CN217137679U

CN217137679U - Coffee bean grinding and feeding machine

Info

Publication number: CN217137679U
Application number: CN202220983995.8U
Authority: CN
Inventors: 陈志福; 陈志缘
Original assignee: Quanzhou Chaonian Electronic Machinery Co ltd
Current assignee: Fujian Chaonian Technology Co ltd
Priority date: 2022-04-26
Filing date: 2022-04-26
Publication date: 2022-08-09
Anticipated expiration: 2032-04-26

Abstract

The utility model discloses a coffee bean crocus feed machine, its structure includes: pan feeding measuring cylinder groove, crocus machine case, ejection of compact spout, segmentation connect the feed cylinder, the air valve frame piece, section bar cradling piece, the utility model discloses an application pan feeding measuring cylinder groove and segmentation connect the material cylinder to cooperate, through empty inhomogeneous coffee beans and unified when accomodating for feed measuring cylinder groove needs crocus machine case branch groove automatic measure get with broken grinding to powder output, and the output forms the operation effect of the screening dialysis homogeneity unloading of secondary ration and the pressure material ration bag of bundling feed cylinder groove and segmentation double flute section of thick bamboo, guarantee the ration integration and the processing smoothness degree of coffee beans powdered ink feed, promote the continuity of whole equipment and save ageing.

Description

Coffee bean grinding and feeding machine

Technical Field

The utility model relates to a coffee bean crocus feed machine belongs to the coffee machine field.

Background

The instant powder of coffee beans is brewed to reflect the aroma and the strong and mellow taste of coffee, and for the coffee powder bag and the coffee beans, both of which are different taste choices of coffee enthusiasts, and are also the adaptive installation and popularization foundation of the coffee bean pulverizer, people who love coffee can brew and drink by grinding and feeding at the moment in real time are ensured, and the common defects to be optimized in the prior art are as follows:

the quantitative of the coffee powder usually needs the coffee beans to be weighed and then ground twice and weighed, so that the tedious repeated weighing quantitative operation is caused, the coffee beans are actually and individually homogenized, the grinding is easy to cause uneven thickness, the powder texture needs to be increased in a continuous grinding period, the coffee brewing efficiency is also slowed, the equipment is convenient to use and still has the hysteresis of a certain time and functions, and the coffee beans need to be measured in advance and the coffee powder needs to be measured subsequently, so that the step division cannot be integrated.

SUMMERY OF THE UTILITY MODEL

Not enough to prior art exists, the utility model aims at providing a coffee bean crocus feed machine, with the solution and the ration of coffee powder often needs the regrinding secondary of weighing of coffee bean to weigh, cause loaded down with trivial details ration operation of weighing repeatedly, and the real individual homogeneity of coffee bean, thereby nevertheless grind easy thickness inequality and need last grinding cycle and increase the homogeneous feel of powder, also slow down grind the efficiency of infusing coffee, let equipment use convenience still have the hysteresis quality of certain time and function, and need get coffee bean and follow-up volume in advance to get the problem that the coffee powder leads to the unable integrated operation of step division.

In order to achieve the above purpose, the present invention is realized by the following technical solution: a coffee bean grinding and feeding machine structurally comprises: the sectional material receiving barrel is inserted and embedded in the right lower corner of the milling machine box, the discharge chutes are inserted and embedded in the right side of the milling machine box and right above the sectional material receiving barrel, the material receiving barrel is inserted and embedded in the left upper corner of the milling machine box and communicated with each other, the air valve frame block is embedded and embedded in the front side of the sectional material receiving barrel and positioned on the same vertical surface, the sectional material support rods are three and are all inserted and embedded under the bottom of the milling machine box, the sectional material receiving barrel is provided with a ring beam barrel groove, a sectional double-groove barrel and a material pressing and metering bag, the ring beam barrel groove is embedded and aligned on the top of the sectional double-groove barrel, the material pressing and metering bag is embedded and communicated with the bottom of the ring beam barrel groove, the material pressing and metering bag is arranged inside the sectional double-groove barrel and aligned with the axis, and the segmented double-groove barrel is inserted and embedded in the lower right corner of the milling machine case.

In order to optimize the technical scheme, the method further comprises the following steps:

as a further improvement, the ring is restrainted the feed cylinder groove and is constituteed by long hopper feed cylinder groove, ring restraint spacing collar, the ring is restrainted the spacing collar and is installed in the inside of long hopper feed cylinder groove and axle center collineation, the ring is restrainted the spacing collar and is adopted clearance fit with long hopper feed cylinder groove.

As a further improvement, the ring bundle limiting ring is composed of two lifting sliders and a sealing ring, the two lifting sliders are respectively installed at the left side and the right side of the sealing ring, and the lifting sliders are buckled with the sealing ring and are perpendicular to each other.

