CN111137494A

CN111137494A - Bundling and noodle hanging finisher and noodle packaging line

Info

Publication number: CN111137494A
Application number: CN202010066562.1A
Authority: CN
Inventors: 曾志军; 宗向东; 付俊辉; 焦翠萍
Original assignee: Dengfeng Qimingxuan Program Controlled Equipment Co ltd
Current assignee: Dengfeng Qimingxuan Program Controlled Equipment Co ltd
Priority date: 2020-01-20
Filing date: 2020-01-20
Publication date: 2020-05-12

Abstract

The invention relates to a bundling and noodle hanging finisher and a fine dried noodle packaging line, wherein the bundling and noodle hanging finisher comprises a rack and a fine dried noodle conveying mechanism, the fine dried noodle conveying mechanism is used for conveying groups of bundling fine dried noodles, and the conveying direction of the fine dried noodle conveying mechanism is vertical to the arrangement direction of each bundling fine dried noodle in the same group; the width adjusting wheels are rotatably arranged on the rack, the two width adjusting wheels in pairs are arranged at intervals in the arrangement direction of the bundling fine dried noodles in the same group, and a width adjusting channel for the bundling fine dried noodles to pass through in groups is formed between the two width adjusting wheels in pairs and is used for extruding the bundling fine dried noodles in groups to adjust the width of the bundling fine dried noodles in groups. The width of the grouped bundled fine dried noodles conveyed by the fine dried noodle conveying mechanism can be adjusted by the width adjusting wheel during working, so that the cost of the bundled fine dried noodle finishing machine is reduced, and the problem of high manufacturing and maintenance cost of the bundled fine dried noodle finishing machine caused by the fact that a plurality of pushing mechanisms synchronous with the conveying chain are arranged on the conveying chain of the bundled fine dried noodles in the conventional bundled fine dried noodle finishing machine is solved.

Description

Bundling and noodle hanging finisher and noodle packaging line

Technical Field

The invention relates to a bundling and noodle hanging finisher and a noodle packaging line.

Background

When the fine dried noodles are packed, a plurality of fine dried noodles are usually packed into a packing bag, before the fine dried noodles are packed, a counter is usually adopted for counting, then the packed fine dried noodles are grouped, and the grouped plurality of fine dried noodles are packed into the packing bag. For example, chinese patent No. CN208498954U and No. 2019.02.15 disclose a counting device for multi-point bundled fine dried noodles, which includes a counting conveyor line, at least two groups of counting and noodle-placing devices are fixed on the counting conveyor line, each counting and noodle-placing device includes a frame and a conveyor belt connected to the frame, a counter fixedly connected to the frame is disposed above the conveyor belt, and after the measured bundled fine dried noodles drop onto the counting conveyor line below, the bundled fine dried noodles are transported to a bundled fine dried noodle packaging machine along with the conveyor line for packaging. Tie up the vermicelli and lead to arranging comparatively loose because of dropping perpendicularly on the count transfer chain, for convenient subsequent packing, set up at the output of count transfer chain and transfer wide transfer chain, transfer wide transfer chain and make the vermicelli forward carry arrange compacter when, make things convenient for follow-up packagine machine's packing.

The common opposite pushing mechanisms push and tie up the fine dried noodles in groups oppositely on the width-adjusting conveying line at present, so that the distance between the tied up fine dried noodles is reduced, because the pushing motion direction of the air cylinder is perpendicular to the width-adjusting conveying line direction, a plurality of sets of pushing mechanisms need to be arranged on the conveying chain, when the width is required to be adjusted, the pushing mechanisms push and tie up the fine dried noodles in groups along the arrangement direction of the fine dried noodles in groups through the driving mechanism, and because the pushing mechanisms need to act along with the conveying chain synchronously, the structure of the conveying line is very complex, so that the problem that the manufacturing and maintenance cost of the.

Disclosure of Invention

The invention aims to provide a bundling and noodle hanging finisher, which is used for solving the problem of high manufacturing and maintenance cost of the bundling and noodle hanging finisher caused by the fact that a plurality of sets of pushing mechanisms which are synchronous with a conveying chain are arranged on a bundling and noodle hanging conveying chain of the conventional bundling and noodle hanging finisher; in addition, the invention also aims to provide a fine dried noodle packaging line using the bundling and fine dried noodle finishing machine, which is used for solving the problem of high manufacturing cost of the fine dried noodle packaging line.

The bundling and noodle hanging finisher adopts the following technical scheme: the binding and hanging face finishing machine comprises:

a frame;

the fine dried noodle conveying mechanism is used for conveying groups of bundled fine dried noodles, and the conveying direction of the fine dried noodle conveying mechanism is vertical to the arrangement direction of each bundled fine dried noodle in the same group;

the width adjusting wheels are rotatably arranged on the rack, the width adjusting wheels are arranged in pairs to form width adjusting wheel pairs, the two width adjusting wheels in pairs are arranged at intervals in the arrangement direction of the bundled fine dried noodles in the same group, a width adjusting channel for the bundled fine dried noodles in groups to pass through is formed between the two width adjusting wheels in pairs, and the width adjusting wheels are used for extruding the bundled fine dried noodles in groups to adjust the width of the bundled fine dried noodles in groups.

The invention has the beneficial effects that: compared with the existing binding and noodle hanging finisher, the binding and noodle hanging finisher can adjust the width of the binding fine noodles by arranging the width adjusting wheel, the width adjusting wheel is arranged on the rack and does not need to move along with the fine noodle conveying mechanism, the width of the group of binding fine noodles conveyed by the fine noodle conveying mechanism can be adjusted by the width adjusting wheel during working, the group of binding fine noodles conveyed by the fine noodle conveying mechanism share the width adjusting wheel, the complexity of the binding and noodle hanging finisher is reduced, the cost of the binding and noodle hanging finisher is reduced, and the problem of high manufacturing and maintenance cost of the binding and noodle hanging finisher caused by the fact that a plurality of pushing mechanisms synchronous with the conveying chain are arranged on the binding and fine noodle conveying chain of the existing binding and noodle hanging finisher is solved.

The fine dried noodle conveying mechanism is further optimized, the fine dried noodle conveying mechanism comprises a flexible conveying piece for bearing and conveying the grouped bundled fine dried noodles, and the fine dried noodle conveying mechanism drives the grouped bundled fine dried noodles to pass through the width adjusting channel through the flexible conveying piece.

Has the advantages that: the flexible conveying piece drives the grouped bundled fine dried noodles to pass through the width adjusting channel, so that the structure is simpler and the cost is low.

The fine dried noodle conveying mechanism is further optimized, the fine dried noodle conveying mechanism comprises a flexible transmission part and a pushing part arranged on the flexible transmission part, a fixed bearing surface used for bearing the groups of bundled fine dried noodles is configured on the rack, and/or the fine dried noodle conveying mechanism also comprises a flexible conveying part, and a conveying part bearing surface used for bearing and conveying the groups of bundled fine dried noodles is configured on the flexible conveying part;

the fine dried noodle conveying mechanism pushes the groups of the fine dried noodles to slide on the fixed bearing surface and/or the bearing surface of the conveying piece through the pushing piece, so that the end surfaces of the groups of the fine dried noodles are flush and the groups of the fine dried noodles are conveyed;

the width adjusting wheel is provided with an avoiding groove for avoiding the pushing piece.

