CN209345913U - A kind of sausage filler - Google Patents

Abstract

The utility model discloses a kind of sausage fillers, and bunker mechanism and auger mechanism are arranged outside cabinet, and feeding mechanism and power mechanism are arranged in cabinet inside；Bunker mechanism includes hopper pedestal and hopper, and auger mechanism includes auger seat and auger, and auger makes the meat material in hopper by falling into feeding mechanism after hopper pedestal；Vacuum device is connect by tracheae with feeding mechanism, at least one vacuum port is provided in feeding mechanism, vacuum port aperture direction is connected upward and with the tracheae；Observation duct is provided on hopper pedestal, hopper pedestal is run through in observation duct, and observation duct both ends end is connected to inside vacuum port and feeding mechanism respectively.Sausage filler in the utility model, its vacuum port opening direction for being used for evacuation passageway is upward, the ingenious meat material hidden in feeding mechanism, anti- meat material blocks vacuum port, setting observation duct is connected to the vacuum port, not only it can be more convenient for cleaning vacuum passage and feeding mechanism from the intuitive vacuum passage of hopper base exterior.

Description

A kind of sausage filler

Technical field

The utility model relates to technical field of mechanical design more particularly to a kind of sausage fillers.

Background technique

Bakery and confectionery improves bowel lavage working efficiency using sausage filler.The output of meat material is needed under vacuum conditions in sausage filler It completes.But the under the action of pull of vacuum and in the prior art structure limitation of sausage filler, the blocking of meat material can often vacuumized The vacuum port in channel, and be not easy to observe vacuum port stopping state, it more difficult to being cleaned at vacuum port.

Therefore, the existing technology needs to be improved and developed.

Summary of the invention

The purpose of this utility model is to provide a kind of sausage fillers, it is intended to solve in the prior art because sausage filler structure limits Make meat slag blocking vacuum passage and is not easy the technical issues of observing, cleaning.

The technical solution of the utility model is as follows: a kind of sausage filler, wherein including cabinet, bunker mechanism, auger mechanism, Feeding mechanism, power mechanism and vacuum device；The bunker mechanism and the auger mechanism are arranged outside the cabinet, institute It states feeding mechanism and the power mechanism is arranged in the cabinet inside；The bunker mechanism includes hopper pedestal and hopper, institute Stating auger mechanism includes auger seat and auger, and the auger seat is mounted in the hopper pedestal, and the auger is arranged described In hopper, the auger rotation is connected on the auger seat, and the hopper is connected on the hopper pedestal, and the auger makes Meat material in the hopper after the hopper pedestal by falling into the feeding mechanism；

The vacuum device is connect for vacuumizing to feeding mechanism inside with the feeding mechanism by tracheae, At least one vacuum port is provided in the feeding mechanism, the aperture direction of the vacuum port is connected upward and with the tracheae It is logical；Observation duct is provided on the hopper pedestal, the hopper pedestal, the observation duct both ends are run through in the observation duct It is connected to respectively with inside the vacuum port and the feeding mechanism；

The power mechanism for driving the auger single direction rotation and the feeding mechanism to rotate, use by the feeding mechanism It is filling to discharge nozzle progress meat material in sending meat material.

The sausage filler, wherein the hopper pedestal includes shell, the cover top portion opening, the outer casing bottom It is provided with pump upper cover, is provided with first through hole and the second through-hole on lid on the pump, the pump upper cover bottom is provided with the first limit Position column and the first groove, the first through hole are connected with the observation duct and the vacuum port, and second through-hole is used for Fall into the meat material in the hopper in the feeding mechanism.

The sausage filler, wherein the feeding mechanism includes pump chamber and rotor, and the pump chamber is basin body structure, described Rotor is annular in shape, and the rotor is mounted in the inner cavity of the pump chamber and is sequentially connected with the power mechanism, the pump chamber Discharge hole is provided on inner wall, the discharge hole is connected with the discharge nozzle；

The rotor is arranged close at the discharge hole, and the pump chamber inner wall is horizontally extending to be provided with First Component level, the First component level apparent height are lower than the pump chamber edge top height, the pump upper cover bottom and described first The detachable connection in step position surface, the vacuum port are arranged in First component level surface, the discharge nozzle and the gas The inner cavity of pump chamber described in Guan Junyu is connected.

