CN105962747A - Apple peeler - Google Patents

Abstract

The invention relates to an apple peeler. The apple peeler comprises a fixing mechanism and a cutting mechanism, wherein the cutting mechanism comprises a driving air pump, a rotary driving part, a plurality of deflection driving parts and a cutting component, the rotary driving part is arranged on the driving air pump, and the deflection driving parts are arranged at the output end of the rotary driving part in a surrounding mode; the cutting component comprises a plurality of pedal blades forming a circle, each pedal blade comprises an arc-shaped shell and a flexible blade part arranged on the shell, and a pneumatic cavity communicated with the driving air pump is formed between each shell and the corresponding flexible blade part; the cutting component further comprises an arc-shaped blade arranged on the rotary driving part, and part of the arc-shaped blade is accommodated among the pedal blades. By the adoption of the apple peeler, apple peel can be removed uniformly.

Description

Apple peeling device

Technical field

The present invention relates to a kind of peeling device, particularly relate to a kind of apple peeling device.

Background technology

Fructus Mali pumilae is before eating or making, it is generally required to first eliminate its epidermis.In order to save the time peeled with reality Peel the most more efficiently operation, market occurs in that various peeling device.General peeling device include base, It is arranged at base upper fixed seat and tool rest, fixing seat and the spaced setting of tool rest.Fixing seat is used for fixing Fructus Mali pumilae, tool rest is provided with multiple blade, can be peeled Fructus Mali pumilae operation by band cutting blade by rotary knife base, But, the paring thickness that this apple peeling device generally results in Fructus Mali pumilae is uneven, removes too much edible portion Point, reduce effect of peeling.

Summary of the invention

In view of this, it is necessary to provide one to peel the preferable apple peeling device of effect.

A kind of apple peeling device, including the fixed mechanism being oppositely arranged and cutting mechanism；

Described fixed mechanism is used for fixing Fructus Mali pumilae；

Described cutting mechanism includes driving air pump, rotary drive, multiple deflection driven part and cutter assembly, Described rotary drive is arranged on driving air pump, and the plurality of deflection driven part is around being arranged at described rotation On the outfan of actuator, described cutter assembly be connected on the plurality of deflection driven part and with described driving Air pump connects, and described cutter assembly includes the multiple petal swords around lopping, and arcuate blade, each petal Shell that sword includes circular arc and the flexible blade being arranged on described shell, described shell and described flexibility Being formed with pneumatic cavity between blade, the shell of the plurality of petal sword surrounds spherical, the shell of each petal sword The connected entrance and liberation port communicated with described pneumatic cavity, institute is offered in the side away from described driving air pump Stating connected entrance to connect with described driving air pump, described liberation port is for discharging the air pressure in described pneumatic cavity, institute State flexible blade to deviate from and on a side surface of described shell, be formed with rough grinding micro structure；

Wherein, described arcuate blade is arranged on described rotary drive, and is partly contained in the plurality of flower Between lobe sword, described arcuate blade includes fixed plate and the cydariform blade being fixed in described fixed plate, described Cydariform space is formed between fixed plate and described cydariform blade.

Wherein in an embodiment, the flexible blade of the plurality of petal sword is around forming accommodation space.

Wherein in an embodiment, described cydariform blade is hemispherical, and convex towards described accommodation space Go out.

Wherein in an embodiment, described cydariform blade includes cydariform layer and is arranged at described cydariform layer On incised layer.

Wherein in an embodiment, described cydariform blade is formed on a side surface of described petal sword There is granular grinding micro structure.

Wherein in an embodiment, described arcuate blade also includes be symmetricly set in described fixed plate two Individual shower nozzle, said two shower nozzle is arranged along the periphery of described cydariform blade.

Wherein in an embodiment, each shower nozzle extends towards the direction being gradually distance from cydariform blade.

Wherein in an embodiment, the axis of described shower nozzle forms one with the peripheral part of described fixed plate Individual acute angle.