Has the advantages that: through the impeller at first to tie up the vermicelli in groups and promote behind the parallel and level to tie up the vermicelli in groups and tie up the vermicelli through transferring wide passageway to can guarantee to tie up the terminal surface parallel and level of vermicelli in groups at the width in-process of transferring, realize the alignment and the extrusion arrangement of vermicelli, dodging the groove and can avoiding impeller and transfer and do not have the interference between the wide wheel, improve the arrangement quality to tying up the vermicelli in groups.

And further optimizing an avoiding groove, wherein the avoiding groove is a through groove extending along the axial direction of the width adjusting wheel, so that the width adjusting wheel forms a width adjusting cam, the width adjusting wheel is connected with a width adjusting wheel driving mechanism, and the width adjusting wheel driving mechanism drives the width adjusting wheel to act and enables the avoiding groove of the width adjusting wheel to avoid a pushing piece.

Has the advantages that: the avoiding groove is a through groove, so that the pushing piece with a large size in the axial direction of the width adjusting wheel can be adapted, and the finishing effect of the pushing piece on the grouped bundled fine dried noodles is ensured.

The width-adjusting wheel driving mechanism is further optimized, the same width-adjusting wheel shares one width-adjusting driving mechanism, a width-adjusting wheel shaft bevel gear is arranged on a width-adjusting wheel shaft of the width-adjusting wheel, the width-adjusting wheel bevel gears on the same width-adjusting wheel shaft form a width-adjusting wheel bevel gear pair, the width-adjusting wheel driving mechanism comprises a driving shaft, a driving shaft bevel gear is arranged on the driving shaft, the two driving shaft bevel gears on the driving shaft are meshed with the two width-adjusting wheel shaft bevel gears of the same pair in a one-to-one correspondence mode, and the driving shaft.

Has the advantages that: the width adjusting wheel is driven by two bevel gears of the driving shaft, so that the synchronism of the width adjusting wheel pair is ensured.

Further optimize drive shaft bevel gear, drive shaft bevel gear and drive shaft circumference splines and axial sliding fit, transfer wide wheel actuating mechanism including the position regulation seat, two position regulation seats and two drive shaft bevel gears one-to-one with the same pair and form the position regulation seat pair, drive shaft bevel gear and the equal rotational assembly of adjusting wide wheel that corresponds of correspondence are on the position regulation seat that corresponds with drive shaft bevel gear, and the position is adjusted the seat and is assembled in the frame along drive shaft axial direction to adjust the epaxial position of width wheel in the drive shaft through the position regulation seat.

Has the advantages that: the distance between the two width adjusting wheels in the width adjusting wheel pair can be adjusted through the position adjusting seat, the installation is convenient, and the fine dried noodles can be bundled in groups by adapting to various specifications.

Further optimize the position control seat regulation mode, two position control seats of the same pair are arranged on a lead screw of a lead screw nut mechanism, and a forward screw section and a reverse screw section are arranged on the lead screw so as to enable the position control seats of the same pair to be close to or far away from each other by rotating the lead screw.

Has the advantages that: two position adjusting seats are synchronously adjusted through the same lead screw, and the synchronism of the position adjusting seats is improved.

The flexible transmission part is further optimized, the flexible transmission part is an annular transmission chain, the pushing part is hinged on the annular transmission chain, the hinge axis of the pushing part is parallel to or coincident with the hinge axis of the chain link of the annular transmission chain, the pushing part has a working state of pushing the grouped bundling fine dried noodles to slide on the fixed bearing surface and/or the bearing surface of the conveying part and an idle state of separating from the grouped bundling fine dried noodles in the movement stroke, a working rotation stopping matching surface is arranged on the rack, and the working rotation stopping matching surface is matched with the pushing part in a rotation stopping manner to limit the swinging of the pushing part when the pushing part is in the working.

Has the advantages that: the pushing piece is hinged to the annular transmission chain, so that the pushing piece is convenient to mount and adjust the posture of the pushing piece.

Further optimize the impeller, the impeller is the push pedal, and the annular driving chain includes:

the working state section drives the working state push plate to move;

the no-load lifting state section is used for lifting the push plate in the no-load state, extends upwards in the moving direction of the push plate and is positioned at the downstream of the working state section;

the no-load lowering state section is used for lowering the push plate in the no-load state, extends downwards in the moving direction of the push plate and is positioned at the upstream of the working state section;

the push plate is driven by the no-load lifting state section to move from the working state to the no-load state and keeps the posture in the working state by gravity, or a posture keeping surface is configured on the rack and is in slide fit with the push plate in a rotation stopping manner to keep the posture of the push plate in the working state in the process that the push plate is driven by the no-load lifting state section to move from the working state to the no-load state.

Has the advantages that: the posture of working condition when promoting leaves the working condition section, can avoid the push pedal to continue rotatory promoting width adjustment back to tie up the vermicelli in groups and cause and tie up vermicelli interval change in groups, has also reduced the occupation space of push pedal when working condition section tail end motion simultaneously.

Further optimizing an endless drive chain, the endless drive chain comprising:

the no-load connection state section is positioned above the working state section, and is used for connecting the no-load lifting state section with the no-load lowering state section and driving the push plate in the no-load state to move;

the machine frame is provided with an idle-load rotation stopping matching surface which is matched with the push plate in a rotation stopping way to limit the swing of the push plate when the push plate is driven by an idle-load connection state section; the frame is provided with a lifting section arc guide surface or a lifting section cylinder guide surface,

the lifting section circular arc guide surface or the lifting section cylindrical guide surface is used for guiding the push plate to rotate so that the free end of the push plate is lifted upwards to a vertical state that the free end is positioned at the top, and then the push plate enters an idle load connection state section in the vertical state;

the machine frame is provided with a circular arc guide surface of the lowering section or a cylindrical guide surface of the lowering section,

the circular arc guide surface of the downward section or the circular arc guide surface of the downward section is used for guiding the push plate to rotate to the vertical state of the bottom of the push plate at the free end, and then the push plate enters the working state section in the vertical state.

Has the advantages that: the cylindrical guide surface or the arc guide surface can avoid violent impact between the push plate and the chain, and the stability of the fine dried noodle conveying mechanism is improved.

Further to the optimization of transferring section cylinder guide face and lifting section cylinder guide face, set up two at least with annular driving chain complex sprocket, wherein at least one is for lifting the section sprocket, and at least one is for transferring the section sprocket, and lifting section cylinder guide face is coaxial with lifting section sprocket and along with lifting section sprocket synchronous rotation, transfers section cylinder guide face and transfers section sprocket coaxial and along with below section sprocket synchronous rotation.

Has the advantages that: the cylindrical guide surface is arranged on the chain wheel, so that the synchronous action with the push plate can be realized, and the friction between the cylindrical guide surface and the push plate is reduced.

