CN215088559U

CN215088559U - Hand-held type developments mix crowded mucilage binding and put

Info

Publication number: CN215088559U
Application number: CN202121537041.6U
Authority: CN
Inventors: 沈建韬; 李涛
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-07-07
Filing date: 2021-07-07
Publication date: 2021-12-10
Anticipated expiration: 2031-07-07

Abstract

The utility model discloses a hand-held dynamic mixing and glue extruding device, which comprises a hand-held shell, a dynamic mixing and glue extruding mechanism and a driving mechanism; the handheld shell comprises a propelling cavity, a containing cavity and a mixing cavity, wherein a glue containing box is arranged in the containing cavity, and the glue containing box is provided with a plurality of independent bins for containing mixture raw materials; the dynamic mixing and glue extruding mechanism comprises a glue extruding part, a central shaft and a planetary gear transmission, wherein a planetary gear support shaft of the planetary gear transmission is in threaded connection with the glue extruding part, a long-strip boss is arranged on the outer circular surface of the glue extruding part and matched with a groove arranged on the inner wall of the propelling cavity shell, the central shaft respectively penetrates through central holes of a hollow pipe and the planetary gear support shaft, and two ends of the central shaft are respectively connected with a stirring part and a sun gear shaft; the driving mechanism is a manual mechanism or an electric mechanism. The utility model realizes dynamic uniform stirring while pushing and stirring, and solves the problem of the prior glue mixer; the product has stronger adaptability; structural design is ingenious, easy operation pushes away gluey light, convenient to carry, and the mixture of gluing is abundant more even.

Description

Hand-held type developments mix crowded mucilage binding and put

Technical Field

The utility model relates to a hand-held type developments mix crowded mucilage binding and put belongs to and mixes extrusion device technical field.

Background

At present, the common usage of various component glues is that glue A and glue B which are respectively arranged in two or more containers (rubber tubes) are taken out (extruded) to a temporary container according to a certain proportion and are stirred and mixed by a manual stirring tool for use. This method of use is obviously problematic, for example: when the glue stirring device is used, a proper temporary container needs to be found for containing glue, the glue stirring needs to be time-consuming, hands or surrounding objects can be dirtied by a little attention, the accurate proportion is difficult to ensure by the amount of manual taking (extruding), and the like.

In order to solve many disadvantages in use, a static glue mixing device is provided in the prior art, patent No. CN 2008201070726, and a two-component glue mixer is provided, the mixing and glue extruding device is to mold and cast the outer walls of two circular glue containing tubes together, (the diameters of the two glue containing tubes are different according to the different glue usage ratios), an opening is provided at the front end of the two glue containing tubes, a static glue mixer (a multi-layer fixed irregular blocking piece is provided in the cavity of the static glue mixer) is installed at the opening at the front end of the two glue containing tubes during use, a push rod for a glue pushing gun is used to push glue forward from the bottom of the two glue containing tubes, and the glue is pushed into the static glue mixer and extruded after passing through the irregular blocking piece. The glue mixing mode is formed by means of blocking a two-component glue material in the conveying process by a multi-layer blocking piece and repeatedly changing the moving direction of the glue, and no moving piece is used for dynamically stirring the two glue materials in the process, so that the mixing effect of the glue mixing mode is obviously more sufficient and uniform than that of the glue mixing mode by dynamic stirring, and the mixing effect is not ideal under the conditions of large material viscosity difference and large mixing proportion. Moreover, the device has dispersed parts, laborious glue pushing and complex operation.

The requirements of the existing market are: all parts of the mixed glue extruding device and the glue containing box can be assembled into a whole, and the mixed glue extruding device is convenient to carry and easy to operate; the component glue can be dynamically stirred and mixed during use, so that the glue is more fully and uniformly mixed. However, none of the solutions disclosed in the prior art can solve these problems, and innovations are needed.

SUMMERY OF THE UTILITY MODEL

In order to solve the problems existing in the prior art, the utility model aims at: the hand-held dynamic mixing and glue extruding device can combine (make) the glue containing box and the mixing and glue extruding device into a whole, so that the component glue materials with various proportions and viscosities can be dynamically stirred and mixed in the container when in use, and the carrying and the operation are convenient.

