CN102669207A - Feeding and compounding assembly for food stuffing - Google Patents
Feeding and compounding assembly for food stuffing Download PDFInfo
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- CN102669207A CN102669207A CN2012101379567A CN201210137956A CN102669207A CN 102669207 A CN102669207 A CN 102669207A CN 2012101379567 A CN2012101379567 A CN 2012101379567A CN 201210137956 A CN201210137956 A CN 201210137956A CN 102669207 A CN102669207 A CN 102669207A
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Abstract
The invention belongs to the technical field of food processing and molding technologies, in particular to a feeding and compounding assembly for food stuffing. The feeding and compounding assembly comprises feeding devices and a compounding device, wherein the feeding devices are connected with the compounding device, the compounding device comprises compounding head bodies and feeding pumps communicated with the compounding head bodies, and the feeding pumps are communicated with the feeding devices; and pump bodies, of which the number is at least two, correspond to the feeding devices of which the number is matched with that of the feeding pumps, and discharge ends of the pump bodies are communicated with guide pipes of the compounding head bodies. The feeding and compounding assembly has the advantages that the pump bodies are arranged through being respectively tangential to outer side edges of a discharge channel and a feeding channel, and horizontal cross sections of the pump bodies are circular, so that the internal cavities of the pump bodies have no dead corners, and the flowing resistance of materials is minimized; and the discharge channel is downwardly and obliquely arranged, so that the materials and grease contained in the materials are intensified to flow along with flour and stuffing after being squeezed out by the pumps, and the assemblage in a flowing channel is avoided.
Description
Technical field
The invention belongs to food machine-shaping technical field, is the faric charging composite component of a kind of food specifically.
Background technology
When having the machine-shaping of food with filling now, its faric step is feed arrangement and the acting in conjunction of composite head equipment mostly, accomplishes the parcel of crust to the filling material.But existing, the face filling of filling equipment complex inlet are uncovered or are horizontally disposed with or utilize bend pipe, flexible pipe to connect.And in the actual production; The horizontal level of musculus cutaneus and the outlet of the filling material pump housing possibly be higher than equipment complex; Existing connected mode is that in the process of food processing, the problem of oil accumulation and leakage of oil appears in pipeline junction easily with the pipeline connection equipment complex of hopper through level and vertically setting.And existing equipment complex exists also that to meet the device interior flow wayward, the problem of pressure transient, thus cause the skin of outflow, filling inhomogeneous.
In the existing association area, also having faric device is carried out improved patent, is CN201120185515.5 like number of patent application; The applying date is on June 3rd, 2011, and name is called the utility model patent of " moon cake stuffing-wrapping machine ", and its main technical schemes is: comprise feed arrangement; Cut die device, conveyer belt and drive unit, the described die device of cutting comprises the endless knife group; Drive rod, the front and back stroke cylinder, drive rod links to each other with the front and back stroke cylinder with lower rotatory arm through the last spiral arm that is arranged on the longitudinal axis; Endless knife pack support and front and back stroke cylinder are arranged on the transverse axis, and the bracket upper arm front end is the endless knife group, and support underarm front end is a pallet; The support underarm links to each other with lifting motor through elevating lever, and lifting motor drives elevating lever through eccentric.
Mentioning in the moon cake stuffing-wrapping machine structure of above-mentioned patent; Face and filling enter into easy composite head through feed arrangement respectively, and then will pass through compound face and filling through cutter and cut off, and still this structure is when feeding mechanism is sent to material the composite head; Even adopting electric-motor pump inhales; The part material is remained in the equipment, influence the entering of regular burden(ing), and the syndeton of above-mentioned patent feed arrangement and composite head causes the seepage of oil content in the material easily.And the feeding mouth of its composite head is the open type horizontal structure, and still there is above-mentioned deficiency in this form, and its inside do not relate to the structure of corresponding Flow-rate adjustment or voltage stabilizing, so do not change the problem that existing faric apparatus for feeding exists.
Summary of the invention
For the material that overcomes the faric apparatus for feeding existence of existing food is difficult for getting into set composite from apparatus for feeding; And occur easily at the pipeline junction of feed arrangement and set composite that oily accumulation and leakage of oil, set composite inner stream flow are wayward, the problem of pressure transient, propose a kind of leakage of oil and can be of effectively preventing especially now the flow of equipment complex inside, the faric set composite of food that pressure is adjusted.
