig front end in the middle, thereby according to actual need, change the opening size of a plurality of reposition of redundant personnel passageway in order to change the egg and distribute on different reposition of redundant personnel passageway with different weight, even can close the reposition of redundant personnel passageway opening that corresponds therein, thereby close the distribution volume of egg on this passageway.

Further, the egg product transmission line with still have the linking between the egg product branch streamline and hold in the palm the linking, the setting that links up the support slope be in the egg product transmission line with between the egg product branch streamline, it has many guide bars that evenly set up to link up to hold in the palm, still be provided with the rib between the guide bar and connect integrative, form a plurality of passages that supply the egg product to pass through between the guide bar, borrow the passageway between the guide bar, the egg product realizes rolling linking between egg product transmission line to the egg product branch streamline from the egg product.

Further, the egg product transmission line comprises a first frame body, a plurality of first rotating rollers are rotatably arranged between the first frame bodies, a belt is sleeved outside each first rotating roller, and a power driving device for rotating the first rotating rollers is arranged on one first rotating roller. The eggs are transported and moved on the egg transport line by planar rotation of the belt.

Further, the egg product distribution line comprises second frame bodies, a plurality of second rotating rollers are rotatably arranged between the second frame bodies, the distance interval between the second rotating rollers is smaller than 3cm, and a power driving device for rotating the second rotating rollers is arranged on the second rotating rollers.

Further, the first stop lever and the second stop lever are sleeved with a lever sleeve, and the lever sleeve is made of foam.

Further, the sleeve is sleeved outside the second rotating roller, the sleeve is made of foam, and the second rotating roller can be better protected in the egg shunt line transmission process by sleeved the sleeve made of foam, so that the eggs are prevented from being bruised.

According to the utility model, different weight distribution of eggs on a plurality of diversion channels can be regulated by the regulating structure on the regulating frame according to the production conditions of the subsequent egg production line, so that the transmission beats of eggs on each transmission diversion line of the egg production line are balanced, the processing capacity of the egg production line is improved, and the processing capacity of the egg production line achieves the optimal effect.

Drawings

Fig. 1 is a schematic perspective view of the present utility model.

Fig. 2 is a top view of fig. 1.

FIG. 3 is a schematic view of the cross-section in the direction A-A in FIG. 2.

Fig. 4 is an enlarged schematic view of a portion of fig. 1.

Fig. 5 is an enlarged schematic view of part of B in fig. 1.

Fig. 6 is an enlarged partial schematic view of C in fig. 3.

Fig. 7 is a schematic view of a three-dimensional structure of the engagement bracket.

FIG. 8 is a schematic view of the state of adjustment of the opening of the bypass passage.

FIG. 9 is a schematic diagram of two aspects of the state of the opening adjustment of the bypass channel.

Wherein: 1-egg transmission line, 101-first support body, 102-belt, 103-first rotating roller, 2-egg branching line, 201-second support body, 202-second rotating roller, 203-sleeve, 3-front adjusting rack, 4-middle adjusting rack, 5-rear adjusting rack, 6-first stop lever, 601-first straight line portion, 602-first bending portion, 603-second straight line portion, 604-second bending portion, 605-third straight line portion, 7-second stop lever, 701-fourth straight line portion, 702-third bending portion, 703-fifth straight line portion, 8-adjusting structure, 801-adjusting groove, 802-stop lever, 803-nut, 9-connecting bracket, 901-guiding rib, 902-rib, 10-bar sleeve, 11-connecting plate, 12-supporting plate.

Detailed Description

Embodiments of the present utility model will be briefly described below with reference to the drawings.

