CN205413754U - Spray set among inner cup cleaning equipment - Google Patents

Abstract

The utility model provides a spray set among inner cup cleaning equipment, includes that a plurality of intervals install in the mechanism that sprays of inner cup cleaning machine top, every sprays the mechanism and all includes a drain pipe and a plurality of water jet spray thrower down, and is a plurality of the spray thrower interval install in communicate on the drain pipe and with this drain pipe. It at a distance from arranging that the spray thrower is the interval arrangement also, can reduce and wash required water source volume, but also can let the inner cup can obtain abundant washing all the time in data send process to spray the interagency through the setting.

Description

A kind of spray equipment in inner cap cleaning equipment

Technical field

This utility model relates to a kind of spray equipment, refers in particular to the spray equipment in a kind of inner cap cleaning equipment.

Background technology

Inner cap is a kind of built-in packing material being widely used in some products such as canned, bottled needing to seal.If Tremella does not seals when after processing packing it, easily make moist, mouldy, affect product quality, when therefore Tremella being packaged into the product such as canned-matter or bottled article, need to add wherein inner cap, to ensure its sealing.

In order to ensure sealing, inner cap generally requires and directly contacts with Tremella, if the inner cap in Bao Zhuan does not cleans up, easily causes food-safety problem, and therefore, the cleaning to inner cap is particularly important.

The existing cleaning to inner cap, is the most all by manually operating.If inner cap two sides is plane, cleaning is relatively easy to, but if in be stamped one or both sides out-of-flatness, then clean difficulty and will be greatly improved, now cost of labor also general when the river rises the boat goes up, had a strong impact on the benign development of enterprise.Nowadays, inner cap pressure is set into the efficiency in the product such as canned or bottled to improve and reduce user and tear the difficulty of inner cap open, it is difficult to be arranged to two sides smooth by unified for inner cap, therefore certainly will need a kind of equipment being specifically designed to and cleaning inner cap.

During cleaning inner cap, needing persistently to spray inner cap to wash dirt thereon off, this can increase substantial amounts of water source demand virtually, is unfavorable for the reasonable disposition of resource.

Utility model content

This utility model provides the spray equipment in a kind of inner cap cleaning equipment, and its main purpose is that the process overcoming inner cap to clean may require that the defect at a large amount of water source.

For solving above-mentioned technical problem, this utility model adopts the following technical scheme that

A kind of spray equipment in inner cap cleaning equipment, it is installed in the spraying mechanism above an inner cap cleaning machine including a plurality of intervals, each spraying mechanism all includes that a drain pipe and a plurality of water jet spray thrower down, a plurality of described spray throwers interval are installed on described drain pipe and connect with this drain pipe.

Further, each drain pipe is all installed in the apparatus for recovering outfan below described inner cap cleaning machine and connects with one.

Further, also including a plurality of annular fixing frame being installed in both sides, described inner cap cleaning machine upper end, the two ends of each drain pipe are respectively rotatably embedded inside two described annular fixing frames laying respectively at these inner cap cleaning machine both sides.

Further, also including a linkage chain and a servomotor, be all equiped with a transmission teeth portion outside each drain pipe, described a plurality of transmission teeth portion are connected with described servo motor transmission by described linkage chain.

Further, the angle of described drainage pipe of rotary is 0 °～45 °.

Further, the water jet of described spray thrower is equiped with a seedpod of the lotus shape baffle plate.

Compared to the prior art, what this utility model produced has the beneficial effects that:

1, this utility model simple in construction, practical, arranges by arranging spraying mechanism interval, spray thrower is also spaced layout, it is possible to reduce the water source amount needed for cleaning, and inner cap can also be allowed sufficiently to be cleaned all the time during transmitting.

2, in this utility model, connect by arranging the outfan of drain pipe and an apparatus for recovering so that the water of spraying mechanism ejection, after having cleaned inner cap and having flowed into apparatus for recovering, can return in spraying mechanism and recycle, decrease the waste of resource.

3, in this utility model, by drainage pipe of rotary is embedded in annular fixing frame so that user can operate drain pipe according to actual needs and rotate, and makes spray thrower that water can be sprayed onto the position that can obtain optimum efficiency.

4, in this utility model, by arranging transmission teeth portion outside each drain pipe so that servomotor can control each drain pipe by linkage chain and constantly turn to, and considerably increases the region of spray, further increases cleaning performance simultaneously.

5, in this utility model, by arranging a seedpod of the lotus shape baffle plate at water jet so that when current arrive seedpod of the lotus shape baffle plate, being squeezed, pressure increases, and therefore from this seedpod of the lotus shape baffle plate, the water jet length of hole ejection is remote, and owing to each hole is spaced apart, therefore spraying range is wide.

