CN206080336U - Dried food and nuts storage device - Google Patents

Abstract

The utility model discloses a dried food and nuts storage device, including at least two dried food and nuts storage mechanisms, its characterized in that: dried food and nuts storage device still includes support frame and drying device, dried food and nuts storage establishment of institution is in on the support frame to every dried food and nuts storage mechanism all arrives through the tube coupling drying device.

Description

A kind of dried food and nuts storage facilities

Technical field

The utility model is related to a kind of storage facilities, especially a kind of dried food and nuts storage facilities.

Background technology

Modern Family increasingly payes attention to the balance of diet nutritional, and taste, quality, the convenience of housework of life Deng, therefore the coarse grain food of family kitchen balanced diet nutrition increasingly enriches.But food grains other than rice and wheat numerous in variety, have Needs the shelf-life could persistently in the state of sealing, the protection of the composition of grain nutrition could more comprehensively.And only use at present In the rice bin of storage rice, and other coarse cereals are then deposited using the Bottle ＆ Can of traditional various materials, or without sealing, or taking Piled up in kitchen with loaded down with trivial details, particularly big and small various Bottle ＆ Cans, not only unsightly but also take the interior space.

This is also made to improve, a kind of integral cabinet as disclosed in the Chinese patent of Application No. 201220481654.7 The drawer structure of storage grain, including drawer body, in the open-mouth of drawer body cover plate is coated with, and offers put on the cover board The installing hole of storing hermetically sealed can is equipped with, the installing hole of storing hermetically sealed can, storing hermetically sealed can and cover plate is placed with the installing hole Between for grafting relation.But this article-storage device, manual unlocking drawer is needed when taking, needed for taking out after manual identified Storing hermetically sealed can, operates still loaded down with trivial details inconvenience, the storage ambient in hermetically sealed can not be monitored and adjusted, can not Set different storage conditions for different grain, be unfavorable for the storage of dried food and nuts, grain, and remain a need for taking in kitchen compared with Big space.

A kind of and for example grain classified access case disclosed in the Chinese patent application of Application No. 201510057598.2, including An entirety being made up of multiple independent spaces, each independent space has a grain loading port and grain to take mouth, Access controller is placed in grain classified access case center, and correspondence institute loading food space on control panel is pressed when loading grain Button, controller bell mouth may be pivoted at the grain loading port in this space, at this moment controller bell mouth and grain loading port Overlap, grain just can pass through to enter the space corresponding to grain classified access case here；Pin on the control panel when taking Correspondence takes the space button of grain, and this is that the controller gate in access controller bottom this space of correspondence will lift, The grain for making this space takes mouth in open mode, and grain just can flow out, and unclamp the button of control panel, controller lock Door will put down closing grain and take mouth.But this access case, although can realize automatically loading and taking, but its own Structure causes to be not particularly suited for household kitchen；Additionally, the storage ambient in storage space can not be monitored and adjusted, more Different grains can not be directed to and set different storage conditions, be unfavorable for the storage of dried food and nuts, grain.

Utility model content

Technical problem to be solved in the utility model is the problem existed for above-mentioned prior art, there is provided one kind is picked and placeed Dried food and nuts storage facilities convenient, beneficial to lasting storage.

The utility model solve the technical scheme that adopted of above-mentioned technical problem for：A kind of dried food and nuts storage facilities, including to Few two dried food and nuts preservation mechanisms, it is characterised in that：The dried food and nuts storage facilities also include bracing frame and drying device, the dried food and nuts Preservation mechanism is arranged on support frame as described above, and each dried food and nuts preservation mechanism is connected to the drying device by pipeline.

It is that, suitable for indoor environments such as family kitchens, the dried food and nuts storage facilities also include surface frame and for controlling The control unit of dried food and nuts preservation mechanism and drying device is stated, multiple discharging openings are offered in the surface frame, the dried food and nuts stores machine Structure is separately positioned on the back side of the surface frame, and at least one is offered in the surface frame for dried food and nuts preservation mechanism discharging Discharging opening.

Surface frame, food preservation mechanism and Chu meter mechanisms are hidden during to cause not use, clean and entirety U.S. is kept See, also including door-plate and the door-plate drive mechanism for driving the door-plate to move relative to the surface frame, the door-plate is in institute To state move under the driving of door-plate drive mechanism the surface frame front side or move to and leave the surface frame.

Easily to arrange surface frame, door-plate, door-plate drive mechanism etc., the surface frame is fixedly installed on support frame as described above, The door-plate is slidably arranged on support frame as described above.

For ease of user's operation, the guidance panel being connected with described control unit is additionally provided with support frame as described above.

Further, the dried food and nuts preservation mechanism include food preservation mechanism, the food preservation mechanism include outer barrel and For storing the interior bucket of dried food and nuts food materials, said tub is relatively fixed with support frame as described above, and the interior bucket is slidably arranged in described In outer barrel.