1-3, an egg split-flow conveying structure is provided with an egg conveying line 1 and an egg split-flow line 2 in sequence, an adjusting frame is arranged above the egg conveying line 1 and the egg split-flow line 2 in the direction vertical to the conveying direction of eggs, the adjusting frame comprises a front adjusting frame 3, a middle adjusting frame 4 and at least one rear adjusting frame 5, the front adjusting frame 3 and the middle adjusting frame 4 are arranged on the egg conveying line 1, the rear adjusting frame 5 is arranged on the egg split-flow line 2, two sides of the egg conveying line 1 are oppositely provided with first stop rods 6 for collecting eggs in the direction parallel to the conveying direction of the eggs, the first stop rods 6 are in a horn mouth shrinkage shape and extend from the egg conveying line 1 to two sides of the egg split-flow line 2, at least one or more second stop rods 7 are arranged between the first stop rods 6, the second stop lever 7 is arranged in parallel with the transmission direction of eggs, the second stop lever 7 divides the two first stop levers 6 into two or more than two relatively-separated distribution channels for distributing eggs, the first stop lever 6 and the second stop lever 7 are connected to the adjusting frame in an adjustable way through the adjusting structure 8, the first stop lever 6 and the second stop lever 7 are suspended above the egg transmission line 1 and the egg distribution line 2, referring to fig. 4, the adjusting structure 8 comprises an adjusting groove 801 arranged on the adjusting frame and a supporting rod 802 arranged on the first stop lever 6 or the second stop lever 7, the supporting rod 802 extends out of two sides of the adjusting frame through the adjusting groove 801, threads are arranged outside the supporting rod 802, nuts 803 are arranged on the threaded parts of the supporting rod 802, the nuts 803 are connected to two sides of the adjusting frame through the supporting rod 802, the positions of the adjusting structure 8 on the adjusting frame are changed, the opening sizes of the different diverting channels between the first stop lever 6 and the second stop lever 7 are relatively changed, so that eggs are distributed into the different diverting channels in different quantities from the bell mouths between the first stop levers 6.

In this embodiment, the connection support 9 is further provided between the egg transmission line 1 and the egg separation line 2, referring to fig. 5, 6 and 7, the connection support 9 is obliquely provided between the egg transmission line 1 and the egg separation line 2, a plurality of evenly provided guide ribs 901 are provided on the connection support 9, ribs 902 are further provided between the guide ribs 901 to connect integrally, a plurality of channels for the passage of eggs are formed between the guide ribs 901, rolling connection is achieved between the egg transmission line 1 and the egg separation line 2 by means of the channels between the guide ribs 901, the connection support 9 is obliquely provided, a height fall between the egg transmission line 1 and the egg separation line 2 can be ensured, a certain power is ensured to roll from the egg transmission line 1 to the egg separation line 2 by the connection support 9, the connection support 9 is provided with support plates 12 at two ends thereof, and the support plates 12 are connected on the connection plates 11 for fixing.