Accompanying drawing explanation

Fig. 1 is the structural representation of inner cap cleaning equipment.

Fig. 2 is the enlarged diagram of A in Fig. 1.

Fig. 3 is the structural representation of cylinder cleaning devices described in Fig. 1.

Fig. 4 is the front view of the first tubular frame being positioned at described cylinder cleaning devices outfan in Fig. 1.

Fig. 5 is the side view of the first tubular frame being positioned at described cylinder cleaning devices outfan in Fig. 1.

Fig. 6 is the structural representation of inner cap transfer device described in Fig. 1.

Fig. 7 is the structural representation of inner cap cleaning machine described in Fig. 1.

Fig. 8 is the structural representation of lid treatment device described in Fig. 1.

Fig. 9 is the enlarged diagram of B in Fig. 7.

Figure 10 is the schematic internal view of inner cap cleaning machine described in Fig. 1.

Figure 11 is the enlarged diagram of C in Fig. 7.

Figure 12 is the enlarged diagram of D in Fig. 7.

Figure 13 is structural representation of the present utility model.

Figure 14 is the structural representation of spray thrower described in Figure 13.

Figure 15 is the structural representation of apparatus for recovering described in Fig. 1.

Figure 16 is the structural representation of fermentation vat described in Figure 15.

Detailed description of the invention

Detailed description of the invention of the present utility model is described with reference to the accompanying drawings.

With reference to Fig. 1.A kind of inner cap cleaning equipment, including material transmitting device 1, transition transmitting device 2, cylinder cleaning devices 3, infuser device 4, inner cap transfer device 5, lid treatment device 6, inner cap cleaning machine 7, spray equipment 8 and apparatus for recovering 9.

In above-mentioned ingredient, the outfan of material transmitting device 1 is connected with the input of cylinder cleaning devices 3 by transition transmitting device 2；The outfan of cylinder cleaning devices 3 is positioned at the top of infuser device 4；Inner cap transfer device 5 is installed on the side of infuser device 4, and can be by inner cap by the feed end being sent to lid treatment device 6 in infuser device 4；The discharge end of lid treatment device 6 is connected with the feed end of inner cap cleaning machine 7；Spray equipment 8 is installed in the top of inner cap cleaning machine 7；Apparatus for recovering 9 is installed in the lower section of inner cap cleaning machine 7.Proceeding as described above setting allows inner cap pass sequentially through material transmitting device 1, transition transmitting device 2, cylinder cleaning devices 3, infuser device 4, inner cap transfer device 5, lid treatment device 6, inner cap cleaning machine 7, inner cap only need to be placed in material transmitting device 1 by operator, inner cap just can automatically carry out transmitting, cleans, reclaim, release substantial amounts of manpower, greatly reduce the cost of enterprise operation.

See figures.1.and.2.Material transmitting device 1 includes an inclination conveyer belt 11, and input 111 level height of this inclination conveyer belt 11 is arranged to less than its outfan 112.This is owing to the cylinder cleaning devices 3 that material transmitting device 1 to be allowed is follow-up is achieved its function, the input of this cylinder cleaning devices 3 needs to be in high level position, therefore the outfan 112 of material transmitting device needs to be in high level position correspondingly, and allow user that inner cap 10 is put into the cylinder cleaning devices being positioned at high level position, difficulty is big, efficiency is low, by arranging inclined conveyer belt 11, allow users to that more easily inner cap 10 to be washed is deposited into inclined conveyer belt and be positioned at the input 111 of low-level position, improve work efficiency.