The sausage filler, wherein the second limited post is provided on the pump chamber；Multiple push away is provided on the rotor Plate, multiple push plates are uniformly arranged on the rotor and move in a straight line along the radial direction of the rotor.The rotor inner ring In be provided with a locating part, the locating part outer wall is curved surface, and first limited post and second limited post are connected to institute It states on locating part for fixing the locating part；

Multiple card slots are provided on the rotor, the push plate limit is connected in the card slot.Described push plate one end is supported It connects on the pump chamber inner wall, the push plate other end is connected on the locating part outer wall.

The sausage filler, wherein be provided with auxiliary drive gear in the hopper pedestal, the auxiliary drive gear includes the One mounting base and the first transmission shaft, the first transmission shaft setting is in first mounting base and rotatable, and described first passes Moving axis one end is provided projectingly drives the auger to rotate after the hopper base bottom is for the external power mechanism.

The sausage filler, wherein the power mechanism includes driving motor, gear transmission structure and single direction rotation knot Structure, the driving motor and the gear transmission structure are sequentially connected, the single direction rotation structure respectively with the gear drive Mechanism is connected with first transmission shaft driven, and the rotor is connect with the gear drive；Connect on the driving motor It is connected to motor shaft, the second transmission gear is provided on the motor shaft.

The sausage filler, wherein the gear transmission structure is defeated including a gear-box, second driving shaft, the first power Shaft, third transmission shaft and the second power output shaft, the second driving shaft, first power output shaft, the third pass Moving axis and second power output shaft are arranged at rotation in the gear-box, first power output shaft one end with it is described Rotor connection, the single direction rotation structure are connected with second power output shaft；

Third transmission gear and the 4th transmission gear are connected on the second driving shaft, on first power output shaft It is connected with the 5th transmission gear, is connected with the 6th transmission gear and the 7th transmission gear on the third transmission shaft, described second Be connected with the 8th transmission gear on power output shaft, second transmission gear respectively with the third transmission gear and described Six transmission gears are meshed after connection and realize primary speed-down function, and the 4th transmission gear mutually nibbles with the 5th transmission gear Close connection after realize double reduction function, the 7th transmission gear is meshed with the 8th transmission gear connect after realize two Grade deceleration.

The sausage filler, wherein the single direction rotation structure includes the 4th transmission shaft, axle sleeve and unilateral bearing, described Second power output shaft and the 4th transmission shaft are arranged in the axle sleeve, described 4th transmission shaft one end and described first Transmission shaft one end is connected, and second power output shaft is connected with the axle sleeve by flat key, the 4th transmission shaft close-fitting peace Mounted in the unilateral bearing inner ring, the unilateral bearing outer ring is connect with the sleeve lining, the 4th transmission shaft other end It is provided with plane bearing between second power output shaft one end and is used to support the 4th transmission shaft rotation.

The utility model has the beneficial effects that the utility model is used to take out by providing a kind of completely new sausage filler structure Upward, the ingenious meat material hidden in feeding mechanism, anti-meat material blocks vacuum port to the vacuum port opening direction of vacuum passage, and setting is seen It examines duct to be connected to the vacuum port, not only can be more convenient for cleaning vacuum passage and send from the intuitive vacuum passage of hopper base exterior Expect mechanism.

Detailed description of the invention

Fig. 1 is sausage filler structure diagram in the utility model.

Fig. 2 is that the bunker mechanism of the utility model and auger mechanism are coupled theory structure schematic diagram.

Fig. 3 is the hopper pedestal schematic perspective view in the utility model.

Fig. 4 is the bunker mechanism of the utility model and the schematic cross-sectional view of auger mechanism.

Fig. 5 is the feeding mechanism top view in the utility model.

Fig. 6 is that the feeding mechanism and power mechanism in the utility model are coupled structural perspective.

Fig. 7 is single direction rotation structure working principle cross-sectional view in the present invention.

