CN203492669U

CN203492669U - Transmission structure of encrusting machine

Info

Publication number: CN203492669U
Application number: CN201320496586.6U
Authority: CN
Inventors: 杨昆南
Original assignee: SEMLIMA INDUSTRIAL Co Ltd
Current assignee: SEMLIMA INDUSTRIAL Co Ltd; Semlima Ind Co Ltd
Priority date: 2013-08-14
Filing date: 2013-08-14
Publication date: 2014-03-26
Anticipated expiration: 2023-08-14

Abstract

The utility model discloses a transmission structure of an encrusting machine. The transmission structure is provided with a transmission wheel disc connected with a motor in the encrusting machine, a swinging assembly for cutting food, a lifting assembly for driving the swinging assembly to ascend and descend and a conveying assembly for conveying formed food, wherein a first rail is arranged on one side of the transmission wheel disc, a second rail and a third rail are arranged on the other side of the transmission wheel disc, the lifting assembly moves along the track of the first rail, the swinging assembly moves along the track of the second rail, the conveying assembly moves along the track of the third rail, the transmission wheel disc is used for driving the swinging assembly, the lifting assembly and the conveying assembly to simultaneously move in the encrusting machine, and the consistency and integrity of the formed food are achieved by time difference, caused by the design difference of the rails, of movements of the assemblies.

Description

The drive mechanism of stuffing-wrapping machine

Technical field

The utility model is a kind of drive mechanism of stuffing-wrapping machine, in details of the words be to be applied to food processing association area, it is characterized in that providing food comparatively smooth and easy in faric process, and can reduce the part of board inside, to reduce whole mechanical weight, further can person's disassembly, cleaning easy to use and long running is provided and produces in a large number, and maintain consistency and the integrality of food, be the splendid utility model of a kind of practicality.

Background technology

The food that early stage tradition has fillings is all with manual mode, by a perfusion fillings, send into again baking box baking and form edible food, although utilize manual mode can make food there is traditional fragrance, utilize that manual mode makes that problem that food brings is that output is limited, the shortcoming such as the increase of human cost, quality keyholed back plate cannot be unified.Therefore, along with the progress of science and technology now, the food that has a fillings in making is the difference power that consumes again consuming time in the past, by mechanical one-stop operation flow process, no matter make the final finished product all can be identical in size, weight, outward appearance, shape.

Refer to TaiWan, China patent announcement M353639 " automatic stuffing machine ", particularly can automatically place fillings and closely press the automatic stuffing machine of entire filling skin, its framework is to be coordinated and be equiped with first of a chain by a conveying motor, two sprocket, in this chain, be provided with several faric seats, and the top in the annular interlock path being in this chain is provided with a material guide device, this material guide device includes a spiral shell that is connected with driving screw and turns motor, this driving screw comprises the displacement nut being connected with the connecting rod of exerting pressure and a screw rod, another end connects one and is located at the material extrusion lid holding in charging basket, wherein this is provided with a discharging opening below holding charging basket, and blank action is to pass on electrical signal to this material cutting device and all tablets of transmission form displacement repeatedly in this discharging opening via this sensor, separately establish one by leading entire and the pressure closing device of pressing entire device to form, this is led entire and in this chain displacement stroke, supports this faric seat and make this faric seat be closing entire shape, and press entire device to pressurize before this via this, rear pedestal, simplify whereby existing complicated structure.

Above-mentioned " automatic stuffing machine " is used for making the machinery with fillings food for common now, although to provide producer to save time and manpower is made food in a large number, but, " automatic stuffing machine " is by first in the structure of drive transfer, the second sprocket coordinates the kind of drive of chain to drive the conveying of several faric seats, fillings is poured in faric seat and give moulding, utilize the manner of execution meeting of sprocket and chain because carrying food easily to cause de-tooth for a long time, collapsing the situations such as tooth occurs, and the setting of gear also must arrange along with mechanical different operating position, when machinery has many different operating positions, gear increases in order to coordinate whole mechanical running, cause whole body to present overweight situation and the shortcomings such as increase of cost.Therefore " automatic stuffing machine " needs further improvement again, so just can meet public use.

