CN206196924U - Ipomoea batatas peeling device - Google Patents

Abstract

The utility model is related to a kind of Ipomoea batatas peeling device.The Ipomoea batatas peeling device includes fixed mechanism, cutting mechanism and flushing machine, the cutting mechanism includes driving air pump, rotary drive, multiple deflection driven parts and cutter assembly, the rotary drive is arranged on driving air pump, the multiple deflection driven part surround and is arranged in the output end of the rotary drive, the cutter assembly includes the multiple petal swords around lopping, the flexible blade that each petal sword includes the shell of circular arc and is arranged on the shell, the pneumatic cavity connected with the driving air pump is formed between the shell and the flexible blade.The flushing machine is set adjacent to the peeling body, and it includes supporting table, support tube and rinsing module.The Ipomoea batatas peeling device enables to the exocuticle of Ipomoea batatas more can be equably removed.

Description

Ipomoea batatas peeling device

Technical field

The utility model is related to a kind of peeling device, more particularly to a kind of Ipomoea batatas peeling device.

Background technology

Ipomoea batatas generally requires and first eliminate its epidermis before edible or making.In order to save the time peeled to realize faster Prompt operation of peeling, in the market occurs in that various peeling devices.General peeling device includes base, is arranged on base and fixes Seat and tool rest, fixed seat and the spaced setting of tool rest.Fixed seat is used to fix Ipomoea batatas, and multiple blades are provided with tool rest, Operation of peeling can be carried out to Ipomoea batatas with cutting blade by rotary knife base, however, this peeling device generally results in Ipomoea batatas surface Paring thickness it is uneven, remove excessive edible portion, reduce effect of peeling.

Utility model content

In view of this, it is necessary to one kind is provided and is peeled the preferable Ipomoea batatas peeling device of effect.

A kind of Ipomoea batatas peeling device, including fixed mechanism, cutting mechanism and flushing machine；

The fixed mechanism is used to fix Ipomoea batatas；

The relatively described fixed mechanism of the cutting mechanism is set, and it includes driving air pump, rotary drive, multiple deflections to drive Moving part and cutter assembly, the rotary drive are arranged on driving air pump, and the multiple deflection driven part surround and is arranged at In the output end of the rotary drive, the cutter assembly be connected on the multiple deflection driven part and with the driving gas Pump is connected, and the cutter assembly includes the multiple petal swords around lopping, and each petal sword includes the shell of circular arc and sets The flexible blade being placed on the shell, is formed with pneumatic cavity, the multiple petal between the shell and the flexible blade The shell of sword surrounds spherical, and the shell of each petal sword is offered and the pneumatic cavity phase in the side away from the driving air pump Logical connected entrance and the liberation port that can be closed, the connected entrance are connected with the driving air pump, and the liberation port is used to release The air pressure in the pneumatic cavity is put, the flexible blade is formed with rough grinding on a side surface of the shell Micro-structural；

Wherein, the flushing machine is set adjacent to the peeling body, and it includes supporting table, support tube and flushing group Part, the support tube is arranged in the supporting table, and the rinsing module includes that bowl and rotation are arranged at the bowl-type Many steel balls in part, the bowl is arranged on the support tube, and the side of the supporting table is provided with water pump, for Current are pumped into the supporting table, support tube and bowl.

Wherein in an implementation method, the inner side of the bowl rotates around flushing chamber, many steel balls is formed Be arranged at the bottom surface in the flushing chamber.

Wherein in an implementation method, the bowl is internally formed the water-injecting cavity connected with the flushing chamber, The water-injecting cavity is bowl-type and is communicated with inside the supporting table by the support tube.

Wherein in an implementation method, the bottom surface in the flushing chamber offers multiple water injection holes, the two of each water injection hole End is respectively communicated with the flushing chamber and the water-injecting cavity.

Wherein in an implementation method, many steel balls are evenly spaced apart to be arranged at per two neighboring water injection hole it Between.