For the reset of bucket in automatically releasing interior bucket and confirming, the rear end of said tub is provided with described for promoting The interior bucket drive mechanism of interior bucket, and have for detecting the microswitch that the interior bucket position is put.

Intuitively to show the preservation mechanism of the selected food materials of working of storage, finger is provided with the front end of said tub Show lamp, the indicator lamp includes lamp ring and the light guide ring positioned at lamp ring periphery.

Preferably, multiple air-vents are offered on the side wall of the interior bucket, the food preservation mechanism also includes detection institute The first Temperature Humidity Sensor of humiture in outer barrel is stated, the first air inlet and the first outlet are offered on the side wall of said tub Mouth, first air inlet and the first gas outlet connect respectively with the drying device.

Preferably, it is to improve drying effect, the drying device includes first corresponding with the food preservation mechanism Drying unit and the first air pump, first air inlet is connected by the first air inlet pipe with first drying unit, and described One gas outlet is connected by the first escaping pipe with first drying unit, and first air pump is arranged on first escaping pipe On.

Preferably, the dried food and nuts preservation mechanism includes Chu meter mechanisms, and the Chu meter mechanisms include relative with support frame as described above Fixed rice-storing box and the rice taking box arranged with support frame as described above activity, the bottom of the rice-storing box is provided with and is communicated to institute That states rice taking box takes rice grain pattern road, and the rice taking box lower section is provided with the list of weighing for weighing rice weight in the rice taking box Unit.

Preferably, it is to improve drying effect, the Chu meter mechanisms also include second of humiture in the detection rice-storing box Temperature Humidity Sensor, offers the second air inlet and the second gas outlet on the rice-storing box, second air inlet and second go out Gas port is connected respectively with the drying device.

Further, the drying device also includes second drying unit and second gas corresponding with the Chu meter mechanisms Pump, second air inlet is connected by the second air inlet pipe with second drying unit, and second gas outlet passes through second Escaping pipe is connected with second drying unit, and second air pump is arranged in second escaping pipe.

Compared with prior art, the utility model has the advantage of：By the way that multiple dried food and nuts preservation mechanisms are arranged on into support On frame and same drying device is connected to, can easily to being dried in each dried food and nuts preservation mechanism, can basis The change automatic running of the humiture of storage ambient, thereby guarantees that the humiture of storage ambient all the time in optimal state, The storage quality of dried food and nuts and rice is improved, beneficial to persistently storage；To adapt to the environment such as family kitchen, dried food and nuts preservation mechanism is arranged In surface frame, automatically picked and placeed by the discharging opening of surface frame, it is easy to operate.

Description of the drawings

Fig. 1 is the closed mode schematic diagram of dried food and nuts storage facilities of the present utility model；

Fig. 2 is the open mode schematic diagram of dried food and nuts storage facilities of the present utility model；

Fig. 3 is the schematic diagram at the dried food and nuts storage facilities back side of the present utility model；

Fig. 4 is the schematic diagram that the door-plate of dried food and nuts storage facilities of the present utility model is combined with bracing frame；

Fig. 5 is the partial schematic diagram at the dried food and nuts storage facilities back side of the present utility model；

Fig. 6 is the schematic diagram of the food preservation mechanism of dried food and nuts storage facilities of the present utility model；

Fig. 7 is the decomposition texture schematic diagram of the food preservation mechanism of Fig. 6；

Fig. 8 is the sectional view of the food preservation mechanism of Fig. 6；

Fig. 9 is the food preservation mechanism of Fig. 6 and the connection diagram of drying device；

Figure 10 is the schematic diagram of an alternative embodiment of the interior bucket of the food preservation mechanism of Fig. 6；

Figure 11 is the schematic diagram of the Chu meter mechanisms of dried food and nuts storage facilities of the present utility model；

Figure 12 is the sectional view of the Chu meter mechanisms of Figure 11；

Qu meter mechanisms and the decomposition texture schematic diagram of Weighing mechanism of the Figure 13 for the Chu meter mechanisms of Figure 11；

Figure 14 is the structural representation of the guide of the Qu meter mechanisms of the Chu meter mechanisms of Figure 11；

Figure 15 is the Chu meter mechanisms of Figure 11 and the connection diagram of drying device；

Figure 16 is the scheme of installation of dried food and nuts storage facilities of the present utility model.

Specific embodiment

The utility model is described in further detail below in conjunction with accompanying drawing embodiment.

Referring to Fig. 1～Fig. 5, Figure 16, a kind of dried food and nuts storage facilities, including at least two dried food and nuts preservation mechanisms, guidance panel 3rd, door-plate 4, door-plate drive mechanism 5 and bracing frame 6, bracing frame 6 is to be made up of with horizontal support bar 61 multiple vertical Frame structure, above-mentioned food preservation mechanism 1, Chu meter mechanisms 2, guidance panel 3, door-plate 4 and door-plate drive mechanism 5 are respectively provided with On bracing frame 6.Control unit 7, the drying for being dried to environment in dried food and nuts preservation mechanism are additionally provided with bracing frame 6 Device 8.