In view of the shortcoming above-mentioned " automatic stuffing machine " Suo Shu, the inventor utilizes many time input research relevant knowledges, and more every quality in addition, and carry out the research and development of Related product, and go through many experiments and test, and finally release a kind of " drive mechanism of stuffing-wrapping machine ", be and improve above-mentioned illustrated shortcoming, to meet popular required use.

Utility model content

Technical problem underlying to be solved in the utility model is, the running that coordinates to drive faric facility of passing through gear and chain that overcomes that prior art exists, under long-time action, easily there is de-tooth, collapse the situation of tooth, and the position that will move on faric facility is numerous, cause each position all to need the group of gear and chain to establish, further between each position and position, need again the action that cooperatively interacts, allow thus whole required gear and the chain of faric facility increase, cause the shortcoming of whole faric facility preponderance, and provide a kind of drive mechanism of stuffing-wrapping machine, faric facility running on smooth and easy, and the number of spare parts that reduces transmission mechanism alleviates the weight of whole facility, size, further can person's disassembly, cleaning easy to use and long running is provided and produces in a large number, and maintain consistency and the integrality of food.

The utility model solves the technical scheme that its technical problem adopts:

A kind of drive mechanism of stuffing-wrapping machine, link with the motor in faric facility, to drive the running of faric facility, carry, it comprises: a transmission wheel disc, one side convexes with a projection being connected with motor, in homonymy, be provided with one first track around projection week side again, and the opposite side center of this transmission wheel disc ring is concaved with one second track, and is further concaved with in all sides of this second track the 3rd track that two ends become open shape; One waves assembly with transmission wheel disc is assembled mutually, it includes two transverse bars, two longitudinal rods and one first axostylus axostyle, this two transverse bar is connected with this two longitudinal rod is staggered, and enclose and be formed with an assembling district, separately be provided with a fixture and be installed in assembling district, this first axostylus axostyle one end is connected in the transverse bar near transmission wheel disc again, and the other end is inserted in the second track, and be subject to the action of transmission wheel disc and this two transverse bar of interlock and this two longitudinal rod are vacillated now to the left, now to the right, and further control the folding of fixture.

One lifting assembly, it includes two backstays of assembling mutually with faric facility, two take-up housings, one connects joining piece and one second axostylus axostyle of this two take-up housing, this two backstay is the vertical transmission wheel disc both sides of being located at respectively, and this two take-up housing is sheathed on respectively this two backstay, and relative positioning bar upper and lower displacement, this joining piece is crossed over the side that transmission wheel disc is provided with the first track again, and connect this two take-up housing, and one end of this second axostylus axostyle is arranged in joining piece, the other end is inserted in the first track, separately be provided with a support platform and be mounted on the side that this two take-up housings correspondence is waved assembly, and with wave assembly and assemble mutually, this second axostylus axostyle is along the first track displacement of transmission wheel disc, and establish and drive the displacement of this two backstay relatively of this two take-up housing via the group of joining piece, and drive support platform together with waving assembly upper and lower displacement simultaneously.

One conveying assembly, it is arranged at the below of support platform and assembles mutually with faric facility, this conveying assembly includes one the 3rd axostylus axostyle, one carries crawler belt, one access group frame and two rolls bar, these two one end and faric facility that roll bar are connected with group and are spacing setting, and the 3rd axostylus axostyle one end is inserted in the 3rd track of transmission wheel disc, the other end is articulated with faric facility, and engage with any in this two take-up housing, this access group is set up and is placed in this and two rolls between bar again, and be connected with group with the 3rd axostylus axostyle, coated this of this conveying crawler belt two rolls bar and access group frame in addition, the 3rd axostylus axostyle be subject to transmission wheel disc rotation and along the trajectory displacement of the 3rd track, and drive the lifting of access group frame, and push simultaneously and carry crawler lifting.

The further technical characterictic of the utility model has further provided an axis hole for this transmission wheel disc in center, and this axis hole is assembled in the side that one end of motor is provided with the second track and the 3rd track towards transmission wheel disc and runs through by projection.

The further technical characterictic of the utility model is that the length of first, second, third track set on this transmission wheel disc is neither isometric, and this second track further has a point, this first, second, third axostylus axostyle, by the difference of the length of each track, makes to wave assembly, lifting assembly and conveying assembly and have temporal difference in action.