For realizing above-mentioned purpose, technical scheme of the present invention is following:
The faric charging composite component of a kind of food comprises feed arrangement and set composite, and feed arrangement links to each other with set composite, it is characterized in that: said set composite comprises composite head body and the charging pump that is communicated with it, and said charging pump is communicated with feed arrangement;
Said charging pump comprises feed end and the discharge end on the pump housing, the pump housing; Pump housing horizontal cross-section is circular; The pump housing feeding-passage that forms between the said feed end and the pump housing; Form pump housing tapping channel between the discharge end and the pump housing, the outer side edges of described pump housing feeding-passage and pump housing cross section circular tangent, the outer side edges of pump housing tapping channel and pump housing cross section circular tangent; Said tapping channel is downward-sloping with respect to the bottom surface of the pump housing;
Said set composite comprises the composite head body, is arranged on nexine material inlet and outer material inlet on the body, and the nexine material inlet is through being communicated with at the nexine material outlet of the intrinsic nexine material channel of composite head with composite head body bottom; Outer material inlet is through being communicated with at the outer material outlet of the intrinsic outer material channel of composite head with composite head body bottom; Said nexine material channel is arranged in the material pipe; Interior material pipe is installed in the composite head body; In space between material pipe and the composite head be outer material channel, said being inclined upwardly respectively from nexine material inlet and outer material inlet is provided with guide pipe; Interior material pipe outer wall is provided with branching block.
Said pump housing quantity is at least two, the feed arrangement that corresponding quantity with it is complementary, and the discharge end of the pump housing is communicated with the guide pipe of composite head body.
In the body of said charging pump blade is installed, blade is by electric rotating machine driven in rotation mounted thereto.
Said pump housing bottom is one-body molded, is enclosuring structure.
The intrinsic top of said composite head is provided with and also is provided with positioner, and the intrinsic bottom of composite head is provided with down positioner.
Last positioner is a circulus, and interior material pipe upper end is positioned at ring, and interior material pipe upper end is connected with the composite head body-fixed through last positioner.
Said positioner down is a circulus, and interior material pipe lower end is positioned at ring, and positioner was connected with the composite head body-fixed under interior material pipe lower end was passed through, and the said horizontal surface of positioner down is provided with curved waist shape through hole.
Said curved waist shape through hole is a plurality of, is evenly distributed on down on the horizontal surface of positioner.
Said curved waist shape number of openings is 3.
Said branching block quantity is a plurality of.
Said feed arrangement comprises hopper, is positioned at the stirring motor that the hopper inside spin stirs push rod, drives the helical stir push rod, and the hopper end face is provided with opening, and opening coincide with the feed end shape of charging pump and is communicated with, and the bottom surface of said hopper is higher than the bottom surface of charging pump.
The operation principle of the faric charging composite component of food is:
After material added from feed arrangement, through the stirring and the propelling movement of helical stir push rod, material got into charging pump from the opening part of hopper; Material enters to the pump housing through feed end and feeding-passage; Owing to the blade of rotation is arranged, in the pump housing so the blade that material is rotated brings to tapping channel, because tapping channel is for being tilted to down setting; So additive in material and the material such as wet goods; The capital arrives discharge end owing to the cause of gravity along the tapping channel that tilts, and enters to each material inlet of composite head.
The pump housing of this moment is at least two, and corresponding feed arrangement also is two, and the two-way material gets into the nexine material inlet and the outer material inlet of composite head simultaneously respectively.
Material enters into respectively in the composite head device from the guide pipe of nexine material inlet and outer material inlet; Material is transferred to nexine material outlet and outer material outlet place through nexine material channel and outer material channel respectively; In transmission course; Outer material carries out Flow-rate adjustment through the curved waist shape through hole of distribution block and following positioner, makes outer material voltage stabilizing and homogenising, and nexine and outer field material vertically flow out composite head simultaneously downwards then.
The invention has the advantages that:
1, since the pump housing respectively with the tangent setting of the outer side edges of tapping channel and feeding-passage, and pump housing inner chamber horizontal cross-section be the circle, so pump housing inner chamber does not have the dead angle, the flow resistance of material drops to minimum.