Owing to driving air pump can blast gases at high pressure to the pneumatic cavity of petal sword, so that flexible blade is close to Fructus Mali pumilae exocuticle so that the exocuticle of Fructus Mali pumilae can be removed the most equably, without on Fructus Mali pumilae can Edible part removes too much, improves effect of peeling.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view of the apple peeling device of an embodiment；

Fig. 2 is the perspective exploded view of the apple peeling device shown in Fig. 1；

Fig. 3 is the generalized section of the fixed mechanism of the apple peeling device shown in Fig. 1；

Fig. 4 is the enlarged drawing of the fastening assembly of the fixed mechanism shown in Fig. 3；

Fig. 5 is the partial enlarged drawing in Fig. 4 at V；

Fig. 6 is the partial sectional view of the cutter assembly of the cutting mechanism of the apple peeling device shown in Fig. 1；

Fig. 7 is the generalized section of the petal sword of the cutter assembly of another embodiment；

Fig. 8 is the generalized section of the petal sword of the cutter assembly of another embodiment；

Fig. 9 is the front view of the petal sword of the cutter assembly of an embodiment；

Figure 10 is the generalized section of the arcuate blade in the cutter assembly shown in Fig. 6；

Figure 11 is the floor map of the flushing machine of the apple peeling device of an embodiment.

Detailed description of the invention

For the ease of understanding the present invention, below with reference to relevant drawings, the present invention is described more fully. Accompanying drawing gives the better embodiment of the present invention.But, the present invention can come in many different forms Realize, however it is not limited to embodiments described herein.On the contrary, provide the purpose of these embodiments to be Make the disclosure is understood more thorough comprehensively.

Referring to Fig. 1, one embodiment of the invention is, a kind of apple peeling device 100, and it includes being oppositely arranged Fixed mechanism 30 and cutting mechanism 50.Fixed mechanism 30 is used for fixing Fructus Mali pumilae.Cutting mechanism 50 is with fixing The spaced setting of mechanism 30, and for removing the epidermis of Fructus Mali pumilae.It is said that in general, fixed mechanism 30 can Inserting in Fructus Mali pumilae, thus fixed by Fructus Mali pumilae, cutting mechanism 50 can be coated on the epidermis of Fructus Mali pumilae, and can Rotate relative to Fructus Mali pumilae, thus rely on frictional force to remove the epidermis of Fructus Mali pumilae.

See also Fig. 2 and Fig. 3, fixed mechanism 30 include base 31, pillar 33, storage block 35, The fastening assembly 37 that air pump 36 and two groups of relative spacings are arranged.Base 31 is for fixing fixed mechanism 30 On the platform such as desktop or ground.One end of pillar 33 is connected on base 31, and storage block 35 is arranged at Pillar 33 is away from one end of base 31.It is provided with receiving space 351 in storage block 35 and offers in side Perforating 353.The top of storage block 35 is further opened with bleeder port 354, and is provided with on bleeder port 354 Airtight stopper 355.Air pump 36 is arranged in the receiving space 351 of storage block 35.See also Fig. 4, Gu Hold assembly 37 can telescopically be arranged in storage block 35, and can be contained in receiving space 351.Two Individual fastening assembly 37 is used for being arranged in Fructus Mali pumilae, thus is fixed by Fructus Mali pumilae.