As a further improvement of the utility model, the quantitative bag of pressure material comprises the groove is arranged to bee check board bag cap, grid, bee check board bag cap is installed on the top in groove is arranged to the grid, bee check board bag cap arranges the groove with the grid and nests integratively and link up each other.

As a further improvement of the utility model, the bee check board bag cap comprises bee check book pterygoid lamina, bag groove bag cap, bee check wing board is installed in the inside of bag groove bag cap, bee check book pterygoid lamina is inserted with bag groove bag cap and is inlayed together and link up each other.

As the utility model discloses a further improvement, long and thin section of thick bamboo groove structure of fighting the feed cylinder groove for the top takes the oblique angle notch, makes things convenient for slope opening parcel unloading mouth of pipe to form to connect the material to accomodate dress and get and long distance deep distance ration operation effect.

As a further improvement, the seal ring is a composite annular frame structure with slots at the front and rear ends, and the mechanical spacing plate is convenient to alternate and the slots form the operation effect of the quantitative blanking butt joint of the diaphragm material.

As a further improvement, the grid row groove is a composite groove seat structure of the base petal groove arranged for the grid row pipe, and the operation of pipe discharge is carried out by collecting the materials by pipe after the blanking of the grid groove is carried out conveniently.

As the utility model discloses a further improvement, bee check book pterygoid lamina is for controlling the folded plate frame groove structure of oblique downward area bee check groove, makes things convenient for inclination unloading cooperation sieve material to form the homogeneity of coffee bean powder granule and combs the operation effect.

Advantageous effects

The utility model relates to a coffee bean grinding and feeding machine, a worker presets and guides coffee beans into a material inlet measuring cylinder groove so as to enable the coffee beans to enter a grinding machine box one by one to be ground into powder and then to be butted with a material outlet chute to guide the powder to a subsection material receiving cylinder, in the process of blanking coffee powder by flushing the air pump pipe which is externally connected with the air valve frame block in a matched manner, the whole coffee machine grinding equipment and the dredging machine frame are supported by the section bar support rod in an auxiliary manner, the ring-shaped material cylinder groove is inserted with a material pressing quantitative bag at the top of the segmented double-groove cylinder to form the segmented quantitative coffee powder measuring, blanking and dredging operation effect, the long-bucket material cylinder groove is lifted by the lifting slide block of the ring-shaped limiting ring to drive the sealing ring to limit, then the inserting plate presses the material, the coffee powder enters the honeycomb folding wing plate of the honeycomb plate bag cap and the bag groove bag cap to balance the quality and then is conducted to the grid row groove to be matched with the bundling and blanking, and the operation effect of quantitatively feeding the powder one by one for packaging, linking and smoothly carrying the coffee cups is formed.

The utility model discloses the advantage that can reach after the operation has:

application pan feeding graduated flask groove and segmentation connect the material section of thick bamboo to cooperate, through empty inhomogeneous coffee beans and unified accomodate for feed measuring cylinder groove when needing the crocus machine case branch groove automatic measure get with broken grinding to be whitewashed output, and the output forms the operational effect of the screening dialysis homogeneity unloading of secondary ration and the pressure material ration bag of bundling graduated flask groove and the two grooved drum of segmentation, guarantees the quantitative integration and the processing smoothness degree of coffee beans powdered ink feed, promotes the continuity of whole equipment and saves ageing.

Drawings

Other features, objects, and advantages of the present invention will become more apparent from the following detailed description of the embodiments of the invention when taken in conjunction with the accompanying drawings, in which:

fig. 1 is a schematic structural view of the coffee bean grinding and feeding machine of the present invention.

Fig. 2 is a schematic view of a detailed sectional structure of the sectional material receiving barrel of the present invention.

Fig. 3 is a schematic view of the three-dimensional structure of the working state of the restraint limiting ring of the present invention.

Fig. 4 is a schematic cross-sectional structural view of the working state of the bee-grid plate bag cap of the present invention.

Description of reference numerals: a feeding measuring cylinder groove-1, a milling machine case-2, a discharging chute-3, a sectional material receiving cylinder-4, an air valve frame block-5, a section bar support rod-6, a ring beam material cylinder groove-41, a sectional double-groove cylinder-42, a material pressing quantitative bag-43, a long bucket material cylinder groove-411, a ring beam limiting ring-412, a lifting slide block-4121, a sealing ring-4122, a bee lattice plate bag cap-431, a grid row groove-432, a bee lattice folded wing plate-4311 and a capsule groove bag cap-4312.

Detailed Description

In order to make the technical means, creation features, achievement purposes and functions of the present invention easy to understand, the present invention is further described below with reference to the following embodiments.