In the present embodiment, dried food and nuts storage facilities are preferably used in household kitchen.Hereinafter, for ease of description, with court It is front (front) to the one side in kitchen, is the back side (afterwards) away from the one side in kitchen.Dried food and nuts storage facilities are arranged on kitchen The back side of metope 100, i.e. dried food and nuts storage facilities can integrally be hidden in the back side of metope 100, thus can not affect the attractive in appearance of kitchen, and So that the installation of entirety is very convenient.Window 101, the guidance panel 3 and door-plate 4 of dried food and nuts storage facilities are offered on metope 100 It is corresponding with the position of the window 101 on metope 100.Thus, user can be carried out by window 101 on guidance panel 3 Operation, so as to operate to dried food and nuts storage facilities.

Door-plate 4 can be arranged in juxtaposition in the horizontal with guidance panel 3, the side of door-plate 4, it is preferred that door-plate 4 is away from operation The side of panel 3 is provided with above-mentioned door-plate drive mechanism 5, and door-plate 4 thus can be driven to move.In the present embodiment, door-plate 4 makees horizontal stroke Movement upwards, is slidably connected with horizontal support bar 61.Door-plate 4 includes door-plate main body 41, is arranged on the top of door-plate main body 41 And the top board 42 that rearwardly extends and it is arranged on the bottom of door-plate main body 41 and the base plate 43 for rearwardly extending.On bracing frame 6, The first guide rail 44 is provided with a horizontal support bar 61 corresponding with the position of top board 42, on the bracing frame 6 and position of base plate 43 The second guide rail 45 is provided with corresponding one horizontal support bar 61, the first slide block 421 is provided with top board 42, by first Slide block 421 and be slidably connected with the first guide rail 44, the second slide block 431 is provided with base plate 43, by the second slide block 431 with Two guide rails 45 are slidably connected.First guide rail 44 and the second guide rail 45 are arranged on corresponding support bar 61 by mounting blocks 611 respectively On.Alternatively, door-plate 4 can also be moved in the vertical.

Door-plate drive mechanism 5 includes door-plate motor 51 and push rod 52, one end and the door-plate motor 51 of push rod 52 Connected by transmission mechanism, the other end of push rod 52 is connected with the side of door-plate 4.When door-plate motor 51 starts, by passing The convert rotational motion of output shaft is linear motion by motivation structure, so as to drive the crosswise movement of push rod 52 so that push rod 52 can Door-plate 4 is driven to move linearly in the horizontal.Control unit 7 drives with the door-plate of above-mentioned guidance panel 3 and door-plate drive mechanism 5 Motor 51 connects, and user can be by operating, so as to be controlled the door of door-plate drive mechanism 5 by control unit 7 on guidance panel 3 The action of plate motor 51.

Surface frame 9 is additionally provided with bracing frame 6, the reverse side of door-plate 4 is arranged in, when 4 transverse shifting of door-plate, can be complete Move out the region of surface frame 9, or the region that surface frame 9 is completely covered.At least one discharging opening 91 is offered in surface frame 9, in this reality In applying example, the quantity of discharging opening 91 is corresponding with the quantity of dried food and nuts preservation mechanism, alternatively, also can only have a discharging opening 91, each dried food and nuts preservation mechanism is discharged by the discharging opening 91.To cause dried food and nuts storage facilities more aesthetically pleasing, each discharging opening 91 can With not of uniform size, and brokenly it is arranged in surface frame 9.Above-mentioned dried food and nuts preservation mechanism is from discharging opening 91 to the rear of surface frame 9 Extend, the dried food and nuts of storage can be taken out from dried food and nuts preservation mechanism by discharging opening 91.

In the present embodiment, dried food and nuts preservation mechanism includes food preservation mechanism 1 and/or Chu meter mechanisms 2, described further below The structure of food preservation mechanism 1, Chu meter mechanisms 2 and drying device 8.

Referring to Fig. 6～Fig. 9, food preservation mechanism 1 is preferably cylindrical in shape, for storing the dried food and nuts such as agaric, soybean, corn Food materials, including interior bucket 11 and outer barrel 12, outer barrel 12 is arranged on the periphery of interior bucket 11, is relatively fixed with surface frame 9 (bracing frame 6), outer barrel 12 are connected by pipeline with drying device 8.Because the different required amounts of dried food and nuts food materials has differences, therefore also result in not The size of same food preservation mechanism 1 is different, matches with various sizes of discharging opening 91.

Multiple air-vents 111 are offered on the side wall of interior bucket 11, gas can pass in and out interior bucket 11 by air-vent 111, from And realize interior bucket 11 and the direct air circulation of outer barrel 12.Air-vent 111 may also operate as the effect for causing interior bucket 11 attractive in appearance.It is interior The side wall of bucket 11, especially opens up the sidewall sections of air-vent 111, overall relative to interior bucket 11, and the state that footpath concaves is presented, So as to ensure certain gap and outer barrel 12 between, being adapted to the air under various mounting conditions can smoothly inside and outside circulation.