The further technical characterictic of the utility model further includes a linked block for this access group frame, one pushing and pressing seat, one is mouthful word removes framework and a roller of a horizontal shape below, one end of this linked block is mounted on the 3rd axostylus axostyle, the other end stretches out, and this pushes away base and has a propelling movement platform portion and a supporting rod part, this propelling movement platform portion and supporting rod part interconnect, and this supporting rod part wore the outward extending one end of linked block, and make to push the top side that platform portion is arranged at linked block, this framework further includes the vertical piece that a lateral piece and two is located at lateral piece both sides again, and this supporting rod part wore one end of linked block and the lateral piece of framework is connected with group, this roller pivot group between this two vertical piece, this conveying crawler belt is set around this and two rolls bar, push platform portion and roller, and the rotation of transmission wheel disc allows the 3rd axostylus axostyle along the 3rd track displacement, and synchronous linked block drives the lifting of framework relatively of pushing and pressing seat, make the propelling movement platform portion pushing and pressing of pushing and pressing seats carry crawler belt near or away from waving assembly.

The further technical characterictic of the utility model props up piece for this two take-up housing further respectively convexes with one towards support platform direction, respectively propping up the corresponding take-up housing of piece is vertical setting, separately in respectively propping up piece, be further respectively equiped with an auxiliary block with support interstation, the both sides of each auxiliary block stick to respectively in respectively propping up piece and support platform, and support the lifting that assembly is waved in the drive of support platform.

One end that the further technical characterictic of the utility model is the faric facility of the 3rd axostylus axostyle pivot joint is separately arranged with an elastic component, and this elastic component one end cover is fixed in the 3rd axostylus axostyle, and the other end is butted in faric facility inner bottom surface.

The further technical characterictic of the utility model in this two transverse bar one be connected with the first axostylus axostyle, another transverse bar offers a lockhole, is separately provided with a lock pin and passes lockhole and connect with fixture group.

The beneficial effects of the utility model are, faric facility running on smooth and easy, and the number of spare parts that the reduces transmission mechanism weight, size that alleviate whole facility further can person's disassembly, cleaning easy to use and long running is provided and produces in a large number, and maintain consistency and the integrality of food.

Accompanying drawing explanation

Below in conjunction with drawings and Examples, the utility model is further illustrated.

Fig. 1 is the schematic perspective view of the utility model stuffing-wrapping machine.

Fig. 2 is the utility model drive mechanism schematic perspective view.

Fig. 3 is the exploded perspective schematic diagram of Fig. 2.

Fig. 4 is another visual angle schematic perspective view of Fig. 2.

Fig. 5 is the utility model transmission wheel disc schematic perspective view.

Fig. 6 is another visual angle schematic perspective view of Fig. 5.

Fig. 7 is the front view that the utility model drive mechanism not yet moves.

Fig. 8 is the initial actuating schematic diagram that the utility model access group frame rises and transmission wheel disc rotates.

Fig. 9 is the back side action schematic diagram of Fig. 8.

Figure 10 is the schematic top plan view of Fig. 8.

Figure 11 be Figure 10 wave assembly displacement action schematic diagram.

Figure 12 is that the utility model waves assembly and blocks the action schematic diagram after fillings.

Figure 13 is lifting assembly and the pivot sending component action schematic diagram of Figure 12.

Figure 14 is the back side action schematic diagram of Figure 13.

Figure 15 is the action schematic diagram that conveying assembly access food declines.

Figure 16 carries crawler belt to carry food, and the action schematic diagram of lifting assembly lifting.

Number in the figure explanation:

1 transmission wheel disc 11 projections

12 first track 13 second tracks

131 points 14 the 3rd track

15 axis holes 2 wave assembly

21 transverse bar 211 lockholes

22 longitudinal rod 23 first axostylus axostyles

24 assembling district 3 fixtures

4 lifting assembly 41 backstays

42 take-up housings 421 prop up piece

422 auxiliary block 43 joining pieces

44 second axostylus axostyle 5 support platforms

51 through hole 6 conveying assemblies

61 the 3rd axostylus axostyles 62 are carried crawler belt

63 access group frame 631 linked blocks

632 pushing and pressing seats 6321 push platform portion

6322 supporting rod part 633 frameworks

6331 lateral piece 6332 vertical pieces

634 rollers 64 roll bar

7 elastic component 8 lock pins

10 faric facility 101 motors

The specific embodiment

With the explanation of better enforcement kenel, and not the utility model is done to any pro forma restriction, consult shown in Fig. 1 to Fig. 6, the drive mechanism of a kind of stuffing-wrapping machine of the utility model, link with the motor 101 in faric facility 10, to drive the running of faric facility 10, carry, it comprises: a transmission wheel disc 1, one side convexes with a projection 11 being connected with motor 101, in homonymy, be provided with one first track 12 around 11 weeks sides of projection again, and recessed one second track 13 that has is encircled in the opposite side center of this transmission wheel disc 1, and be further concaved with in all sides of this second track 13 the 3rd track 14 that two ends are open shape, one waves assembly 2 with transmission wheel disc 1 is assembled mutually, it includes two transverse bars 21, two longitudinal rods 22 and one first axostylus axostyle 23, this two transverse bar 21 interlocks and is connected with this two longitudinal rod 22, and enclose and be formed with an assembling district 24, separately be provided with a fixture 3 and be installed in assembling district 24, these the first axostylus axostyle 23 one end are connected in the transverse bar 21 near transmission wheel disc 1 again, the other end is inserted in the second track 13, and be subject to the action of transmission wheel disc 1 and this two transverse bar 21 of interlock and this two longitudinal rod 22 are vacillated now to the left, now to the right, and further control the folding of fixture 3.

One lifting assembly 4, it includes two backstays 41 of assembling mutually with faric facility 10, two take-up housings 42, one connects joining piece 43 and one second axostylus axostyle 44 of this two take-up housing 42, this two backstay 41 is vertical transmission wheel disc 1 both sides of being located at respectively, and this two take-up housing 42 is sheathed on respectively this two backstay 41, and relative positioning bar 41 upper and lower displacements, this joining piece 43 is crossed over the side that transmission wheel disc 1 is provided with the first track 12 again, and connect this two take-up housing 42, and one end of this second axostylus axostyle 44 is arranged in joining piece 43, the other end is inserted in the first track 12, separately be provided with a support platform 5 and be mounted on the side that these two take-up housings, 42 correspondences are waved assembly 2, and with wave assembly 2 and assemble mutually, the folding of the corresponding fixture 3 of this support platform 5 is provided with a through hole 51 again, this second axostylus axostyle 44 is along the first track 12 displacements of transmission wheel disc 1, and the displacement of establishing these two take-up housings, 42 relative these two backstays 41 of drive via the group of joining piece 43, and drive support platform 5 together with waving assembly 2 upper and lower displacements simultaneously.

One conveying assembly 6, it is arranged at the below of support platform 5 and assembles mutually with faric facility 10, this conveying assembly 6 includes one the 3rd axostylus axostyle 61, one carries crawler belt 62, one access group frame 63 and two rolls bar 64, these two one end and faric facility 10 that roll bar 64 are connected with group and are spacing setting, and the 3rd axostylus axostyle 61 one end are inserted in the 3rd track 14 of transmission wheel disc 1, the other end is articulated with faric facility 10, and engage with any in this two take-up housing 42, this access group frame 63 is arranged at this and two rolls between bar 64 again, and be connected with group with the 3rd axostylus axostyle 61, coated this of this conveying crawler belt 62 two rolls bar 64 and access group frame 63 in addition, the 3rd axostylus axostyle 61 be subject to transmission wheel disc 1 rotation and along the trajectory displacement of the 3rd track 14, and drive the lifting of access group frame 63, and push simultaneously and carry crawler belt 62 liftings, wherein, the rotation of this transmission wheel disc 1, make the first axostylus axostyle 23, the second axostylus axostyle 44, the 3rd axostylus axostyle 61 respectively along the trajectory displacement of corresponding track, and further drive the action of waving assembly 2, lifting assembly 4 and conveying assembly 6, with reach food carry out pinch off after faric be shaped with carry smooth and easy and complete.

Aforementioned is the technical characteristics of the main embodiment of the utility model.