Figure label: 1, bunker mechanism；11, hopper pedestal；111, duct is observed；112, upper cover is pumped；113, the first transmission Axis；1131, the first transmission gear；1121, first through hole；1122, the second through-hole；1123, the first limited post；1124, first is recessed Slot；12, hopper；2, auger mechanism；21, auger seat；211, the second mounting seat；212, first set is fixedly mounted；213, shaft Seat；2131, trundle；22, auger；221, spire；222, mounting portion；2221, limit sliding chutes；3, feeding mechanism；31, vacuum Mouthful；32, pump chamber；321, discharge hole；322, First component level；33, rotor；331, push plate；332, locating part；34, discharge nozzle；4, Power mechanism；41, driving motor；411, the second transmission gear；42, gear transmission structure；421, second driving shaft；4211, Three transmission gears；4212, the 4th transmission gear；422, the first power output shaft；4221, the 5th transmission gear；423, third passes Moving axis；4231, the 6th transmission gear；4232, the 7th transmission gear；424, the second power output shaft；4241, the 8th driving cog Wheel；43, single direction rotation structure；431, the 4th transmission shaft；432, axle sleeve；433, unilateral bearing；434, plane bearing；5, it vacuumizes Mechanism；61, oil groove；62, the first sealing ring；63, the first O-ring；64, the second sealing ring；65, the second O-ring；66, wear-resisting Ring；100, cabinet；200, tracheae；300, material spilling hole;400, reflective mirror；500, pressure plate；600, the gear teeth.

Specific embodiment

The embodiments of the present invention is described below in detail, the example of the embodiment is shown in the accompanying drawings, wherein Same or similar label indicates same or similar element or element with the same or similar functions from beginning to end.Lead to below It crosses the embodiment being described with reference to the drawings to be exemplary, is only used for explaining the utility model, and should not be understood as practical to this Novel limitation.

In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside", The orientation or positional relationship of the instructions such as " clockwise ", " counterclockwise " be based on the orientation or positional relationship shown in the drawings, be only for Convenient for description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have specifically Orientation is constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " first ", " second " is used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance or implicitly indicates indicated technology The quantity of feature.Define " first " as a result, the feature of " second " can explicitly or implicitly include it is one or more The feature.The meaning of " plurality " is two or more in the description of the present invention, unless otherwise clearly specific It limits.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected or can mutually communicate；It can be directly connected, it can also be in Between medium be indirectly connected, can be the connection inside two elements or the interaction relationship of two elements.For this field For those of ordinary skill, the concrete meaning of above-mentioned term in the present invention can be understood as the case may be.

In the present invention unless specifically defined or limited otherwise, fisrt feature the "upper" of second feature or it "lower" may include that the first and second features directly contact, and also may include that the first and second features are not direct contacts but lead to Cross the other characterisation contact between them.Moreover, fisrt feature includes above the second feature " above ", " above " and " above " One feature is right above second feature and oblique upper, or is merely representative of first feature horizontal height higher than second feature.First is special Sign is directly below and diagonally below the second feature including fisrt feature under the second feature " below ", " below " and " below ", or only Indicate that first feature horizontal height is less than second feature.

Following disclosure provides many different embodiments or example is used to realize the different structure of the utility model. In order to simplify the disclosure of the utility model, hereinafter the component of specific examples and setting are described.Certainly, they are only Example, and purpose does not lie in limitation the utility model.In addition, the utility model can in different examples repeat reference numerals And/or reference letter, this repetition are for purposes of simplicity and clarity, itself not indicate discussed various embodiments And/or the relationship between setting.In addition, the example of various specific techniques and material that the utility model provides, but this Field those of ordinary skill can be appreciated that the application of other techniques and/or the use of other materials.

Please refer to Fig. 1, the present invention is in order to solve the above technical problems, provide a kind of sausage filler, including cabinet 100, hopper machine Structure 1, auger mechanism 2, feeding mechanism 3, power mechanism 4 and vacuum device 5.The bunker mechanism 1 and the auger mechanism 2 are arranged Outside the cabinet 100, the feeding mechanism 3 and the power mechanism 4 are arranged inside the cabinet 100.The bunker mechanism 1 includes hopper Pedestal 11 and hopper 12, the auger mechanism 2 include auger seat 21 and auger 22, which is mounted on the hopper pedestal 11 Interior, which is arranged in the hopper 12, and the auger 22 rotation is connected on the auger seat 21, which is connected to the material It struggles against on pedestal 11, which makes the meat material in the hopper 12 by falling into the feeding mechanism 3 after the hopper pedestal 11.