See also Fig. 4 and Fig. 5, the first sheath body 371 that each fastening assembly 37 includes being sequentially connected with, Second sheath body the 373, the 3rd sheath body 375,376, three actuators 377 of elastic component and three gears set part 378.First sheath body 371 is cylinder shell, and is arranged in the perforating 353 of storage block 35.First The length of sheath body 371 is slightly larger than the width of the receiving space 351 of storage block 35.First sheath body 371 is in one end Periphery projection radially inward forms fastener 3711, and is formed from periphery radially projection in the other end Clamping part 3713.First sheath body 371 also sets ring in the formation card that the most inwardly protrudes out of clamping part 3713 3715.Clamping part 3711 gear of the first sheath body 371 is located at the periphery of the perforating 353 of storage block 35, i.e. The outer peripheral edge diameter of the first sheath body 371 is less than or equal to the aperture of perforating 353, the diameter of clamping part 3713 Aperture more than perforating 353.In order to ensure the rigidity of the first sheath body 371, such as, the first sheath body 371 Can be made up of titanium alloy or rustless steel.The profile of the second sheath body 373 and the profile class of the first sheath body 371 Seemingly, its external diameter is slightly less than the internal diameter of the first sheath body 371.The two ends of the second sheath body 373 form fastener respectively 3731 with clamping part 3733, and in the inner side of clamping part 3733 formed card set ring 3735.Second sheath body 373 It is actively located in the inside of the first sheath body 371, and protrudes out from one end of the fastener 3711 of the first sheath body 371 Out, clamping part 3733 block is on the fastener 3711 of the first sheath body 371 and card sets between ring 3715, To prevent the second sheath body 373 from slipping out from one end of the first sheath body 371.Similarly, the 3rd sheath body 375 It is arranged in actively in the second sheath body 373.3rd sheath body 375 is block shape, and its one end is formed and wears point End 3751, the other end radially projection forms clamping part 3753.Clamping part 3753 block is in the second set The fastener 3731 of shell 373 and card set between ring 3735.Wear most advanced and sophisticated 3751 for being arranged in Fructus Mali pumilae, On it, projection is formed with main sword 3755, and protrudes out formation reinforcement sword respectively in the both sides of the edge of main sword 3755 3757.The length of main sword 3755 is about 1.5-3 centimetre, strengthens outer ledge and the 3rd sheath body of sword 3757 Distance between the axis of 375 is gradually reduced along towards the direction away from the second sheath body 373.In the present embodiment, The angle strengthening being formed between outer ledge and the axis of the 3rd sheath body 375 of sword 3757 is about 30-45 degree Angle.Elastic component 376 one end is connected to the inner side wearing tip 3751 of the 3rd sheath body 375, and the other end connects On the shell of air pump 36, it is used for pulling and supporting the 3rd sheath body 375 and drives the second sheath body 373 and the first sheath body 371 To receiving space 351 contract, thus it is internal that fastening assembly 37 is hidden in storage block 35.

Three actuators 377 are respectively formed in storage block the 35, first sheath body 371 and the second sheath body 373 On sidewall, three gears set part 378 and are respectively adjacent to three actuators 377 and arrange, and are contained in the most actively In the sidewall of storage block the 35, first sheath body 371 and the second sheath body 373.Three gears set part 378 respectively with Three actuators 377 connect, three actuators 377 for drive respectively three gears set part 378 radially to Interior projection.I.e. when air pump 36 is in time receiving production gases at high pressure in block 35, and gases at high pressure promote the first sheath body 371, the second sheath body 373 and the 3rd sheath body 375 stretch successively.Meanwhile, three actuators 377 drive respectively Dynamic three gears set part 378 and are convexly equipped in respectively in storage block the 35, second sheath body 371 and the 3rd sheath body 373, To stop the first sheath body the 371, second sheath body 373 and contraction of the 3rd sheath body 375.

Such as, the second sheath body 373 is offered on the medial wall, one end of the clamping part 3753 of the 3rd sheath body 375 Having accepting hole 3737, actuator 371 is arranged in the sidewall of the second sheath body 373 adjacent to accepting hole 3737, gear If part 378 is actively located in accepting hole 3737 along the radial direction of the second sheath body 373 and with actuator 371 Connect.Actuator 371 can drive gear to set part 378 moving radially along the second sheath body 373, thus by the 3rd Sheath body 375 gear is located at one end of the second sheath body 373.