In order to clearly demonstrate manner of execution of the present utility model and order, first further thin portion explanation transmission wheel disc 1, wave assembly 2, the detail characteristic of lifting assembly 4 and conveying assembly 6, first refer to Fig. 2 and Fig. 5, shown in Fig. 6, in the design of this transmission wheel disc 1, further in center, provided an axis hole 15, and the side that this axis hole 15 is provided with the second track 13 and the 3rd track 14 by one end of projection 11 and motor 101 combinations towards transmission wheel disc 1 runs through, this second track 13 and the 3rd track 14 are set around around axis hole 15, in general motor 101 can have axle center, therefore the assembling of transmission wheel disc 1 and motor 101 assembly with axle center by axis hole 15, make motor 101 can really order about the spinning movement of transmission wheel disc 1, and motor 101 has been prior art, at this, no longer further repeated.

The continue explanation of above-mentioned transmission wheel disc 1, in order to allow faric facility 10 in the end during food formation, can follow the prescribed order and do pinch off, the action of carrying, and avoid the food distortion that is shaped, therefore on transmission wheel disc 1 set first, second, the 3rd track 12, 13, 14 length is all not isometric, and its track is also not quite similar, and has a point 131 again on this second track 13, and this is first years old, second, the 3rd axostylus axostyle 23, 44, 61 length by each track are different from track, make each axostylus axostyle (the first axostylus axostyle 23, the second axostylus axostyle 44, that the 3rd axostylus axostyle 61) controls waves assembly 2, lifting assembly 4 and conveying assembly 6 have the action in different time points, for example: the first axostylus axostyle 23 is when along the second track 13 displacement, when the rotation of transmission wheel disc 1 makes the first axostylus axostyle 23 run into the point 131 of the second track 13, can be subject to the pushing and pressing of point 131 and change waving assembly 2 direction of action, by temporal difference, make each assembly wave assembly 2 again, lifting assembly 4 and conveying assembly 6 cooperatively interact the pinch off that reaches best, carry action, to produce the shape of food that integrality and consistency are higher, refer to Fig. 5, shown in Fig. 6, and take Fig. 2 as auxiliary (on the utility model transmission wheel disc 1 set first, second, the 3rd track 12, 13, the 14th, to provide faric facility 10 to there is temporal drop in each position action, to reach preferably making food, not in order to limit shape and the length of each track).

And driving support platform 5 and waving in lifting assembly 4 designs of assembly 2 actions, in order really to drive whole group of support platform 5 and the rising of waving assembly 2, the action declining, the side that this two take-up housing 42 further waves assembly 2 in correspondence has respectively protruded out one and has propped up piece 421, respectively propping up piece 421 is vertical setting with corresponding take-up housing 42, separately in respectively propping up between piece 421 and support platform 5, be further respectively equiped with an auxiliary block 422 again, the both sides of each auxiliary block 422 stick to respectively in respectively propping up piece 421 and support platform 5, the function of each auxiliary block 422 is except providing the take-up housing 42 of lifting assembly 4 really to drive support platform 5 and wave the lifting of assembly 2, further can change by the auxiliary block 422 of different-thickness lifting assembly 4 and drive support platform 5 and the lifting time of waving assembly 2, different making flow times and order are provided to provide user to make according to different dumpling filling wrappings, refer to shown in Fig. 7, and take Fig. 2 as auxiliary.