2, because tapping channel is downward-sloping setting, so aggravation material and the grease that wherein contains are avoided in runner, gathering extruding the back through pump with face, filling flow.
3, pump housing bottom does not connect the slit for sealing setting, so drop to material and oil content seepage and following possibility minimum.
4, compared with prior art, owing to be obliquely installed the guide pipe of charging, oil in the material and face filling etc. can just have been avoided the accumulation and the leakage of material along guide pipe to the composite head bulk flow.
5, be arranged in distribution block on the material pipe can regulate the inventory that gets into from outer material inlet, make its distribution in outer annulus obtain adjustment, thus realize according to actual production to material continue to regulate, the purpose of shunting.
6, the last positioner that is arranged on the interior material pipe can be fixed on interior material pipe in the composite head body with following positioner; Make it keep stable in the course of the work; Do not produce and rock; Make the material of exporting from composite head body below not produce and rock, drop on preset position accurately, prevent that the inclusion periphery of material is inhomogeneous; And reduced the wearing and tearing of equipment, prolonged the service life of equipment.
7, the curved waist shape through hole that is provided with on the following positioner can evenly disperse from the outer material that inlet gets into, and make it from the outlet outflow again, play the effect to the material voltage stabilizing, make the substance of finished product more stable.
8, raw material adds behind the material bin when through spiral handspike material being pushed charging pump, because the hopper bottom surface is higher than pump housing inner chamber bottom surface, makes that oil content and the moisture content in the material gets into composite head simultaneously with material, makes goods water-retaining property, guarantor's oiliness good.
Description of drawings
Fig. 1 is a structural scheme of mechanism of the present invention.
Fig. 2 is the feed pump structural representation.
Fig. 3 is the set composite cutaway view.
Fig. 4 is a complex body inner structure sketch map.
Fig. 5 is the B-B ' cross-sectional view of Fig. 4.
Fig. 6 is a stereogram in the complex body.
Fig. 7 is the set composite structural representation.
In the accompanying drawing: charging pump 11, the pump housing 12, feed end 13, discharge end 14, feeding-passage 15, tapping channel 16, blade 17, electric rotating machine 18.
Hopper 31,, helical stir push rod 32, stirring motor 33.
The specific embodiment
The faric charging composite component of food comprises feed arrangement and set composite, and feed arrangement links to each other with set composite, and said set composite comprises composite head body 21 and the charging pump 11 that is communicated with it, and said charging pump 11 is communicated with feed arrangement; Charging pump 11 comprises feed end 13 and the discharge end 14 on the pump housing 12, the pump housing 12; The pump housing 12 horizontal cross-sections are circular; The pump housing 12 feeding-passages 15 that form between the said feed end 13 and the pump housing 12; Form the pump housing 12 tapping channels 16 between the discharge end 14 and the pump housing 12, the outer side edges of the described pump housing 12 feeding-passages 15 and the pump housing 12 cross sections circular tangent, the outer side edges of the pump housing 12 tapping channels 16 and the pump housing 12 cross sections circular tangent; Said tapping channel 16 is downward-sloping with respect to the bottom surface of the pump housing 12;
Set composite comprises composite head body 21; Be arranged on nexine material inlet 22 and outer material inlet 25 on the body, nexine material inlet 22 is communicated with the nexine material outlet 24 of composite head body 21 bottoms through the nexine material channel 23 in composite head body 21; Outer material inlet 25 is communicated with the outer material outlet 27 of composite head body 21 bottoms through the outer material channel 26 in composite head body 21; Said nexine material channel 23 is arranged in material pipe 28; Interior material pipe 28 is installed in the composite head body 21; Space between interior material pipe 28 and the composite head is outer material channel 26, and said being inclined upwardly respectively from nexine material inlet 22 and outer material inlet 25 is provided with guide pipe 29; Interior material pipe 28 outer walls are provided with branching block 210.
The pump housing 12 quantity are at least two, the feed arrangement that corresponding quantity with it is complementary, and the discharge end 14 of the pump housing 12 is communicated with the guide pipe 29 of composite head body 21.
Blade 17 is installed in the body of charging pump 11, and blade 17 is by electric rotating machine mounted thereto 18 driven in rotation.The pump housing 12 bottoms are one-body molded, are enclosuring structure.