And further optimizing the width adjusting wheels, wherein the width adjusting wheels are provided with at least two pairs, and the distance between the width adjusting wheels at the upstream in the conveying direction of the noodle conveying mechanism is larger than or equal to the distance between the width adjusting wheels at the downstream.

Has the advantages that: the width is adjusted through a two-stage or multi-stage width adjusting wheel, so that the stability is better.

Furthermore, when at least two pairs of width adjusting wheels are arranged, the distance between the centers of the wheels of the at least two pairs of width adjusting wheels in the conveying direction of the grouped bundled fine dried noodles is less than the length of the corresponding bundled fine dried noodles, so that the two adjacent width adjusting wheels can simultaneously act on the grouped bundled fine dried noodles.

Has the advantages that: the two ends of the grouped bundled fine dried noodles can be limited simultaneously by simultaneously acting the at least two pairs of width adjusting wheels on the grouped bundled fine dried noodles, and the stability is better.

The technical scheme of the vermicelli packaging line of the invention is as follows:

a fine dried noodle packaging line, which comprises a packaging machine and a bundling fine dried noodle finishing machine,

the binding and hanging face finishing machine comprises:

a frame;

The invention has the beneficial effects that: compared with the existing packaging line, the bundling and noodle hanging finisher of the packaging line has the advantages that the width of the bundling fine noodles is adjusted by arranging the width adjusting wheel, the width adjusting wheel is arranged on the rack and does not need to move along with the fine noodle conveying mechanism, the width of the grouped bundling fine noodles conveyed by the fine noodle conveying mechanism can be adjusted by the width adjusting wheel during working, the grouped bundling fine noodles conveyed by the fine noodle conveying mechanism share the width adjusting wheel, the complexity of the bundling and noodle hanging finisher is reduced, the cost of the bundling and noodle hanging finisher is reduced, and the manufacturing cost of the fine noodle packaging line is further reduced.

the working state section drives the working state push plate to move;

Further optimizing an endless drive chain, the endless drive chain comprising:

Has the advantages that: the cylinder guide surface can avoid the violent impact between the push plate and the chain, and improve the stability of the fine dried noodle conveying mechanism.

Drawings

FIG. 1 is a side view of an embodiment 1 of the binding hung face groomer of the present invention;

FIG. 2 is an isometric view of a particular embodiment 1 of the tie-up and hang-finish trimmer of the present invention;

fig. 3 is a partial structural schematic view of a noodle conveying mechanism of the embodiment 1 of the binding and noodle finishing machine of the invention;

fig. 4 is a schematic structural view of another perspective of the noodle conveying mechanism of embodiment 1 of the binding and hanging finisher of the present invention;

fig. 5 is a partial structure schematic diagram of a push plate and an annular transmission chain of the fine dried noodle conveying mechanism of the embodiment 1 of the binding fine dried noodle finishing machine of the invention;

FIG. 6 is a schematic view of the assembly structure of the width adjusting wheel of the embodiment 1 of the binding and noodle hanging finisher (the width adjusting wheel is not shown in an actual working state);

FIG. 7 is a schematic view of the bundled noodle hanging organizer according to embodiment 1 of the invention after the width wheels are hidden (illustrating that the width wheels are not actually in operation);

FIG. 8 is a schematic view of the width-adjusting wheel of the embodiment 1 of the binding and noodle-hanging finishing machine of the present invention;

FIG. 9 is a schematic structural view of a width-adjusting wheel driving mechanism of the embodiment 1 of the binding and hanging noodle finishing machine of the invention;

FIG. 10 is a schematic view of the continuous eight-position cooperation of the width-adjusting wheel and the pushing plate of the embodiment 1 of the binding and hanging noodle finishing machine of the invention;

in the figure: 1-a frame; 11-a carrier plate; 111-fixing the bearing surface; 121-upper working limit strip; 1211 — a working detent mating surface; 122-lower working limit bar; 1222-a working rotation stop mating surface; 123-connecting plate; 13-no-load limit strip; 131-no-load rotation-stopping matching surface; 2-a fine dried noodle conveying mechanism; 21-an endless drive chain; 211-active state segment; 212-no load lift state segment; 213-no-load lowering state section; 214-no-load connected state segment; 22-a push plate; 221-a hinged seat; 222-a plate body; 2211-seat; 2212-fixation rod; 2213-parallel portion; 2214-a connecting moiety; 2215-support column; 2216-articulated shaft; 2217-avoidance slot; 223-push plate hinged end; 224-the pusher plate free end; 225-a first side; 226-a second side; 231-a lift section sprocket; 232-lifting section cylindrical guide surface; 233-front sprocket; 234-lower section sprocket; 235-lowering section cylindrical guide surface; 3-a conveyor belt; 4-width adjusting wheel; 41-avoidance groove; 42-width-adjusting wheel shafts; 43-fixed orifices; 44-fixed wheel seat; 5-width-adjusting wheel driving mechanism; 51-width-adjusting wheel shaft bevel gear; 52-a drive shaft; 53-drive shaft bevel gear; 54-drive shaft sprocket; 55-position adjusting seat; 56-a guide rail; 57-a lead screw nut mechanism; 571-lead screw; 5711-forward filament section; 5712-reverse strand section; 6-driving the motor.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the detailed description and specific examples, while indicating the preferred embodiment of the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention. The components of embodiments of the present invention generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations.

Thus, the following detailed description of the embodiments of the present invention, presented in the figures, is not intended to limit the scope of the invention, as claimed, but is merely representative of selected embodiments of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments of the present invention without making any creative effort, shall fall within the protection scope of the present invention.

It is noted that relational terms such as "first" and "second," and the like, may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other identical elements in a process, method, article, or apparatus that comprises the element.

The features and properties of the present invention are described in further detail below with reference to examples.

The specific embodiment 1 of the binding and hanging face finishing machine of the invention:

the fine dried noodle packaging line comprises a fine dried noodle binding machine, a binding fine dried noodle finishing machine and a packaging machine, wherein the fine dried noodle binding machine and the packaging machine are in the prior art and are not described in detail, and the binding fine dried noodle finishing machine is mainly introduced in the embodiment.

The grouped bundled fine dried noodles are not orderly conveyed, so that the subsequent packaging efficiency is influenced, and therefore the grouped bundled fine dried noodles need to be sorted by a bundled fine dried noodle sorting machine. The bundling vermicelli finishing machine in the embodiment mainly adjusts the width of the group of bundling vermicelli and enables the end faces of the group of bundling vermicelli to be flush.

As shown in fig. 1 to 10, the noodle binding and finishing machine includes a frame 1 and a noodle conveying mechanism 2, the noodle conveying mechanism 2 is used for conveying groups of binding noodles, in this embodiment, four binding noodles are grouped into one group, and a plurality of groups of binding noodles are arranged at intervals in the conveying direction of the noodle conveying mechanism 2. In the embodiment, the grouped binding fine dried noodles are conveyed forwards, and the binding fine dried noodles in the grouped binding fine dried noodles are arranged left and right.