Arranging at this conveying assembly 6 again, for the certain smooth and easy conveying of food energy that allows forming clip have no progeny, and can not cause in the process of fixture pinch off the distortion of food, therefore the access group frame 63 at conveying assembly 6 further includes a linked block 631, one pushing and pressing seat 632, one is mouthful word removes framework 633 and a roller 634 of a horizontal shape below, this linked block 631 is T font, its one end is connected in the 3rd axostylus axostyle 61, the other end extends towards the place ahead, and this pushing and pressing seat 632 is installed in one end that linked block 631 extends, it includes a propelling movement platform portion 6321 and a supporting rod part 6322, this pushes platform portion 6321 and is connected with supporting rod part 6322 is vertical, and these supporting rod part 6322 ends run through one end that linked block 631 extends, and make to push the end face that platform portion 6321 is arranged at linked block 631, this framework 633 is assembled in the end of supporting rod part 6322 again, it includes the vertical piece 6332 that a lateral piece 6331 and two is arranged at respectively these lateral piece 6331 two ends, this two vertical piece 6332 is spacing setting, and this roller 634 is articulated between this two vertical piece 6332, and supporting rod part 6322 ends are worn group in lateral piece 6331 and are given pivot group, this conveying crawler belt 62 two rolls bar 64 to be set around this, push platform portion 6321 and roller 634, whereby when food is subject to before fixture pinch off, the rotation of transmission wheel disc 1 allows the 3rd axostylus axostyle 61 along the 3rd track 14 displacements, and synchronous linked block 631 drives the rising of pushing and pressing seat 632 relative frameworks 633, the access food with the lifting of pushing and pressing conveying crawler belt 62, again in the time of fixture 3 pinch off food because of the track conversion of the 3rd track 14 of transmission wheel disc 1, the 3rd axostylus axostyle 61 is driven push relative frameworks 633 declines of platform portions 6321 and away from waving assembly 2, and make to carry crawler belt 62 be able to the rolling of roller 634 and finished product is carried forward, so with perseveration, to maintain, make the speed of food and the shape outward appearance of food, refer to Fig. 2, Fig. 3, shown in Fig. 7 and Fig. 8.

In addition, the main purpose of this conveying assembly 6 is in stable access and carries food, therefore must be more stable in the 3rd axostylus axostyle 61 and coordinating of transmission wheel disc 1, and avoid rocking, vibrations etc. affects the conveying of food on conveying crawler belt 62.For this reason, one end at the faric facility 10 of the 3rd axostylus axostyle 61 pivot joint is separately arranged with an elastic component 7, these elastic component 7 one end covers are fixed in the 3rd axostylus axostyle 61, the other end is butted in faric facility 10 inner bottom surface, the drop that setting by elastic component 7 drives the 3rd axostylus axostyle 61 to be produced in lifting displacement to slow down transmission wheel disc 1, avoid the 3rd axostylus axostyle 61 in the action of rise and fall, to cause food carrying crawler belt 62 to be given a shock and to drop, depart from, refer to shown in Fig. 7 to Fig. 9, Figure 12 to Figure 16.

Via the explanation of above-mentioned thin portion, wave assembly 2, after the feature of lifting assembly 4 and conveying assembly 6, its manner of execution of the utility model can be divided into two step explanations, and be the state opening not moving front jig 3, and support platform 5 is positioned at peak, the access group frame 63 of conveying assembly 6 does not push carries crawler belt 62 liftings (Fig. 7 coordinates Figure 10), when motor 101 comes into operation and drives the rotation of transmission wheel disc 1, first because of each Track desigh of transmission wheel disc 1, make the 3rd axostylus axostyle 61 can first along the 3rd track 14 beginning displacements, drive the rising of the propelling movement platform portion 6321 of access group frame 63, the rising that pushes again platform portion 6321 also can push against carries crawler belt 62 towards supportting platform 5 and waving assembly 2 directions near (Fig. 8 coordinates shown in Fig. 2), after carrying the lifting of crawler belt 62, transmission wheel disc 1 still continues rotating, further make the first axostylus axostyle 23 along the second track 13 displacements, the second axostylus axostyle 44 is along the first track 12 displacements, this second axostylus axostyle 44 is along the displacement of the first track 12 again, and must arrange and relative each backstay 41 of these 42 whiles of two take-up housings is declined by joining piece 43, and further interlock supports platform 5 and the decline (shown in Figure 13) of waving assembly 2, when lifting assembly 4, drive again the decline while of support platform 5, this first axostylus axostyle 23 is also because driving a left side of waving assembly 2 along the second track 13 displacements, right swing, and this waves a left side for assembly 2, the unlatching and closed (Figure 11 of fixture 3 controlled in right swing, Figure 12).Therefore, at lifting assembly 4, drive the decline while of support platform 5, waving assembly 2 also can drive fixture 3 to do two actions that a folder one leaves, allow fixture 3 can block food, and allow food fall into the conveying crawler belt 62 of conveying assembly 6 and to be carried via the through hole 51 that supports platform 5, refer to shown in accompanying drawing Fig. 7 to Figure 15.