Top in the composite head body 21 is provided with and also is provided with positioner 211, and the bottom in the composite head body 21 is provided with down positioner 212.Last positioner 211 is a circulus, and interior material is managed 28 upper ends and is positioned at ring, and interior material is managed 28 upper ends and is fixedly connected with composite head body 21 through last positioner 211.Following positioner 212 is a circulus, and interior material is managed 28 lower ends and is positioned at ring, and interior material is managed 28 lower ends and is fixedly connected with composite head body 21 through following positioner 212, and the said horizontal surface of positioner 212 down is provided with curved waist shape through hole 213.Curved waist shape through hole 213 is a plurality of, is evenly distributed on down on the horizontal surface of positioner 212.Curved waist shape through hole 213 quantity are 3.Branching block 210 quantity are a plurality of.
Feed arrangement comprises hopper 31, is positioned at the stirring motor 33 that hopper 31 inside spins stir push rod 32, drive helical stir push rod 32; Hopper 31 is provided with opening; Opening is communicated with the feed end 13 of charging pump 11, and the bottom surface of said hopper 31 is higher than the bottom surface of charging pump 11.
Embodiment 1
The faric charging composite component of food comprises feed arrangement and set composite, and feed arrangement links to each other with set composite, and said set composite comprises composite head body 21 and the charging pump 11 that is communicated with it, and said charging pump 11 is communicated with feed arrangement; Charging pump 11 comprises feed end 13 and the discharge end 14 on the pump housing 12, the pump housing 12; The pump housing 12 horizontal cross-sections are circular; The pump housing 12 feeding-passages 15 that form between the said feed end 13 and the pump housing 12; Form the pump housing 12 tapping channels 16 between the discharge end 14 and the pump housing 12, the outer side edges of the described pump housing 12 feeding-passages 15 and the pump housing 12 cross sections circular tangent, the outer side edges of the pump housing 12 tapping channels 16 and the pump housing 12 cross sections circular tangent; Said tapping channel 16 is downward-sloping with respect to the bottom surface of the pump housing 12;
Set composite comprises composite head body 21; Be arranged on nexine material inlet 22 and outer material inlet 25 on the body, nexine material inlet 22 is communicated with the nexine material outlet 24 of composite head body 21 bottoms through the nexine material channel 23 in composite head body 21; Outer material inlet 25 is communicated with the outer material outlet 27 of composite head body 21 bottoms through the outer material channel 26 in composite head body 21; Said nexine material channel 23 is arranged in material pipe 28; Interior material pipe 28 is installed in the composite head body 21; Space between interior material pipe 28 and the composite head is outer material channel 26, and said being inclined upwardly respectively from nexine material inlet 22 and outer material inlet 25 is provided with guide pipe 29; Interior material pipe 28 outer walls are provided with branching block 210.
The pump housing 12 quantity are at least two, the feed arrangement that corresponding quantity with it is complementary, and the discharge end 14 of the pump housing 12 is communicated with the guide pipe 29 of composite head body 21.Blade 17 is installed in the body of charging pump 11, and blade 17 is by electric rotating machine mounted thereto 18 driven in rotation.The pump housing 12 bottoms are one-body molded, are enclosuring structure.
After material adds from feed arrangement; Material gets into charging pump 11 from the opening part of hopper 31, and material enters to the pump housing 12 through feed end 13 and feeding-passage 15, because the blade 17 of rotation is arranged in the pump housing 12; So the blade 17 that material is rotated brings to tapping channel 16; Because tapping channel 16 is for being tilted to down setting, thus additive in material and the material such as wet goods, all can be owing to the cause of gravity; Arrive discharge end 14 along the tapping channel that tilts 16, and enter to each material inlet of composite head.
The pump housing 12 of this moment is at least two, and corresponding feed arrangement also is two, and the two-way material gets into the nexine material inlet 22 and outer material inlet 25 of composite head simultaneously respectively.If be provided with three feed pumps and feed arrangement this moment, then the composite head body 21 of set composite also need increase a feed entrance, feeding-passage 15 and material outlet, product that so just can the production three-decker.