Referring to Fig. 1 and Fig. 2, cutting mechanism 50 include pedestal 51, pole 53, drive air pump 54, Rotary drive 55, multiple deflection driven part 56 and cutter assembly 57.Pedestal 51 is relatively fixed mechanism 30 Interval is arranged, and one end of pole 53 is connected on pedestal 51.The one end driving air pump 54 is arranged at pole 53 One end away from pedestal 51.Rotary drive 55 is arranged on driving air pump 54, multiple deflection driven parts 56 Around being arranged on the outfan of rotary drive 55, one end of cutter assembly 57 is connected to multiple deflection and drives On moving part 56, and connect with driving air pump 54.Such as, cutter assembly 57 passes through gas with driving air pump 54 Pipe connects.Multiple deflection driven parts 56 can drive the parts in cutter assembly 57 to be radially located remotely from each other, with House and be arranged in the Fructus Mali pumilae on two fastening assemblies 37, then drive cutter assembly 57 the most relatively closed with Clamping Fructus Mali pumilae, drives air pump 54 can blast high pressure gas to cutter assembly 57, thus makes the interior of cutter assembly 57 Side is close on Fructus Mali pumilae exocuticle.Rotary drive 55 drives deflection driven part 56 to drive cutter assembly 57 to revolve Turn or reciprocating rotary, thus by the exocuticle of the inner side grinding Fructus Mali pumilae of cutter assembly 57, with by Fructus Mali pumilae Exocuticle removes.

Seeing also Fig. 6, cutter assembly 57 includes multiple multiple petal swords 571 around lopping and place Arcuate blade 573 in multiple petal sword 571 one end.In the present embodiment, petal sword 571 is petal-shaped, And the multiple spaced setting of petal sword 571.The quantity of petal sword 571 can be arranged on demand, in this reality Executing in mode, cutter assembly 57 includes six petal swords 571 and an arcuate blade 573.Each petal sword 571 It is connected on rotary drive 55 by deflection driven part 56.Shell 5711 and setting including circular arc Flexible blade 5713 on shell 5711.It is formed with pneumatic cavity between shell 5711 and flexible blade 5713 5714.The shell 5711 of six petal swords 571 surround one spherical.Flexible blade 5713 is towards shell 5711 Place's depression, the inner side of six flexible blades 5713 surrounds an accommodation space 575.Each petal sword 571 Shell 5711 is in offering, away from the side driving air pump 54, the connected entrance 5715 communicated with pneumatic cavity 5714 And the liberation port (not shown) that can close, connected entrance 5715 is connected with driving air pump 54 by gas.Release Mouth is for discharging the air pressure in pneumatic cavity 5714.Flexible blade 5713 deviates from a side surface of shell 5711 It is formed with rough grinding micro structure (not shown).Such as, flexible blade 5713 is for have inner liner Sand paper or other inner surfacies are provided with the flexible sealing strip of microparticle, it is sufficient to ensure that gas will not escape from it Go out.In one embodiment, flexible blade 5713 includes basic unit and flexible sealing strip, described flexible sealing The surface configuration of bar has microparticle.Arcuate blade 573 is arranged on rotary drive 55.Arcuate blade 573 part The accommodation space 575 being contained between six petal swords 571.Arcuate blade 573 include fixed plate 5731 and The cydariform blade 5733 being fixed in fixed plate 5731.In the present embodiment, fixed plate 5731 is flat board Shape, forms cydariform space 5735 between fixed plate 5731 and cydariform blade 5733.Cydariform blade 5733 is half Spherical, and protrude towards accommodation space 575.Cydariform blade 5733 is made for flexible material.Such as, in order to Being easy to manufacture, cydariform blade 5733 includes cydariform layer and is arranged at the incised layer on described cydariform layer.

Such as, similarly, cydariform blade 5733 is formed with graininess on a side surface of petal sword 571 Grinding micro structure, for the recess of grinding Fructus Mali pumilae.

When apple peeling device 100 assembles, first air pump 36 is arranged in storage block 35, by two fixing groups Part 37 is installed on storage block 35, and three actuators 377 and three gears are set part 378 and installed successively. By pedestal 51 and the two ends driving air pump 54 to be respectively arranged in pole 53, rotary drive 55 is installed on Drive on air pump 54, multiple deflection driven parts 56 interval is installed on rotary drive 55, group will be cut Part 57 is connected on deflection driven part 56 and connects with driving air pump 54.