Above-mentioned action continues, again when fixture 3 is finished two actions that a folder one leaves instantly, because transmission wheel disc 1 continues to turn at wheel, allow the 3rd axostylus axostyle 61 drive the propelling movement platform portion 6321 of access group frame 63 to change and be decline state by propradation along the track of the 3rd track 14, allow whereby and carry the position reply of 62 pushed portions of crawler belt, 6321 pushing and pressing protuberances to be smooth (Figure 16), make the food after its firm access is shaped and carry, again in conveying assembly 6 actions, this second axostylus axostyle 44 also continues the trajectory displacement along the first track 12, and allow this two take-up housing 42 drive and support platform 5 and wave assembly 2 You Yuan present dynastys conveying crawler belt 62 directions declines, be transformed into toward rightabout rising, whereby, faric facility 10 are in making the process of food, after inner transmission running separately illustrates by the above-mentioned mode with two steps, by the continual rotation of transmission wheel disc 1, and with each track (the first track 12, the second track 13, the 3rd track 14) different design kenels drives and waves assembly 2, the continuous action of lifting assembly 4 and conveying assembly 6 and cooperatively interacting, make the food of faric shaping of conveying that faric facility 10 can be firm in running, and can not cause the distortion of food in the process of making dumpling filling wrapping, to maintain produced food tool consistency and integrality, by sequentially circulation between each diagram between Fig. 7 to Figure 16, be connected and move, and to take Fig. 5 and Fig. 6 be auxiliary reference, to reach complete action, block food.

In addition, by the first track 12 set on transmission wheel disc 1, the second track 13 and the 3rd track 14, can allow different action positions (wave assembly 2, lifting assembly 4, conveying assembly 6) utilized transmission wheel disc 1 to reach cooperation to each other simultaneously, avoid similarly is in prior art, at each action position, need independently transmission component to drive, and that respectively moves position must have mutual connection relationship again to each other, to such an extent as to part is too much, assembling is too complicated, the problems such as whole faric facility 10 weight and volume increase, and the utility model utilizes on transmission wheel disc 1 set first, second, the

3rd track

12, 13, 14 together drive the action at each position, to reduce the quantity of inner body, reach the weight and the volume that alleviate faric facility 10, further faric facility 10 inner bodies are simplified to assembling, to facilitate maintenance and part exchanging in the future, refer to shown in Fig. 5 and Fig. 6, and take Fig. 2 as auxiliary.

It will be further appreciated that in addition, arranging of fixture 3, this waves assembly 2 in order to allow fixture 3 firmly install, and waved the drive of assembly 2 and pinch off food, therefore, a wherein transverse bar 21 near transmission wheel disc 1 in this two transverse bar 21 is connected with the first axostylus axostyle 23, another transverse bar 21 offers a lockhole 211, separately be provided with again a lock pin 8 through lockhole 211 and connect with 3 groups of fixtures, whereby fixture 3 is waved to the control of assembly 2, when waving assembly 2 while swinging left, 3 pinch off food of fixture, otherwise, wave assembly 2 while swinging to the right, 3 of fixtures open, whereby by waving the swinging of the first from left right side of assembly 2, make the lasting opening and closing movement that fixture 3 can be stable in the manufacturing process of food, and arrange and allow the food of pinch off can remain on certain size and weight by transmission wheel disc 1, to maintain the consistency of food, refer to shown in Fig. 3 that (the utility model drives the folding of fixture 3 to take pinch off food by waving vacillating now to the left, now to the right of assembly 2, but not in order to limit left swing fixture 3 closures, the kenel that right pendulum fixture 3 is opened, to change to some extent according to the design of transmission wheel disc 1).

The above, it is only preferred embodiment of the present utility model, not the utility model is done to any pro forma restriction, any simple modification, equivalent variations and modification that every foundation technical spirit of the present utility model is done above embodiment, all still belong in the scope of technical solutions of the utility model.