The fine dried noodle conveying mechanism 2 comprises a chain wheel which is rotatably assembled on the frame 1 and an annular transmission chain 21 which is wound on the chain wheel, and a push plate 22 is hinged on the annular transmission chain 21. In this embodiment, two annular transmission chains 21 are provided, the link hinge axes of the annular transmission chains 21 extend in the left-right direction, the two annular transmission chains 21 are arranged at left-right intervals, and the left end and the right end of the push plate 22 are respectively hinged on the two annular transmission chains 21.

The push plate 22 includes a hinge seat 221 and a plate body 222 fixed on the hinge seat 221, a side plate surface of the plate body 222 is a flush surface that is flush with the group of the bundling fine dried noodles in a pushing and matching manner, the hinge seat 221 is hinged on the endless transmission chain 21, in this embodiment, a hinge axis of the hinge seat 221 coincides with a hinge axis of one link of the endless transmission chain 21. The hinge base 221 includes two U-shaped base bodies 2211 and fixing rods 2212 fixed to the two base bodies 2211, and the plate body 222 is fixed to the fixing rods 2212. Two ends of the fixing rod 2212 are fixed to the two base bodies 2211, respectively. The U-shaped holder body 2211 comprises two parallel portions 2213 and a connecting portion 2214 connecting the two parallel portions 2213, the two parallel portions 2213 are long and short, the direction of the U-shaped groove opening of the holder body 2211 is opposite to the direction of the plate surface of the push plate 22, two ends of the fixing rod 2212 are fixed on the connecting portion 2214, a supporting column 2215 is arranged on the connecting portion 2214, and two ends of the fixing rod 2212 are fixed on the holder body 2211 through the supporting column 2215. The hinge seat 221 is hinged to the endless transmission chain 21 through a seat body 2211, the seat body 2211 is hinged to the endless transmission chain 21 through two parallel portions 2213, two ends of a hinge shaft 2216 of the seat body 2211 are assembled in the middle of the two parallel portions 2213, and the two parallel portions 2213 are arranged at left and right intervals. In order to avoid the annular transmission chain, the connecting part 2214 and the two parallel parts 2213 form an avoiding groove 2217 communicated with the U-shaped groove, and the notch of the avoiding groove 2217 faces to be perpendicular to the notch of the U-shaped groove.

In order to realize the stable conveying of the group of bundled fine dried noodles by the fine dried noodle conveying mechanism 2, in this embodiment, the rack 1 is provided with a bearing plate 11 for bearing the group of bundled fine dried noodles, the top surface of the bearing plate 11 is a fixed bearing surface 111, and the annular transmission chain 21 is arranged on the upper side of the fixed bearing surface 111.

After the group of the bundled fine dried noodles are conveyed by the conveying belt 3 at the upstream of the bundling fine dried noodle finishing machine, the group of the bundled fine dried noodles are pushed to slide forwards on the fixed bearing surface 111 under the action of the push plate 22, and in the process that the group of the bundled fine dried noodles are pushed to move by the push plate 22, the end surfaces of the group of the bundled fine dried noodles are in surface contact with the push plate 22, so that the end surfaces of the group of the bundled fine dried noodles are finished, and the end surfaces of the group of the bundled. The movement of the pushing plate 22 has an operating condition for pushing the group of the binding fine dried noodles to slide on the fixed bearing surface 111 and an idle condition for separating the group of the binding fine dried noodles.

The endless drive chain 21 includes an operating state section 211 for driving the operating state push plate 22 to move, an empty load lifting state section 212 for lifting the empty load push plate 22, an empty load lowering state section 213 for lowering the empty load push plate 22, and an empty load connecting state section 214 for driving the empty load push plate 22 to move. The empty lift condition section 212 extends upwardly in the direction of motion of the pusher plate 22 and is downstream of the active condition section 211, and the empty lowering condition section 213 extends downwardly in the direction of motion of the pusher plate 22 and is upstream of the active condition section 211. The empty load connection state section 214 is located above the working state section 211 and connects the empty load lifting state section 212 with the empty load lowering state section 213. The no-load lifting state section 212 is located at the front side of the no-load lowering state section 213, the no-load lifting state section 212 extends vertically, the no-load lowering state section 213 is arc-shaped, and the no-load connection state section 214 and the working state section 211 are arranged in parallel and extend horizontally.

The push plate 22 is vertically arranged and in a working state in the working state section 211, the push plate 22 is in an idle state in the rest section except the working state section 211, wherein the push plate 22 is in a vertical state in the idle connection state section 214, the push plate hinge end 223 is at the top and the push plate free end 224 is at the bottom when the push plate 22 moves in the working state section 211, and the push plate hinge end 223 is at the bottom and the push plate free end 224 is at the top when the idle connection state section 214 moves.

Because the group of the bundled fine dried noodles and the bearing surface are in a sliding fit relationship, the pushing force exerted by the pushing plate 22 on the group of the bundled fine dried noodles is large, and the pushing plate 22 needs to be limited from swinging back and forth. In this embodiment, the rack 1 is provided with a working limiting strip, and the working limiting strip is provided with a working rotation stopping matching surface, which is used for matching with the push plate 22 in a rotation stopping matching manner when the push plate 22 is in a working state, so as to limit the swing of the push plate 22 and ensure the push plate 22 to move horizontally in the front-rear direction. As shown in fig. 5, three working position-limiting strips are provided, three working position-limiting strips are arranged in a shape like a Chinese character 'pin', an upper working position-limiting strip 121 is arranged on the upper side, a lower working position-limiting strip 122 is arranged on the lower side, a working rotation-stopping matching surface 1211 of the upper working position-limiting strip 121 faces down, a working rotation-stopping matching surface 1222 of the lower working position-limiting strip 122 faces up, the width of the upper working position-limiting strip 121 is large, the width direction of the working position-limiting strip is the left-right direction, two connecting plates 123 are arranged on two sides of the width direction of the upper working position-limiting strip 121, the two connecting plates 123 extend downwards, the lower ends of the two connecting plates 123 are provided with horizontal folding edges close to each other, the two lower working position-limiting strips 122 are fixed on the horizontal folding edges of the two connecting plates 123, and the.

When the push plate 22 is in the working state section 211, the hinge seat 221 is located below the upper working limit strip 121 and above the lower working limit strip 122, a first side surface 225 facing the inside of the annular transmission chain 21 when the push plate 22 is in the working state on the hinge seat 221, a second side surface 226 facing away from the annular transmission chain 21, the first side surface 225 is matched with the working rotation stop matching surface 1211 of the upper working limit strip 121, and the second side plate is matched with the working rotation stop matching surface 1221 of the lower working limit strip 122 to realize rotation stop of the push plate 22. Under the effect of annular drive chain 21, pedestal 2211 and upside work spacing strip 121, downside work spacing strip 122 sliding fit, all set up the work and only rotate the fitting surface through both sides about articulated seat 221, guarantee the stability of push pedal 22 when operating condition.