The vacuum device 5 is connect with the feeding mechanism 3 by tracheae 200 for true to carrying out taking out inside feeding mechanism 3 Sky, is provided at least one vacuum port 31 in the feeding mechanism 3, the aperture direction of the vacuum port 31 upward and with the tracheae 200 It is connected；Observation duct 111 is provided on the hopper pedestal 11, which runs through the hopper pedestal 11, the peep hole 111 both ends of road are connected to inside the vacuum port 31 and the feeding mechanism 3 respectively.Certainly, observation 111 other end of duct is provided with close Sealing of hole lid (does not mark) in figure, and whether the vacuum port 31 that opening sealing port lid observable is connected to observation duct 111 is equal blocks, if Blocking water filling of duct 111 can be rinsed vacuum port 31 etc. directly from this.It can first by tracheae 200 and be taken out true before flushing Empty mechanism 5 disconnects, and waste water is discharged from tracheae 200.For convenience of observation, the observation duct 111 can be made in the vertical direction Extend through the hopper pedestal 11.

For driving 22 single direction rotation of auger and the feeding mechanism 3 to rotate, which is used for the power mechanism 4 Meat material is sent filling to the progress meat material of discharge nozzle 34.

The hopper pedestal 11 includes shell, which is open (not marking in figure), which is provided on pump Lid 112 is provided with first through hole 1121 and the second through-hole 1122 in the pump upper cover 112, which is provided with first Limited post 1123 and the first groove 1124, the first through hole 1121 are connected with the observation duct 111 and the vacuum port 31, this Two through-holes 1122 are for falling into the meat material in the hopper 12 in the feeding mechanism 3.First groove 1124 is used in the feeding One is formed in mechanism 3 and vacuumizes gas passage, makes the Uniform gas flow velocity in feeding mechanism 3 and gas is made to be directed drainage, from And 3 feeding uniform quality of feeding mechanism can be made.

As shown in Figure 5 and Figure 6, which includes pump chamber 32 and rotor 33, which is basin body structure, this turn Son 33 is annular in shape, which is mounted in the inner cavity of the pump chamber 32 and is sequentially connected with the power mechanism 4, in the pump chamber 32 Discharge hole 321 is provided on wall, which is connected with the discharge nozzle 34.The rotor 33 is arranged close in the discharge hole At 321.32 inner wall of pump chamber is horizontally extending is provided with First component level 322 for this, and 322 apparent height of First component level is low In the 32 edge top height of pump chamber, 112 bottom of pump upper cover and the detachable connection in 322 surface of First component level, this is true 31 settings of eating dishes without rice or wine are connected with the inner cavity of the pump chamber 32 in 322 surface of First component level, the discharge nozzle 34 and the tracheae 200 It is logical.The second limited post (not marking in figure) is provided on the pump chamber 32.