Wherein in an implementation method, a diameter of 0.3-0.5 centimetres of each steel ball.

Wherein in an implementation method, the surface of each steel ball is provided with antirust coat.

Due to driving air pump to blast gases at high pressure to the pneumatic cavity of petal sword, so that flexible blade is close to outside Ipomoea batatas Epidermis so that the exocuticle of Ipomoea batatas more can equably be removed, without the edible portion on Ipomoea batatas is moved too much Remove, improve effect of peeling.

Brief description of the drawings

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

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

Fig. 3 is the generalized section of the fixed mechanism of the Ipomoea batatas 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 at V in Fig. 4；

Fig. 6 is the partial sectional view of the cutter assembly of the cutting mechanism of the Ipomoea batatas 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 Ipomoea batatas peeling device of an embodiment.

Specific embodiment

For the ease of understanding the utility model, the utility model is more fully retouched below with reference to relevant drawings State.Better embodiment of the present utility model is given in accompanying drawing.But, the utility model can come in many different forms Realize, however it is not limited to embodiments described herein.On the contrary, the purpose for providing these implementation methods is to make to this practicality newly It is more thorough comprehensive that the disclosure of type understands.

Fig. 1 is referred to, an embodiment of the present utility model is, a kind of Ipomoea batatas peeling device 100, it includes that what is be oppositely arranged consolidates Determine mechanism 30 and cutting mechanism 50.Fixed mechanism 30 is used to fix Ipomoea batatas.Cutting mechanism 50 is spaced with fixed mechanism 30 Set, and for removing the epidermis of Ipomoea batatas.In general, fixed mechanism 30 is inserted into inside Ipomoea batatas to be cut, so that will be red Potato is fixed, and cutting mechanism 50 can be coated on the epidermis of Ipomoea batatas, and can be rotated relative to Ipomoea batatas, so as to be removed by frictional force The epidermis of Ipomoea batatas.

Also referring to Fig. 2 and Fig. 3, fixed mechanism 30 includes base 31, pillar 33, storage block 35, air pump 36 and two The fastening assembly 37 that group relative spacing is set.Base 31 is used to for fixed mechanism 30 to be fixed on the platforms such as desktop or ground. One end of pillar 33 is connected on base 31, and storage block 35 is arranged at the one end of pillar 33 away from base 31.Set in storage block 35 It is equipped with receiving space 351 and offers perforating 353 in side.The top for receiving block 35 is further opened with bleeder port 354, and in letting out Airtight stopper 355 is provided with stomata 354.Air pump 36 is arranged in the receiving space 351 of storage block 35.Also referring to Fig. 4, Gu Holding component 37 can telescopically be arranged in storage block 35, and can be contained in receiving space 351.Two fastening assemblies 37 are used In being arranged on Ipomoea batatas, so as to Ipomoea batatas be fixed.

