CN209002873U - A kind of vegetable dehydrator of point of chamber dehydration and the blocking of anti-dewatering hole - Google Patents

Abstract

The utility model provides a kind of vegetable dehydrator for dividing chamber dehydration and the blocking of anti-dewatering hole, including shell and internal screw thread；Control panel described in being equipped with one group on the left of the front end face of the shell；The right side top end face of the shell be welded with one group described in outer barrel；It is welded with the equally distributed gear assembly of several circular array shapes at the longitudinal center position of the cylinder body outer wall, and offers the dewatering hole of several ordered arrangements on cylinder body outer wall.Four groups of dehydration cylinders are connected in the utility model shaft, and the dewatering hole of several ordered arrangements is offered on four groups of dehydration cylinder body outer walls, conducive to when carrying out dehydrating operations to vegetables, a large amount of vegetables can be uniformly divided into several pieces, it is placed into four groups of dehydration tube bodies in batches and carries out dehydrating operations, to guarantee that every plant of vegetables all can be guaranteed the dehydration quality of every plant of vegetables by dehydrating operations.

Description

A kind of vegetable dehydrator of point of chamber dehydration and the blocking of anti-dewatering hole

Technical field

The utility model belongs to vegetable dehydrator, mechanical equipment technical field more particularly to one kind and divides chamber dehydration and anticreep The vegetable dehydrator of water hole blocking.

Background technique

Dehydration processing is a kind of common fruits and vegetables mode, and dehydration enables to the holding time of vegetables to greatly improve, And dehydrated vegetables can make vegetables have different flavor tastes, and common equipment is dewaterer in dewatering vegetable.

Modern dewaterer passes through the principle of centrifugation mostly, so that the moisture in vegetables quickly disperses, not with technology Disconnected development, modern dewaterer technology is more and more mature, but modern dewaterer remains many defects, example When such as the work of modern dewaterer, since inner cylinder is in high-speed rotating state, shaking is often generated during dehydration, simultaneously When dehydration, due to the effect of centrifugal force under, vegetables can be covered on the inner wall of inner cylinder, so that dewatering hole be blocked, this When will be greatly reduced the working efficiency of dewaterer.

Such as application number: the utility model discloses a kind of dewatering vegetables of anti-dewatering hole blocking by CN201710658627.X Machine, including casing, inner barrel and outer barrel, it is concentric in the casing to be provided with outer cylinder, it is concentric in outer cylinder to be provided with inner cylinder, inner cylinder Lateral wall on be fixedly connected with multiple mounting bases, rolled in mounting base and scroll wheel be installed, the top of inner cylinder is connected with Cover board is fixedly connected with bracket in the middle part of cover board, and the upper end of bracket is fixedly installed with stirring motor, guiding is provided in bracket Tin, it is provided with ball nut in guide cylinder, annular canister, one end of annular canister and ball are provided between ball nut and guide cylinder Nut is fixedly connected, and the other end of annular canister is fixedly connected with agitating shaft, and the utility model simple structure and reasonable design can Greatly reduce the shaking generated when inner cylinder rotation, while by the scraper plate of lifting rotation dewatering hole is not plugged up, also Draining can be purified, prevent pollution environment.

The vegetable dehydrator as designed by above-mentioned patent is had the disadvantage that in actual use to centrifugal dehydration When operation, although can scrape the vegetables for being attached to dehydration hole location by the scraper plate set by it, keep it not de- in blocking Water hole, but scraper plate easily causes crush injury to vegetables when scraping vegetables.

Such as application number: 201620316418.8 the utility model discloses a kind of multi-cavity vegetable dehydrator, including peace Base-mounted motor and shell, the interior dehydration tube equipped with the distribution of several annular arrays of shell, housing bottom are equipped with water outlet Pipe, case top are equipped with upper cover, and each dehydration tube barrel is equipped with several dehydration apertures；Shell, upper cover and dehydration tube are by stainless Steel material is made；Dehydration tube is fixed in shaft by connecting bracket, and shaft is connected to motor by transmission belt；Hull outside face It is equipped with blower in one end close to bottom, is being equipped with air outlet close to top one end.It will be to be drained off when utility model works Vegetables are put into batches in the dehydration tube of annular array, then close upper cover, then start motor and blower, driven by the motor, Dehydration tube high speed rotation then generates very big centrifugal force, and large batch of vegetables are divided into aliquot together according to equal uniform qualities Shi Jinhang dewatering operation had both improved the speed of processing, also ensured the dehydration quality of every part of vegetables.