Material enters into respectively in the composite head body 21 from the guide pipe 29 of nexine material inlet 22 and outer material inlet 25; Material is transferred to nexine material outlet 24 and outer material outlet 27 places through nexine material channel 23 and outer material channel 26 respectively; In transmission course, nexine and outer field material vertically flow out composite head simultaneously downwards.Be obliquely installed the guide pipe 29 of charging,, just avoided the accumulation and the leakage of material so oil in the material and face filling etc. can flow to composite head body 21 along guide pipe 29.
Embodiment 2
The faric charging composite component of food comprises feed arrangement and set composite, and feed arrangement links to each other with set composite, and said set composite comprises composite head body 21 and the charging pump 11 that is communicated with it, and said charging pump 11 is communicated with feed arrangement; Charging pump 11 comprises feed end 13 and the discharge end 14 on the pump housing 12, the pump housing 12; The pump housing 12 horizontal cross-sections are circular; The pump housing 12 feeding-passages 15 that form between the said feed end 13 and the pump housing 12; Form the pump housing 12 tapping channels 16 between the discharge end 14 and the pump housing 12, the outer side edges of the described pump housing 12 feeding-passages 15 and the pump housing 12 cross sections circular tangent, the outer side edges of the pump housing 12 tapping channels 16 and the pump housing 12 cross sections circular tangent; Said tapping channel 16 is downward-sloping with respect to the bottom surface of the pump housing 12;
Set composite comprises composite head body 21; Be arranged on nexine material inlet 22 and outer material inlet 25 on the body, nexine material inlet 22 is communicated with the nexine material outlet 24 of composite head body 21 bottoms through the nexine material channel 23 in composite head body 21; Outer material inlet 25 is communicated with the outer material outlet 27 of composite head body 21 bottoms through the outer material channel 26 in composite head body 21; Said nexine material channel 23 is arranged in material pipe 28; Interior material pipe 28 is installed in the composite head body 21; Space between interior material pipe 28 and the composite head is outer material channel 26, and said being inclined upwardly respectively from nexine material inlet 22 and outer material inlet 25 is provided with guide pipe 29; Interior material pipe 28 outer walls are provided with branching block 210.
Top in the composite head body 21 is provided with and also is provided with positioner 211, and the bottom in the composite head body 21 is provided with down positioner 212.Last positioner 211 is a circulus, and interior material is managed 28 upper ends and is positioned at ring, and interior material is managed 28 upper ends and is fixedly connected with composite head body 21 through last positioner 211.Following positioner 212 is a circulus, and interior material is managed 28 lower ends and is positioned at ring, and interior material is managed 28 lower ends and is fixedly connected with composite head body 21 through following positioner 212, and the said horizontal surface of positioner 212 down is provided with curved waist shape through hole 213.Curved waist shape through hole 213 is a plurality of, is evenly distributed on down on the horizontal surface of positioner 212.Curved waist shape through hole 213 quantity are 3.Branching block 210 quantity are a plurality of.
The shape of distribution block can be special-shaped or other shapes, mainly plays the effect with material diversion, makes material to fall uniformly, avoids material only in the local flow of passage, causes finished product not meet production requirement.Branching block 210 quantity are a plurality of, are set to usually, and in being evenly distributed on the material pipe 28, but concrete quantity can adjust according to actual conditions, and distribution block can be set to demountable structure, is convenient to flexible installation.
After material adds from feed arrangement; Material gets into charging pump 11 from the opening part of hopper 31, and material enters to the pump housing 12 through feed end 13 and feeding-passage 15, because the blade 17 of rotation is arranged in the pump housing 12; So the blade 17 that material is rotated brings to tapping channel 16; Because tapping channel 16 is for being tilted to down setting, thus additive in material and the material such as wet goods, all can be owing to the cause of gravity; Arrive discharge end 14 along the tapping channel that tilts 16, and enter to each material inlet of composite head.
Material enters into respectively in the composite head body 21 from the guide pipe 29 of nexine material inlet 22 and outer material inlet 25; Material is transferred to nexine material outlet 24 and outer material outlet 27 places through nexine material channel 23 and outer material channel 26 respectively; In transmission course; Outer material carries out Flow-rate adjustment through the curved waist shape through hole 213 of distribution block and following positioner 212, and nexine and outer field material vertically flow out composite head simultaneously downwards then.