Also referring to Fig. 4 and Fig. 5, each fastening assembly 37 includes the first sheath body 371, the second sheath body that are sequentially connected 373rd, the 3rd sheath body 375,376, three actuators 377 of elastic component and three gears set part 378.First sheath body 371 is cylindrical shape Housing, and be arranged in the perforating 353 of storage block 35.Receiving space of the length of the first sheath body 371 slightly larger than storage block 35 351 width.In one end periphery, projection forms fastener 3711 to first sheath body 371 radially inward, and in the other end from periphery Radially projection forms clamping part 3713.First sheath body 371 also radially inside inwardly protrudes out shape in clamping part 3713 Cheng Kashe rings 3715.The gear of clamping part 3713 of the first sheath body 371 is located at the periphery of the perforating 353 of storage block 35, i.e. first set The outer peripheral edge diameter of shell 371 is less than or equal to the aperture of perforating 353, the hole with diameter greater than perforating 353 of clamping part 3713 Footpath.In order to ensure the rigidity of the first sheath body 371, for example, the first sheath body 371 can be made up of titanium alloy or stainless steel.Second The profile of sheath body 373 is similar with the profile of the first sheath body 371, and its external diameter is slightly less than the internal diameter of the first sheath body 371.Second sheath body 373 two ends form fastener 3731 and clamping part 3733 respectively, and form card in the inner side of clamping part 3733 and set ring 3735.The Two sheath bodies 373 are actively located in the inside of the first sheath body 371, and one end of the fastener 3711 from the first sheath body 371 protrudes out Come, the block of clamping part 3733 between ring 3715 is set with card on the fastener 3711 of the first sheath body 371, to prevent the second sheath body 373 are sliding out coming from one end of the first sheath body 371.Similarly, the 3rd sheath body 375 is actively arranged in the second sheath body 373.The Three sheath bodies 375 are block shape, and its one end forms and wears tip 3751, and radially projection forms clamping part to the other end 3753.The block of clamping part 3753 is between the fastener 3731 and card of the second sheath body 373 set ring 3735.Wearing tip 3751 is used for It is arranged on Ipomoea batatas, projection thereon is formed with main sword 3755, and protrudes out to form 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 centimetres, strengthens the outer ledge of sword 3757 and the axis of the 3rd sheath body 375 The distance between be gradually reduced along towards away from the direction of the second sheath body 373.In the present embodiment, the outer ledge of sword 3757 is strengthened The angle formed and the axis of the 3rd sheath body 375 between is about 30-45 degree angle.The one end of elastic component 376 is connected to the 3rd sheath body 375 inner side for wearing tip 3751, the other end is connected on the shell of air pump 36, and the is driven for pulling and supporting the 3rd sheath body 375 Two sheath bodies 373 and the first sheath body 371 are received in block 35 to the contract of receiving space 351 so as to fastening assembly 37 be hidden in Portion.

Three actuators 377 are respectively formed on the side wall of storage block 35, the first sheath body 371 and the second sheath body 373, and three Individual gear sets part 378 and is respectively adjacent to three actuators 377 and sets, and be actively contained in respectively storage block 35, the first sheath body 371 with And second sheath body 373 side wall in.Three gears set part 378 and are connected with three actuators 377 respectively, and three actuators 377 are used for Three gears are driven to set the projection radially inward of part 378 respectively.I.e. when air pump 36 is when production gases at high pressure in block 35 are received, high pressure Gas push the first sheath body 371, the second sheath body 373 and the 3rd sheath body 375 stretch successively.Meanwhile, three actuators 377 are distinguished Drive three gears to set part 378 to be convexly equipped in respectively in storage block 35, the second sheath body 371 and the 3rd sheath body 373, to prevent first set The contraction of shell 371, the second sheath body 373 and the 3rd sheath body 375.

For example, the second sheath body 373 offers accepting hole on one end madial wall of the clamping part 3753 of the 3rd sheath body 375 3737, actuator 371 is arranged in the side wall of the second sheath body 373 adjacent to accepting hole 3737, and gear sets part 378 along the second sheath body 373 Radial direction be actively located in accepting hole 3737 and be connected with actuator 371.Actuator 371 can drive gear to set the edge of part 378 Second sheath body 373 is moved radially, so as to the 3rd sheath body 375 is kept off located at one end of the second sheath body 373.