The first embodiment is as follows:

referring to fig. 1-2, the present invention provides a coffee bean grinding and feeding machine, which comprises: the sectional material receiving barrel comprises a material inlet measuring barrel groove 1, a milling machine case 2, a material outlet chute 3, a sectional material receiving barrel 4, an air valve frame block 5 and a sectional material support rod 6, wherein the sectional material receiving barrel 4 is inserted and embedded at the right lower corner of the milling machine case 2, the material outlet chute 3 is inserted and embedded at the right side of the milling machine case 2 and right above the sectional material receiving barrel 4, the material inlet measuring barrel groove 1 is inserted and embedded at the left upper corner of the milling machine case 2 and is communicated with each other, the air valve frame block 5 is nested at the front side of the sectional material receiving barrel 4 and is positioned on the same vertical surface, the sectional material support rod 6 is provided with three parts and is inserted and embedded under the bottom of the milling machine case 2, the sectional material receiving barrel 4 is provided with a ring beam material barrel groove 41, a sectional double-groove barrel 42 and a material pressing quantitative bag 43, the ring beam material barrel groove 41 is inserted and embedded on the top of the sectional double-groove barrel 42 and is collinear, the material pressing quantitative barrel bag 43 is nested and is communicated with the bottom of the ring beam material barrel groove 41, the pressing material quantitative bag 43 is arranged inside the sectional double-groove barrel 42, the axes of the pressing material quantitative bag are collinear, the sectional double-groove barrel 42 is inserted and embedded at the lower right corner of the milling case 2, the ring beam barrel groove 41 is composed of a long hopper barrel groove 411 and a ring beam limiting ring 412, the ring beam limiting ring 412 is arranged inside the long hopper barrel groove 411, the axes of the ring beam limiting ring 412 and the long hopper barrel groove 411 are collinear, the ring beam limiting ring 412 and the long hopper barrel groove 411 are in clearance fit, the long hopper barrel groove 411 is a composite long and thin barrel groove structure with an oblique angle notch at the top, a blanking pipe orifice is conveniently wrapped by an inclined opening to form a material receiving, containing and long-distance deep distance quantitative operation effect, the pressing material quantitative bag 43 is composed of a honeycomb plate bag cap 431 and a grid row groove 432, the honeycomb plate bag cap 431 is arranged on the top of the grid row groove 432, the honeycomb plate cap and the grid row groove 431 are nested into a whole and communicated with each other, the grid row groove 432 is a composite groove seat structure of a grid row-arranged base groove, the operation of discharging the materials bundled by the tube body one by one after the blanking of the bearing grid groove is facilitated.

Referring to fig. 3, the ring beam limiting ring 412 is composed of two lifting sliders 4121 and a seal ring 4122, the two lifting sliders 4121 are respectively installed at the left side and the right side of the seal ring 4122, the lifting sliders 4121 and the seal ring 4122 are fastened together and perpendicular to each other, the seal ring 4122 is a composite annular frame structure with slots at the front end and the rear end, and the mechanical limiting plate slots are conveniently inserted to form the operation effect of quantitative blanking and butt joint of the diaphragm material.

Referring to fig. 4, the honeycomb panel bag cap 431 is composed of a honeycomb flap panel 4311 and a bag cap 4312, the honeycomb flap panel 4311 is installed inside the bag cap 4312, the honeycomb flap panel 4311 and the bag cap 4312 are inserted and embedded together and are communicated with each other, and the honeycomb flap panel 4311 is a folded plate frame groove structure with a honeycomb groove in the left and right inclined downward directions, so that the uniform carding operation effect of coffee bean powder particles formed by inclined-angle blanking and material sieving is facilitated.

The working process is as follows: the working personnel guides the coffee beans into the feeding amount barrel groove 1 in advance so that the coffee beans enter the grinding machine box 2 one by one to be ground into powder and then are butted with the discharging chute 3 to guide the powder to the sectional material receiving barrel 4, in the blanking process of the air valve frame block 5 externally connected with an air pump pipe for flushing coffee powder in a matched manner, the whole coffee machine grinding equipment and the dredging machine frame are supported by the section bar support rod 6 in an auxiliary manner, the ring-shaped material-bundling cylinder groove 41 is inserted into the material-pressing quantitative bag 43 at the top of the segmented double-groove cylinder 42 to form the operation effect of sectional quantitative coffee powder measuring, blanking and dredging, the long-bucket material-cylinder groove 411 is lifted by the lifting slide block 4121 of the ring-shaped limiting ring 412 to drive the sealing ring 4122 to limit, then the plate is inserted for pressing, the coffee powder enters the honeycomb flap plate 4311 of the honeycomb plate bag cap 431 and the bag groove bag cap 4312 to balance the quality, and then is conducted to the grid row groove 432 to be matched with the bundling and blanking, so that the operation effect of quantitatively blanking, packaging, linking and smoothly carrying the coffee cups one by one is achieved.