The first air inlet 121 is provided with the side wall of outer barrel 12, is connected with drying device 8 by the first air inlet pipe 122, outward The first gas outlet 123 is additionally provided with the side wall of bucket 12, is connected with drying device 8 by the first escaping pipe 124, so as to can be by sky Gas extracts (namely the air in extracting out in bucket 11) out from outer barrel 12, is dried in drying device 8, through dry sky Gas is entered in outer barrel 12 further through the first air inlet pipe 122, so as to realize the dried process of dried food and nuts in food preservation mechanism 1.

Referring to Fig. 5, drying device 8 includes multiple first drying units 81 corresponding with the quantity of the first drying unit 81 the One air pump 82, the second drying unit 83 and the second air pump 84, the first drying unit 81 and the second drying unit 83 can adopt phase Same structure, the first air pump 82 and the second air pump 84 can adopt identical structure.One end of first air inlet pipe 122 is connected to outer barrel 12 the first air inlet 121, the other end of the first air inlet pipe 122 is connected to the outlet of the first drying unit 81；First escaping pipe 124 one end is connected to the first gas outlet 123 of outer barrel 12, and the other end of the first escaping pipe 124 is connected to the first drying unit 81 entrance, is provided with the first above-mentioned air pump 82 in the first escaping pipe 124, so that air is extracted out from outer barrel 12, from And be dried in the first drying unit 81.First drying unit 81 is condenser in the present embodiment, alternatively, Can also be dried using existing technology, drier or heating etc. can be set in it, such as Application No. 201520500397.0 Chinese patent disclosed in dehydrating unit.

The first Temperature Humidity Sensor 13 is provided between interior bucket 11 and outer barrel 12, it is empty in food preservation mechanism 1 so as to detect The temperature and humidity of gas.Above-mentioned the first Temperature Humidity Sensor 13, the first drying unit 81 of drying device 8 and the first air pump 82 Electrically connect with control unit 7, so as to be controlled by control unit 7.When the first Temperature Humidity Sensor 13 detect interior bucket 11, When air themperature and humidity in outer barrel 12 is more than the preset value in control unit 7, control unit 7 starts the first air pump 82, will Air in outer barrel 12 (interior bucket 11) is extracted in the first drying unit 81 of drying device 8 and is dehumidified, and the control after dehumidifying is led to Cross the first air inlet pipe 122 and return to the drying that the air in outer barrel 12 (interior bucket 11) is kept in outer barrel 12 (interior bucket 11) so that outer barrel Keep being adapted to the environment of dried food and nuts storage in 12, to avoid the dried food and nuts for being stored at interior bucket 11 from going bad.

Interior bucket 11 is provided with end cap 14 near the front end of surface frame 9, remove end cap 14 can inwardly in bucket 11 accommodating food or Food is taken out from interior bucket 1.For ease of the dried food and nuts stored in bucket 11 in user's observation, end cap 14 preferably can be in saturating It is bright, simultaneously because different dried food and nuts food materials have different colors, also cause whole storage facilities to seem more attractive in appearance.In this reality In applying example, interior bucket 11 and outer barrel 12 are slided and are arranged, and outer barrel 12 and interior bucket 11 on the corresponding end in the rear end of surface frame 9 away from setting It is equipped with interior bucket drive mechanism 15, it is preferred that for electric pushrod.In the output shaft of interior bucket drive mechanism 15 is extended into from outside outer barrel 12 In bucket 11, it is connected with the end of interior bucket 11, it is possible thereby to the forward and backward movement in the horizontal of interior bucket 11 is promoted, in the movement of interior bucket 11 During, guiding is played a part of in the movement of bucket 11 in outer barrel 12 pairs.Interior bucket drive mechanism 15 is equally controlled by control unit 7 System, when needing to pick and place food, can start interior bucket drive mechanism 15 and release in interior bucket 11, so as to convenient by control unit 7 Operated.The two ends of interior bucket 11 with diameter greater than the middle part of interior bucket 11 diameter, i.e., the partially radially indent at the interior middle part of bucket 11, and two The diameter at end is consistent, and the spacing between the front end of interior bucket 11 and outer barrel 12 is h1, and the spacing between the rear end of interior bucket 11 and outer barrel 12 is H2, it is preferred that h1=h2, and h1 and h2 are less, it is preferred that 1mm is such as, it is possible thereby to preferably keep the flat of interior bucket 11 Weighing apparatus.The inner side of outer barrel 12 arranges resilient buckle 125 near the position of rear end, can coordinate with the rearward end of interior bucket 11, works as hand Dynamic operation by interior bucket 11 to pusher when, when buckle 125, outer barrel 12 applies a reaction force to interior to the rearward end of interior bucket 11 Bucket 11, thus user can intuitively experience the bottom that interior bucket 11 has shifted outer barrel 12 onto.