Referring to Fig. 1 and Fig. 2, cutting mechanism 50 includes pedestal 51, pole 53, drives air pump 54, rotary drive 55th, multiple deflection driven parts 56 and cutter assembly 57.Pedestal 51 is relatively fixed the interval setting of mechanism 30, and one end of pole 53 connects It is connected on pedestal 51.One end of air pump 54 is driven to be arranged at the one end of pole 53 away from pedestal 51.Rotary drive 55 is arranged at Drive on air pump 54, multiple deflection driven parts 56 surround and are arranged in the output end of rotary drive 55, the one of cutter assembly 57 End is connected on multiple deflection driven parts 56, and is connected with air pump 54 is driven.For example, cutter assembly 57 passes through with air pump 54 is driven Tracheae is connected.Multiple deflection driven parts 56 can drive the part in cutter assembly 57 to be radially located remotely from each other, and be arranged in housing Ipomoea batatas on two fastening assemblies 37, then drives cutter assembly 57 and then relatively closed with clamping Ipomoea batatas, and driving air pump 54 can High pressure gas are blasted to cutter assembly 57, so as to the inner side for making cutter assembly 57 is close on Ipomoea batatas exocuticle.Rotary drive 55 Deflection driven part 56 is driven to drive cutter assembly 57 to rotate or reciprocating rotary, so as to be ground by the inner side of cutter assembly 57 red The exocuticle of potato, the exocuticle of Ipomoea batatas is removed.

Also referring to Fig. 6, cutter assembly 57 includes multiple multiple petal swords 571 around lopping and in multiple flower The arcuate blade 573 of the one end of valve sword 571.In the present embodiment, petal sword 571 is petal-shaped, and multiple petal swords 571 are mutual Every setting.The quantity of petal sword 571 can be set on demand, and in the present embodiment, cutter assembly 57 includes six petal swords 571 and an arcuate blade 573.Each petal sword 571 is connected on rotary drive 55 by deflection driven part 56.Including circular arc The shell 5711 of shape and the flexible blade 5713 being arranged on shell 5711.Formed between shell 5711 and flexible blade 5713 There is pneumatic cavity 5714.Six shells of petal sword 571 5711 surround one it is spherical.Flexible blade 5713 is towards recessed at shell 5711 Fall into, the inner side of six flexible blades 5713 surrounds an accommodation space 575.The shell 5711 of each petal sword 571 is in away from drive The take offence side of pump 54 offers the connected entrance 5715 communicated with pneumatic cavity 5714 and the liberation port (not shown) that can be closed, Connected entrance 5715 is connected by gas with air pump 54 is driven.Liberation port is used to discharge the air pressure in pneumatic cavity 5714.Flexible blade 5713 are formed with rough grinding micro-structural (not shown) on a side surface of shell 5711.For example, flexible blade 5713 is the flexible sealing strip for having microparticle with the sand paper of inner liner or other inner surface settings, it is sufficient to ensure that gas will not Escape from it.In one embodiment, flexible blade 5713 includes basic unit and flexible sealing strip, the flexible sealing strip Surface is provided with microparticle.Arcuate blade 573 is arranged on rotary drive 55.Arcuate blade 573 is partially housed in six petal swords Accommodation space 575 between 571.Arcuate blade 573 includes fixed plate 5731 and the cydariform blade being fixed in fixed plate 5731 5733.In the present embodiment, fixed plate 5731 is tabular, cydariform is formed between fixed plate 5731 and cydariform blade 5733 empty Between 5735.Cydariform blade 5733 is hemispherical, and is protruded towards accommodation space 575.Cydariform blade 5733 is made up of flexible material. For example, for the ease of manufacture, cydariform blade 5733 includes cydariform layer and the incised layer being arranged on the cydariform layer.

For example, similarly, cydariform blade 5733 is micro- towards granular grinding is formed with a side surface of petal sword 571 Structure, for being ground other fruit, such as recess of apple, to expand the scope of application of Ipomoea batatas peeling device 100.It is appreciated that When Ipomoea batatas is cut, arcuate blade 573 can be omitted.

When Ipomoea batatas peeling device 100 is assembled, air pump 36 is arranged in storage block 35 first, two fastening assemblies 37 are installed In on storage block 35, three actuators 377 and three gears are set part 378 and installed successively.By pedestal 51 and driving air pump 54 The two ends of pole 53 are respectively arranged in, rotary drive 55 are installed on driving air pump 54, by between multiple deflection driven parts 56 Every being installed on rotary drive 55, cutter assembly 57 is connected on deflection driven part 56 and is connected with air pump 54 is driven.