In order to achieve the above object, the present invention adopts the following technical means: a hand-held dynamic mixing and glue extruding device comprises a hand-held shell, a dynamic mixing and glue extruding mechanism and a driving mechanism; the handheld shell comprises a propelling cavity, a containing cavity and a mixing cavity, the propelling cavity is connected with the containing cavity, the containing cavity is connected with the mixing cavity, a glue containing box is installed in the containing cavity, a hollow pipe is arranged at the center of the glue containing box, and a cavity between the glue containing box and the hollow pipe is divided into a plurality of independent bins which correspond to the mixture raw materials and contain the mixture raw materials by partition plates; the dynamic mixing and glue extruding mechanism comprises a glue extruding part, a central shaft and a planetary gear transmission, one end of the glue containing box is provided with a plurality of glue pushing openings which are formed after being divided by a partition plate and correspond to glue extruding feet of the glue extruding part, the end surface of the other end of the glue containing box is provided with an end surface plate for sealing, and the end surface plate corresponding to each independent bin is provided with a discharge hole which is directly communicated with the mixing cavity; the planetary gear transmission comprises a planetary gear support shaft, a gear ring arranged on the inner wall of one end of a middle shell, and a sun gear shaft arranged in a driving mechanism shell, wherein a limit ring is arranged in a propelling cavity above the gear ring, the planetary gear shaft is arranged on one end surface of the planetary gear support shaft, a planetary gear is arranged on the planetary gear shaft and is meshed with the sun gear arranged on the sun gear shaft, an external thread is arranged on the outer circumference of the planetary gear support shaft, the center of an extrusion piece is provided with a hole and an internal thread matched with the external thread of the planetary gear support shaft, the planetary gear support shaft is in threaded connection with the extrusion piece, a strip boss is arranged on the outer circumferential surface of the extrusion piece and is matched with a groove arranged on the inner wall of the propelling cavity shell, a central shaft penetrates through the central holes of the hollow tube and the planetary gear support shaft respectively, and two ends are connected with a stirring piece and the sun gear shaft respectively; the driving mechanism is a manual mechanism or an electric mechanism.

Further, set up the discharging pipe on the discharge opening, set up a ejection of compact separation blade between discharge opening and mixing chamber, set up the cover through-hole that corresponds the discharging pipe on the ejection of compact separation blade, the discharge opening communicates with each other through discharging pipe, cover through-hole and mixing chamber.

In a further design, a step counter bore is arranged at the center of the discharging separation blade, a stirring shaft of the stirring piece penetrates through the step counter bore, and the stirring shaft is connected with the end face of one side of the discharging hole through an opening buckle.

Furthermore, the stirring piece is composed of a stirring shaft and a spiral stirring blade arranged on the stirring shaft, or a plurality of linear rods arranged on the stirring shaft, and the stirring shaft is connected with the central shaft in an inserting or threaded manner.

As a preferred design, a plurality of linear rods are distributed at intervals among different layers, the height of the plurality of linear rods in each layer is equal, the plurality of linear rods are uniformly distributed at intervals on the outer circumference of the stirring shaft, and the height size of the linear rods is gradually increased from the topmost layer to the bottommost layer.

As a design, the handheld shell consists of a front nozzle cover, a middle shell and a manual mechanism shell, or consists of a front nozzle cover, a middle shell and an electric mechanism shell; a mixing cavity is arranged in the front nozzle cover, the middle shell is of an integrally formed structure, and a propelling cavity and a containing cavity are arranged in the shell; the middle shell is formed by connecting a propulsion cavity and an accommodating cavity, the propulsion cavity is internally provided with the propulsion cavity, and the accommodating cavity is internally provided with the accommodating cavity; the front nozzle cover is connected with one end of the cavity of the middle shell, and one end of the propulsion cavity of the middle shell is connected with the shell of the manual mechanism or the shell of the electric mechanism.