Owing to be obliquely installed the guide pipe 29 of charging,, just avoided the accumulation and the leakage of material so oil in the material and face filling etc. can flow to composite head body 21 along guide pipe 29.Distribution block in being arranged on the material pipe 28 can be regulated from the inventory of outer material inlet 25 entering, thereby realizes according to actual production material being continued the peaceful purpose of regulating, shunting.Last positioner 211 in being arranged on the material pipe 28 can be fixed on interior material pipe 28 in the composite head body 21 with following positioner 212; Make it keep stable in the course of the work; Do not produce and rock; Make the material of exporting from composite head body 21 belows not produce and rock, drop on preset position accurately, prevent the peripheral inhomogeneous of material; And reduced the wearing and tearing of equipment, prolonged the service life of equipment.The curved waist shape through hole 213 that is provided with on the following positioner 212 can evenly disperse from the outer material that inlet gets into, and it is flowed out from outlet, plays the effect to the material voltage stabilizing, makes the substance of finished product more stable.
Embodiment 3
The faric charging composite component of food comprises feed arrangement and set composite, and feed arrangement links to each other with set composite, and said set composite comprises composite head body 21 and the charging pump 11 that is communicated with it, and said charging pump 11 is communicated with feed arrangement; Charging pump 11 comprises feed end 13 and the discharge end 14 on the pump housing 12, the pump housing 12; The pump housing 12 horizontal cross-sections are circular; The pump housing 12 feeding-passages 15 that form between the said feed end 13 and the pump housing 12; Form the pump housing 12 tapping channels 16 between the discharge end 14 and the pump housing 12, the outer side edges of the described pump housing 12 feeding-passages 15 and the pump housing 12 cross sections circular tangent, the outer side edges of the pump housing 12 tapping channels 16 and the pump housing 12 cross sections circular tangent; Said tapping channel 16 is downward-sloping with respect to the bottom surface of the pump housing 12;
Set composite comprises composite head body 21; Be arranged on nexine material inlet 22 and outer material inlet 25 on the body, nexine material inlet 22 is communicated with the nexine material outlet 24 of composite head body 21 bottoms through the nexine material channel 23 in composite head body 21; Outer material inlet 25 is communicated with the outer material outlet 27 of composite head body 21 bottoms through the outer material channel 26 in composite head body 21; Said nexine material channel 23 is arranged in material pipe 28; Interior material pipe 28 is installed in the composite head body 21; Space between interior material pipe 28 and the composite head is outer material channel 26, and said being inclined upwardly respectively from nexine material inlet 22 and outer material inlet 25 is provided with guide pipe 29; Interior material pipe 28 outer walls are provided with branching block 210.
The pump housing 12 quantity are at least two, the feed arrangement that corresponding quantity with it is complementary, and the discharge end 14 of the pump housing 12 is communicated with the guide pipe 29 of composite head body 21.
Top in the composite head body 21 is provided with and also is provided with positioner 211, and the bottom in the composite head body 21 is provided with down positioner 212.Last positioner 211 is a circulus, and interior material is managed 28 upper ends and is positioned at ring, and interior material is managed 28 upper ends and is fixedly connected with composite head body 21 through last positioner 211.Following positioner 212 is a circulus, and interior material is managed 28 lower ends and is positioned at ring, and interior material is managed 28 lower ends and is fixedly connected with composite head body 21 through following positioner 212, and the said horizontal surface of positioner 212 down is provided with curved waist shape through hole 213.Curved waist shape through hole 213 is a plurality of, is evenly distributed on down on the horizontal surface of positioner 212.Curved waist shape through hole 213 quantity are 3.Branching block 210 quantity are a plurality of.
Feed arrangement comprises hopper 31, is positioned at the stirring motor 33 that hopper 31 inside spins stir push rod 32, drive helical stir push rod 32; Hopper 31 is provided with opening; Opening is communicated with the feed end 13 of charging pump 11, and the bottom surface of said hopper 31 is higher than the bottom surface of charging pump 11.
The shape of distribution block can be special-shaped or other shapes, mainly plays the effect with material diversion, makes material to fall uniformly, avoids material only in the local flow of passage, causes finished product not meet production requirement.Branching block 210 quantity are a plurality of, are set to 2 usually, and on the material pipe 28, still concrete quantity can be adjusted according to actual conditions in being evenly distributed on, and distribution block can be set to demountable structure, is convenient to flexible installation.