During using Ipomoea batatas peeling device 100, two fastening assemblies 37 are driven to overcome the resistance of elastic component 376 air pump 36, from And the outside of storage block 35 is stretched out, Ipomoea batatas can be inserted in user the 3rd sheath body 375, second sheath body of fastening assembly 37 vertically On 373 and on the first sheath body 371.Ipomoea batatas is stretched into cutter assembly 57.Multiple deflection driven parts 56 drive cutter assembly 57 Close to clamp cutter assembly 57.Air pump 54 is driven to gases at high pressure are blasted in cutter assembly 57, so that cutter assembly 57 is interior It is close to the exocuticle of Ipomoea batatas in side.Now, multiple petal swords 571 of cutter assembly 57 are formed with appearance adjacent to one end of fixed mechanism 30 Perhaps the opening that the first sheath body 371 is penetrated.Rotary drive 55 drives cutter assembly 57 with respect to Ipomoea batatas according to certain predetermined angle Reciprocating rotary, i.e., multiple petal swords 571 rotate around two fastening assemblies 37, so that using the flexible blade on cutter assembly 57 5713 grind away the exocuticle of Ipomoea batatas with cydariform blade 5733, to remove the exocuticle of Ipomoea batatas.The operation of peeling of Ipomoea batatas is finished Afterwards, air pump 54 is driven to stop to blasting air pressure in cutter assembly 57, user opens liberation port on petal sword 571 with will be pneumatic Gas release in chamber 5714, multiple deflection driven parts 56 drive multiple being moved radially outward along Ipomoea batatas of petal sword 571, to release Put Ipomoea batatas.Operator removes Ipomoea batatas from fastening assembly 37.Air pump 36 stops air-blowing, and airtight stopper 355 is removed, for storage Bleeder port 354 in block 35 loses heart, so that the air pressure in the receiving space 351 of storage block 35 returns to atmospheric pressure, this When, three actuators 377 drive three gears to set part 378 to shrink respectively, and elastic component 376 pulls and supports the first sheath body 371, the second sheath body 373 and the 3rd sheath body 375 shrink in storage block 35 receiving space 351 in.

Due to driving the air pump 54 can be to blasting gases at high pressure in petal sword 571 so that flexible blade 5713 is close to Ipomoea batatas Exocuticle, so that the exocuticle of Ipomoea batatas more can equably be removed, without the edible portion mistake on Ipomoea batatas Remove more.Because 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 rotary drive 55 can drive multiple reciprocating rotaries of petal sword 571 so that every Individual petal sword 571 only eliminates the local epidermis of Ipomoea batatas, it is to avoid each petal sword 571 is ground the whole periphery of Ipomoea batatas, improves flower Valve sword 571 further increases cutting effect to the laminating degree of Ipomoea batatas epidermis.

Fig. 7 is referred to, flexible blade 5713 includes the inner liner 5718 of setting bonded to each other and frosted layer 5719.Inner liner 5718 and shell 5711 connect and above-mentioned pneumatic cavity 5714 formed between shell 5711.Elasticity is additionally provided with pneumatic cavity 5714 Isolation strip 576, elastomeric isolation is with 576 one end connected with outer casing 5711, other end connection inner liner 5718.Elastomeric isolation band 576 Pneumatic cavity 5714 is divided into the first air-blowing chamber 5716 and the second air-blowing chamber 5717.The first air-blowing chamber is corresponded on shell 5711 respectively 5716 and second air-blowing chamber 5717 offer two connected entrances 5715, two connected entrances 5715 respectively by tracheae with drive air pump 54 connections.Because the first air-blowing chamber 5716 and the second air-blowing chamber 5717 can respectively to the inner liner 5718 and frosted layer of corresponding region 5719 apply pressure, so as to improve the uniform force application of flexible blade 5713, it is to avoid air pressure is partial to a certain regional area and is carried out Pressure.Improve the effect of peeling of flexible blade 5713.