In a more specific design, the front nozzle cover is formed by combining a cylindrical shell and a conical shell, and a glue outlet is formed in the small circular end of the conical shell; or a glue outlet with threads on the outer wall is arranged for additionally installing glue outlets with different diameters according to the requirement; one end of the cylindrical shell of the front nozzle cover is connected with the middle shell through the arranged internal threads or the buckle piece, and the inner cavity of the front nozzle cover is a mixing cavity.

The inner wall of one end of the holding cavity of the handheld shell is axially provided with two long boss strips which are matched with grooves formed in the outer wall of the glue containing box and used for the glue containing box to be inserted into the holding cavity without rotating.

The glue squeezing piece comprises a glue squeezing rod and a glue squeezing foot arranged on the glue squeezing rod, the glue squeezing piece is a hollow cylinder or a hollow polyhedron, and a partition plate gap is arranged at the position, corresponding to a partition plate in the glue containing box, of the glue squeezing piece, so that the glue squeezing rod and the glue squeezing foot correspond to the independent bin and can be inserted and squeezed.

As a specific design, the manual mechanism shell is a rear cover, the rear cover is connected with the outer wall of one end of the middle shell through a buckle and can rotate along a buckle groove on the outer wall of the middle shell, and a sun wheel shaft which are integrally formed are arranged in the rear cover; the rear cover is provided with a limiting locking plate, the limiting locking plate is provided with a boss facing the middle shell, a limiting notch is formed in the edge of the groove of the middle shell, and the boss is positioned in the notch in a locking state; the connecting line of the outer wall of the rear cover of the limiting locking plate is set to be a porous or groove connecting line, so that the limiting locking plate can be conveniently broken to unlock.

The beneficial effects of the utility model reside in that:

1. the glue pushing and the stirring are carried out simultaneously, the raw materials are mixed and stirred in the mixing cavity while the glue is easily pushed, the single-container bearing is realized, the dynamic uniform stirring in the container is also realized, and the problem of the existing glue mixer is solved;

2. the manual driving and the electric driving can be adopted, the technical scheme of multiple structures and different costs is realized, the consumption requirements of different groups can be met, and the product adaptability is stronger;

3. the operation is simple, the differential motion is realized, the glue pushing is easy, the component glue can be automatically and dynamically stirred and mixed in the using process, and the glue is more fully and uniformly mixed;

4. structural design is ingenious, and the part is simple, does benefit to the preparation, has realized that each part assembles an organic whole with flourishing gluey box, convenient to carry.

Drawings

The invention is further explained below with reference to the drawings and examples.

Fig. 1 is a schematic diagram of an explosive structure of the present invention;

FIG. 2 is a schematic structural view of a planetary transmission of the present invention;

fig. 3 is a schematic view of the glue container of the present invention.

In the figure: 1. rear cover, 11, spacing locking plate, 12, sun gear axle, 3, center pin, 4, crowded gluey piece, 41, crowded gluey pole, 43, baffle clearance, 42, crowded gluey foot, 5, well casing, 6, flourishing gluey box, 61, discharging pipe, 62, baffle, 63, hollow tube, 64, independent storehouse, 7, baffle, 71, cover through-hole, 8, stirring piece, 81, (mixing) shaft, 9, preceding mouthpiece cover, 10, planetary gear derailleur, 101, planet wheel support axle, 102, planet wheel axle, 103, planet wheel, 104, sun gear, 105, ring gear, 106, spacing ring.

Detailed Description

As shown in fig. 1, 2 and 3, the present embodiment of the handheld dynamic mixing and glue-squeezing device is a manual differential structure, and includes a rear cover 1, a central shaft 3, a glue-squeezing component 4, a middle housing 5, a glue-containing box 6, a baffle 7, a stirring component 8, a front nozzle cover 9, and a planetary gear transmission 10;

wherein, the rear cover 1, the middle shell 5 and the front nozzle cover 9 form a handheld shell;

the handheld shell comprises a propelling cavity, a containing cavity and a mixing cavity, wherein the propelling cavity is connected with the containing cavity, and the containing cavity is connected with the mixing cavity;

the central shaft 3, the glue extruding part 4 and the planetary gear transmission 10 form a dynamic mixing glue extruding mechanism;