Multiple push plates 331 are provided on the rotor 33, multiple push plates 331 are uniformly arranged on the rotor 33 and along this turn The radial direction of son 33 moves in a straight line.It is provided with a locating part 322 in 33 inner ring of rotor, which is curved surface, should First limited post 1123 and second limited post are connected on the locating part 322 for fixing the locating part 322.On the rotor 33 It is provided with multiple card slots (not marking in figure), the push plate 331 limit is connected in the card slot.331 one end of push plate is connected to this On 32 inner wall of pump chamber, which is connected on 322 outer wall of locating part.The application method of above structure are as follows: due to The circular rotor 33 of rule is installed close to discharge hole 321, makes one end on rotor 33 almost can be with the pump chamber of 321 side of discharge hole 32 outer walls are tangent but still there are lesser gaps to rotate smoothly rotor 33 can, drive push plate thereon using the rotation of rotor 33 331 do axial movement, and the curved-surface structure of 322 outer wall of locating part is recycled to have the inner annular space of rotor 33 at different locations There is different spatial volumes, so that the push plate 331 on different positions is limited part 322 in axial rotation process and squeeze out rotor 33 Inner annular space is outer or is being squeezed in sub 33 inner annular spaces of revolution by the outer wall of pump chamber 32.In 33 rotation process of rotor, thereon Part push plate 331 is transferred into 1122 lower section of the second through-hole and when its inner annular space is stretched out in the push plate 331 in hopper 12 The meat material fallen is pushed, and when meat material is pushed to discharge hole 321 from 321 other side of discharge hole, part push plate 331 is gradually It is turned round in sub 33 inner annular spaces squeezing or withdrawn in 33 inner annular space of rotor completely by the outer wall of pump chamber 32, at this point, feeder Structure 3 finishes the feeding operation of meat material.As rotor 33 continues to rotate, push plate 331 is limited part 322 again and squeezes out 33 inner ring of rotor Outside space.Wherein, when a push plate 331 is withdrawn completely, then when moving to 321 side of discharge hole, gradually it is extruded rotor 33 Outside inner annular space, but push operation is not carried out to meat material, because falling at this without meat material.The locating part 322 is similar to cam knot Structure is fixed the locating part 322 using two limited posts, and locating part 322 is prevented to be shifted when rotor 33 rotates, and guarantees Push plate 331 is limited part 322 in predeterminated position and squeezes out the progress pusher work of rotor 33, to enhance the stability of pusher amount.? In further embodiment, hopper 12 is back taper, and reflective mirror 400 is provided at 12 outer wall of hopper for facilitating eye-observation Meat material feeds situation in hopper 12.

In the present embodiment, the hopper pedestal 11 is detachable to be connected on the cabinet 100, i.e., 11 open-close type of hopper pedestal connects It connects on the cabinet 100, is lifted up the hopper pedestal 11, i.e., it can be seen that 32 internal structure of pump chamber.

As shown in figure 3, being provided with auxiliary drive gear in the hopper pedestal 11 in the present embodiment, which includes First mounting base (not marking in figure) and the first transmission shaft 113, first transmission shaft 113 are arranged in first mounting base and can Rotation, 113 one end of the first transmission shaft are provided projectingly to drive after 11 bottom of hopper pedestal is for the external power mechanism and be somebody's turn to do Auger 22 rotates, and is provided with the first transmission gear 1131 on 113 other end of the first transmission shaft.

As shown in Figures 2 to 4, in the present embodiment, which includes spire 221 and mounting portion 222, the mounting portion 222 are connected on the auger seat 21, are provided with limit sliding chutes 2221 on 222 outer wall of mounting portion.The auger seat 21 includes second Set 212 and shaft seat 213, second mounting seat 211, the first fixed installation set is fixedly mounted in mounting seat 211, first 212 with a material spilling hole 300 is provided on the shaft seat 213 are used to that meat material to be made to pass through, and multiple 300 coaxial lines of material spilling hole are set It sets, 211 outer wall of the second mounting seat is peripherally disposed second step position (not marking in figure), first fixed installation Set 212 is socketed in 211 outer wall of the second mounting seat and 212 bottoms of the first fixed installation set by the second step position support. The shaft seat 213 rotation be connected to this first be fixedly mounted 212 inside of set and this 213 bottom of shaft seat is detachable is connected to this Second mounting seat, 211 top.The mounting portion 222 is arranged on the shaft seat 213.213 inner wall of shaft seat is connected with a biography Dynamic pin 2131,213 outer wall of shaft seat have been distributed uniformly and circumferentially the gear teeth 600, first transmission gear 1131 and the wheel Tooth is meshed connection.The trundle 2131 and the detachable connection of the limit sliding chutes 2221 simultaneously are used to that the auger 22 to be driven to rotate. 221 one end of spire is provided with pressure plate 500, for pushing down on after collecting poly- heap to meat material in hopper 12 when auger is rotated It moves.