Fig. 8 is referred to, in the petal sword 571 of an embodiment, flexible blade 5713 includes the airtight of setting bonded to each other Layer 5718 and frosted layer 5719.Inner liner 5718 and shell 5711 connect and above-mentioned pneumatic cavity are formed between shell 5711 5714.Gap is formed between one end of inner liner 5718 and frosted layer 5719.Interval offers multiple clear on frosted layer 5719 Hole flushing.Petal sword 571 also includes the cleaning sprayer 577 being arranged in the gap.When needing to cut Ipomoea batatas, filled in pneumatic cavity 5714 Full gases at high pressure, force the laminating frosted layer 5719 of inner liner 5718 and promote frosted layer 5719 to be brought into close contact the exocuticle in Ipomoea batatas On carrying out operation of peeling.After cutting is finished, cleaning sprayer 577 sprays into water under high pressure to inner liner 5718 and frosted layer 5719, And current is sprayed from the clean-out opening of frosted layer 5719, so as to the epidermal residues on the inside of frosted layer be washed.

Fig. 9 is referred to, in one embodiment, is offered respectively on a pair of shells of petal sword 571 5711 being oppositely arranged Arc guide slot 5722.When cutting the epidermis of Ipomoea batatas, multiple petal swords 571 that Ipomoea batatas is cut component 57 are closed in the inner, and two The end of individual fastening assembly 37 is arranged on Ipomoea batatas, and is arranged in respectively in two arc guide slots 5722 of cutter assembly 57. Arc guide slot 5722 around central angle be to limit petal sword 571 to drive the maximum anglec of rotation of Ipomoea batatas reciprocating rotary. It is appreciated that, it is also possible to the actuator for rotating circular disk (not shown) being set on storage block 35 and driving rotating circular disk to rotate, Two fastening assemblies 37 are set to fix pin, and are fixedly installed on the rotating circular disk.So, cutter assembly 57 can not be wrapped Rotary drive 55 is included, when Ipomoea batatas is contained in six accommodation spaces of petal sword 571 575, fixed pin can draw from arc Guide groove 5722 is inserted on Ipomoea batatas.During cutting Ipomoea batatas, above-mentioned actuator can drive rotary turnplate to drive fixed pin reciprocating rotary, from And remove the exocuticle of Ipomoea batatas.

Figure 10 is referred to, arcuate blade 573 also includes two shower nozzles 5737 being symmetricly set in fixed plate 5731.Shower nozzle 5737 are set along the periphery of cydariform blade 5733, and extend towards the direction for being gradually distance from cydariform blade 5733, that is, shower nozzle 5737 axis forms an acute angle with the peripheral part of fixed plate 5731.When cutter assembly 57 completes the cutting operation of Ipomoea batatas When, shower nozzle 5737 can spray water towards the flexible blade 5713 of petal sword 571, with to residuing in the epidermis on flexible blade 5713 Cleaned.