Claims

1. a drive mechanism for stuffing-wrapping machine, links with the motor in faric facility, to drive the running of faric facility to carry, it is characterized in that, comprising:

One transmission wheel disc, one side convexes with a projection being connected with motor, in homonymy, be provided with one first track around projection week side again, and the opposite side center of this transmission wheel disc ring is concaved with one second track, and be further concaved with in all sides of this second track the 3rd track that two ends become open shape;

One waves assembly with transmission wheel disc is assembled mutually, it includes two transverse bars, two longitudinal rods and one first axostylus axostyle, this two transverse bar is connected with this two longitudinal rod is staggered, and enclose and be formed with an assembling district, separately be provided with a fixture and be installed in assembling district, this first axostylus axostyle one end is connected in the transverse bar near transmission wheel disc again, and the other end is inserted in the second track, and be subject to the action of transmission wheel disc and this two transverse bar of interlock and this two longitudinal rod are vacillated now to the left, now to the right, and further control the folding of fixture;

One lifting assembly, it includes two backstays of assembling mutually with faric facility, two take-up housings, one connects joining piece and one second axostylus axostyle of this two take-up housing, this two backstay is the vertical transmission wheel disc both sides of being located at respectively, and this two take-up housing is sheathed on respectively this two backstay, and relative positioning bar upper and lower displacement, this joining piece is crossed over the side that transmission wheel disc is provided with the first track again, and connect this two take-up housing, and one end of this second axostylus axostyle is arranged in joining piece, the other end is inserted in the first track, separately be provided with a support platform and be mounted on the side that this two take-up housings correspondence is waved assembly, and with wave assembly and assemble mutually, this second axostylus axostyle is along the first track displacement of transmission wheel disc, and establish and drive the displacement of this two backstay relatively of this two take-up housing via the group of joining piece, and drive support platform together with waving assembly upper and lower displacement simultaneously, and the folding of the corresponding fixture of this support platform is provided with a through hole,

2. the drive mechanism of stuffing-wrapping machine according to claim 1, it is characterized in that, described transmission wheel disc has further provided an axis hole in center, and this axis hole is assembled in the side that one end of motor is provided with the second track and the 3rd track towards transmission wheel disc and runs through by projection.

3. the drive mechanism of stuffing-wrapping machine according to claim 2, it is characterized in that, on described transmission wheel disc, the length of first, second, third set track is neither isometric, and this second track further has a point, this first, second, third axostylus axostyle, by the difference of the length of each track, makes to wave assembly, lifting assembly and conveying assembly and have temporal difference in action.

4. the drive mechanism of stuffing-wrapping machine according to claim 1, it is characterized in that, described access group frame further includes a linked block, one pushing and pressing seat, one is mouthful word removes framework and a roller of a horizontal shape below, one end of this linked block is mounted on the 3rd axostylus axostyle, the other end stretches out, and this pushes away base and has a propelling movement platform portion and a supporting rod part, this propelling movement platform portion and supporting rod part interconnect, and this supporting rod part wore the outward extending one end of linked block, and make to push the top side that platform portion is arranged at linked block, this framework further includes the vertical piece that a lateral piece and two is located at lateral piece both sides again, and this supporting rod part wore one end of linked block and the lateral piece of framework is connected with group, this roller pivot group between this two vertical piece, this conveying crawler belt is set around this and two rolls bar, push platform portion and roller, and the rotation of transmission wheel disc allows the 3rd axostylus axostyle along the 3rd track displacement, and synchronous linked block drives the lifting of framework relatively of pushing and pressing seat, make the propelling movement platform portion pushing and pressing of pushing and pressing seats carry crawler belt near or away from waving assembly.

5. the drive mechanism of stuffing-wrapping machine according to claim 1, it is characterized in that, described two take-up housings further respectively convex with one towards support platform direction and prop up piece, respectively propping up the corresponding take-up housing of piece is vertical setting, separately in respectively propping up piece, be further respectively equiped with an auxiliary block with support interstation, the both sides of each auxiliary block stick to respectively in respectively propping up piece and support platform, and support the lifting that assembly is waved in the drive of support platform.

6. the drive mechanism of stuffing-wrapping machine according to claim 1, is characterized in that, one end of the faric facility of described the 3rd axostylus axostyle pivot joint is separately arranged with an elastic component, and this elastic component one end cover is fixed in the 3rd axostylus axostyle, and the other end is butted in faric facility inner bottom surface.

7. the drive mechanism of stuffing-wrapping machine according to claim 1, is characterized in that, in described two transverse bars, one is connected with the first axostylus axostyle, and another transverse bar offers a lockhole, is separately provided with a lock pin through lockhole and connects with fixture group.