Although the vegetable dehydrator as designed by above-mentioned patent is had the disadvantage that in actual use by several The dehydration in batches of group dehydration tube can guarantee the dehydration quality of every part of vegetables, but in centrifugal dehydration operation, due to the work of centrifugal force Under, vegetables can be covered on the inner wall of dehydration tube, so that dewatering hole be blocked, substantially reduce the working efficiency of dewaterer.

Then, in view of this, being studied improvement for existing structure and missing, one kind is provided and divides chamber dehydration and anticreep The vegetable dehydrator of water hole blocking, to achieve the purpose that with more more practical value.

Utility model content

In order to solve the above-mentioned technical problem, the utility model, which provides, a kind of divides that chamber is dehydrated and the vegetables of anti-dewatering hole blocking are de- Water dispenser does not ensure that the dehydrating operations sufficient to every plant of vegetables progress to solve existing vegetable dehydrator, grasps in centrifugal dehydration When making, due to the effect of centrifugal force under, vegetables can be covered on the inner wall of dehydration tube, so that dewatering hole be blocked, substantially reduce The problem of working efficiency of dewaterer.

The utility model divides the purpose and effect for the vegetable dehydrator that chamber is dehydrated and anti-dewatering hole blocks, by skill in detail below Art means are reached:

The vegetable dehydrator of a kind of point of chamber dehydration and the blocking of anti-dewatering hole, including shell, control panel, outer barrel, draining Valve, inner gear ring, flip lid, observation window, handle, dehydration cylinder, gear assembly, dewatering hole, spiral cover, cylinder, shaft, fixation Ring, bearing, motor, V belt wheel, V band, external screw thread and internal screw thread；Control described in being equipped with one group on the left of the front end face of the shell Panel processed；The right side top end face of the shell be welded with one group described in outer barrel；The top of the outer barrel is connected with flip lid；Institute It states and is connected with the shaft inside outer barrel, and the bottom end of shaft through outer barrel and shell and is welded with one piece positioned at shell The V belt wheel on the right side of intracoelomic cavity；Top is equipped with one group and is electrically connected with control panel on the left of the housing cavity The motor, and the lower rotation end of motor is also connected with one piece of V belt wheel；Turned between two pieces of V belt wheels by V band phase Dynamic connection；On the outer wall of the shaft circular array shape weld altogether be connected with eight groups described in fixed ring, and fixed ring described in eight groups Weldering is connected on the outer wall of the shaft inside outer barrel；Fixed ring described in eight groups is divided into two rows, and every row includes Fixed ring described in four groups, and it is two rows of be divided into four column again, each column by position in two rows it is two groups corresponding described in fixed ring It is formed；The inner end of fixed ring described in two groups in each column respectively by bearing described in one group be rotatably connected to one group described in dehydration Cylinder；Dehydration cylinder described in four groups is made of gear assembly, dewatering hole, spiral cover and cylinder；The top opening of the cylinder Hold spiral cover described in being connected with one group；It is equal that several circular array shapes are welded at the longitudinal center position of the cylinder body outer wall The gear assembly of even distribution, and the dewatering hole of several ordered arrangements is offered on cylinder body outer wall.

Further, it is provided with internal screw thread on the open top end inner wall of the cylinder, and is set on the bottom face of spiral cover It is equipped with the external screw thread being mutually threadedly engaged with internal screw thread.

Further, the connection of the cylinder of fixed ring described in two groups in each column and the composition dehydration cylinder is punished Not Wei the cylinder body outer wall upper and lower ends.

Further, the observation using transparent glass material is inlaid at the shaft core position in the top of the flip lid Window, and the handle is welded at the left side edge position on the top renovated.

Further, the right side bottom end of the outer barrel is provided with the water discharging valve being connected with inside outer barrel.

Further, it is dehydrated between several gear assemblies of cylinder respectively welded and is not in contact with each other described in four groups.

Further, the inner wall of the outer barrel corresponds to four groups of dehydration cylinders being fixed in the shaft and is welded One group and several gear sets for being welded of dehydration cylinder described in four groups are welded at several gear assembly positions connect The inner gear ring that part is meshed.

Further, when dehydration barrel body rotation described in described four groups of shaft drive, dehydration cylinder and outer barrel described in four groups Between rotation carried out by engaging for gear assembly and inner gear ring.