Figure 11 is referred to, in order to further remove the skin scrapings on the Ipomoea batatas after cutting, Ipomoea batatas peeling device 100 also includes Flushing machine 70.Flushing machine 70 includes supporting table 71, support tube 73 and rinsing module 75.The side of supporting table 71 is provided with Water pump 711, for connecting the external water source such as running water, and by water pumps into support tube 73.The one end of support tube 73 is connected to support On platform 71.Rinsing module 75 is connected to the one end of support tube 73 away from supporting table 71.Rinsing module 75 include bowl 751 and Rotation is arranged at many steel balls 755 on bowl 751.Chamber 7511, and bowl are rinsed in the inner side of bowl 751 around formation 751 have been internally formed water-injecting cavity 7513, and water-injecting cavity 7513 is bowl-type and communicated by the way that support tube 73 and supporting table 71 are interior.Bowl-type Part 751 offers multiple water injection holes 7515 in the bottom surface for rinsing chamber 7511.The two ends of water injection hole 7515 are respectively communicated with flushing chamber 7511 extend through the spherical center for rinsing chamber 7511 with water-injecting cavity 7513, the axis of each water injection hole 7515.Many steel Pearl 755 is rotatably arranged on the bottom surface for rinsing chamber 755, and many steel balls 755 are evenly spaced apart to be arranged at per two neighboring note Between water hole 7515.Ipomoea batatas after needing to rinse cutting, Ipomoea batatas is put into the flushing chamber 7511 of bowl 751, is supported on On steel ball 755, start water pump 711 and sprayed from the water injection hole 7515 of bowl 751 to water under high pressure, water under high pressure is injected in water-injecting cavity 7513 Enter to rinse in chamber 7511, so as to impact Ipomoea batatas, when rotation Ipomoea batatas is needed, user may be reversed Ipomoea batatas, so as to by outside Ipomoea batatas Surface washing is clean.It is appreciated that the hydraulic pressure of regulation water pump 711 can cause that current spray from water injection hole 7515, and will be red Potato holds up, and Ipomoea batatas is departed from the bottom surface for rinsing chamber 7511, so that more conducively user's upset Ipomoea batatas.For example, the diameter of steel ball 755 It it is 0.3-0.5 centimetres, this is conducive to the rolling of steel ball.For example, the surface of steel ball 755 can be provided with antirust coat, to prevent steel Pearl 755 contacts and gets rusty with water for a long time.

For example, also include the washer being arranged on the storage block of the fixed mechanism, for cleaning the fixed pin, example Such as, the first cleaning fluid, the second cleaning fluid and the 3rd cleaning fluid are stored in the washer.Pressing the washer every time can The first cleaning fluid, the second cleaning fluid and the 3rd cleaning fluid are sprayed successively.For example, in order to improve cleaning performance, the first cleaning fluid The more significant component of scale removal effect can be used, the second cleaning fluid can be using the more small liquid component of concentration, to rinse First cleaning fluid.And the 3rd cleaning fluid can use moisture big and volatile liquid, so that cleaning fluid is residual Stay a large amount of reductions.

First cleaning fluid includes the component of following mass parts：Polyquaternium 30-35 parts, osmanthus base sulfuric acid triethanolamine 23-25 parts, Cocoamidopropyl betaine 20-23 parts, essence 15-19 parts, 13-14 parts of wire drawing powder, pearlite slurry 5-10 parts, alcohol 3-5 parts, lauric alcohol 2-3 parts, glycerine 2-3 parts, milk 1-2 parts.Due in the first cleaning fluid comprising cleaning pollutant it is effective into Point：Polyquaternium 30-35 parts, 23-25 parts, Cocoamidopropyl betaine 20-23 parts of osmanthus base sulfuric acid triethanolamine, therefore can be with Significantly improve the cleaning performance of the first cleaning fluid.

Second cleaning fluid includes the component of following mass parts：Alcohol 30-35 parts, polyquaternary amine 25-26 parts, coconut oleoyl amine CAB 10-15 parts, essence 15-19 parts, sodium chloride 10-16 parts, polyethylene glycol 5-10 parts, glycerine 5-9 parts, methyl glucose Sugared dioleate 5-8 parts, Aloe Vera Gel 3-7 parts.Due to improve the proportion of alcohol in the second cleaning fluid, second is thus advantageous to clear The volatilization of washing lotion, and the addition of sodium chloride contributes to the effect for realizing sterilizing.