the middle shell 5 comprises a propelling cavity and a containing cavity, a baffle 7 and a front nozzle cover 9 form a mixing cavity, the glue containing box 6 is inserted into the containing cavity, a hollow pipe 63 is arranged at the center of the glue containing box 6 and is used for inserting the central shaft 3, the cavity between the glue containing box 6 and the hollow pipe 63 is divided into 3 independent bins 64 corresponding to the mixture raw material by a partition plate 62 and used for containing the mixture raw material, and the front nozzle cover 9 is screwed at one end of the middle shell through threads so that one end of the containing cavity is connected with the mixing cavity;

the sun gear 104 and the sun gear shaft 12 which are integrally formed are arranged in the rear cover 1, and the rear cover 1 is connected with the outer wall of one end of the middle shell 5 in a buckling mode to form a manual driving mechanism which rotates along a buckling groove in the outer wall of the middle shell; the rear cover 1 is provided with a limiting locking plate 11, the limiting locking plate 11 is provided with a boss facing the middle shell, a limiting notch is arranged at the edge of the groove of the middle shell 5, the boss is positioned in the notch in a locking state, the connecting line of the outer wall of the rear cover of the limiting locking plate 11 is arranged to be a multi-hole or groove connecting line, the limiting locking plate is convenient to break off and unlock, when in use, the limiting locking plate 11 is broken off at first, and at the moment, the rear cover can freely rotate along the buckling groove of the outer wall of the middle shell;

the glue squeezing piece 4 is of a tubular structure, a partition plate gap 43 is formed in the position, corresponding to the partition plate 62 in the glue containing box 6, of the tubular structure, so that the circumference of one end of the glue squeezing piece 4 is divided into 3 glue squeezing rods 41 along the axis direction, the glue squeezing feet 42 are arranged on the glue squeezing rods 41, and the 3 glue squeezing feet 42 respectively correspond to 3 independent bins in the glue containing box 6;

one end of the glue containing box 6 is provided with a plurality of glue pushing openings which are formed after being divided by the partition board 62 and correspond to the glue extruding feet 42 of the glue extruding piece 4, the end surface of the other end is provided with an end surface board for sealing, discharge holes are arranged on the end face plate corresponding to each independent bin, discharge pipes 61 are arranged on the discharge holes, a discharging separation blade 7 is arranged between the discharging hole and the mixing cavity, a sleeve through hole 71 corresponding to the discharging pipe 61 is arranged on the discharging separation blade 7, the discharging hole is communicated with the mixing cavity through the discharging pipe 61 and the sleeve through hole 71, two long bosses are axially arranged on the inner wall of one end of the holding cavity of the handheld shell and matched with a groove arranged on the outer wall of the glue containing box 6, the stirring shaft 81 of the stirring piece 8 penetrates through the step counter bore, and is connected with the stirring shaft 81 by an opening buckle on the end surface facing to one side of the discharging hole;

the planetary gear transmission 10 comprises a planetary gear support shaft 101, a gear ring 105 arranged on the inner wall of one end of a middle shell 5, a limit ring 106 arranged in a propelling cavity above the gear ring 105, a planetary gear shaft 102 arranged on one end face of the planetary gear support shaft 101, a planetary gear 103 arranged on the planetary gear shaft 102 and meshed with a sun gear 104 arranged on a sun gear shaft 12, an external thread arranged on the outer circumference of the planetary gear support shaft 101, a central hole of an extrusion piece 4 and an internal thread matched with the external thread of the planetary gear support shaft 101, the planetary gear support shaft 101 and the extrusion piece 4 are in threaded connection, a strip boss is arranged on the outer circumferential face of the extrusion piece 4 and matched with a groove arranged on the inner wall of a propelling cavity shell, a central shaft 3 is an optical axis, the central shaft respectively penetrates through the central holes of the planetary gear and the planetary gear support shaft in the containing cavity, and two ends are respectively connected with a stirring piece and the sun gear shaft in a back cover or an electric component shell, the sun wheel drives the planet wheel to rotate, the planet wheel pushes the planet wheel support shaft to rotate through gear ring meshing, the planet wheel support shaft is constrained by the limiting ring and does not produce axial motion, the planet wheel support shaft rotates to drive the rubber extruding part to move linearly from the propelling cavity to the containing cavity, and the central shaft rotates to drive the stirring part to form a differential motion with the stirring speed greater than the rubber extruding speed.