Compared with prior art, the utility model has the following beneficial effects:

It is connected with four groups of dehydration cylinders in the utility model shaft, and offers and several has on four groups of dehydration cylinder body outer walls The dewatering hole of sequence arrangement is conducive to that a large amount of vegetables several pieces can be uniformly divided into, in batches when carrying out dehydrating operations to vegetables It is placed into four groups of dehydration tube bodies and carries out dehydrating operations, to guarantee that every plant of vegetables all can be guaranteed every plant of vegetables by dehydrating operations Dehydration quality.

The inner wall of the utility model outer barrel corresponds to several teeth that four groups of dehydration cylinders being fixed in shaft are welded The inner gear ring that several gear assemblies that one group is welded with four groups of dehydration cylinders are meshed is welded at wheel assembly position, therefore When shaft drives four groups of dehydration barrel body rotations, pass through gear assembly and inner gear ring between four groups of dehydration cylinders and outer barrel Engagement carries out rotation, is conducive in dehydrating operations, is operated by the rotation of four groups of dehydration cylinders, so that being dehydrated cylinder and being in it Inner end simultaneously carries out rotation separation since the factor of centrifugal force is attached to the vegetables held in dehydration tube body, so that vegetables are due to centrifugal force Factor be attached to the position held in dehydration tube body and constantly change, to prevent from being blocked in always in the intracorporal vegetables of dehydration tube Position at one causes to be dehydrated hole plug at the position, influences the efficiency of dehydration.

Detailed description of the invention

Fig. 1 is the axis view structural schematic diagram of the utility model.

Fig. 2 is the flip lid unfolded state lower axle view structural schematic diagram of the utility model.

Fig. 3 be the utility model flip lid unfolded state under overlooking structure diagram.

Fig. 4 is partial cutaway structural schematic diagram inside the shell and outer barrel of the utility model.

Fig. 5 is schematic cross-sectional view under meshing state between four groups of dehydration cylinders of the utility model and outer barrel.

Fig. 6 is inner gear ring structural schematic diagram inside the outer barrel of the utility model.

Fig. 7 is the shaft and four groups of dehydration cylinder structural schematic diagrams of the utility model.

Fig. 8 is the spiral cover and cylinder exploded perspective schematic diagram of the utility model.

In figure: 1- shell, 2- control panel, 3- outer barrel, 301- water discharging valve, 302- inner gear ring, 4- flip lid, 401- Observation window, 402- handle, 5- dehydration cylinder, 501- gear assembly, 502- dewatering hole, 503- spiral cover, 504- cylinder, 6- shaft, 601- fixed ring, 602- bearing, 7- motor, 01-V belt wheel, 02-V band, 001- external screw thread, 002- internal screw thread.

Specific embodiment

The utility model is described further below in conjunction with attached drawing:

Embodiment:

As shown in attached drawing 1 to attached drawing 8:

The utility model provides a kind of vegetable dehydrator for dividing chamber dehydration and the blocking of anti-dewatering hole, including shell 1, control plane Plate 2, outer barrel 3, water discharging valve 301, inner gear ring 302, flip lid 4, observation window 401, handle 402, dehydration cylinder 5, gear set Part 501, dewatering hole 502, spiral cover 503, cylinder 504, shaft 6, fixed ring 601, bearing 602, motor 7, V belt wheel 01, V band 02, External screw thread 001 and internal screw thread 002；Control panel 2 described in being equipped with one group on the left of the front end face of the shell 1；The shell 1 Right side top end face be welded with one group described in outer barrel 3；The top of the outer barrel 3 is connected with flip lid 4；In the outer barrel 3 Portion is connected with the shaft 6, and the bottom end of shaft 6 through outer barrel 3 and shell 1 and is welded with one piece in shell 1 The V belt wheel 01 on the right side of chamber；Top is equipped with one group and is electrically connected with control panel 2 on the left of 1 inner cavity of shell The motor 7, and the lower rotation end of motor 7 is also connected with one piece of V belt wheel 01；Pass through V between two pieces of V belt wheels 01 Band 02 rotates connection；On the outer wall of the shaft 6 circular array shape weld altogether be connected with eight groups described in fixed ring 601, and eight The group fixed ring 601, which is welded, to be connected on the outer wall of the shaft 6 inside outer barrel 3；Fixed ring 601 described in eight groups is divided into Two rows, and every row includes fixed ring 601 described in four groups, and two rows are divided into four column again, each column is by position in two rows Fixed ring 601 described in corresponding two groups is formed；The inner end of fixed ring 601 described in two groups in each column respectively passes through one group of institute State bearing 602 be rotatably connected to one group described in dehydration cylinder 5；Dehydration cylinder 5 is by gear assembly 501, dewatering hole described in four groups 502, spiral cover 503 and cylinder 504 are formed；The open top end of the cylinder 504 be connected with one group described in spiral cover 503； The equally distributed gear assembly of several circular array shapes is welded at the longitudinal center position of 504 outer wall of cylinder 501, and the dewatering hole 502 of several ordered arrangements is offered on 504 outer wall of cylinder.