Because the push plate 22 is hinged on the annular transmission chain 21, when the swing amplitude of the push plate 22 on the annular transmission chain 21 is too large, the stability is poor, and in order to improve the stability of the whole mechanism, in the embodiment, the posture of the push plate 22 also needs to be adjusted when the push plate 22 is in an idle state.

The machine frame 1 is provided with an idle limiting strip 13, the upper side surface of the idle limiting strip 13 is an idle rotation stopping matching surface 131 which is in rotation stopping matching with the first side surface 225 of the hinge seat 221, and the idle rotation stopping matching surface 131 is in rotation stopping matching with the push plate 22 when the push plate 22 is driven by the idle connection state section 214 to limit the swing of the push plate 22; during the movement of the push plate 22, the hinge seat 221 slides on the idle rotation stop mating surface 131.

When the push plate 22 moves from the working state section 211 to the empty load lifting state section 212, in order to avoid interference of the contact between the push plate 22 and the grouped bundling fine dried noodles to the grouped bundling fine dried noodles during lifting, it is required to ensure that the push plate 22 moves upwards in the working state, as shown in fig. 3, the front end of the endless transmission chain 21 is in transmission connection with two chain wheels, wherein the chain wheel at the upper side is a lifting section, a circular truncated cone coaxial with the lifting section chain wheel 231 is arranged axially beside the lifting section chain wheel 231, the circumferential surface of the circular truncated cone is a lifting section cylindrical guide surface 232, and the axis corresponding to the lifting section cylindrical guide surface 232 coincides with the axis of. The front-end chain wheel 233 on the lower side does not interfere with the push plate 22, so that the push plate 22 can freely droop to ensure that the push plate 22 is kept in a vertical state, namely, a working state is kept, at the moment, the hinged end 223 of the push plate is arranged on the upper side, the free end 224 of the push plate is arranged on the lower side, the first side 225 is arranged on the upper side, the second side 226 is arranged on the lower side, after the push plate 22 is separated from the grouped bundled fine dried noodles, the hinged seat 221 of the push plate 22 starts to contact with the lifting section cylindrical guide surface 232 on the lifting section chain wheel 231 on the upper side, and at the moment, the lifting section cylindrical guide. The push plate 22 is separated from the working state section 211 in the working state, so that the change of the distance between the grouped bundled fine dried noodles caused by the fact that the push plate 22 continues to rotate to push the grouped bundled fine dried noodles after width adjustment can be avoided, and meanwhile, the occupied space of the push plate 22 in the movement of the tail end of the working state section 211 is reduced.

Promote section cylinder guide face 232 and also guide push pedal 22 and idle stop cooperation section stall cooperation simultaneously, through the limiting displacement of idle spacing strip 13, when push pedal 22 moved to idle connection state section 214 by idle promotion state section 212, under the effect of promoting section cylinder guide face 232 and annular drive chain 21, push pedal 22 had carried out 180 degrees attitude changes, and the change process all is under the guide effect of promoting section cylinder guide face 232. The lifting section cylindrical guide surface 232 is arranged on the lifting section chain wheel 231 on the upper side and can keep synchronous motion with the annular transmission chain 21, and the push plate 22 and the lifting section cylindrical guide surface 232 cannot slide relatively, so that abrasion of the push plate 22 is reduced.

The rear end of annular driving chain 21 is connected with the transmission of section sprocket 234 of transferring, transfers to be equipped with the round platform coaxial with rear end sprocket 234 on the section sprocket 234 of transferring, and the round platform is global for transferring section cylinder guide face 235, transfers section cylinder guide face 235 and is used for guiding push pedal 22, makes push pedal free end 224 transfer gradually, transfers the diameter of section cylinder guide face 235 to be greater than the diameter that promotes section cylinder guide face 232 in this embodiment. The highest point of the cylindrical guide surface 235 of the lowering section and the upward idle rotation stopping matching surface 131 are located on the same horizontal plane and used for guiding the plate body 222 to leave the idle connection state section 214, the lowest point of the cylindrical guide surface 235 of the lowering section and the downward working rotation stopping matching surface are located on the same horizontal plane and used for guiding the plate body 222 to enter the working state section 211, and the hinge seat 221 enters the limiting groove, so that the hinge seat 221 of the push plate 22 is matched with the working rotation stopping matching surface in a rotation stopping manner. Under the effect of section cylinder guide face 235 and annular drive chain 21 of transferring, push pedal 22 has carried out 180 degrees gesture changes, and the change process all is under the guide effect of section cylinder guide face 235 of transferring. The section of transferring cylindrical guide face 235 sets up on section of transferring sprocket 234, can keep synchronous motion with endless drive chain 21, and push pedal 22 and the section of transferring cylindrical guide face 235 between can not relative slip, reduce push pedal 22 wearing and tearing.

In this embodiment, in the no-load lifting state section 212 and the no-load lowering state section 213, the first side surface 225 on the hinge seat 221 is respectively matched with the lifting section cylindrical guide surface 232 and the lowering section cylindrical guide surface 235, so that the free end 224 of the push plate is gradually lifted and lowered under the action of the annular transmission chain 21.

Dispose the width wheel 4 of transferring that the adjustment tied up the vermicelli width in groups on the frame 1, transfer wide wheel 4 and set up in pairs, transfer wide wheel 4 and form and transfer wide wheel pair with two of a pair, transfer wide wheel 4 and control the interval setting with two of a pair, form the width channel of transferring that supplies to tie up the vermicelli in groups and pass through between two of a pair of transfer wide wheels 4, transfer wide wheel 4 in pairs sets up the both sides of tying up vermicelli transport path in groups, through adjusting the interval between two of a pair of transfer wide wheels 4, can make transfer wide wheel 4 extrusion through two transfer wide wheel 4 between the group tie up the vermicelli, adjust the width of tying up the vermicelli in groups, it is adjacent after the adjustment of the vermicelli width is tied up in groups usually, it is adjacent to tie up the vermicelli.

As shown in fig. 6 to 10, in the present embodiment, two pairs of width-adjusting wheels 4 are provided, in the conveying direction of the noodle conveying mechanism 2, the distance between two width-adjusting wheels 4 at the upstream is larger than the distance between two width-adjusting wheels 4 at the downstream, in the present embodiment, the wheel center distance of two pairs of width-adjusting wheels 4 in the conveying direction of the group of binding noodles is smaller than the length of the corresponding binding noodles, and two adjacent width-adjusting wheels 4 can simultaneously act on a group of binding noodles. Through the two-stage gradual extrusion effect, the stability of the extrusion process of the grouped bundled fine dried noodles is improved.

In order to better push the grouped bundling fine dried noodles, the width of the push plate 22 is usually larger than that of the grouped bundling fine dried noodles, the width dimension of the push plate 22 is larger than the diameter of the grouped bundling fine dried noodles, in order to make the grouped bundling fine dried noodles compactly arranged, the distance between the two width adjusting wheels 4 of the same pair is the width of the grouped bundling fine dried noodles, in order to avoid interference, the width adjusting wheel 4 is provided with an avoiding groove 41 for avoiding the push plate 22, and the avoiding groove 41 is a through groove extending along the axial direction of the width adjusting wheel 4, so that the width adjusting wheel 4 forms a cam. As shown in fig. 6 and 7, the width-adjusting wheel 4 is fixed on a width-adjusting wheel shaft 42, a fixing hole 43 is arranged at the center of the width-adjusting wheel 4, a fixing wheel seat 44 is connected to the width-adjusting wheel shaft 42 through a key, a wheel mounting hole corresponding to the fixing hole 43 on the width-adjusting wheel 4 is arranged on the fixing wheel seat 44, and the width-adjusting wheel 4 is fixed on the fixing wheel seat 44 through a bolt.