See figures.1.and.2.Transition transmitting device 2 includes a tip chute 21, the input level height of this tip chute 21 is higher than its outfan, and the input of this tip chute 21 is connected with the outfan tilting conveyer belt 11, outfan passes the input of cage modle cylinder 31 and extend to inside cage modle cylinder 31 and not with the interior side contacts of cage modle cylinder 31.Passing the input of cage modle cylinder 31 by arranging the outfan of tip chute 21 and extend to cage modle drums inside, inner cap can be allowed stably to fall into can not also not affect the operation of cage modle cylinder with cage modle cylinder 31 interior side contacts in cage modle cylinder due to friction.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.Cylinder cleaning devices 3 includes cage modle cylinder 31, roller holder 32 that its interior inner cap can be driven to rotate together and a drive mechanism 33.Wherein, cage modle cylinder 31 can be rotationally mounted on roller holder 32, and the input level height of this cage modle cylinder 31 is higher than its outfan；Drive mechanism 33 is in transmission connection with cage modle cylinder 31.By arranging cage modle cylinder 31, make inner cap can rotate together with cage modle cylinder in effect by centrifugal force in cage modle cylinder and constantly roll, produced vibration makes the dirt that adhesive force in inner cap is stronger be loosened, and the dirt having been out adhesive force can also be thrown out of inner cap under the influence of centrifugal force；In addition, the outfan that this inner cap also can be in low-level position toward this cage modle cylinder 31 automatically under gravity moves, and then enters next process.The setting that thus can obtain cage modle cylinder can not only reach to transmit the purpose of inner cap, more can reach the purpose of scale removal.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.Cage modle cylinder 31 includes that two lay respectively at the second tubular frame 312 offering a plurality of netted open-end hole on its input and the first tubular frame 311 of outfan and a sidewall, and two the first tubular framves 311 connect by described second tubular frame 312 is fixing.Offered the second tubular frame 312 of netted open-end hole by setting so that the dirt in inner cap can throw away cage modle cylinder 31 by netted open-end hole, prevent dirt from remaining in cage modle cylinder and follow-up inner cap is caused secondary pollution.It addition, two the first tubular framves 311 connect also by complex root connecting rod 313 is fixing, and complex root connecting rod 313 circular array is arranged on the medial wall of the second tubular frame 312.By arranging complex root connecting rod 313, the steadiness of cage modle cylinder 31 can be improved, increase its service life.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.Two rolling wheels 34 laying respectively at these roller holder 32 both sides it are equiped with on roller holder 32, each rolling wheels 34 all include two scroll wheels 341, all offering an annular groove 342 concentric with this scroll wheel in the outer peripheral sidewall of each scroll wheel, two the first tubular framves 311 are rollably embedded by a fitting portion 314 being installed on its lateral wall respectively and roll in wheels 34 at two.By arrange two roll wheels 34 so that cage modle cylinder 31 can by roll wheels 34 rotate, and due to roll wheels 34 also can autorotation, decrease cage modle cylinder 31 and rotate required power, saved the energy.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.Roller holder 32 includes an annular fixed part 321, and one first tubular frame 311 is rotatably embedded the inner side at annular fixed part 321.By arranging annular fixed part 321, the stability of cage modle cylinder 31 can be improved, prevent cage modle cylinder 31 from skidding off roller holder 32 in rotation process, thus generation accident.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5.One first tubular frame 311 outside be also equiped with a gear part 315, drive mechanism 33 is in transmission connection with the first tubular frame 311 by this gear part 315.Drive mechanism 33 includes that one is installed in the driving motor 331 below cage modle cylinder 31, and this driving motor 331 is in transmission connection with gear part 315 by a driving chain 332.It addition, also include a switch board 35, this switch board 35 is connected with driving motor 331 circuit.By driving motor 331 is arranged on below cage modle cylinder 31 so that drive motor 331 can not only be in transmission connection with gear part 315, and can also prevent cage modle cylinder 31 upwards or to both sides sideslip, improve the steadiness of cage modle cylinder 31.

With reference to Fig. 1 and Fig. 6.Infuser device 4 includes a fermentation vat 41, and fermentation vat 41 is positioned on the lower section of cage modle cylinder 31 outfan and the side of this fermentation vat 41 and is equiped with inner cap transfer device 5.

Inner cap transfer device 5 includes a pair being installed in one and internal grabs lid mechanical hand 53 immersed with what the walker 51, on the fermentation vat opposite sides limit of inner cap connected that the travelling carriage 52 and of two walkers 51 can slide on this travelling carriage.This is grabbed lid mechanical hand 53 and includes again vacuum cup 531 and the mechanical arm 532 that this vacuum cup 531 can be driven to move and the vacuum generator connected with vacuum cup 531 of an adsorbable inner cap.Vacuum generator be utilize malleation source of the gas produce negative pressure one novel, efficiently, cleaning, economical, small-sized vacuum components and parts, this makes there is being compressed-air actuated place, or simultaneously need to the local negative pressure that obtains of positive/negative-pressure becomes very easily and convenient in a pneumatic system, it is mainly used for coordinating with sucker, carry out the absorption of various material, carrying, is particularly suitable for adsorbing frangible, soft, thin non-ferric, nonmetallic materials or spheroidal object, owing to vacuum generator is a prior art, therefore no longer illustrate in figure.Lid mechanical hand 53 is grabbed so that operator can grab lid mechanical hand 53 by control and complete the crawl to inner cap and release, instead of conventional manual operation, release substantial amounts of labour force, and improve work efficiency, beneficially the benign development of enterprise by setting.Additionally, vacuum cup 531 can be set to a vacuum sponge sucker, the material that absorption surface is uneven or porose is good at by vacuum sponge sucker, but also internally provided with vacuum generator, its handling system is with low cost, suction disc pad can be replaced rapidly after wearing and tearing, simple and efficient, therefore vacuum sponge sucker is set, the work efficiency grabbing lid mechanical hand can be improved further.