Wherein, internal screw thread 002, and the bottom face of spiral cover 503 are provided on the open top end inner wall of the cylinder 504 On be provided with the external screw thread 001 being threadedly engaged with 002 phase of internal screw thread, by be threadedly engaged can prevent centrifugal dehydration operate When, prevent the vegetables in cylinder 504 from leaking out.

Wherein, the connection of the cylinder 504 of fixed ring 601 described in two groups in each column and the composition dehydration cylinder 5 Place is respectively the upper and lower ends of 504 outer wall of cylinder, and so that it will not hinder to be dehydrated the engagement cooperation of cylinder 5.

Wherein, the observation window using transparent glass material is inlaid at the shaft core position in the top of the flip lid 4 401, and it is welded with the handle 402 at the left side edge position on the top of flip lid 4, convenient for observation and unlatching, closes and grasp Make.

Wherein, the right side bottom end of the outer barrel 3 is provided with the water discharging valve 301 being connected with inside outer barrel 3, Conducive to the outflow of the water after vegetables centrifugal dehydration.

Wherein, it is dehydrated between several gear assemblies 501 of cylinder 5 respectively welded and is not in contact with each other described in four groups, with Guarantee normal centrifugal dehydration operation.

Wherein, the inner wall of the outer barrel 3 corresponds to four groups of dehydration cylinders 5 being fixed in the shaft 6 and is welded One group and several teeth for being welded of dehydration cylinder 5 described in four groups are welded at several 501 positions of gear assembly connect The inner gear ring 302 that wheel assembly 501 is meshed.

Wherein, when dehydration cylinder 5 described in described four groups of the drive of shaft 6 rotates, dehydration cylinder 5 and outer barrel 3 described in four groups Between rotation carried out by engaging for gear assembly 501 and inner gear ring 302, conducive in dehydrating operations, described in four groups It is dehydrated the rotation operation of cylinder 5, so that dehydration cylinder 5 is with end of the inside and since the factor of centrifugal force is attached to dehydration cylinder The vegetables of 5 inner ends carry out rotation separation, so that vegetables are continuous due to the position that the factor of centrifugal force is attached to dehydration 5 inner end of cylinder Change cause dewatering hole 502 at the position stifled to prevent from being blocked in position at one always in the intracorporal vegetables of dehydration tube Plug influences the efficiency of dehydration.

The specifically used mode and effect of the present embodiment:

Before carrying out dehydrating operations to vegetables, a large amount of vegetables are uniformly divided into several pieces, and be placed into four groups in batches It is dehydrated in cylinder 5, in being threadedly engaged by external screw thread 001 and internal screw thread 002, to prevent from preventing in centrifugal dehydration operation Vegetables in cylinder 504 surprisingly leak out, and in such a way that this divides chamber to be dehydrated, it is ensured that every plant of vegetables can be all dehydrated Operation guarantees the dehydration quality of every plant of vegetables；It controls motor 7 by control panel 2 to start, in the cooperation of V belt wheel 01 and V band 02 Under, shaft 6 carries out rotation operation, to drive four groups of dehydration cylinders 5 to carry out centrifugal dehydration operations, further, outer barrel 3 it is interior Wall correspond at 501 position of several gear assemblies welded of four groups of dehydration cylinders 5 being fixed in shaft 6 be welded with one group and The inner gear ring 302 that several gear assemblies 501 that four groups of dehydration cylinders 5 are welded are meshed, therefore when shaft 6 drives four groups to take off When water drum body 5 rotates, between four groups of dehydration cylinders 5 and outer barrel 3 by gear assembly 501 and inner gear ring 302 engage into Row rotation is conducive in dehydrating operations, is operated by the rotation of four groups of dehydration cylinders 5, so that dehydration cylinder 5 and end of the inside And since the vegetables that the factor of centrifugal force is attached to dehydration 5 inner end of cylinder carry out rotation separation, so that vegetables are due to centrifugal force The position that factor is attached to dehydration 5 inner end of cylinder constantly changes, to prevent the vegetables in dehydration cylinder 5 to be blocked in always Position at one causes dewatering hole 502 at the position to block, influences the efficiency of dehydration.