3rd cleaning fluid includes the component of following mass parts：Water 30-35 parts, alcohol 25-30 parts, sodium chloride 10-15 Part, essence 10-15 parts, citric acid 12-18 parts, cocamide diethanolamine 8-10 parts, lauric alcohol 7-8 parts, glycerine 6-7 parts, ox Milk 5-6 parts, propane diols 4-5 parts, palm oil glycerides 3-4 parts, 2-3 parts, ceteth 2-3 parts oxybenzene of lauric alcohol sodium sulfovinate Methyl esters 2-3 parts, Butylated Hydroxytoluene 2-3 parts, benzoic acid 2-3 parts, methylisothiazolinone 3-4 parts.Because moisture and alcohol are occupied Larger proportion, therefore after the 3rd cleaning fluid has rinsed first and second cleaning fluid, voluntarily can rapidly be lost in simultaneously Volatilization, helps to fix the cleaning of pin.

Other embodiments of the present utility model also include that the technical characteristic in the various embodiments described above is mutually combined what is formed The technical scheme that can implement.For example, the various embodiments described above are mutually combined formed Ipomoea batatas peeling device.

Embodiment described above only expresses several embodiments of the present utility model, and its description is more specific and detailed, But therefore can not be interpreted as the limitation to utility model patent scope.It should be pointed out that for the common skill of this area For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to Protection domain of the present utility model.Therefore, the protection domain of the utility model patent should be determined by the appended claims.

Claims (7)

1. a kind of Ipomoea batatas peeling device, it is characterised in that including fixed mechanism, cutting mechanism and flushing machine；

The fixed mechanism is used to fix Ipomoea batatas；

The relatively described fixed mechanism of the cutting mechanism is set, and it includes driving air pump, rotary drive, multiple deflection driven parts And cutter assembly, the rotary drive is arranged on driving air pump, and the multiple deflection driven part is described around being arranged at In the output end of rotary drive, the cutter assembly is connected on the multiple deflection driven part and connects with the driving air pump Logical, the cutter assembly includes the multiple petal swords around lopping, and each petal sword includes the shell of circular arc and is arranged at Flexible blade on the shell, is formed with pneumatic cavity between the shell and the flexible blade, the multiple petal sword Shell surrounds spherical, and the shell of each petal sword offers what is communicated with the pneumatic cavity in the side away from the driving air pump Connected entrance and the liberation port that can be closed, the connected entrance are connected with the driving air pump, and the liberation port is used to discharge institute The air pressure in pneumatic cavity is stated, the flexible blade is formed with the rough micro- knot of grinding on a side surface of the shell Structure；

Wherein, the flushing machine is set adjacent to the cutting mechanism, and it includes supporting table, support tube and rinsing module, institute State support tube to be arranged in the supporting table, the rinsing module includes that bowl and rotation are arranged in the bowl Many steel balls, the bowl is arranged on the support tube, and the side of the supporting table is provided with water pump, for the branch Current are pumped into support platform, support tube and bowl.

2. Ipomoea batatas peeling device as claimed in claim 1, it is characterised in that chamber is rinsed around being formed in the inner side of the bowl, The many steel balls are rotatably arranged in the bottom surface in the flushing chamber.

3. Ipomoea batatas peeling device as claimed in claim 2, it is characterised in that the bowl has been internally formed and the flushing The water-injecting cavity of chamber connection, the water-injecting cavity is bowl-type and is communicated with inside the supporting table by the support tube.

4. Ipomoea batatas peeling device as claimed in claim 3, it is characterised in that the bottom surface in the flushing chamber offers multiple water fillings Hole, the two ends of each water injection hole are respectively communicated with the flushing chamber and the water-injecting cavity.

5. Ipomoea batatas peeling device as claimed in claim 4, it is characterised in that many steel balls are evenly spaced apart to be arranged at every phase Between adjacent two water injection holes.

6. Ipomoea batatas peeling device as claimed in claim 5, it is characterised in that a diameter of 0.3-0.5 centimetres of each steel ball.

7. Ipomoea batatas peeling device as claimed in claim 6, it is characterised in that the surface of each steel ball is provided with antirust coat.