Wherein the first stop lever 6 sequentially comprises a first straight line part 601, a first bending part 602, a second straight line part 603, a second bending part 604 and a third straight line part 605, the first straight line part 601 is positioned on the front adjusting frame 3 through an adjusting structure 8, a collecting channel with a large relative opening is formed between the first straight line parts 601 of the oppositely arranged first stop lever 6 so as to better collect eggs on the egg product transmission line 1, a bellmouth shrinkage type collecting channel is formed between the first bending parts 602, eggs on the egg product transmission line 1 are collected part by part along the first bending part 602 through the collecting channel, the second bending part 604 is correspondingly positioned on the middle adjusting frame 4 through an adjusting structure 8 between the first bending part 602 and the second straight line part 603 and is positioned above a connecting support 9 between the egg product transmission line 1 and the egg product distribution line 2, the second bending part 604 is correspondingly arranged according to the inclined arrangement trend of the connecting support 9 so as to ensure that the first stop lever 6 extends above the egg separating line 2, the first stop lever 6 is suspended above the egg separating line 2 at the same height distance, the third linear part 605 is positioned at the rear end of the second bending part 604, the third linear part 605 is positioned on the rear adjusting frame 5 through the adjusting structure 8, one or more rear adjusting frames 5 are arranged, the second stop lever 7 comprises a fourth linear part 701, a third bending part 702 and a fifth linear part 703, the fourth linear part 701 is positioned on the middle adjusting frame 4 through the adjusting structure 8, the third bending part 702 and the second bending part 604 have the same arrangement, the fifth linear part 703 is positioned at the rear end of the third bending part 702, the fifth linear part 703 is positioned on the rear adjusting frame 5 through the adjusting structure 8, the size of a horn opening between the first stop levers 6 is changed through the adjusting structure 8 on the front adjusting frame 3, meanwhile, the adjusting structures 8 on the middle adjusting frame 4 and the rear adjusting frame 5 are changed to change the opening sizes of different diversion channels, in the embodiment, in order to better change the opening sizes of different diversion channels, the first stop lever 6 and the second stop lever 7 are formed by flexible steel wires, the steel wires have certain rigidity and certain flexibility, therefore, the front end of the front adjusting frame 3 of the first stop lever 6 can utilize the flexibility of the first stop lever 6, after the adjusting structures 8 are relatively positioned, the opening sizes of the first stop lever 6 can be further and properly adjusted, so that the first straight line part 601 of the first stop lever 6 can be attached to two sides of the egg product transmission line 1 after correction, the first stop lever 6 can be ensured to better collect egg products, the egg products can be concentrated in a bell mouth, because the second stop lever 7 is flexible, the second bar 7 can change the opening size of the plurality of distribution channels by correcting the fourth straight line part 701 of the second bar 7 at the front end of the middle adjusting frame 4 to change the distribution of eggs on different distribution channels in different amounts, as disclosed with reference to fig. 8, among the three distribution channels, since the middle distribution channel is changed to have a larger opening, the distribution of eggs can be relatively received into each distribution channel, and the two distribution channels at two sides of the middle distribution channel are relatively smaller in size due to the smaller opening of the distribution channel, the distribution of eggs can be relatively received, after the opening of the distribution channel is changed in the above manner, the optimal distribution of the distribution channel of the actual egg production line can be obtained, thus realizing the optimal distribution effect of the egg production line, and even the corresponding distribution channel opening can be closed, thus closing the distribution of eggs on the channel, and as disclosed with reference to fig. 9, the central diverting channel opening is such that eggs cannot enter the diverting channel due to the above arrangement, so that a pause in use of the diverting channel can be achieved.

In this embodiment, the egg product transmission line 1 includes a first frame 101, a plurality of first rotating rollers 103 are rotatably disposed between the first frame 101, a belt 102 is sleeved outside the first rotating rollers 103, a power driving device for rotating the first rotating rollers 103 is disposed on one of the first rotating rollers 103, eggs are transmitted and moved on the egg product transmission line 1 through plane rotation of the belt 102, the egg product distribution line 2 includes a second frame 201, a plurality of second rotating rollers 202 are rotatably disposed between the second frame 201, a distance interval between the second rotating rollers 202 is less than 3cm, and a power driving device for rotating the second rotating rollers 202 is disposed on the second rotating rollers 202.

In this embodiment, in order to ensure smooth circulation of eggs and avoid bruising of eggs, the outer parts of the first stop lever 6 and the second stop lever 7 are sleeved with a lever sleeve 10, the lever sleeve 10 is made of foam, the outer part of the second rotating roller 202 is sleeved with a sleeve 203, and the sleeve 203 is made of foam.

The foregoing examples merely illustrate embodiments of the utility model and are described in more detail and are not to be construed as limiting the scope of the utility model. It should be noted that it will be apparent to those skilled in the art that several variations and modifications can be made without departing from the spirit of the utility model, which are all within the scope of the utility model.

Claims (9)