After material added from feed arrangement, through the stirring and the propelling movement of helical stir push rod 32, material got into charging pump 11 from the opening part of hopper 31; Material enters to the pump housing 12 through feed end 13 and feeding-passage 15; Owing to the blade 17 of rotation is arranged, in the pump housing 12 so the blade 17 that material is rotated brings to tapping channel 16, because tapping channel 16 is for being tilted to down setting; So additive in material and the material such as wet goods; The capital arrives discharge ends 14 owing to the cause of gravity along the tapping channel that tilts 16, and enters to each material inlet of composite head.
The pump housing 12 of this moment is at least two, and corresponding feed arrangement also is two, and the two-way material gets into the nexine material inlet 22 and outer material inlet 25 of composite head simultaneously respectively.
The feed pump horizontal cross-section is circular; Just comprise circle or oval, feeding-passage 15 and tapping channel 16 all along the structure of its tangential direction distribution compound the movement locus of fluid, make fluid can realize unimpeded transmission in the pump housing 12 inside; And do not produce residually, avoided the generation at dead angle.
Material enters into respectively in the composite head body 21 from the guide pipe 29 of nexine material inlet 22 and outer material inlet 25; Material is transferred to nexine material outlet 24 and outer material outlet 27 places through nexine material channel 23 and outer material channel 26 respectively; In transmission course; Outer material carries out Flow-rate adjustment through the curved waist shape through hole 213 of distribution block and following positioner 212, and nexine and outer field material vertically flow out composite head simultaneously downwards then.
Owing to be obliquely installed the guide pipe 29 of charging,, just avoided the accumulation and the leakage of material so oil in the material and face filling etc. can flow to composite head body 21 along guide pipe 29.Distribution block in being arranged on the material pipe 28 can be regulated from the inventory of outer material inlet 25 entering, thereby realizes according to actual production material being continued the peaceful purpose of regulating, shunting.Last positioner 211 in being arranged on the material pipe 28 can be fixed on interior material pipe 28 in the composite head body 21 with following positioner 212; Make it keep stable in the course of the work; Do not produce and rock; Make the material of exporting from composite head body 21 belows not produce and rock, drop on preset position accurately, prevent the peripheral inhomogeneous of material; And reduced the wearing and tearing of equipment, prolonged the service life of equipment.The curved waist shape through hole 213 that is provided with on the following positioner 212 can evenly disperse from the outer material that inlet gets into, and it is flowed out from outlet, plays the effect to the material voltage stabilizing, makes the substance of finished product more stable.
Claims (10)
1. faric charging composite component of food; Comprise feed arrangement and set composite; Feed arrangement links to each other with set composite, it is characterized in that: said set composite comprises composite head body (21) and the charging pump (11) that is communicated with it, and said charging pump (11) is communicated with feed arrangement;
Said charging pump (11) comprises feed end (13) and the discharge end (14) on the pump housing (12), the pump housing (12); The pump housing (12) horizontal cross-section is circular; The pump housing (12) feeding-passage (15) that forms between the said feed end (13) and the pump housing (12); Form the pump housing (12) tapping channel (16) between the discharge end (14) and the pump housing (12); The outer side edges of the described pump housing (12) feeding-passage (15) and the pump housing (12) cross section circular tangent, the outer side edges of the pump housing (12) tapping channel (16) and the pump housing (12) cross section circular tangent; Said tapping channel (16) is downward-sloping with respect to the bottom surface of the pump housing (12);
Said set composite comprises composite head body (21); Be arranged on nexine material inlet (22) and outer material inlet (25) on the body, nexine material inlet (22) is communicated with through the nexine material outlet (24) of the nexine material channel (23) in composite head body (21) with composite head body (21) bottom; Outer material inlet (25) is communicated with through the outer material outlet (27) of the outer material channel (26) in composite head body (21) with composite head body (21) bottom; Said nexine material channel (23) is arranged in material pipe (28); Interior material pipe (28) is installed in the composite head body (21); In space between material pipe (28) and the composite head be outer material channel (26), said being inclined upwardly respectively from nexine material inlet (22) and outer material inlet (25) is provided with guide pipe (29); Interior material pipe (28) outer wall is provided with branching block (210);
The said pump housing (12) quantity is at least two, the feed arrangement that corresponding quantity with it is complementary, and the discharge end (14) of the pump housing (12) is communicated with the guide pipe (29) of composite head body (21).