The utility model combines the above components, the feeding amount cylinder groove 1 and the sectional material receiving cylinder 4 are matched, the grinding machine case 2 is automatically measured and crushed to be ground into powder output when the feeding amount cylinder groove 1 needs by dumping the inhomogeneous coffee beans and uniformly storing and feeding the inhomogeneous coffee beans, the output end forms the operation effect of the sieving dialysis homogenizing blanking of the secondary quantifying and pressing material quantifying bags 43 of the beam material cylinder groove 41 and the sectional double-groove cylinder 42, the quantifying integration and the processing fluency of the coffee bean ink powder feeding are ensured, the continuity and the time effectiveness are improved, the problem that the quantifying of the coffee powder always needs the weighing and the secondary grinding weighing of the coffee beans is solved, the complex repeated weighing and quantifying operation is caused, the coffee beans are actually homogenized, but the grinding is easy in thickness, thereby the powder homogeneity is increased by continuously grinding the period, and the efficiency of slowly grinding the coffee is also achieved, the device is convenient to use and still has hysteresis of certain time and functions, and the problem that step division cannot be integrated due to the fact that coffee beans are required to be measured in advance and coffee powder is required to be measured subsequently is solved.

The specific embodiments described herein are merely illustrative of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the scope of the invention or exceeding the scope of the claims.

Claims

1. A coffee bean grinding and feeding machine structurally comprises: pan feeding graduated flask groove (1), crocus machine case (2), ejection of compact spout (3), segmentation connect feed cylinder (4), air valve frame piece (5), section bar cradling piece (6), its characterized in that:

the sectional material receiving barrel (4) is inserted and embedded in the lower right corner of the milling machine case (2), the discharging chute (3) is inserted and embedded in the right side of the milling machine case (2) and right above the sectional material receiving barrel (4), the material feeding amount barrel groove (1) is inserted and embedded in the upper left corner of the milling machine case (2), the air valve frame block (5) is embedded in the front side of the sectional material receiving barrel (4), and three sectional material support rods (6) are arranged and are all inserted and embedded below the bottom of the milling machine case (2);

the sectional material receiving barrel (4) is provided with a ring-shaped barrel groove (41), a sectional double-groove barrel (42) and a material pressing quantitative bag (43);

the ring beam charging barrel groove (41) is inserted and embedded in the top of the segmented double-groove barrel (42), the pressing quantitative bag (43) is embedded under the bottom of the ring beam charging barrel groove (41), the pressing quantitative bag (43) is installed inside the segmented double-groove barrel (42), and the segmented double-groove barrel (42) is inserted and embedded in the lower right corner of the milling machine box (2).

2. A coffee mill feed machine as claimed in claim 1, wherein: the ring bundle barrel groove (41) is composed of a long hopper barrel groove (411) and a ring bundle limiting ring (412), the ring bundle limiting ring (412) is installed inside the long hopper barrel groove (411), and the ring bundle limiting ring (412) is matched with the long hopper barrel groove (411).

3. A coffee mill feed machine as claimed in claim 2, wherein: the ring beam limiting ring (412) is composed of two lifting slide blocks (4121) and a sealing ring (4122), the two lifting slide blocks (4121) are respectively arranged at the left side and the right side of the sealing ring (4122), and the lifting slide blocks (4121) are buckled with the sealing ring (4122) together.

4. A coffee mill feed machine as claimed in claim 1, wherein: the quantitative pressing bag (43) is composed of a honeycomb plate bag cap (431) and a grid row groove (432), the honeycomb plate bag cap (431) is arranged on the top of the grid row groove (432), and the honeycomb plate bag cap (431) and the grid row groove (432) are nested into a whole.

5. A coffee mill feed machine according to claim 4, wherein: the bee lattice plate bag cap (431) is composed of a bee lattice folding wing plate (4311) and a sac groove bag cap (4312), the bee lattice folding wing plate (4311) is installed inside the sac groove bag cap (4312), and the bee lattice folding wing plate (4311) and the sac groove bag cap (4312) are inserted and embedded together.

6. A coffee mill feed machine as claimed in claim 2, wherein: the long hopper charging barrel groove (411) is of a composite long and thin barrel groove structure with an oblique angle notch at the top.

7. A coffee mill feed machine according to claim 3, wherein: the sealing ring (4122) is a composite annular frame structure with slots at the front end and the rear end.

8. A coffee mill feed machine according to claim 4, wherein: the grid row grooves (432) are composite groove seat structures of the grid row pipe arrangement base petal grooves.

9. A coffee mill feed machine according to claim 5, wherein: the bee lattice folding wing plate (4311) is of a folded plate frame groove structure with bee lattice grooves obliquely downwards from left to right.