Sealing gasket 16 is provided between the end of interior bucket 11 and end cap 14, and sealing is provided between interior bucket 11 and outer barrel 12 Circle 17, is entered in interior bucket 11 with the air for preventing outside.

Indicator lamp 18 is provided with the fore-end that outer barrel 12 extends in discharging opening 91, indicator lamp 18 includes lamp ring 181 With positioned at the periphery of lamp ring 181 light guide ring 182, light guide ring 182 be used for leaded light is carried out to the light that lamp ring 181 sends.Lamp ring 181 with Above-mentioned control unit 7 is electrically connected, and is lighted or is extinguished so as to control unit 7 can control indicator lamp 18.

The microswitch 19 for detecting the position of interior bucket 11, microswitch 19 and control are provided with the rearward end of outer barrel 12 Unit 7 connects, and after interior bucket 11 resets in place backward, microswitch 19 is triggered, then control unit 7 receives microswitch 19 Signal after, bucket drive mechanism 15 stops in control.Preferably, microswitch 19 is two, even if thus can ensure that wherein one When individual microswitch 19 is damaged, preservation mechanism also can normal work.To protect microswitch 19, it is provided with the bottom of outer barrel 12 Spacing preiection 191, can limit the most deep position in outer barrel 12 of interior bucket 11, prevent interior bucket 11 from excessively pushing and damaging fine motion Switch 19.

Referring to Fig. 3, drying device 8 also includes the first drainpipe 85, the first drain solenoid valve 86 and storage tank 87, storage tank 87 and first are connected between drying unit 81 by the first drainpipe 85, and the first drain solenoid valve 86 is arranged on the first drainpipe 85 On.Through the dried air of the first drying unit 81, water vapor condensation therein gets off, by the first drainpipe 85, via The control of first drain solenoid valve 86 is discharged to storage tank 87.In the present embodiment, storage tank 87 is placed on ground, the first draining The end of pipe 85 is located at the top of storage tank 87 or extends in storage tank 87.It is single that first drain solenoid valve 86 is electrically connected to control Unit 7, by control unit 7 opening and closing of the first drain solenoid valve 86 are controlled.When control unit 7 controls the first drying unit 81 During work, then the first drain solenoid valve 86 is opened simultaneously, in time discharge condensed water；When the first drying unit 81 quits work When, then close after the time delay certain hour of the first drain solenoid valve 86, to guarantee on the first drying unit 81 in condensation process or The water sticked in the first drying unit 81 is discharged.

Referring to Figure 10, net bucket 20 is also provided with interior bucket 11, the mesh of net bucket 20 is less than air-vent 111, so as to suitable Close and little particle food is stored in storage bucket.

Above-mentioned food preservation mechanism 1, can with it is multiple it is various sizes of be combined, realize different types of dried food and nuts food Separately storage, can set different optimum storage conditions, improve hoarding effect.

Referring to Figure 11～Figure 15, Chu meter mechanisms 2 include rice-storing box 21 and Qu meter mechanisms 22, and rice-storing box 21 is used to store big Rice, it is also possible to store other particulate materials, be relatively fixed with surface frame 9 (bracing frame 6), rice barn lid is provided with rice-storing box 21 211, rice barn lid 211 is removed, rice can be poured into toward in rice-storing box 21.The bottom of rice-storing box 21 is provided with and takes rice grain pattern road 23, connection To Qu meter mechanisms 22, so as to the rice in rice-storing box 21 can be caused to be flowed in Qu meter mechanisms 22.Take and be provided with rice grain pattern road 23 Magnetic valve 24, for the break-make that control takes rice grain pattern road 23.

The second air inlet 251 and the second gas outlet 261 are offered on rice-storing box 21, respectively by the second air inlet pipe 25 and Two escaping pipes 26 are connected with the second drying unit 83, and the second above-mentioned air pump 84 can be provided with the second escaping pipe 26, in order to Air is extracted out from rice-storing box 21.Second air pump 84 enters after the second escaping pipe 26 from rice-storing box 21 extracts air out Enter in the second drying unit 83 and be dried, through the dried air of the second drying unit 83 further through the second air inlet pipe 25 Re-enter in rice-storing box 21.Second air inlet 251 of rice-storing box 21 and the second gas outlet 261 be provided with screen pack 252, 262, to avoid the rice in rice-storing box 21 from entering in the second air inlet pipe 25 or the second escaping pipe 26.