Through manual or electronic, the action of drive dynamic mixing rubber extruding mechanism, the sun gear drives the planet wheel rotatory, the planet wheel passes through the ring gear meshing and promotes planet wheel support shaft and rotate, planet wheel support shaft is restricted by the spacing ring and does not produce axial motion, planet wheel support shaft rotates and drives crowded gluey piece and makes rectilinear motion to holding the chamber from advancing the chamber, the center pin is rotatory simultaneously, crowded gluey piece corresponds the crowded gluey foot in independent storehouse and pushes away the hybrid chamber with the mixture raw materials in the independent storehouse simultaneously, drive the stirring piece, form the differential of stirring speed greater than crowded gluey speed, make the effect of material mixing stirring better.

It should be noted that, although the structure of the glue extruding member 4 and the glue containing box 6 is shown as a tubular cylinder, it can also be made into a square, polygonal, etc. structure. Because the glue extruding part 4 moves linearly, that is, what shape the outer surface of the middle shell 5 can be, the inner pushing cavity only needs to satisfy the linear movement of the glue extruding part 4, the shape is not limited, and the shape of the glue containing box 6 is also not limited, the glue extruding part 4 in fig. 1 can see that the size of the glue extruding foot 42 is larger than that of the glue extruding rod 41, and the matching of the size and the shape only needs the glue extruding foot 42 of the glue extruding part 4 and the glue pushing opening of the glue containing box 6.

It should be noted that the design of the glue containing box 6 is correlated with the design of the containing cavity, wherein, a plurality of structural schemes can be designed, such as: in the scheme 1, the accommodating cavity is used as a glue containing box 6, and the glue containing box 6 is fixedly arranged in the middle shell 5, so that the structure is relatively complex to manufacture, and the whole glue containing box is discarded after being used once; scheme 2, the structure of this embodiment, glue containing box 6 pegs graft in holding the intracavity, such advantage is, glue containing box 6 can be produced alone, only need discard glue containing box 6 after using, other parts can used repeatedly; scheme 3, well casing 5 comprises propulsion cavity and appearance chamber body two parts, connects modes such as through threaded connection or outside auxiliary member, and at this moment, holds the chamber body and for flourishing gluey box 6, flourishing gluey box 6 can produce alone, only need abandon after the use flourishing gluey box 6, other parts ability used repeatedly.

The number of the independent rubber bins of the rubber containing box is determined according to the proportion of the component rubber, for example, when the two-component rubber is adopted, the used proportion is 2:1, the number of the independent rubber bins of the rubber containing box is 3, and the accuracy of the rubber discharging proportion is ensured.

Description of the drawings: each bin of the independent bins can be made into a plurality of independent bins with the same volume (namely the sectional areas of the bins are the same in size), and also can be made into independent bins with different volumes (namely the sectional areas of the bins are different in size); the number of the independent bins with the same volume is determined according to the proportion of the two-component glue, and the size proportion of the independent bins with different volumes is consistent with the proportion required by the mixed materials.

It should be noted that the baffle 7 is designed to reduce the play range during rotation by allowing the stirring element 8 to be connected with the central shaft 3 in an inserting manner; simultaneously, baffle 7's structural design can also make and flourishing glue when the raw materials does not use up in the box 6, and the raw materials mixes and accomplishes on baffle 7, discards preceding nozzle cap, stirring piece and baffle, changes new and can continue to use, can not lead to unable reuse because the gluey discharge opening shutoff that will flourish glue box 6 that the raw materials mixes the formation.