When using apple peeling device 100, air pump 36 drive two fastening assemblies 37 overcome elastic component 376 Resistance, thus stretch out outside storage block 35, Fructus Mali pumilae can be inserted in fastening assembly 37 by user vertically On 3rd sheath body the 375, second sheath body 373 and on the first sheath body 371.Fructus Mali pumilae is stretched into cutter assembly 57 In.Multiple deflection driven parts 56 drive cutter assembly 57 to close to clamp cutter assembly 57.Drive air pump 54 Gases at high pressure are blasted, so that the exocuticle of Fructus Mali pumilae is close in the inner side of cutter assembly 57 in cutter assembly 57. Now, multiple petal swords 571 of cutter assembly 57 are formed adjacent to one end of fixed mechanism 30 and allow first The opening that sheath body 371 penetrates.Rotary drive 55 drives the relative Fructus Mali pumilae of cutter assembly 57 according to certain pre- If angle reciprocating rotary, the most multiple petal swords 571 rotate around two fastening assemblies 37, thus utilize cutting group The exocuticle of Fructus Mali pumilae is ground away by the flexible blade 5713 on part 57 with cydariform blade 5733, to remove Fructus Mali pumilae Exocuticle.After the operation of peeling of Fructus Mali pumilae, air pump 54 is driven to stop blasting gas in cutter assembly 57 Pressure, user opens liberation port on petal sword 571 to be discharged by the gas in pneumatic cavity 5714, multiple partially Turn actuator 56 and drive multiple petal sword 571 being moved radially outward along Fructus Mali pumilae, to discharge Fructus Mali pumilae.Operator Fructus Mali pumilae is taken off from fastening assembly 37.Air pump 36 stops air-blowing, is taken off by airtight stopper 355, for receipts The bleeder port 354 received in block 35 loses heart, so that the air pressure in the receiving space 351 of storage block 35 recovers To atmospheric pressure, now, three actuators 377 drive three gears to set part 378 to shrink respectively, elastic component 376 pull and support first sheath body the 371, second sheath body 373 and the 3rd sheath body 375 shrinks in the receipts of storage block 35 Hold in space 351.

Gases at high pressure can be blasted in petal sword 571 so that flexible blade 5713 owing to driving air pump 54 It is close to Fructus Mali pumilae exocuticle, so that the exocuticle of Fructus Mali pumilae can be removed the most equably, without Herba Marsileae Quadrifoliae Edible portion on fruit removes too much.Being additionally, since cydariform blade 5733 can be to the pit of Fructus Mali pumilae Epidermis removes, and improves effect of peeling.Owing to fastening assembly 37 has elastic component 376, so that Fastening assembly 37 is hidden in storage block 35 so that fixed mechanism 30 is more aesthetically pleasing.Further, since rotate Actuator 55 can drive multiple petal sword 571 reciprocating rotary so that each petal sword 571 only eliminates Fructus Mali pumilae Local epidermis, it is to avoid the whole periphery of each petal sword 571 grinding Fructus Mali pumilae, improve petal sword 571 right The laminating degree of Fructus Mali pumilae epidermis, further increases cutting effect.

Referring to Fig. 7, flexible blade 5713 includes inner liner 5718 and the frosted layer 5719 of setting bonded to each other. Inner liner 5718 be connected with shell 5711 and and shell 5711 between form above-mentioned pneumatic cavity 5714.Pneumatic cavity Elastomeric isolation band 576 it is additionally provided with in 5714, one end connected with outer casing 5711 of elastomeric isolation band 576, another End connects inner liner 5718.Elastomeric isolation band 576 pneumatic cavity 5714 is divided into the first air-blowing chamber 5716 with Second air-blowing chamber 5717.On shell 5711, the most corresponding first air-blowing chamber 5716 is opened with the second air-blowing chamber 5717 Being provided with two connected entrances 5715, two connected entrances 5715 are connected with driving air pump 54 by trachea respectively.By Can be respectively to inner liner 5718 and the frosted of corresponding region in the first air-blowing chamber 5716 and the second air-blowing chamber 5717 Layer 5719 applies pressure, thus improves the uniform force application of flexible blade 5713, it is to avoid air pressure is partial to certain One regional area presses.Improve the effect of peeling of flexible blade 5713.