The opening in technical solutions of the utility model using technical solution described in the utility model or those skilled in the art It gives, designs similar technical solution, and reach above-mentioned technical effect, be to fall into the protection scope of the utility model.

Claims (8)

1. a kind of divide the vegetable dehydrator that chamber is dehydrated and anti-dewatering hole blocks, it is characterised in that: this divides chamber dehydration and anti-dewatering hole The vegetable dehydrator of blocking include shell, control panel, outer barrel, water discharging valve, inner gear ring, flip lid, observation window, handle, It is dehydrated cylinder, gear assembly, dewatering hole, spiral cover, cylinder, shaft, fixed ring, bearing, motor, V belt wheel, V band, external screw thread and interior Screw thread；Control panel described in being equipped with one group on the left of the front end face of the shell；The right side top end face of the shell is welded with Outer barrel described in one group；The top of the outer barrel is connected with flip lid；The shaft is connected with inside the outer barrel, and The bottom end of shaft is through outer barrel and shell and is welded with one piece of V belt wheel being located on the right side of housing cavity；The shell Top is equipped with one group of motor being electrically connected with control panel on the left of inner cavity, and the lower rotation end of motor also connects There is one piece of V belt wheel；It is rotated connection between two pieces of V belt wheels by V band；Circular array on the outer wall of the shaft Shape weld altogether be connected with eight groups described in fixed ring, and fixed ring described in eight groups welds the outer of the shaft being connected to inside outer barrel On wall；Fixed ring described in eight groups is divided into two rows, and every row includes fixed ring described in four groups, and two rows are divided into four column again, often Column by position in two rows it is two groups corresponding described in fixed ring formed；The inner end of fixed ring described in two groups in each column Respectively by bearing described in one group be rotatably connected to one group described in be dehydrated cylinder；Described in four groups dehydration cylinder by gear assembly, Dewatering hole, spiral cover and cylinder are formed；The open top end of the cylinder be connected with one group described in spiral cover；Outside the cylinder It is welded with the equally distributed gear assembly of several circular array shapes at the longitudinal center position of wall, and is opened on cylinder body outer wall The dewatering hole equipped with several ordered arrangements.

2. dividing the vegetable dehydrator that chamber is dehydrated and anti-dewatering hole blocks as described in claim 1, it is characterised in that: the cylinder Internal screw thread is provided on open top end inner wall, and described in being provided on the bottom face of spiral cover and being mutually threadedly engaged with internal screw thread External screw thread.

3. dividing the vegetable dehydrator that chamber is dehydrated and anti-dewatering hole blocks as described in claim 1, it is characterised in that: two in each column The group fixed ring and the junction for forming the cylinder for being dehydrated cylinder are respectively the upper and lower ends of the cylinder body outer wall.

4. dividing the vegetable dehydrator that chamber is dehydrated and anti-dewatering hole blocks as described in claim 1, it is characterised in that: the flip lid The observation window using transparent glass material, and the left side edge position on the top renovated are inlaid at shaft core position in top The place of setting is welded with the handle.

5. dividing the vegetable dehydrator that chamber is dehydrated and anti-dewatering hole blocks as described in claim 1, it is characterised in that: the outer barrel Right side bottom end be provided with the water discharging valve being connected with inside outer barrel.

6. dividing the vegetable dehydrator that chamber is dehydrated and anti-dewatering hole blocks as claimed in claim 1 or 3, it is characterised in that: four groups of institutes It states and is not in contact with each other between several gear assemblies of dehydration cylinder respectively welded.

7. dividing the vegetable dehydrator that chamber is dehydrated and anti-dewatering hole blocks as described in claim 1 or 3 or 5, it is characterised in that: described The inner wall of outer barrel corresponds to several gear assemblies that four groups of dehydration cylinders being fixed in the shaft are welded One group of internal tooth being meshed with several gear assemblies that dehydration cylinder is welded described in four groups is welded at position Wheel rim.

8. dividing the vegetable dehydrator that chamber is dehydrated and anti-dewatering hole blocks as described in claim 1, it is characterised in that: the shaft band Described in dynamic four groups when dehydration barrel body rotation, pass through gear assembly and inner gear ring between dehydration cylinder and outer barrel described in four groups Engagement carries out rotation.