It should be noted that, in this embodiment, a square column is adopted as the lower portion of the stirring element 8, and a square hollow tube is disposed at the end of the optical axis, so as to facilitate the stirring element to be inserted into the central shaft 3. For the connection between the stirring member 8 and the central shaft 3, various ways are available, for example, a screw thread is adopted, a cylinder is arranged at the lower part of the stirring member 8, an external thread is arranged on the outer circumference of the cylinder, a cylindrical hollow pipe is arranged at the end part of the optical axis of the central shaft, an internal thread is arranged in the hollow pipe, and the stirring member 8 is connected with the central shaft 3 through the internal and external screw threads. However, in this screw connection, it is necessary to consider the rotation direction of the central shaft and the stirring tool and the screwing direction of the screw.

In the present embodiment, the stirring blade of the stirring bar 8 is formed by combining a plurality of linear rods provided on the stirring shaft. The plurality of linear rods are distributed at intervals among different layers, the heights of the plurality of linear rods on each layer are equal, the plurality of linear rods are uniformly distributed on the outer circumference of the stirring shaft at intervals, and the height sizes of the linear rods are gradually increased from the topmost layer to the bottommost layer. Utility model people think through practice after, from flourishing gluey raw materials of extruding in the box 6, stir in the hybrid chamber, adopt spiral line type stirring leaf can release the hybrid chamber with the raw materials fast, though also realized the stirring, but, when the length of hybrid chamber is injectd in certain extent, this kind of mode can lead to the incomplete of stirring. And a plurality of linear rods which are arranged at intervals in a layered manner can realize multiple-time and multi-layer mixing and stirring, and the stirring effect is more ideal. Of course, the stirring blades in the prior art have a plurality of structures, and the skilled person can also replace the stirring blades according to the needs, which does not reflect the creativity of the stirring blades.

It should be noted that the electric mechanism is an alternative to the manual mechanism such as the rear cover, and the purpose thereof is the same, and it is still the driving mechanism. The prior art is fully described for these driving mechanisms, and those skilled in the art can directly know the above embodiments of the present invention without redundant description.

From the disclosure of the embodiments, it can be seen that the present invention has the following features compared with the prior art:

The utility model discloses an example is only to the utility model discloses technical scheme's explanation, can not regard as right the utility model discloses a restriction of content, the technical personnel in the field are in the utility model discloses change on the basis is still in the protection scope of the utility model.

Claims

1. The utility model provides a crowded mucilage binding of hand-held type developments is put which characterized in that: comprises a hand-held shell, a dynamic mixing and glue extruding mechanism and a driving mechanism; the handheld shell comprises a propelling cavity, a containing cavity and a mixing cavity, the propelling cavity is connected with the containing cavity, the containing cavity is connected with the mixing cavity, a glue containing box is installed in the containing cavity, a hollow pipe is arranged at the center of the glue containing box, and a cavity between the glue containing box and the hollow pipe is divided into a plurality of independent bins which correspond to the mixture raw materials and contain the mixture raw materials by partition plates; the dynamic mixing and glue extruding mechanism comprises a glue extruding part, a central shaft and a planetary gear transmission, one end of the glue containing box is provided with a plurality of glue pushing openings which are formed after being divided by a partition plate and correspond to glue extruding feet of the glue extruding part, the end surface of the other end of the glue containing box is provided with an end surface plate for sealing, and the end surface plate corresponding to each independent bin is provided with a discharge hole which is directly communicated with the mixing cavity; the planetary gear transmission comprises a planetary gear support shaft, a gear ring arranged on the inner wall of one end of a middle shell, and a sun gear shaft arranged in a driving mechanism shell, wherein a limit ring is arranged in a propelling cavity above the gear ring, the planetary gear shaft is arranged on one end surface of the planetary gear support shaft, a planetary gear is arranged on the planetary gear shaft and is meshed with the sun gear arranged on the sun gear shaft, an external thread is arranged on the outer circumference of the planetary gear support shaft, the center of an extrusion piece is provided with a hole and an internal thread matched with the external thread of the planetary gear support shaft, the planetary gear support shaft is in threaded connection with the extrusion piece, a strip boss is arranged on the outer circumferential surface of the extrusion piece and is matched with a groove arranged on the inner wall of the propelling cavity shell, a central shaft penetrates through the central holes of the hollow tube and the planetary gear support shaft respectively, and two ends are connected with a stirring piece and the sun gear shaft respectively; the driving mechanism is a manual mechanism or an electric mechanism.