Referring to Fig. 8, in the petal sword 571 of an embodiment, flexible blade 5713 includes bonded to each other setting Inner liner 5718 and the frosted layer 5719 put.Inner liner 5718 be connected with shell 5711 and with shell 5711 Between form above-mentioned pneumatic cavity 5714.It is formed with gap between one end and the frosted layer 5719 of inner liner 5718. Spaced apart on frosted layer 5719 it is provided with multiple clean-out opening.Petal sword 571 also includes being arranged in described gap Clean shower nozzle 577.When needing to pare an apple, it is full of gases at high pressure in pneumatic cavity 5714, forces inner liner 5718 Laminating frosted layer 5719 also promotes frosted layer 5719 to fit tightly on the exocuticle of Fructus Mali pumilae to carry out work of peeling Industry.After cutting, clean shower nozzle 577 and spray into water under high pressure to inner liner 5718 and frosted layer 5719, And make current spray from the clean-out opening of frosted layer 5719, thus the epidermal residues inside frosted layer is cleaned Fall.

Refer to Fig. 9, in one embodiment, the shell 5711 of a pair petal sword 571 being oppositely arranged divides Do not offer arc guide slot 5722.When cutting the epidermis of Fructus Mali pumilae, Fructus Mali pumilae is cut multiple petals of assembly 57 Sword 571 closes in the inner, and the end of two fastening assemblies 37 is arranged on Fructus Mali pumilae, and is arranged in cutting respectively In two arc guide slot 5722 of assembly 57.Arc guide slot 5722 around central angle i.e. limit Petal sword 571 drives the anglec of rotation that Fructus Mali pumilae reciprocating rotary is maximum.It is appreciated that, it is also possible at storage block 35 On arrange rotating circular disk (not shown) and drive rotating circular disk rotate actuator, two fastening assemblies 37 set It is set to fixing pin, and is fixedly installed on described rotating circular disk.So, cutter assembly 57 can not include rotation Turning actuator 55, when Fructus Mali pumilae is contained in the accommodation space 575 of six petal swords 571, fixing pin is permissible It is inserted into Fructus Mali pumilae from arc guide slot 5722.During cutting Fructus Mali pumilae, above-mentioned actuator can drive rotary turnplate band Dynamic fixing pin reciprocating rotary, thus the exocuticle of Fructus Mali pumilae is removed.

Referring to Figure 10, arcuate blade 573 also includes two shower nozzles being symmetricly set in fixed plate 5731 5737.Shower nozzle 5737 is arranged along the periphery of cydariform blade 5733, and towards being gradually distance from cydariform blade 5733 Direction extend, that is, the peripheral part of the axis of shower nozzle 5737 and fixed plate 5731 forms an acute angle. When cutter assembly 57 completes the cutting operation of Fructus Mali pumilae, shower nozzle 5737 can be towards the flexibility of petal sword 571 Blade 5713 is sprayed water, to be carried out the epidermis residued on flexible blade 5713.