Referring to Fig. 3, drying device 8 also includes the second drainpipe 88 and the second drain solenoid valve 89, storage tank 87 and second Connected by the second drainpipe 88 between drying unit 83, the second drain solenoid valve 89 is arranged on the second drainpipe 88.Through The dried air of second drying unit 83, water vapor condensation therein gets off, by the second drainpipe 88, via the second draining The control of magnetic valve 89 is discharged to storage tank 87.Second drain solenoid valve 89 is electrically connected to control unit 7, is controlled by control unit 7 The opening and closing of the second drain solenoid valve 89.When control the second drying unit 83 of control unit 7 works, then the is opened simultaneously Two drain solenoid valves 89, in time discharge condensed water；When the second drying unit 83 quits work, then the second drain solenoid valve 89 Close after time delay certain hour, in condensation process or sticked in the second drying unit 83 with guaranteeing on the second drying unit 83 Water discharge.

The second Temperature Humidity Sensor 27 is additionally provided with rice-storing box 21, for detect the air in rice-storing box 21 humidity and Temperature, and the signal for detecting is fed back to into control unit 7.Signal control of the control unit 7 according to the second Temperature Humidity Sensor 27 Make the second drying unit 83 and the second air pump 84 works, the air in rice-storing box 21 is extracted out drying, so as to rice can be improved Storage quality.When air themperature and humidity that the second Temperature Humidity Sensor 27 is detected in rice-storing box 21 are more than in control unit 7 Preset value when, control unit 7 start the second air pump 84, by the air in rice-storing box 21 be extracted into drying device 8 second drying Dehumidified in unit 83, the control after dehumidifying is returned in rice-storing box 21 by the second air inlet pipe 26, kept in rice-storing box 21 The drying of air so that keep being adapted to the environment of rice storage in rice-storing box 21, to avoid the rice for being stored at rice-storing box 21 from becoming Matter.

The lower section of Qu meter mechanisms 22 is provided with Weighing mechanism, and Weighing mechanism includes weighing tray 28 and weighing unit 29, takes Rice mechanism 22 is arranged on weighing tray 28, and weighing unit 29 is arranged on the lower section of weighing tray 28, and weighing unit 29 includes weighing Sensor and control chip, can weigh the rice in Qu meter mechanisms 22, and feed back to control unit 7.Weighing unit 29 passes through Fixed support 291 is connected with weighing tray 28.

Qu meter mechanisms 22 include that taking meter outer barrel 221 and movable is arranged on the rice taking box 222 taken in meter outer barrel 221, takes rice The leading section opening of outer barrel 221 and corresponding with above-mentioned discharging opening 91, and the leading section of rice taking box 222 is provided with handle 223, Thus, by catching handle 223, rice taking box 222 can forward be taken out, or is urged rearwardly into from meter outer barrel 221, discharging opening 91 is taken To taking in meter outer barrel 221.The upper surface of rice taking box 222 is open, and takes evagination on the perisporium of meter outer barrel 221 and be formed with hollow taking Rice joint 2212, is connected and causes to take rice grain pattern road 23 and to take connect inside meter outer barrel 221 with rice grain pattern road 23 is taken, rice taking box 222 Open corresponding with position that is taking meter joint 2212, thus rice can be entered in rice taking box 222 from taking after rice grain pattern road 23 passes through.

The bottom of rice taking box 222 is recessed and form depressed part 2221, take the depression of the bottom of meter outer barrel 221 and rice taking box 222 The corresponding position in portion 2221 offers accommodating opening 2211, and weighing tray 28 is then recessed relative to the bottom for taking meter outer barrel 221 And form receiving portion 281.Thus, after rice taking box 222 is pushed into and takes in meter outer barrel 221, depressed part 2221 may pass through accommodating opening 2211 and be at least partially disposed in the receiving portion 281 of weighing tray 28, thus can cause rice taking box 222 and to take the phase of meter outer barrel 221 To fixation, prevent rice taking box 222 from deviating from.Preferably, the recessed degree (depth) of the depressed part 2221 of rice taking box 222 is less than and weighs The recessed degree of the receiving portion 281 of pallet 28, the depressed part 2221 that can so cause rice taking box 222 is completely disposed at weighing tray 28 Receiving portion 281 in, can cause to weigh accurately, exclude inaccurate caused by other positions are interfered.

Pushing and taking out for ease of rice taking box 222, the inside edge ecto-entad of depressed part 2221, inclines gradually downward Tiltedly, accordingly, the inside edge ecto-entad of the receiving portion 281 of weighing tray 28, incline gradually downward, thus both are inclined Edge can play a part of guiding, both be easy to when by rice taking box 222 to pusher, and depressed part 2221 is successfully slided into weighs In the receiving portion 281 of pallet 28, it is easy to again when rice taking box 222 is drawn forward, depressed part 2221 is skidded off from receiving portion 281.