With reference to Fig. 1 and Fig. 6.Mechanical arm 532 includes an elevating mechanism and a transverse-moving mechanism.This transverse-moving mechanism is installed on travelling carriage 52 slidably, and travelling carriage 52 includes the first guide rail 521 of being parallel to each other a pair, the length of this first guide rail 521 is more than the spacing between two walkers 51, and grabs lid mechanical hand 53 and can be run to outside fermentation vat 41 by the first guide rail 521.It is equiped with first screw mandrel parallel with this first guide rail 521 on this travelling carriage 521 and drives the traversing motor of this first screw mandrel action, this first screw mandrel and traversing motor can be installed on lower section, top or the side of the first guide rail 521, owing to this is prior art, therefore not shown in its particular location figure.Transverse-moving mechanism includes a traversing base 5321 being erected on a pair first guide rails 521, traversing base 5321 is equiped with the first screw mandrel with the use of first feed screw nut's (not shown)；Elevating mechanism include with transverse-moving mechanism bottom, cylinder barrel 5322 and the piston rod 5323 of connection is fixed in the bottom of the most traversing base 5321, and piston rod 5323 upper end is connected with the piston being positioned within cylinder barrel, lower end is connected with vacuum cup 531.So that vacuum cup 531 can be in transmission connection with transverse-moving mechanism up and down by elevating mechanism.By arranging transverse-moving mechanism and elevating mechanism so that grabbing lid mechanical hand 53 can be carried to invade outside bubble pond by capturing inner cap in elevating mechanism to fermentation vat again, and whole process realizes the automatization of inner cap transfer, moreover it is possible to inner cap causes when reducing artificial transfer the probability of damage.And by arrange can on the first guide rail the traversing base 5321 of movement so that grab lid mechanical hand 53 can move to other positions crawl inner cap, expand its scope that can capture.

With reference to Fig. 1 and Fig. 6.Inner cap transfer device 5 also includes two the second guide rails 54, being respectively installed in fermentation vat 41 both sides, second screw mandrel parallel with the second guide rail 54 and drives the movable motor of this second screw mandrel action, this second screw mandrel and movable motor can be installed on lower section, top or the side of the second guide rail 54, owing to this is prior art, therefore not shown in its particular location figure.Two walkers 51 are respectively erected on two the second guide rails 54, and be equiped with on a walker with the second screw mandrel with the use of second feed screw nut's (not shown).The walker 51 can walked on the second guide rail 54 by setting, make walker 51 that travelling carriage 52 can be driven to walk, namely drive and grab lid mechanical hand 53 and walk, thus expand further and grab the scope that lid mechanical hand 53 can capture, allow and grab lid mechanical hand 53 and can arrive the every nook and cranny in fermentation vat 41.It is possible not only to act on by inner cap during fermentation vat 41 is transported to lid treatment device 6 it addition, grab lid mechanical hand 53.Differ all angles being evenly distributed to surely in fermentation vat owing to being fallen the inner cap in fermentation vat 41 by cylinder cleaning devices 3, therefore make inner cap be evenly distributed in fermentation vat sometimes for manually stirring, so can cause the waste of human resources.In order to save manpower, now can capture the inner cap of the high position of the densely distributed degree of inner cap in fermentation vat by grabbing lid mechanical hand 53, and this inner cap is carried to the position that the densely distributed degree of inner cap is low, make inner cap sufficiently to be soaked.

With reference to Fig. 1, Fig. 7, Fig. 8 and Fig. 9.Lid treatment device 6 includes the horizontal conveying belt 61 that can transmit inner cap and a movable cover hairbrush 62, and horizontal conveying belt 61 includes feed end 611 and a discharge end 612, and discharge end 612 connects inner cap cleaning machine 7.Movable cover hairbrush 62 is installed between feed end 611 and discharge end 612, and the thickness that distance is an inner cap between the bottom of this movable cover hairbrush 62 and horizontal conveying belt 61 upper surface.By arranging movable cover hairbrush 62, the inner cap irregularly overlaying on horizontal conveying belt 61 can be separated under the stirring of movable cover hairbrush 62, level and the most stackably passing through below movable cover hairbrush 62, enter lower one program, solve when inner cap being carried out with inner cap cleaning machine 7 owing to multiple inner cap superpositions can cause the best problem of part inner cap cleannes.

With reference to Fig. 1, Fig. 7, Fig. 8 and Fig. 9.Movable cover hairbrush 62 includes that a brush roll 621 and a plurality of circular array are installed in the movable cover assembly 622 outside this brush roll 621, and the tangential velocity direction of brush roll 621 bottom is contrary with the upper plane direction of transfer of horizontal conveying belt 61.By arranging brush roll 621, and make the tangential velocity direction of brush roll bottom contrary with the upper plane direction of transfer of horizontal conveying belt 61, make it lie in continuation transmission on horizontal conveying belt on the empty position at rear so that the inner cap that movable cover hairbrush can cover in being stacked on another one pushes, improve its transmission efficiency.