It is equipped with oil groove 61 between first fixed installation, 212 inner walls of set and 213 outer wall of shaft seat, which is provided with this First is fixedly mounted on 212 inner walls of set.The first sealing ring 62 and are provided between 213 outer wall of shaft seat and the outer casing inner wall One O-ring 63, first sealing ring 62 are connected on first O-ring 63, first sealing ring 62 and 213 outer wall of shaft seat It is in contact, first sealing ring 62 and first O-ring 63 are arranged radially along the shaft seat 213 and play the role of sealing.This turn It is provided with the second sealing ring 64 and the second O-ring 65 between 213 bottom of axle bed and 211 top of the second mounting seat, this second Sealing ring 64 is connected on second O-ring 65, and second sealing ring 64 and 213 bottom connection of shaft seat touch, this is second close Seal 64 and this second O-ring 65 is axially disposed plays the role of sealing.Second mounting seat 211 and shaft seat 213 and outer Shell is made by metal material, is provided between the first fixed installation set 212 and the shaft seat 213 and the outer casing inner wall wear-resisting For ring 66 for sealing and preventing intermetallic phase mutual friction, above-mentioned each sealing ring and wear ring 66 are wear-resisting polytetrafluoroethylene (PTFE) material Material, for bearing to rub between metal.Oil groove 61 is used for the relative rotation being fixedly mounted between set 212 and shaft seat 213 for first Lubrication is provided.The setting position mode and 61 structure collective effect of oil groove of above-mentioned sealing ring are rotated instead of traditional rotor and are needed The structure of bearing is installed.Due to passing through after above structure connection for meat material, meat slag can penetrate into simultaneously from gap between each connection structure Inside bearing arrangement, bearing arrangement service life is seriously affected, therefore, it is i.e. close on the multiple positions of structure multiple plastic parts to be arranged The combination of seal not only can support the rotation of metal structure, reduce the friction between metalwork, reduces noise when structure uses, increases Strong structure service life more can be reduced the infiltration of meat slag.

As shown in fig. 6, the power mechanism 4 includes driving motor 41, gear transmission structure 42 and unidirectional rotation in the present embodiment Rotation structure 43, the driving motor 41 and the gear transmission structure 42 are sequentially connected, the single direction rotation structure 43 respectively with the gear Transmission mechanism and first transmission shaft 113 are sequentially connected, which connect with the gear transmission structure 42.Specifically, the biography It is connected with motor shaft (not marked in figure) on dynamic motor 41, the second transmission gear 411 is provided on the motor shaft.

As shown in fig. 6, the gear transmission structure 42 includes a gear-box (being not drawn into figure), second driving shaft 421, first Power output shaft 422, third transmission shaft 423 and the second power output shaft 424, the second driving shaft 421, first power output It is defeated that axis 422, the third transmission shaft 423 and second power output shaft 424 are arranged at rotation, first power in the gear-box 422 one end of shaft is connect with the rotor 33, which is connected with second power output shaft 424.Second biography It is connected with third transmission gear 4211 and the 4th transmission gear 4212 on moving axis 421, is connected on first power output shaft 422 5th transmission gear 4221 is connected with the 6th transmission gear 4231 and the 7th transmission gear 4232 on the third transmission shaft 423, should Be connected with the 8th transmission gear 4241 on second power output shaft 424, second transmission gear 411 respectively with the third driving cog Wheel 4211 and the 6th transmission gear 4231, which are meshed after connection, realizes primary speed-down function, the 4th transmission gear 4212 with should 5th transmission gear 4221 is meshed after connection and realizes double reduction function, the 7th transmission gear 4232 and the 8th driving cog Wheel 4241 be meshed connection after realize double reduction function.The purpose of primary speed-down and double reduction is reduction speed, is increased Strength, meshed gears one larger (number of teeth is more, and tip diameter is long) two-by-two, one smaller, and (number of teeth is few, outside circle Diameter is shorter).The basic drive mechanism for realizing primary speed-down and double reduction function is the prior art, therefore this paper claim Function limitations are used to illustrate 42 components of gear transmission structure in the present embodiment in explanation, it is no longer superfluous herein in addition to this It states.In above-mentioned each transmission gear outside the first transmission gear 1131, spur bevel gear or helical gear can be selected.