In order to ensure the matching between the groove of the width adjusting wheel 4 and the push plate 22, the width adjusting wheel 4 needs to be actively driven, the width adjusting wheel 4 is connected with a width adjusting wheel driving mechanism 5, the width adjusting wheel driving mechanism 5 comprises a width adjusting wheel shaft bevel gear 51 and a driving shaft 52, which are fixed on a width adjusting wheel shaft 42, a driving shaft bevel gear 53 meshed with the width adjusting wheel shaft bevel gear 51 is arranged on the driving shaft 52, in the embodiment, two pairs of width adjusting wheels 4 share one width adjusting driving mechanism, the same pair of width adjusting wheels 4 share one driving shaft 52, two width adjusting wheel shaft bevel gears 51 meshed with the two width adjusting wheel shaft bevel gears 51 of the same pair are arranged on one driving shaft 52 in a one-to-one correspondence manner, and two width adjusting wheel shaft bevel gears 51 on one driving shaft 52 form. The driving shaft 52 is provided with two width-adjusting wheel pairs, one of which is a driving shaft and the other is a driven shaft, the driving shaft drives the width-adjusting wheel pair at the downstream to rotate, the driven shaft drives the width-adjusting wheel pair at the upstream to rotate, and the driving shaft drives the driven shaft through a transmission chain. The driving shaft is provided with a driving shaft chain wheel 54, the wheel shaft of the lifting section chain wheel 231 at the upper side is connected with a transition chain wheel (not shown in the figure) in transmission connection with the driving shaft chain wheel 54, and the transition chain wheel and the driving shaft chain wheel 54 are in chain transmission.

In order to adjust the distance between the two width adjusting wheels 4 of the width adjusting wheel pair, in the embodiment, the drive shaft bevel gear 53 and the drive shaft 52 are in circumferential rotation stop and axially sliding fit, the drive shaft 52 is provided with a rotation stop key, and the drive shaft bevel gear 53 is provided with a rotation stop fit groove which slides along the axial direction with the rotation stop key. The width-adjusting wheel driving mechanism 5 includes two position-adjusting seats 55, and in this embodiment, the two position-adjusting seats 55 are disposed, and the two position-adjusting seats 55 correspond to the two drive shaft bevel gears 53 of the same pair one by one and form a pair of position-adjusting seats 55. The drive shaft bevel gear 53 and the corresponding width adjusting wheel 4 are rotatably assembled on a position adjusting seat 55 corresponding to the drive shaft bevel gear 53. The position adjusting seat 55 is assembled on the frame 1 along the axial direction of the driving shaft 52, a guide rail 56 is arranged on the frame 1, and the position adjusting seat 55 is assembled on the guide rail 56 in a guiding way.

In order to facilitate the adjustment of the position adjusting seats 55, the width adjusting driving mechanism includes a screw nut mechanism 57, a screw 571 of the screw nut mechanism 57 is rotatably assembled on the frame 1, the two position adjusting seats 55 of the same pair are arranged on the screw 571 and are in transmission fit with the screw 571, two sections of the screw 571, which are in screw transmission fit with the two position adjusting seats 55, are a forward thread section 5711 and a reverse thread section 5712, respectively, the screw directions of the forward thread section 5711 and the reverse thread section 5712 are opposite, so that the two position adjusting seats 55 of the same pair are simultaneously close to or simultaneously far away from each other by rotating the screw 571. An operating handle is provided at one end of the screw 571, and the position of the position adjusting seat 55 can be rotationally adjusted by operating the screw 571 via the operating handle.

The width-adjusting wheel driving mechanism 5 is operated, the width-adjusting wheels 4 synchronously rotate, the annular transmission chain 21 and the width-adjusting wheels 4 share one driving motor 6, when the push plate 22 moves to the space between the two width-adjusting wheels 4, the notches of the two width-adjusting wheels 4 are opposite, and after the push plate 22 leaves the space between the two width-adjusting wheels 4, the notches of the two width-adjusting wheels 4 are opposite to each other, and the grouped bundled fine dried noodles are extruded. Two are transferred and can extrude simultaneously when taking turns 4 to use and tie up the vermicelli in groups with one pair, and two notch orientations of transferring wide wheel 4 are not synchronous to guarantee that push pedal 22 passes through two notch of transferring wide wheel 4 in proper order, of course, in other embodiments, according to push pedal 22 speed and transfer wide wheel 4 fore-and-aft direction's interval difference, two notch orientations of transferring wide wheel 4 also can be unanimous, and two are transferred wide wheel pair and extrude a set of vermicelli in groups simultaneously respectively this moment.

When the bundling fine dried noodle finishing machine works, bundling fine dried noodles are conveyed to a bearing plate 11 from a conveying belt 3 at the rear side, a push plate 22 of a fine dried noodle conveying mechanism 2 moves forwards in a working state section 211 of an annular transmission chain 21, the push plate 22 cannot swing back and forth under the action of a working rotation stopping matching surface, the push plate 22 pushes a group of fine dried noodles to slide on a fixed bearing surface 111, in the process of pushing a group of bundling fine dried noodles, the end surfaces at the rear ends of the group of bundling fine dried noodles are pushed to be flat by the push plate 22, the group of bundling fine dried noodles are continuously pushed until the front ends of the group of bundling fine dried noodles are contacted with a pair of width adjusting wheels 4 at the upstream, the group of bundling fine dried noodles are widened under the action of the width adjusting wheels 4 at the upstream, the push plate 22 continuously pushes the group of bundling fine dried noodles forwards, the front ends of the group of bundling fine dried noodles are extruded by the width adjusting wheels, the rear end face is pushed by a push plate 22 to ensure that the grouped bundled fine dried noodles move forward stably.

And continuously pushing the grouped bundled fine dried noodles forwards, separating the rear ends of the grouped bundled fine dried noodles from the upstream width adjusting wheel 4, enabling the push plate 22 to pass through the upstream width adjusting wheel 4, enabling the avoidance groove 41 of the upstream width adjusting wheel 4 to avoid the push plate 22 so that the push plate 22 can pass through smoothly, enabling the push plate 22 to pass through two downstream width adjusting wheels 4, and conveying the grouped bundled fine dried noodles to a subsequent packaging process.