With reference to Fig. 1, Fig. 7, Fig. 8 and Fig. 9.Movable cover assembly 622 includes the bristle 6212 that two pieces of rectangular slabs 6211 arranged along brush roll 621 length direction and plural groups are folded between two rectangular slabs, and this bristle may be configured as hard bristle.By arranging two rectangular slabs 6211 and sandwiched bristle therein 6212, user can be allowed when single or several bristles damage, have only to change the bristle of this damage, change together without whole movable cover assembly, the most whole movable cover hairbrush, reduce the cost of maintaining.And arranging bristle is hard bristle so that dirt more obstinate in inner cap can also be loosened during movable cover by movable cover hairbrush, the beneficially cleaning of next stage.It addition, be equiped with a plurality of lock screw 6213 equally spacedly along brush roll length direction on a rectangular slab, and on another rectangular slab, offer a plurality of screw 6214 accordingly with a plurality of lock screws.By arranging lock screw and screw, add bristle firmness between two rectangular slabs.

With reference to Fig. 1, Fig. 7, Figure 10, Figure 11 and Figure 12.Inner cap cleaning machine 7 includes upper strata brush unit 71 and the lower floor's brush unit 72 that all can transmit and clean inner cap, and upper strata brush unit is parallel with lower floor brush unit.Wherein, upper strata brush unit includes at least one first transmission brush device 711 and at least one the first cleaning brush device 712, and this first transmission brush device 711 cleans brush device 712 with first and arranges the most continuously；Lower floor's brush unit 72 includes at least one second transmission brush device 721 and at least one the second cleaning brush device 722, and this second transmission brush device 721 cleans brush device 722 with second and arranges the most continuously, each first underface transmitting brush device 711 is all disposed with the second cleaning brush device 722 described in, and each first underface cleaning brush device 712 is all disposed with one second transmission brush device 721.By arranging upper strata brush unit 71 and lower floor's brush unit 72, inner cap 10 can not only be transmitted between upper strata brush unit 71 and lower floor's brush unit 72, and the upper and lower surface of inner cap 10 can be cleaned, and owing to the first arranged just beneath second transmitting brush device 711 cleans brush device 722, clean brush device 712 arranged just beneath second first and transmit brush device 721, make to clean and share out the work and help one another with transmission, stable transmission can be obtained, can also get effective washing, upper strata brush unit and lower floor brush unit is made to be fully utilized, do not have the waste of resource and the energy.

With reference to Fig. 1, Fig. 7, Figure 10, Figure 11 and Figure 12.A plurality of first transmission brush devices 711 are all spaced between setting, and adjacent two first transmission brush devices 711 and are provided with one first cleaning brush device 712；A plurality of second transmission brush devices 721 are all spaced between setting, and adjacent two second transmission brush devices 721 and are provided with the second cleaning brush device 722 described in.First transmits brush device 711 includes at least one first transmission hairbrush, first cleans brush device 712 includes at least one first cleaning hairbrush, second transmits brush device 721 includes at least one second transmission hairbrush, second cleans brush device 722 includes at least one second cleaning hairbrush, first transmission hairbrush and first cleans hairbrush and arranges the most continuously, and the second transmission hairbrush and second cleans hairbrush and arranges the most continuously.Best arrangement can be: after upper strata is continuous four first cleaning hairbrush, arranges that four first are transmitted hairbrush continuously, then arranges four first cleaning hairbrush continuously, and the rest may be inferred；After lower floor is continuous four second transmission hairbrush, arranging that four second are cleaned hairbrush continuously, then arrange four second transmission hairbrush continuously, the rest may be inferred.It is spaced setting by cleaning brush device 712 and the first transmission brush device 711 by first, realize the interruption to inner cap to clean, allow just through one first clean brush device 712 cleaned after inner cap in dirt can through first transmit brush device 711 transmission during be discharged, prevent dirt from affecting the cleaning of next round, be conducive to improving the cleannes of inner cap.