As shown in fig. 7, the single direction rotation structure 43 includes the 4th transmission shaft 431, axle sleeve 432 and unilateral bearing 433, this Two power output shafts 424 are arranged in the axle sleeve 432 with the 4th transmission shaft 431,431 one end of the 4th transmission shaft and this One transmission shaft, 113 one end is connected, which is connected with the axle sleeve 432 by flat key (being not drawn into figure), should 4th transmission shaft, 431 close-fitting is mounted on 433 inner ring of unilateral bearing (not marking in figure), and 433 outer ring of unilateral bearing is (in figure not Mark) it is connect with 432 inner wall of axle sleeve, it is set between 431 other end of the 4th transmission shaft and 424 one end of the second power output shaft It is equipped with plane bearing 434 and is used to support the rotation of the 4th transmission shaft 431.In actual use, the second power output shaft 424 is clockwise When rotation, due to the position-limiting action of the needle roller (not marking in figure) of unilateral bearing 433, the 4th rotation axis is also driven rotation in the same direction Turn；Second power output shaft 424 counterclockwise rotation when, due to unilateral bearing 433 outer ring under the action of needle roller with inner ring phase To movement, that is, the second power output shaft 424 rotates in same direction with axle sleeve 432, and the 4th transmission shaft 431 and the second power output shaft 424 and axle sleeve 432 it is opposing stationary.

In the present embodiment, the vacuum device 5 include vacuum hose (being not drawn into figure), vacuum chamber (being not drawn into figure), Filter (being not drawn into figure), vacuum pressure sensor (for detecting vacuum degree, being not drawn into figure) and vacuum pumping pump is (in figure not Draw), which connect with the tracheae 200 and the vacuum chamber respectively, the filter and the vacuum pressure sensor It is arranged between the vacuum chamber and the vacuum pumping pump.Certainly, also it is connected by pipeline between above structure, filter is used for screen pipe Air in road, vacuum pressure sensor reach the vacuum degree before vacuum pumping pump for detection gas, it may also be used for monitoring pipeline is no There is gas feeding.When auger 22 rotates, convey meat material constantly in downward direction using the rotation of its spire 221, then unidirectionally The effect of rotational structure 43 is, prevents auger 22 from making meat material quilt under the reverse rotation effect of spire 221 when reversely rotating It brings up, avoids meat material far from feeding mechanism 3.

In the description of this specification, reference term " embodiment ", " certain embodiments ", " schematically implementation What the description of mode ", " example ", " specific example " or " some examples " etc. meant to describe in conjunction with the embodiment or example Particular features, structures, materials, or characteristics are contained at least one embodiment or example of the utility model.In this explanation In book, schematic expression of the above terms are not necessarily referring to identical embodiment or example.Moreover, the specific spy of description Sign, structure, material or feature can be combined in any suitable manner in any one or more embodiments or example.

It should be understood that the application of the utility model is not limited to above-mentioned citing, those of ordinary skill in the art are come It says, it can be modified or changed according to the above description, and all these modifications and variations all should belong to the appended power of the utility model The protection scope that benefit requires.

Claims (8)

1. a kind of sausage filler, which is characterized in that including cabinet, bunker mechanism, auger mechanism, feeding mechanism, power mechanism and pumping Vacuum mechanism；The bunker mechanism and the auger mechanism are arranged outside the cabinet, the feeding mechanism and the power Mechanism is arranged in the cabinet inside；The bunker mechanism includes hopper pedestal and hopper, and the auger mechanism includes auger seat And auger, the auger seat are mounted in the hopper pedestal, the auger is arranged in the hopper, and the auger rotation connects It connects on the auger seat, the hopper is connected on the hopper pedestal, and the auger passes through the meat material in the hopper It is fallen into the feeding mechanism after the hopper pedestal；

The vacuum device is connect by tracheae with the feeding mechanism, is carried out by vacuum device to feeding mechanism inside Vacuumize, be provided at least one vacuum port in the feeding mechanism, the aperture direction of the vacuum port upward and with the gas Pipe is connected；Observation duct is provided on the hopper pedestal, the hopper pedestal, the peep hole are run through in the observation duct Road both ends are connected to inside the vacuum port and the feeding mechanism respectively；

For the power mechanism for driving the auger single direction rotation and the feeding mechanism to rotate, the feeding mechanism is used for will Meat material send filling to discharge nozzle progress meat material.