2. the faric charging composite component of food according to claim 1 is characterized in that: blade (17) is installed in the body of said charging pump (11), and blade (17) is by electric rotating machine mounted thereto (18) driven in rotation.
3. the faric charging composite component of food according to claim 2 is characterized in that: the said pump housing (12) bottom is one-body molded, is enclosuring structure.
4. the faric charging composite component of food according to claim 1; It is characterized in that: the top in the said composite head body (21) is provided with and also is provided with positioner (211), and the bottom in the composite head body (21) is provided with down positioner (212).
5. the faric charging composite component of food according to claim 4; It is characterized in that: go up positioner (211) and be circulus; Interior material pipe (28) upper end is positioned at ring, and interior material pipe (28) upper end is passed through last positioner (211) and is fixedly connected with composite head body (21).
6. the faric charging composite component of food according to claim 5; It is characterized in that: said positioner (212) down is circulus; Interior material pipe (28) lower end is positioned at ring; In material pipe (28) lower end be fixedly connected with composite head body (21) through positioner (212) down, said under the horizontal surface of positioner (212) be provided with curved waist shape through hole (213).
7. the faric charging composite component of food according to claim 6 is characterized in that: said curved waist shape through hole (213) is evenly distributed on down on the horizontal surface of positioner (212) for a plurality of.
8. the faric charging composite component of food according to claim 7 is characterized in that: said curved waist shape through hole (213) quantity is 3, and said branching block (210) quantity is a plurality of.
9. according to the faric charging composite component of any described food of claim 1-8; It is characterized in that: said feed arrangement comprises hopper (31), is positioned at the stirring motor (33) that hopper (31) inside spin stirs push rod (32), drives helical stir push rod (32); Hopper (31) end face is provided with opening; Opening is communicated with the feed end (13) of charging pump (11), and the bottom surface of said hopper (31) is higher than the bottom surface of charging pump (11).
10. the faric charging composite component of food according to claim 9 is characterized in that: the operation principle of the faric charging composite component of food is:
After material added from feed arrangement, through the stirring and the propelling movement of helical stir push rod (32), material got into charging pump (11) from the opening part of hopper (31); Material enters to the pump housing (12) through feed end (13) and feeding-passage (15); Owing to the blade (17) of rotation is arranged, in the pump housing (12) so the blade that material is rotated (17) brings to tapping channel (16), because tapping channel (16) is for being tilted to down setting; So additive in material and the material such as wet goods; The capital arrives discharge end (14) owing to the cause of gravity along the tapping channel (16) that tilts, and enters to each material inlet of composite head;
The pump housing (12) of this moment is at least two, and corresponding feed arrangement also is two, and the two-way material gets into the nexine material inlet (22) and the outer material inlet (25) of composite head simultaneously respectively;
Material enters into respectively in the composite head body (21) from the guide pipe (29) of nexine material inlet (22) and outer material inlet (25); Material is transferred to nexine material outlet (24) through nexine material channel (23) and outer material channel (26) respectively and outer material outlet (27) is located; In transmission course; Outer material carries out Flow-rate adjustment through the curved waist shape through hole (213) of distribution block and following positioner (212); Make outer material voltage stabilizing and homogenising, nexine and outer field material vertically flow out composite head simultaneously downwards then.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210137956.7A CN102669207B (en) | 2012-05-07 | 2012-05-07 | Feeding and compounding assembly for food stuffing |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210137956.7A CN102669207B (en) | 2012-05-07 | 2012-05-07 | Feeding and compounding assembly for food stuffing |
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| CN102669207A true CN102669207A (en) | 2012-09-19 |
| CN102669207B CN102669207B (en) | 2015-02-11 |
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| Application Number | Title | Priority Date | Filing Date |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106720002A (en) * | 2016-12-15 | 2017-05-31 | 重庆念记食品有限公司 | Multi-functional point of filling system |
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| Publication number | Publication date |
|---|---|
| CN102669207B (en) | 2015-02-11 |
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