With reference to Fig. 1, Fig. 7, Figure 10, Figure 11 and Figure 12.First transmission hairbrush and second transmits hairbrush and all includes one first rotating roller 7111 and be attached to the hard bristle 7112 of this first rotating roller outer surface, and described first cleaning hairbrush and second cleans hairbrush and all includes one second rotating roller 7121 and be attached to the soft bristle 7122 of this second rotating roller outer surface.By arranging hard bristle and soft bristle so that the transmission of inner cap can obtain stable with cleaning and effectively carry out, and hard bristle is except transmitting, moreover it is possible to loosen spot obstinate in inner cap, the further cleaning of the softest bristle.Additionally, inner cap cleaning machine 7 also includes the first motor and the second motor, first motor is in transmission connection with each first rotating roller 7111, second motor is in transmission connection with each second rotating roller 7121, and the rotating speed of the first rotating roller is less than the rotating speed of described second rotating roller, owing to its connected mode is that a prior art, therefore the first motor and the second motor the most no longer illustrate.It is attached with the first rotating roller 7111 rotating speed of hard bristle 7112 less than the second rotating roller 7121 rotating speed being attached with soft bristle 7122, it is possible to effectively prevent the excessive velocities of inner cap transmission and can not get the situation effectively cleaned, it is ensured that the cleannes of inner cap by setting.

With reference to Fig. 1, Fig. 7, Figure 10, Figure 11 and Figure 12.The feed end of inner cap cleaning machine is equiped with one can make the inner cap can be by horizontal conveying belt 61 horizontal transition to the horizontal stand 73 upper strata brush unit 71 and lower floor's brush unit 72 and a horizontal baffle 74.Wherein, horizontal baffle 74 is positioned at above horizontal stand 73, and the thickness more than an inner cap 10 of the spacing between this horizontal baffle 74 and horizontal stand 73, the thickness sum less than two inner caps 10, prevent from having passed through the inner cap below movable cover hairbrush during follow-up transmission due to push be superimposed again time, the multiple inner caps being overlapped mutually can be separated under the effect of horizontal baffle 74, nor can make inner cap by time between horizontal baffle 74 and horizontal stand 73, impaired by the friction on the downside of horizontal baffle 74.By arranging horizontal stand 73 and horizontal baffle 74, make the multiple inner caps being overlapped mutually when entering the feed end of inner cap cleaning machine 7, can separate under the stop of horizontal baffle 74, prevent the inner cup portion being overlapped mutually from can not be cleaned, when preventing the multiple inner caps being overlapped mutually from cleaning in upper strata brush unit with lower floor's brush unit simultaneously, impaired due to mutual extruding, even injury device.

With reference to Fig. 1, Fig. 7, Figure 10, Figure 11 and Figure 12.The discharge end of inner cap cleaning machine 7 is equiped with a ladder chute 75 that can be sent to by inner cap at inner cap stacking, and the long side level height of ladder chute 75 is higher than its short brink, and this short brink just at inner cap stacking 100, long side is just to lower floor's brush unit 72.By arranging ladder chute 75 so that inner cap 10 is sent to after the outfan of inner cap cleaning machine 7 automatically into ladder chute 75, and to be concentrated by this ladder chute 75 and be slipped at inner cap stacking 100 and reclaim.

With reference to Fig. 1, Fig. 7, Figure 10, Figure 11 and Figure 12.Inner cap 10 can horizontal transmission between this upper strata brush unit 71 and lower floor's brush unit 72, and the upside of this inner cap 10 abuts with the lower end of upper strata brush unit 71, downside abuts with the upper end of lower floor brush unit 72, the direction of transfer of the direction of transfer of upper strata brush unit 71 lower end and lower floor's brush unit 72 upper end all for by the feed end of inner cap cleaning machine towards discharge end, i.e. consistent with the transmission direction of horizontal conveying belt 61.Abut with the both sides up and down of lower floor's brush unit 72 upper end inner cap 10 respectively by arranging upper strata brush unit 71 lower end, can effectively prevent inner cap from only being acted on by wherein one layer of brush unit during transmitting, thus the effect that cannot be transmitted simultaneously and clean, it is ensured that equipment reliability of operation.

With reference to Fig. 1, Fig. 7, Figure 11, Figure 12, Figure 13 and Figure 14.Spray equipment 8 includes that a plurality of interval is installed in the spraying mechanism 81 above inner cap cleaning machine 7, each spraying mechanism 81 all includes a drain pipe 811 and a plurality of water jet spray thrower 812 down, a plurality of spray throwers 812 interval is installed on drain pipe 811 and connects with this drain pipe 811, and each drain pipe 811 all connects with external source.Arranging by arranging spraying mechanism 81 interval, spray thrower 812 is also spaced layout, it is possible to reduce the water source amount needed for cleaning, and inner cap can also be allowed sufficiently to be cleaned all the time during transmitting.Additionally, water jet at spray thrower 812 is equiped with a seedpod of the lotus shape baffle plate 813, when making current arrive seedpod of the lotus shape baffle plate 813, it is squeezed, pressure increases, thus increase the jet length of the water sprayed in hole on this seedpod of the lotus shape baffle plate, and owing to each hole is spaced apart, therefore spraying range is wider.