2. The hand-held dynamic mixing and dispensing device of claim 1, wherein: set up the discharging pipe on the discharge opening, set up a ejection of compact separation blade between discharge opening and hybrid chamber, set up the cover through-hole that corresponds the discharging pipe on the ejection of compact separation blade, the discharge opening communicates with each other through discharging pipe, cover through-hole and hybrid chamber.

3. The hand-held dynamic mixing and dispensing device of claim 2, wherein: the central position of ejection of compact separation blade sets up a step counter bore, and the (mixing) shaft of stirring spare alternates through the step counter bore, on the terminal surface towards discharge opening one side to the opening buckle connects the (mixing) shaft.

4. The hand-held dynamic mixing and dispensing device of claim 1, wherein: the stirring piece is composed of a stirring shaft and a spiral stirring blade arranged on the stirring shaft, or a plurality of linear rods arranged on the stirring shaft, and the stirring shaft is connected with the central shaft in an inserted or threaded manner.

5. The hand-held dynamic mixing and dispensing device of claim 4, wherein: the plurality of linear rods are distributed at intervals among different layers, the height of the plurality of linear rods on each layer is equal, the plurality of linear rods are uniformly distributed on the outer circumference of the stirring shaft at intervals, and the height size of the linear rods is gradually increased from the topmost layer to the bottommost layer.

6. The hand-held dynamic mixing and dispensing device of claim 1, wherein: the hand-held shell consists of a front nozzle cover, a middle shell and a manual mechanism shell, or consists of a front nozzle cover, a middle shell and an electric mechanism shell; a mixing cavity is arranged in the front nozzle cover, the middle shell is of an integrally formed structure, and a propelling cavity and a containing cavity are arranged in the shell; the middle shell is formed by connecting a propulsion cavity and an accommodating cavity, the propulsion cavity is internally provided with the propulsion cavity, and the accommodating cavity is internally provided with the accommodating cavity; the front nozzle cover is connected with one end of the cavity of the middle shell, and one end of the propulsion cavity of the middle shell is connected with the shell of the manual mechanism or the shell of the electric mechanism.

7. The hand-held dynamic mixing and dispensing device of claim 6, wherein: the front nozzle cover is formed by combining a cylindrical shell and a conical shell, and a glue outlet is formed in the small round end of the conical shell; or a glue outlet with threads on the outer wall is arranged for additionally installing glue outlets with different diameters according to the requirement; one end of the cylindrical shell of the front nozzle cover is connected with the middle shell through the arranged internal threads or the buckle piece, and the inner cavity of the front nozzle cover is a mixing cavity.

8. The hand-held dynamic mixing and dispensing device of claim 1, wherein: the inner wall of one end of the handheld shell containing cavity is provided with two long boss strips along the axial direction, the two long boss strips are matched with grooves formed in the outer wall of the glue containing box and used for enabling the glue containing box to be inserted into the containing cavity and not to rotate.

9. The hand-held dynamic mixing and dispensing device of claim 1, wherein: the glue squeezing piece comprises a glue squeezing rod and a glue squeezing foot arranged on the glue squeezing rod, the glue squeezing piece is a hollow cylinder or a hollow polyhedron, and a partition plate gap is arranged at the position, corresponding to the partition plate in the glue containing box, of the glue squeezing piece, so that the glue squeezing rod and the glue squeezing foot correspond to the independent bin and can be inserted and squeezed.

10. The hand-held dynamic mixing and dispensing device of claim 1, wherein: the manual mechanism shell is a rear cover, the rear cover is connected with the outer wall of one end of the middle shell through a buckle and can rotate along a buckle groove in the outer wall of the middle shell, and a sun wheel shaft which are integrally formed are arranged in the rear cover; the rear cover is provided with a limiting locking plate, the limiting locking plate is provided with a boss facing the middle shell, a limiting notch is formed in the edge of the groove of the middle shell, and the boss is positioned in the notch in a locking state; the connecting line of the outer wall of the rear cover of the limiting locking plate is set to be a porous or groove connecting line, so that the limiting locking plate can be conveniently broken to unlock.