Take and be additionally provided with meter outer barrel 221 guide 30, guide 30 includes hollow connection-peg 301, and from grafting Radially outward and the stop part 302 that extends downwardly, stop part 302 is in up-small and down-big taper to 301 bottom margin.Connection-peg 301 are inserted into and take the taking in meter joint 2212 of meter outer barrel 221, and positioning convex 3011 is provided with the side wall of connection-peg 301, Take taking for meter outer barrel 221 and can arrange in meter joint 2212 corresponding groove, the engaging of positioning convex 3011 and groove causes to be oriented to Part 30 is relatively fixed with meter outer barrel 221 is taken.Guide 301 also includes guide plate 303, and guide plate 303 may include two pieces, its top The bottom of connection-peg 301 is fixed on, and is respectively facing and is taken the front-end and back-end of meter outer barrel 221 and extend obliquely downward.Stop part 302 and guide plate 303 be respectively positioned on take inside meter outer barrel 221, the top of rice taking box 222.Thus, when rice is entered from rice grain pattern road 23 is taken When, stop part 302 avoids rice from having just enter into take and splash in meter outer barrel 221 and affect the accuracy weighed, additionally, guide 303 can guide rice to enter in an orderly manner in rice taking box 222, the heap plot point of the lower rice of dispersion, and it is more accurate to make to weigh.

Referring to Figure 12, when the bottom of the receiving portion 281 of weighing tray 28 is arrived on the bottom top of the depressed part 2221 of rice taking box 222 When, the rear end of rice taking box 222 and take meter outer barrel 221 rear end between also there is certain spacing d1, and the edge of weighing tray 28 The air line distance that sloping portion is projected in the horizontal plane is d2, d1<D2, even if it is possible thereby to ensureing now still to rice taking box 222 Apply the power to pusher, rice taking box 222 drawn back again, after active force disappears, still can ensure that rice taking box 222 falls after rise, Ensure completely on weighing tray 28, it is ensured that weigh accurately.

When taking meter, being closed due to magnetic valve 24 needs certain hour, then in the closing process of magnetic valve 24, Reng Jiangyou Part continues to drop in rice taking box 222 taking the rice in rice grain pattern road 23, therefore, control unit 7 claims in weighing unit 29 Weight be less than requirements certain limit when, that is, control magnetic valve 24 close.

Likewise, taking meter outer barrel 221 can also arrange indicator lamp with the corresponding leading section of discharging opening 91, its structure and work With identical with the indicator lamp 18 in above-mentioned food preservation mechanism 1.

Above-mentioned Chu meter mechanisms 2, both with weighing function automatically, and with kept dry function, can allow user very Good selection takes rice amount, or takes rice amount come precise control according to number of meals, convenient, succinct and reliable, while and can carry The storage quality of high rice.

When needing using dried food and nuts storage facilities (when such as need to cooking), the control method bag of above-mentioned dried food and nuts storage facilities Include following steps：

1) first, it is determined that needing the dried food and nuts food materials species taken and/or taking rice amount (person-portion or a few person-portions), and in operation Determine after operating on panel 3, guidance panel 3 is by the dried food and nuts food materials species of determination and/or takes the data transfer of rice amount to control list Unit 7；

2) and then, the control of control unit 7 door-plate drive mechanism 5 drives door-plate 4 to move, until moving out the region of surface frame 9；

3) subsequently,

3.1) rice is taken if desired, then the control of control unit 7 magnetic valve 24 is opened so that taking rice grain pattern road 212 and turned on, So as to the rice in rice-storing box 21 is flowed in Qu meter mechanisms 22.Weighing unit 29 weighs the weight of Qu meter mechanisms 22 (can be claimed Measure the rice weight in meter mechanism 22), and feed back to control unit 7, needed for reaching when taking rice amount, control unit 7 is controlled Magnetic valve processed 24 is closed so that taking rice grain pattern road 212 and disconnected, and is taken out Qu meter mechanisms 22 from the discharging opening 91 of surface frame 9 and is completed to take rice；

3.2) dried food and nuts food materials are taken if desired, then the food preservation of the selected dried food and nuts food materials of the control of control unit 7 storage The interior bucket drive mechanism 15 of mechanism 1 releases in interior bucket 11, while the lamp ring 181 in chosen food preservation mechanism 1 is lighted, with User is understood, food preservation mechanism 1 to be operated is intuitively indicated, after the release of interior bucket 11, user turns on end cap 14, takes Go out the dried food and nuts food materials of needs, interior bucket 11 is filled in back in outer barrel 12 after end cap 14 is covered；

4) until the dried food and nuts food materials needed for all are removed, after all of interior bucket 11 is got back into, the microswitch at corresponding rear portion 19 are triggered, then control unit 7 receives the signal of microswitch 19, door-plate drive mechanism 5 is controlled again and is started and driving gate Plate 4 resets, and is covered in the front of surface frame 9, keeps the hidden state of storage facilities.

In the above-described embodiments, dried food and nuts storage facilities of the present utility model are used for family kitchen, optionally, the utility model Dried food and nuts storage facilities can also apply and need to store the place of dried food and nuts, such as warehouse at other.Now, dried food and nuts preservation mechanism can The back side of surface frame 9 is not only provided at, other positions can also be arranged on bracing frame 6, be all connected to drying device 8.