Refer to Figure 11, in order to remove the skin scrapings on the Fructus Mali pumilae after cutting, apple peeling device 100 further Also include flushing machine 70.Flushing machine 70 includes supporting platform 71, stay tube 73 and rinsing module 75. The side supporting platform 71 is provided with water pump 711, is used for connecting the external water sources such as tap water, and is pumped into by water In stay tube 73.Prop up stay tube 73 one end to be connected to support on platform 71.Rinsing module 75 is connected to a stay tube 73 Away from the one end supporting platform 71.Rinsing module 75 includes that bowl 751 and rotation are arranged at bowl 751 On many steel balls 755.Chamber 7511 is rinsed around being formed in the inner side of bowl 751, and bowl 751 Be internally formed water-injecting cavity 7513, water-injecting cavity 7513 be bowl-type and by stay tube 73 with support platform 71 internal phase Logical.Bowl 751 offers multiple water injection hole 7515 in the bottom surface rinsing chamber 7511.Water injection hole 7515 Two ends are respectively communicated with flushing chamber 7511 and water-injecting cavity 7513, and the axis of each water injection hole 7515 all extends logical Cross the spherical center rinsing chamber 7511.Many steel balls 755 are rotatably arranged on the bottom surface rinsing chamber 755, And many steel balls 755 are evenly spaced apart to be arranged between the most adjacent two water injection holes 7515.When needs flushing is cut Fructus Mali pumilae after cutting, puts into Fructus Mali pumilae in the flushing chamber 7511 of bowl 751, is supported on steel ball 755, opens Dynamic water pump 711 injects water under high pressure in water-injecting cavity 7513, and water under high pressure is from the water injection hole 7515 of bowl 751 Spray in flushing chamber 7511, thus impact Fructus Mali pumilae, when needs rotate Fructus Mali pumilae, the turning Fructus Mali pumilae of user, Thus the outer surface of Fructus Mali pumilae is rinsed well.It is appreciated that the hydraulic pressure of regulation water pump 711 is so that current Spray from water injection hole 7515, and Fructus Mali pumilae is held up, make Fructus Mali pumilae depart from the bottom surface rinsing chamber 7511, thus It is more conducive to user upset Fructus Mali pumilae.Such as, a diameter of 0.3-0.5 centimetre of steel ball 755, this is conducive to steel ball Rolling.Such as, the surface of steel ball 755 can be provided with copper coating, to prevent steel ball 755 long-term and water Contact and get rusty.

Such as, also include being arranged at the washer on the storage block of described fixed mechanism, be used for cleaning described solid Determine pin, such as, in described washer, store the first cleanout fluid, the second cleanout fluid and the 3rd cleanout fluid. Press described washer every time and can spray the first cleanout fluid, the second cleanout fluid and the 3rd cleanout fluid successively.Example As, in order to improve cleaning performance, the first cleanout fluid can use the significant component of scale removal effectiveness comparison, and second Cleanout fluid can use the liquid component that concentration is the least, to rinse the first cleanout fluid.And the 3rd cleanout fluid can To use moisture big and volatile liquid, so that the residual of cleanout fluid reduces in a large number.

Described first cleanout fluid includes the component of following mass parts: polyquaternary ammonium salt 30-35 part, osmanthus base sulfur triethylenetetraminehexaacetic acid Hydramine 23-25 part, cocamido propyl betaine 20-23 part, essence 15-19 part, wire drawing powder 13-14 part, Pearl Concentrate 5-10 part, ethanol 3-5 part, cocoanut oil alcohol 2-3 part, glycerol 2-3 part, milk 1-2 part.Due to One cleanout fluid comprises clean pollutant effective ingredient: polyquaternary ammonium salt 30-35 part, osmanthus base sulphuric acid triethanolamine 23-25 part, cocamido propyl betaine 20-23 part, therefore can significantly improve the cleaning of the first cleanout fluid Effect.

Described second cleanout fluid includes the component of following mass parts: ethanol 30-35 part, polyquaternary amine 25-26 part, Cocamido propyl betaine 10-15 part, essence 15-19 part, sodium chloride 10-16 part, Polyethylene Glycol 5-10 Part, glycerol 5-9 part, methyl glucose dioleate 5-8 part, Aloe glue 3-7 part.Due to the second cleanout fluid In improve the proportion of ethanol, be thus advantageous to the volatilization of the second cleanout fluid, and the addition of sodium chloride help In the effect realizing sterilization.