With reference to Fig. 1, Fig. 7, Figure 11, Figure 12, Figure 13 and Figure 14.Spray equipment 8 also includes a plurality of annular fixing frame 82 being installed in both sides, inner cap cleaning machine 7 upper end, the two ends of each drain pipe are respectively rotatably embedded inside two annular fixing frames 82 laying respectively at these inner cap cleaning machine both sides, and the rotatable angle of drain pipe 811 is 0 °～45 °.By being rotatably embedded in annular fixing frame 82 by drain pipe 811 so that user can operate drain pipe 811 according to actual needs and rotate, make spray thrower 812 that water can be sprayed onto the position that can obtain optimum efficiency.

With reference to Fig. 1, Fig. 7, Figure 11, Figure 12, Figure 13 and Figure 14.Spray equipment 8 also includes linkage chain 83 and a servomotor 84, is all equiped with a transmission teeth portion 85 outside each drain pipe 811, and a plurality of transmission teeth portion 85 are in transmission connection with servomotor 84 by linkage chain 83.By arranging transmission teeth portion 85 so that servomotor 84 can control each drain pipe 811 by linkage chain 83 and constantly turn to, and considerably increases the region of spray, further increases cleaning performance simultaneously.

With reference to Fig. 1, Fig. 7, Figure 15 and Figure 16.Apparatus for recovering 9 includes first water service pipe 93 being installed in cistern 91, filter 92 below inner cap cleaning machine 1 and a connection cistern 91 and filter 92.An electrodynamic valve 94 that water can be discharged into filter 92 by this cistern 91 it is equiped with on first water service pipe 93；Be equiped with in cistern 91 one in detecting this cistern 91 level sensor 95 of water level；Level sensor 95 is connected with described electrodynamic valve 94 signal.By arranging level sensor 95 so that when the water in cistern 91 does not reaches the water level that level sensor 95 can sense, when i.e. inner cap cleaning machine 7 is not started working, electrodynamic valve 94 is failure to actuate；When the water in cistern 91 reaches the water level that level sensor 95 can sense, electrodynamic valve 94 can start automatically, is discharged in filter 92 by the water in cistern 91 and filters, to recycle, greatly reduce the waste of water resource, reduce the cost of enterprise operation.

With reference to Fig. 1, Fig. 7, Figure 15 Figure 16.Filter 92 includes water inlet, outlet and filter mechanism, and filter mechanism is installed between described water inlet and outlet.Wherein, water inlet connects the first water service pipe 93, outlet connection one second water service pipe 96, second water service pipe 96 and then connect with spray equipment 8, fermentation vat 41 simultaneously or only connect with spray equipment 8 or only connect with fermentation vat 41, concrete mode of communicating can be configured according to practical situation, no longer illustrates in accompanying drawing.Can be by water by the water pump 97 being up extracted into spray equipment 8 and/or fermentation vat 41 in filter 92 it addition, be equiped with one on the second water service pipe.By the outlet of filter 92 is connected spray equipment 8, make the water in order to clean inner cap that spray equipment 8 is sprayed, can again return to spray equipment 8 cleans again inner cap after passing through filtration after having cleaned, so recycle, greatly reduce the water resource cleaned required for inner cap, reduce the cost needed for equipment runs on the whole.In like manner, the outlet of filter 92 is connected fermentation vat 41, it is possible to so that the water resource cleaning inner cap is sufficiently reused.

With reference to Fig. 1, Fig. 7, Figure 15 Figure 16.Filter mechanism includes one first drainage screen 921 and one second drainage screen 922 that the direction along water inlet towards outlet sets gradually, and the mesh that this first drainage screen 921, second filters 922 nets is sequentially reduced.By arranging first drainage screen the 921, second drainage screen 922, make the water in entrance filter 92 can first pass through the first drainage screen 921 and filter out bigger dirt, filtering out less dirt by the second drainage screen 922 again, such layered filtration can improve the effect of filtration.

With reference to Fig. 1, Fig. 7, Figure 15 and Figure 16.First slot 923 and with second drainage screen 922 suitable second slot 924 suitable with the first drainage screen 921 it is equiped with on the medial wall of filter 92.By arranging the first slot 923 and the second slot 924, make when user needs to be carried out the first drainage screen 921 and the second drainage screen 922, only it need to be extracted from the first slot 923 and the second slot 924, reinsert again after having cleaned and be continuing with, reduce user and clean the difficulty of filter, decrease the time needed for cleaning.It addition, the bottom of filter 92 be embedded with one can the drawer type base plate 925 of horizontal pulling.By arranging drawer type base plate 925, make when user needs to be carried out the bottom of filter 92, it is only necessary to this drawer type base plate 925 is extracted and is carried out, reinsert again after having cleaned and be continuing with, reduce user and clean the difficulty of filter, decrease the time needed for cleaning.