2. sausage filler according to claim 1, which is characterized in that the hopper pedestal includes shell, the cover top portion Opening, the outer casing bottom are provided with pump upper cover, are provided with first through hole and the second through-hole, the pump upper cover on lid on the pump Bottom is provided with the first limited post and the first groove, and the first through hole is connected with the observation duct and the vacuum port, Second through-hole is for falling into the meat material in the hopper in the feeding mechanism.

3. sausage filler according to claim 2, which is characterized in that the feeding mechanism includes pump chamber and rotor, the pump Chamber is basin body structure, and the rotor is annular in shape, the rotor be mounted in the inner cavity of the pump chamber and with the power mechanism It is sequentially connected, is provided with discharge hole on the pump chamber inner wall, the discharge hole is connected with the discharge nozzle；

The rotor is arranged close at the discharge hole, and the pump chamber inner wall is horizontally extending to be provided with first step Position, the First component level apparent height are lower than the pump chamber edge top height, the pump upper cover bottom and the First The detachable connection in component level surface, the vacuum port are arranged in First component level surface, the discharge nozzle and the tracheae It is connected with the inner cavity of the pump chamber.

4. sausage filler according to claim 3, which is characterized in that be provided with the second limited post on the pump chamber；Described turn Multiple push plates are provided on son, multiple push plates are uniformly arranged on the rotor and do straight line fortune along the radial direction of the rotor It is dynamic；A locating part is provided in the rotor inner ring, the locating part outer wall is curved surface, first limited post and described second Limited post is connected on the locating part for fixing the locating part；

Multiple card slots are provided on the rotor, the push plate limit is connected in the card slot；Described push plate one end is connected to On the pump chamber inner wall, the push plate other end is connected on the locating part outer wall.

5. sausage filler according to claim 4, which is characterized in that be provided with auxiliary drive gear in the hopper pedestal, institute Stating auxiliary drive gear includes the first mounting base and the first transmission shaft, and first transmission shaft is arranged in first mounting base simultaneously Rotatable, first transmission shaft one end is provided projectingly to be driven after the hopper base bottom is for the external power mechanism The auger rotation.

6. sausage filler according to claim 5, which is characterized in that the power mechanism includes driving motor, gear drive Structure and single direction rotation structure, the driving motor and the gear transmission structure are sequentially connected, the single direction rotation structure point It is not connect with the gear drive and first transmission shaft driven, the rotor is connect with the gear drive； It is connected with motor shaft on the driving motor, the second transmission gear is provided on the motor shaft.

7. sausage filler according to claim 6, which is characterized in that the gear transmission structure includes a gear-box, second Transmission shaft, the first power output shaft, third transmission shaft and the second power output shaft, the second driving shaft, first power Output shaft, the third transmission shaft and second power output shaft are arranged at rotation in the gear-box, and described first is dynamic Power output shaft one end is connect with the rotor, and the single direction rotation structure is connected with second power output shaft；

It is connected with third transmission gear and the 4th transmission gear on the second driving shaft, is connected on first power output shaft There is the 5th transmission gear, the 6th transmission gear and the 7th transmission gear, second power are connected on the third transmission shaft The 8th transmission gear is connected on output shaft, second transmission gear is passed with the third transmission gear and the described 6th respectively Moving gear is meshed after connection and realizes primary speed-down function, and the 4th transmission gear is meshed company with the 5th transmission gear After connecing realize double reduction function, the 7th transmission gear is meshed with the 8th transmission gear connect after realization second level subtract Fast function.

8. sausage filler according to claim 7, which is characterized in that the single direction rotation structure includes the 4th transmission shaft, axis Set and unilateral bearing, second power output shaft and the 4th transmission shaft are arranged in the axle sleeve, and the described 4th passes Moving axis one end is connected with first transmission shaft one end, and second power output shaft is connected with the axle sleeve by flat key, institute It states the 4th transmission shaft close-fitting to be mounted in the unilateral bearing inner ring, the outer ring of unilateral bearing is connect with the sleeve lining, institute It states and is provided with plane bearing between the 4th transmission shaft other end and second power output shaft one end and is used to support the described 4th Transmission shaft rotation.