After the push plate 22 passes through the two downstream width-adjusting wheels 4, the push plate 22 keeps moving upwards in a posture in a working state, the idle lifting state section continuously moves upwards until the push plate contacts with the lifting section cylindrical guide surface 232, at the moment, the height of the free end 224 of the push plate is greater than the height of the grouped bundled fine dried noodles, the free end 224 of the push plate starts to lift upwards, under the action of the lifting section cylindrical guide surface 232, the free end 224 of the push plate lifts to the top of the push plate 22 by taking the central line of the lifting section chain wheel 231 on the upper side as an axis, at the moment, the push plate 22 is in a vertical state, and is driven by the idle connection state section 214 to move horizontally.

When the push plate 22 moves to the rear end of the no-load connection state section 214, the push plate 22 moves to the no-load lowering state section 213 under the action of the lowering cylindrical guide surface, the free end of the push plate 22 swings down with the center line of the lowering section sprocket 234 as an axis until the free end 224 of the push plate is positioned at the bottom of the push plate 22, so that the posture change of the push plate by 180 degrees is realized, and the push plate 22 returns to the working state section 211 again under the action of the lowering cylindrical guide surface and the chain.

In this embodiment, when the pushing plate 22 starts to move in the working state section 211, the group of fine-binding noodles is conveyed on the conveyor belt 3, and after the group of fine-binding noodles moves away from the conveyor belt 3, the group of fine-binding noodles is conveyed to the fixed bearing surface 111. The speed of the conveyor belt 3 is not greater than the speed of the push plate 22.

The embodiment 2 of the binding and hanging face finishing machine of the invention is different from the above embodiment only in that: in this embodiment, vermicelli conveying mechanism is including being used for bearing the conveyer belt that carries to tie up the vermicelli, and vermicelli conveying mechanism passes through the conveyer belt and drives to tie up the vermicelli in groups and pass through the accent wide passageway. In this embodiment, the width adjusting wheel is not driven by a width adjusting wheel driving mechanism. The noodle binding collator of this embodiment does not have the function of leveling the binding noodle ends, since no pusher is required. The conveying belt forms a conveying flexible member, and in other embodiments, the conveying flexible member can also be other common noodle conveying mechanisms such as a conveying chain. In other embodiments, a width-adjusting wheel driving mechanism can be arranged according to actual requirements.

The embodiment 3 of the binding and hanging face finishing machine of the invention is different from the above embodiment only in that: in this embodiment, the annular transmission chain is disposed on the lower side of the fixed bearing surface, two fixed bearing surfaces are disposed at this time, a support pillar avoiding channel for the support pillar to pass through is formed between the two fixed bearing surfaces, and the plate body is disposed on the upper side of the fixed bearing surface. In other embodiments, the endless drive chain may also be arranged horizontally, in which case the endless drive chain is in a horizontal plane. In other embodiments, the endless drive chain may also be a drive belt, in which case the pusher plate may be fixed to the drive belt. Of course, in other embodiments, the push plate may be directly fixed to the links of the endless drive chain.

The embodiment 4 of the binding and hanging face finishing machine of the invention is different from the above embodiment only in that: the avoiding groove in the embodiment is not a through groove, at the moment, the height of the push plate is smaller than the height of the width adjusting wheel and smaller than the diameter of the bundled fine dried noodles, the radius of the upper part of the width adjusting wheel is larger than that of the lower part, and the width adjusting wheel adjusts the width of the grouped bundled fine dried noodles only through the part with the larger radius of the upper part. Of course, in other embodiments, the width adjusting wheel may be configured to have a structure with two large ends and a small middle, and the large diameter portions at the two ends are squeezed to form a group to bundle the fine dried noodles. The outer peripheral surface of the width-adjusting wheel may not be a cylindrical surface, for example, the radius gradually decreases from the two ends to the middle.

The embodiment 5 of the binding and hanging face finishing machine of the invention is different from the above embodiment only in that: in the above embodiments, the bundling noodle-hanging finisher is only provided with a fixed bearing surface, in this embodiment, the bundling noodle-hanging finisher includes a conveyor belt, the conveyor belt is provided with a conveying member bearing surface for bearing and conveying a group of bundling noodles, the conveying member bearing surface is in butt joint with the fixed bearing surface, and the speed of the conveyor belt is less than the speed of the pushing plate, wherein the conveyor belt constitutes a flexible conveying member for bearing and conveying the bundling noodles. Of course, in other embodiments, the fixed bearing surface may not be provided, and the group of bundled dried noodles is conveyed only by the conveyer belt, and the speed of the conveyer belt is less than the speed of the push plate.

The embodiment 6 of the binding and hanging face finishing machine of the invention is different from the above embodiment only in that: the width-adjusting wheel driving mechanism is a servo motor, and four servo motors directly drive four width-adjusting wheels. The four servo motors are controlled to be synchronous through the motor controller. At the moment, the width adjusting wheels can be assembled on the rack in a sliding mode, and the position of each width adjusting wheel can be adjusted independently. In other embodiments, the width adjusting wheel can be mounted on the servo motor, and the position of the width adjusting wheel can be adjusted by adjusting the servo motor. In other embodiments, the width-adjusting wheel driving mechanism can also be a motor belt wheel driving mechanism, and a transmission belt wheel is arranged on a width-adjusting wheel shaft. In other embodiments, the width adjusting wheel can also be driven by a spur gear mechanism or a motor linkage mechanism.

The invention discloses a concrete embodiment 7 of a binding and hanging face finishing machine, which is different from the concrete embodiment only in that: in this embodiment, only one pair of width-adjusting wheels is provided. In other embodiments, the width-adjusting wheels can be provided with three pairs or more than four pairs. In other embodiments, the distance between the pair of width-adjusting wheels at the upstream in the conveying direction of the noodle conveying mechanism is equal to the distance between the pair of width-adjusting wheels at the downstream.

The embodiment 8 of the binding and hanging finishing machine of the invention is different from the above embodiment only in that: the position of the pair of position adjusting seats is adjusted through the two adjusting screws respectively. In other embodiments, a structural adjusting position adjusting seat matched with the long hole and the jackscrew can be arranged on the rack, and a plurality of position adjusting seat fixed position adjusting seats can be arranged on the rack; of course, the drive shaft bevel gear is fixed to the drive shaft and is not adjustable in position.

The embodiment 9 of the binding and hanging finishing machine of the invention is different from the above embodiment only in that: the endless drive chain may be provided with only a working state section, an unloaded lifting state section, and an unloaded lowering state section. At this moment, the no-load lifting state section and the no-load lowering state section are both in an outward convex arc shape.

The embodiment 10 of the binding and hanging face finishing machine of the invention is different from the above embodiment only in that: the cylindrical guide surface of the lifting section is fixed on the frame, and the push plate and the cylindrical guide surface of the lifting section slide relatively. In other embodiments, the cylindrical guiding surface of the lifting section may be replaced by a circular guiding surface of the lifting section, and the circular guiding surface of the lifting section may be a semicircular arc, a major arc, or the like. Similarly, in other embodiments, the cylindrical guide surface of the lower section can also be fixed on the frame, and the push plate and the cylindrical guide surface of the lower section can slide relatively, and of course, the cylindrical guide surface of the lower section can also be replaced by the circular arc guide surface of the lower section. In other embodiments, according to the needs of reality, transfer section circular arc guide face can set up two, and two transfer section circular arc guide faces interval from top to bottom and set up between the two and stop the cooperation plane, and wherein the transfer section circular arc guide face of upside guides push pedal free end downward swing 90 degrees, and the transfer section circular arc guide face of downside guides push pedal free end downward swing to push pedal bottom.