With reference to Fig. 1, Fig. 7, Figure 15 and Figure 16.The downside of filter 92 can connect the position between the second drainage screen 922 and outlet and be equiped with a draining tap 926.By arranging draining tap 926, it is possible not only to allow user that water can be discharged convenient cleaning when needs clean filter 92, moreover it is possible to be drained into by water by draining tap 926 and do other purposes elsewhere, it is achieved making full use of of water resource.

With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13, Figure 14, Figure 15 and Figure 16.The cleaning of a kind of inner cap cleaning equipment, comprises the following steps:

Step one:

Inner cap 10 is being transported to after conveyer belt 11 is in the input of low-level position by staff, this inclination conveyer belt 11 be sent to its outfan being in high level position；

Step 2:

Inner cap 10 is sent to the input of tip chute 21 by tilting the outfan of conveyer belt 11, and sliding is in the outfan of low-level position to this tip chute 21 under gravity, then falls in cage modle cylinder 31；

Step 3:

Inner cap 10 rotates together with cage modle cylinder 31 in effect by centrifugal force in cage modle cylinder 31 and constantly rolls, and this inner cap also can move toward the outfan that this cage modle cylinder 31 is in low-level position under gravity；

Step 4:

Inner cap 10 falls under gravity in fermentation vat 41 after sliding into the outfan of cage modle cylinder 31, and soaks 12h～36h in fermentation vat 41；

Step 5:

After having soaked, control, by grabbing mechanical arm 532 in lid mechanical hand 53, the inner cap 10 that vacuum cup 531 adsorbs in fermentation vat 41, then this inner cap is sent to the feed end of horizontal conveying belt 61；

Step 6:

Irregularly overlay the inner cap 10 on horizontal conveying belt 61 through the lower end of movable cover hairbrush 62, and level overlays on horizontal conveying belt 61 under the stirring of movable cover hairbrush 62；

Step 7:

The inner cap 10 that level stacks is transferred into the outfan of horizontal conveying belt 61, enters back into inner cap cleaning machine 7；

Step 8:

Inner cap 10 is entered between upper strata brush unit 71 and lower floor's brush unit 72 by the horizontal stand 73 at inner cap cleaning machine 7 input；

Step 9:

Inner cap 10 upper strata brush unit 71 and lower floor's brush unit 72 effect under be cleaned by and be transferred into the outfan of inner cap cleaning machine 7, be sent at inner cap stacking 100 finally by the ladder chute 75 being positioned at this cleaning machine outfan.

By this cleaning so that the cleaning of inner cap realizes automatization, not only release substantial amounts of labour force, and to the cleaning of inner cap more comprehensively, speed faster.Although this utility model can increase certain equipment operating cost, but greatly reduces cost of labor, it is often more important that improves cleaning efficiency, in terms of angle of sustainable development, the benign development to enterprise has profound significance.

Above are only detailed description of the invention of the present utility model, but design concept of the present utility model is not limited thereto, all changes utilizing this design that this utility model carries out unsubstantiality, the behavior invading this utility model protection domain all should be belonged to.

Claims (6)

1. the spray equipment in an inner cap cleaning equipment, it is characterized in that: include that a plurality of interval is installed in the spraying mechanism above an inner cap cleaning machine, each spraying mechanism all includes that a drain pipe and a plurality of water jet spray thrower down, a plurality of described spray throwers interval are installed on described drain pipe and connect with this drain pipe.

Spray equipment in a kind of inner cap cleaning equipment the most as claimed in claim 1, it is characterised in that: each drain pipe is all installed in the apparatus for recovering outfan below described inner cap cleaning machine and connects with one.

Spray equipment in a kind of inner cap cleaning equipment the most as claimed in claim 1, it is characterized in that: also include a plurality of annular fixing frame being installed in both sides, described inner cap cleaning machine upper end, the two ends of each drain pipe are respectively rotatably embedded inside two described annular fixing frames laying respectively at these inner cap cleaning machine both sides.

Spray equipment in a kind of inner cap cleaning equipment the most as claimed in claim 3, it is characterized in that: also include a linkage chain and a servomotor, all being equiped with a transmission teeth portion outside each drain pipe, described a plurality of transmission teeth portion are connected with described servo motor transmission by described linkage chain.

Spray equipment in a kind of inner cap cleaning equipment the most as claimed in claim 3, it is characterised in that: the angle of described drainage pipe of rotary is 0 °～45 °.

Spray equipment in a kind of inner cap cleaning equipment the most as claimed in claim 1, it is characterised in that: the water jet of described spray thrower is equiped with a seedpod of the lotus shape baffle plate.