Claims (13)

1. a kind of dried food and nuts storage facilities, including at least two dried food and nuts preservation mechanisms, it is characterised in that：The dried food and nuts storage facilities are also Including bracing frame (6) and drying device (8), the dried food and nuts preservation mechanism is arranged on support frame as described above (6), and each dried food and nuts Preservation mechanism (6) is connected to the drying device (8) by pipeline.

2. dried food and nuts storage facilities as claimed in claim 1, it is characterised in that：The dried food and nuts storage facilities also include surface frame (9), And for controlling the control unit (7) of the dried food and nuts preservation mechanism and drying device (8), offer on the surface frame (9) many Individual discharging opening (91), the dried food and nuts preservation mechanism is separately positioned on the back side of the surface frame (9), offers on the surface frame (9) At least one discharging opening (91) for being used for dried food and nuts preservation mechanism discharging.

3. dried food and nuts storage facilities as claimed in claim 2, it is characterised in that：It is also described including door-plate (4) and for driving , relative to the mobile door-plate drive mechanism (5) of the surface frame (9), the door-plate (4) is in the door-plate drive mechanism (5) for door-plate (4) Driving under can move to the surface frame (9) front side or move to and leave the surface frame (9).

4. dried food and nuts storage facilities as claimed in claim 3, it is characterised in that：The surface frame (9) is fixedly installed on the support On frame (6), the door-plate (4) is slidably arranged on support frame as described above (6).

5. dried food and nuts storage facilities as claimed in claim 4, it is characterised in that：Be additionally provided with support frame as described above (6) with it is described The guidance panel (3) of control unit (7) connection.

6. dried food and nuts storage facilities as any one of Claims 1 to 5, it is characterised in that：The dried food and nuts preservation mechanism bag Include food preservation mechanism (1), interior bucket of the food preservation mechanism (1) including outer barrel (12) and for storing dried food and nuts food materials (11), said tub (12) is relatively fixed with support frame as described above (6), and the interior bucket (11) is slidably arranged in said tub (12) It is interior.

7. dried food and nuts storage facilities as claimed in claim 6, it is characterised in that：The rear end of said tub (12) is provided with for pushing away The interior bucket drive mechanism (15) of the interior bucket (11) is moved, and has the microswitch for detecting interior bucket (11) position (19)。

8. dried food and nuts storage facilities as claimed in claim 6, it is characterised in that：Instruction is provided with the front end of said tub (12) Lamp (18), the indicator lamp (18) includes lamp ring (181) and the light guide ring (182) positioned at lamp ring (181) periphery.

9. dried food and nuts storage facilities as claimed in claim 7 or 8, it is characterised in that：Offer on the side wall of the interior bucket (11) Multiple air-vents (111), the food preservation mechanism (1) also includes the first humiture of the interior humiture of detection said tub (12) Sensor (13), offers the first air inlet (121) and the first gas outlet (123) on the side wall of said tub (12), and described One air inlet (121) and the first gas outlet (123) connect respectively with the drying device (8).

10. dried food and nuts storage facilities as claimed in claim 9, it is characterised in that：The drying device (8) includes and the food Corresponding the first drying unit (81) of preservation mechanism (1) and the first air pump (82), first air inlet (121) is by first Air inlet pipe (122) is connected with first drying unit (81), and first gas outlet (123) is by the first escaping pipe (124) It is connected with first drying unit (81), first air pump (82) is arranged on first escaping pipe (124).

The 11. dried food and nuts storage facilities as any one of Claims 1 to 5, it is characterised in that：The dried food and nuts preservation mechanism bag Kuo Chu meter mechanisms (2), the Chu meter mechanisms (2) include with the relatively-stationary rice-storing box (21) of support frame as described above (6) and with institute The rice taking box (222) that bracing frame (6) activity is arranged is stated, the bottom of the rice-storing box (21) is provided with and is communicated to the rice taking box (222) take rice grain pattern road (212), rice taking box (222) lower section is provided with for weighing the interior rice weight of the rice taking box (222) The weighing unit (29) of amount.

12. dried food and nuts storage facilities as claimed in claim 11, it is characterised in that：The Chu meter mechanisms (2) also include detection institute Second Temperature Humidity Sensor (27) of the interior humiture of rice-storing box (21) is stated, on the rice-storing box (21) the second air inlet is offered (251) and the second gas outlet (261), second air inlet (251) and the second gas outlet (261) respectively with the drying device (8) connect.

13. dried food and nuts storage facilities as claimed in claim 12, it is characterised in that：The drying device (8) also include with it is described Corresponding the second drying unit (83) of Chu meter mechanisms (2) and the second air pump (84), second air inlet (251) is by second Air inlet pipe (25) is connected with second drying unit (83), second gas outlet (261) by the second escaping pipe (26) with Second drying unit (83) connection, second air pump (84) is arranged on second escaping pipe (26).