1. An egg product reposition of redundant personnel conveying structure with adjustable has set gradually egg product transmission line, egg product reposition of redundant personnel line, its characterized in that: the egg product transmission line and the upper part of the egg product separation line are provided with adjusting frames in the direction vertical to the transmission direction of the egg product, the two sides of the egg product transmission line are oppositely provided with first stop rods for collecting the egg product in the direction parallel to the transmission direction of the egg product, the first stop rods are in a horn-mouth shrinkage-shaped arrangement and extend from the egg product transmission line to the two sides of the egg product separation line, at least one or more second stop rods are arranged between the first stop rods, the second stop rods are arranged in the direction parallel to the transmission direction of the egg product, the second stop rods divide the two first stop rods into two or more relatively separated distribution channels for distributing the egg product, the first stop rods and the second stop rods are connected to the adjusting frames in an adjustable way through adjusting structures, the utility model discloses a egg product distribution line, including first pin, second pin, adjusting structure, including setting up the adjustment tank on the alignment jig and setting up the die-pin on the first pin or the second pin, the die-pin is sees through the adjustment tank stretches out in alignment jig both sides, just the die-pin outside has the screw thread, the die-pin is provided with the nut on its screw thread position, the nut passes through the die-pin to be connected in the both sides of alignment jig, through changing the position of adjusting structure on the alignment jig, the relative change different split flow channel's between first pin and the second pin opening size to realize that the egg product follows the horn mouth between the first pin is in different weight distribution and is got into different split flow channel.

2. An adjustable egg diverting conveyor structure according to claim 1, characterized in that: the adjusting frame comprises a front adjusting frame, a middle adjusting frame and at least one rear adjusting frame, wherein the front adjusting frame and the middle adjusting frame are arranged on the egg conveying line, and the rear adjusting frame is arranged on the egg split-flow line.

3. An adjustable egg diverting conveyor structure according to claim 2, characterized in that: the first stop lever comprises a first straight line part, a first bending part, a second straight line part, a second bending part and a third straight line part in sequence, wherein the first straight line part is positioned on the front adjusting frame through an adjusting structure, a collection channel with a large relative opening is formed between the first straight line parts of the first stop lever which are oppositely arranged, eggs on an egg product transmission line are collected better, a horn mouth shrinkage-shaped concentration channel is formed between the first bending parts, eggs on the egg product transmission line are concentrated along the first bending part through the concentration channel, the first bending part and the second straight line part are correspondingly positioned on the middle adjusting frame through an adjusting structure, the second bending part is positioned between the egg product transmission line and the egg product transmission line, so that the first stop lever extends behind the egg product transmission line, the first stop lever is suspended above the egg product transmission line with the same height distance, the third straight line part is positioned at the rear end of the second bending part, the third straight line part is positioned on the front adjusting frame through the second straight line part, the third straight line part is positioned on the front adjusting frame, the second straight line part is not positioned on the front adjusting frame, the second straight line part is positioned on the front adjusting frame is different, the front adjusting structure is on the front adjusting frame, the second straight line part is positioned on the front adjusting part, and the front adjusting part is on the front adjusting frame.

4. An adjustable egg diverting conveyor structure according to claim 1, characterized in that: the first stop lever and the second stop lever are formed by flexible steel wire ropes.

5. An adjustable egg diverting conveyor structure according to claim 1, characterized in that: the egg product transmission line with still have the linking between the egg product dividing line and hold in the palm the linking, the setting that links up the support slope be in the egg product transmission line with between the egg product dividing line, it has many guide bars that evenly set up to link up to hold in the palm, still be provided with the rib between the guide bar and connect integrative, form a plurality of channels that supply the egg product to pass through between the guide bar, borrow the passageway between the guide bar, the egg product realizes rolling linking from egg product transmission line to egg product dividing line between.

6. An adjustable egg diverting conveyor structure according to claim 1, characterized in that: the egg product transmission line comprises a first frame body, a plurality of first rotating rollers are arranged between the first frame bodies in a rotating mode, a belt is sleeved outside each first rotating roller, and a power driving device for rotating the first rotating rollers is arranged on one first rotating roller.

7. An adjustable egg diverting conveyor structure according to claim 1, characterized in that: the egg product dividing line comprises second frame bodies, a plurality of second rotating rollers are rotatably arranged between the second frame bodies, the distance interval between the second rotating rollers is smaller than 3cm, and a power driving device for rotating the second rotating rollers is arranged on the second rotating rollers.

8. An adjustable egg diverting conveyor structure according to claim 1, characterized in that: the first stop lever and the second stop lever are sleeved with a lever sleeve, and the lever sleeve is made of foam.

9. An adjustable egg diverting conveyor structure according to claim 7, characterized in that: the sleeve is sleeved outside the second rotating roller, and the sleeve is made of foam.

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