Described 3rd cleanout fluid includes the component of following mass parts: water 30-35 part, ethanol 25-30 part, chlorination Sodium 10-15 part, essence 10-15 part, citric acid 12-18 part, cocamide diethanolamine 8-10 part, cocos nucifera oil Alcohol 7-8 part, glycerol 6-7 part, milk 5-6 part, propylene glycol 4-5 part, palm oil glycerides 3-4 part, coconut palm Oleyl sulfate sodium 2-3 part, ceteth 2-3 part methyl hydroxybenzoate 2-3 part, butylated hydroxytoluene 2-3 part, benzene Formic acid 2-3 part, Methylisothiazolinone 3-4 part.Owing to moisture and ethanol occupy bigger proportion, therefore After first and second cleanout fluid has been rinsed by the 3rd cleanout fluid, can run off the most rapidly and volatilize, Contribute to the cleaning of fixing pin.

Other embodiments of the invention also include that technical characteristic in the various embodiments described above is mutually combined and are formed The technical scheme that can implement.Such as, the various embodiments described above be mutually combined formed apple peeling device.

Embodiment described above only have expressed the several embodiments of the present invention, and it describes more concrete and detailed, But can not therefore be construed as limiting the scope of the patent.It should be pointed out that, for this area For those of ordinary skill, without departing from the inventive concept of the premise, it is also possible to make some deformation and change Entering, these broadly fall into protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be with appended power Profit requires to be as the criterion.

Claims (8)

1. an apple peeling device, it is characterised in that include fixed mechanism and the cutting mechanism being oppositely arranged；

Described fixed mechanism is used for fixing Fructus Mali pumilae；

Described cutting mechanism includes driving air pump, rotary drive, multiple deflection driven part and cutter assembly, Described rotary drive is arranged on driving air pump, and the plurality of deflection driven part is around being arranged at described rotation On the outfan of actuator, described cutter assembly be connected on the plurality of deflection driven part and with described driving Air pump connects, and described cutter assembly includes the multiple petal swords around lopping, and arcuate blade, each petal Shell that sword includes circular arc and the flexible blade being arranged on described shell, described shell and described flexibility Being formed with pneumatic cavity between blade, the shell of the plurality of petal sword surrounds spherical, the shell of each petal sword The connected entrance and liberation port communicated with described pneumatic cavity, institute is offered in the side away from described driving air pump Stating connected entrance to connect with described driving air pump, described liberation port is for discharging the air pressure in described pneumatic cavity, institute State flexible blade to deviate from and on a side surface of described shell, be formed with rough grinding micro structure；

Wherein, described arcuate blade is arranged on described rotary drive, and is partly contained in the plurality of flower Between lobe sword, described arcuate blade includes fixed plate and the cydariform blade being fixed in described fixed plate, described Cydariform space is formed between fixed plate and described cydariform blade.

2. apple peeling device as claimed in claim 1, it is characterised in that the flexible sword of the plurality of petal sword Portion is around forming accommodation space.

3. apple peeling device as claimed in claim 2, it is characterised in that described cydariform blade is hemispherical, And protrude towards described accommodation space.

4. apple peeling device as claimed in claim 2, it is characterised in that described cydariform blade includes cydariform layer And it is arranged at the incised layer on described cydariform layer.

5. apple peeling device as claimed in claim 2, it is characterised in that described cydariform blade is towards described flower Granular grinding micro structure it is formed with on one side surface of lobe sword.

6. apple peeling device as claimed in claim 2, it is characterised in that described arcuate blade also includes that symmetry sets Two shower nozzles being placed in described fixed plate, said two shower nozzle is arranged along the periphery of described cydariform blade.

7. apple peeling device as claimed in claim 6, it is characterised in that each shower nozzle is towards being gradually distance from drum The direction of shape blade extends.

8. apple peeling device as claimed in claim 7, it is characterised in that the axis of described shower nozzle is solid with described The peripheral part determining plate forms an acute angle.