In other embodiments, the pushing member may be a pushing block or a pushing rod, and the flexible transmission member may be a transmission belt or a transmission chain plate.

In the above embodiment, the first side surface and the second side surface are both planes, and in other embodiments, on the premise of ensuring the rotation stopping effect with the rotation stopping matching surface, the first side surface and the second side surface may not be planes, for example, a concave portion may be provided, or the hinge base is matched with the rotation stopping matching surface through two arc surfaces to limit the swing of the hinge base. The push plate hinge seat can be in other forms, such as a fixed block, and can be hinged to one side of the chain; in other embodiments, the two parallel portions of the hinge base are equally long.

In other embodiments, two pairs of position adjusting seats may be provided, and the two pairs of position adjusting seats correspond to the two pairs of width adjusting wheels one by one, and at this time, two sets of lead screw and nut mechanisms are required.

In the above embodiments, the width-adjusting wheel driving mechanism and the endless transmission chain share the driving motor, in other embodiments, the width-adjusting wheel driving mechanism and the endless transmission chain may be driven by two driving motors respectively, and at this time, the two driving motors are controlled to be synchronous by the controller.

In the above embodiment, the push pedal is by the idle load state section drive from the in-process of operating condition motion to idle load state lean on the gesture when gravity keeps operating condition, in other embodiments, can dispose gesture holding surface in the frame, gesture holding surface is in the push pedal by the in-process of idle load state section drive from operating condition motion to idle load state, with push pedal stall sliding fit be used for keeping the push pedal gesture when operating condition, the operating condition section is in the condition of the state of slope when using this moment, when operating condition section slope, the push pedal slope sets up, need set up gesture holding surface this moment.

In the above embodiment, the working state section is horizontally arranged, in other embodiments, the working state section can be obliquely arranged according to actual needs, the fixed bearing surface is horizontal or oblique, and the push plate is matched with the fixed bearing surface at the moment.

In other embodiments, the lifting section cylindrical guide surface may be provided on a disc fixed coaxially with the lifting section sprocket; similarly, the cylindrical guide surface of the lowering section can also be arranged on a disc coaxially fixed with the lowering section chain wheel.

In other embodiments, one operative anti-rotation mating surface may be provided.

In other embodiments, to improve stability, a guiding and limiting structure, such as a conveyor belt skirt structure or the like, may be disposed on the carrying surface.

The fine dried noodle packaging line comprises a packaging machine and a bundling and noodle hanging finishing machine, wherein the bundling and noodle hanging finishing machine is the bundling and noodle hanging finishing machine in any embodiment.

The above description is only a preferred embodiment of the present invention, and not intended to limit the present invention, the scope of the present invention is defined by the appended claims, and all structural changes that can be made by using the contents of the description and the drawings of the present invention are intended to be embraced therein.

Claims

1. Tie up a fine dried noodle finishing machine, its characterized in that includes:

a frame;

2. The binding noodle finishing machine of claim 1 wherein the noodle transport mechanism comprises a flexible conveyor for carrying groups of the binding noodles, the noodle transport mechanism moving the groups of binding noodles through the widening tunnel via the flexible conveyor.

3. The strapping fine dried noodle organizer of claim 1 wherein the noodle transport mechanism comprises a flexible drive and a pusher disposed on the flexible drive, the frame configured with a fixed carrying surface for carrying the group of strapping fine dried noodles, and/or the noodle transport mechanism further comprises a flexible transport configured with a transport carrying surface for carrying and transporting the group of strapping fine dried noodles;

the fine dried noodle conveying mechanism pushes the groups of fine dried noodles to slide on the fixed bearing surface and/or the bearing surface of the conveying piece through the pushing piece, so that the end surfaces of the groups of fine dried noodles are flush and the groups of fine dried noodles are conveyed;

4. The strapping and noodle-hanging finisher according to claim 3, wherein the avoiding groove is a through groove extending along the axial direction of the width adjusting wheel so that the width adjusting wheel forms a width adjusting cam, the width adjusting wheel is connected with a width adjusting wheel driving mechanism, and the width adjusting wheel driving mechanism drives the width adjusting wheel to act and enables the avoiding groove of the width adjusting wheel to avoid the pushing piece.

5. The binding and dough-hanging finisher according to claim 4, wherein the same pair of width-adjusting wheels share one width-adjusting driving mechanism, width-adjusting wheel shaft bevel gears are arranged on width-adjusting wheel shafts of the width-adjusting wheels, width-adjusting wheel bevel gears on the same pair of width-adjusting wheel shafts form a pair of width-adjusting wheel bevel gears, the width-adjusting driving mechanism comprises a driving shaft, driving shaft bevel gears are arranged on the driving shaft, and the two driving shaft bevel gears on the driving shaft are correspondingly engaged with the two width-adjusting wheel shaft bevel gears of the same pair one by one to form a driving shaft bevel gear pair.

6. The binding and dough-hanging finisher according to claim 5, wherein the drive shaft bevel gears are in circumferential rotation-stopping and axial sliding fit with the drive shaft, the width-adjusting wheel driving mechanism comprises position adjusting seats, the two position adjusting seats correspond to the two drive shaft bevel gears of the same pair one by one and form a pair of position adjusting seats, the drive shaft bevel gears and the corresponding width-adjusting wheels are rotatably assembled on the position adjusting seats corresponding to the drive shaft bevel gears, and the position adjusting seats are assembled on the frame in an axial direction of the drive shaft in a guiding manner so as to adjust the positions of the width-adjusting wheels in the axial direction of the drive shaft through the position adjusting seats.

7. The strapping hung-surface finisher according to claim 6, wherein the same pair of two position adjusting bases are provided on a lead screw of the lead screw nut mechanism, and the lead screw is provided with a forward thread section and a reverse thread section so as to make the same pair of position adjusting bases approach or separate from each other by rotating the lead screw.

8. The binding and noodle-hanging finishing machine according to any one of claims 3-7, wherein the flexible driving member is an annular driving chain, the pushing member is hinged on the annular driving chain, the hinge axis of the pushing member is parallel to or coincident with the hinge axis of the chain link of the annular driving chain, the moving stroke of the pushing member has a working state of pushing the group of binding fine dried noodles to slide on the fixed bearing surface and/or the bearing surface of the conveying member and an idle state of separating from the group of binding fine dried noodles, the machine frame is provided with a working rotation-stopping matching surface, and the working rotation-stopping matching surface is matched with the pushing member to limit the swinging of the pushing member when the pushing member is in the working state.

9. The strapping hung face trimmer of claim 8, wherein the pusher is a push plate and the endless drive chain comprises:

the working state section drives the working state push plate to move;

10. A noodle packaging line comprising a packaging machine and characterized by further comprising a binding and noodle-hanging finisher according to any of claims 1 to 9.