CN2130479Y

CN2130479Y - Rice cabinet capable of automatic ventilating and constant-weight taking rice

Info

Publication number: CN2130479Y
Application number: CN 92230481
Authority: CN
Inventors: 胡金库
Original assignee: Individual
Current assignee: Individual
Priority date: 1992-08-15
Filing date: 1992-08-15
Publication date: 1993-04-28
Anticipated expiration: 2002-08-15

Abstract

The utility model relates to a rice cabinet capable of automatic ventilation and quantitative rice taking. An upper cover is buckled on the upper part of a hollow cabinet body, the lower part of the cabinet body is connected with a base, and a ventilation device is arranged in the middle of an inner cavity of the cabinet body. A funnel is arranged in the middle lower part of the inner cavity of the cabinet body, and a rice-taking controlling machine is matched with the lower part of the opening of the funnel and is composed of three rice-taking turning boxes connected in series and inserted and a casing sheathed outside the rice-taking machine. When a key is pressed outside the cabinet body, a pressure lever connected with the key and separately inserted with the rice-taking turning boxes drives the rice-taking boxes to rotate, the rice in the funnel automatically drops into the rice boxes with different volumes, and then in the process of rotation, the rice drops into a rice-taking drawer through a rice-discharging barrel at the lower part.

Description

Rice cabinet capable of automatic ventilating and constant-weight taking rice

The utility model relates to a kind of grain stocking device, but particularly a kind of automatic ventilation and quantitatively get rice rice-storing cabinet.

At present, the rice and flour of general family all are housed in the pocket or in other reservoir vessel mostly, because the grain of putting in pocket or the staving is stuffy, thus mouldy and infested easily, not only waste grain, and easily cause disease, be the problem that people have a headache very much.In addition, because the interior decoration of family is all more beautiful now, the rice bag is put in indoor being most unseemly.Now buy both inconveniences and now eat, also unrealistic.So the grain that all will store some is in order to edible.

In addition, people are cooking when getting grain, all are rice and flour are scooped out or to be grabbed handful with hand with bowl; So not only very easily rice and flour being scattered cause waste, and not having accuracy, therefore, when making meal, is not to do manyly, does fewly exactly, does and has lacked not enoughly, and has done many to waste easily and goes bad.

The purpose of this utility model just is to overcome the above-mentioned shortcoming and defect of existing in prior technology, and provide a kind of both can grain storage under the ventilation situation, can carry out the rice-storing cabinet that automatic ration is got rice by amount again.

The purpose of this utility model is to be realized by following technical scheme: button is placed with loam cake on the cabinet top of hollow, the cabinet bottom is connected with base, be placed with ventilation unit at cabinet inner chamber middle part, take in cabinet inner chamber middle and lower part and to be placed with a funnel, the bottom of funnel leak coincide and is provided with control to the grain device, it is to be connected in series the slotting rice of getting that connects together by three to change box and be sleeved on its outer constituting to grain device housing that the grain device is given in control, when subordinate's button outside cabinet, then making links to each other with button and drive a rice taking box with a depression bar of getting rice and change the independent plug-in mounting of box rotates, Mi Zidong in the funnel is bled in the rice box of different capabilities, in rotation process, rice gone out rice tube the getting in meter drawer under it of bleeding then from the bottom.

Therefore remarkable result of the present utility model is:

But gravity-flow ventilation when storing has prevented going mouldy of grain.

When storing, also have as required the characteristics that automatic ration is according to quantity got rice, both prevented scattering and disappearing in dipping process, prevented the problem that the amount of dipping is too much and not enough again, help saving food.

Specious, floor space is little.

Concrete structure of the present utility model is realized by the following examples and accompanying drawing thereof:

Fig. 1 is a structure chart of the present utility model.

Fig. 2 is that the A of Fig. 1 is to partial view.

Fig. 3 is the ventilation unit three-dimensional structure diagram among Fig. 1.

Fig. 4 is the stereochemical structure enlarged drawing that the grain device is given in control among Fig. 1.

Be described in detail below in conjunction with 1～4 pair of concrete structure of the present utility model of accompanying drawing:

Architectural feature of the present utility model is:

Button is placed with buckle closure 1 on cabinet 2 tops of hollow, cabinet 2 bottoms in hollow are connected with base 10, button is placed with ventilation unit 3 at the cabinet 2 inner chambers middle part of hollow, ventilation unit 3 connects with the monosymmetric air vent 4 of cabinet, cabinet 2 inner chamber middle and lower part cards in hollow are placed with a funnel 5, the small opening 5A bottom of funnel 5 coincide and is placed with a control that is connected with dividing plate 2D to grain device 6, control give grain device 6 be by front and back have the shell frame 6F of the hole 6F1 that slits and movable serial connection wear put within it several get rice change box 6A and respectively with get rice and change a box 6A and plug in a depression bar 6B who wears and constitute, depression bar 6B front end all is connected with the button 6E that exposes to cabinet 2 outsides, the terminal extension of depression bar 6B is connected with spring 6C, 2D1 bottom, aperture on the dividing plate 2D is provided with the uncovered meter drawer 9 that gets, get meter drawer 9 activities and insert, respectively get all to offer on the rice commentaries on classics box 6A and get rice mouthful 6A2 and go out a rice 6A1 in the bottom of cabinet 2 inner chambers.Referring to Fig. 1 to Fig. 4

Architectural feature of the present utility model also is:

The hole contacts along coincideing for the last uncovered 6F2 of the shell frame 6F of grain device 6 with control under the small opening 5A of funnel 5 wide at the top and narrow at the bottom, all have the shell frame 6F inner chamber of open-minded hole 6F1 laterally to be placed with three gets rice and changes a box 6A in front and back, respectively getting rice changes a box 6A and circumferentially all wears and be connected with depression bar 6B, major axis 6D is placed on the rice commentaries on classics box 6A string of getting of each depression bar 6B and string button in the shell frame 6F, respectively get meter 6A1 that goes out that an outer spy is all arranged on meter lower peripheral wall of changeing box 6A, shell frame 6F bottom is uncovered structure, aperture 2D1 on the dividing plate 2D and the bottom of shell frame 6F are uncovered and go up the uncovered meter drawer 9 corresponding perforations of getting, ventilation unit 3 is the arch of hollow epirelief, arch position and lower bottom part all are that some sieve bar 3B and the rib 3A net spaced apart by the interval dense distribution constitutes a tubular cavity body, and the two ends of ventilation unit 3 length direction symmetries are taken with the attachment strap 2A card of cabinet 2 left and right sides inwall convexes and coincide with internal face and contact.Referring to Fig. 1 to Fig. 4

Architectural feature of the present utility model also is:

Have with ventilation unit 3 and funnel 5 flangings at the rectangular cabinet 2 inwall convexes of hollow and to take the attachment strap 2A of putting mutually, button 6E is housed in the pit 2B of rectangular cabinet 2 lower front side of hollow, the support plate 2C top Zhi Fangyou of cabinet 2 inner chamber bottoms goes up the uncovered meter drawer 9 that gets, on the cabinet of pit 2B top, be provided with form 7, on the cabinet of pit 2B bottom, be provided with a locking switch 8 of laterally stirring and contacting mutually with each button 6E lower end, to change the posterior segment that box 6A plugs in the depression bar 6B that wears mutually be straight bar section with respectively getting rice, its leading portion is V-shaped, the front end of each depression bar 6B is connected with each button 6E plug-in card, it is uncovered that the last uncovered 6F2 of shell frame 6F is divided into three of varying in size, with three uncovered corresponding what place is that different three of capacity get rice and change a box 6A, the circumferential angle of respectively getting the rice inlet 6A2 of rice commentaries on classics box 6A and going out between the rice tube 6A1 is inequality, is stained with scale 11 inboard subsides of cabinet 2 rear walls.Referring to Fig. 1 to Fig. 4

Operation principle of the present utility model is:

Opening buckle closure 1 can pour rice in the cabinet 2, when getting meter as meal, can descend by the button 6E on cabinet 2 front panels, make the depression bar 6B that links to each other with button 6E, depression bar 6B then drives the rice commentaries on classics box 6A that gets that is housed in the shell frame 6F and does circumferentially to rotate, use rice tube 6A1 to nadir rotate and with it in storage rice its getting in meter drawer 9 down of bleeding, drawer 9 is extracted out, rice can be poured out for use.Change a box 6A and go out in meter process getting rice, spring 6C on the depression bar 6B is elongated, at this moment, get rice inlet 6A2 that rice changes box 6A not with the last uncovered 6F2 conducting of shell frame 6F, so Mi Buhui injects in it in the funnel 5, when get rice finish after, when promptly unclamping button 6E, spring 6C oppositely resets depression bar 6B automatically, depression bar changes box 6A along circumferentially turning over certain angle together with getting rice in reseting procedure, make the rice inlet 6A that gets rice and change box 6A forward to the shell frame on the position of uncovered 6F2 conducting, at this moment, rice injects and gets rice and change in the box 6A in the funnel.Filling with back Mi Ziran can be not dirty again, has been repositioned to obliquity up because go out rice tube 6A1 this moment, and Mi Buhui flows out and also do not reinject.

In the time need getting again meter, button 6E down again, owing to go out the angle of inclination difference that rice tube 6A1 is provided with, change a box 6A for not having so get rice, promptly press button 6E quantitatively for a rice box, its go out rice tube 6A1 all the time below, and rice inlet 6A2 is in and funnel perforation position all the time, get in meter drawer 9 so rice can constantly lead directly to flow into, in the time of need stopping, only unclamping button and get final product.

The effect of locking switch 8 is when laterally pushing away when being placed on certain button 6E below, and then this button then can't be pushed, and guarantees all to pin at ordinary times, and can only set a button when using, and locks two other buttons, to guarantee not misoperation.

At ordinary times, wind or air can flow in the arch ventilation unit 3 by air vent 4, and a meter cabinet inner chamber can be communicated with atmosphere, to keep ventilation and the drying in it, and Mi Ze is by the obstruct of tubular ventilation net muscle in the cabinet, and Mi Buhui bleeds in the vent passages, more can not flow out from air vent.

Claims

1, but automatic ventilation and quantitatively get rice rice-storing cabinet, it is characterized in that: button is placed with buckle closure 1 on cabinet 2 tops of hollow, cabinet 2 bottoms in hollow are connected with base 10, button is placed with ventilation unit 3 at the cabinet 2 inner chambers middle part of hollow, ventilation unit 3 connects with the monosymmetric air vent 4 of cabinet, cabinet 2 inner chamber middle and lower part cards in hollow are placed with a funnel 5, the small opening 5A bottom of funnel 5 coincide and is placed with a control that is connected with dividing plate 2D to grain device 6, control give grain device 6 be by front and back have the shell frame 6F of the hole 6F1 that slits and movable serial connection wear put within it several get rice change box 6A and respectively with get rice and change a box 6A and plug in a depression bar 6B who wears and constitute, depression bar 6B front end all is connected with the button 6E that exposes to cabinet 2 outsides, the terminal extension of depression bar 6B is connected with spring 6C, 2D1 bottom, aperture on the dividing plate 2D is provided with the uncovered meter drawer 9 that gets, get meter drawer 9 activities and insert, respectively get all to offer on the rice commentaries on classics box 6A and get rice mouthful 6A2 and go out a rice 6A1 in the bottom of cabinet 2 inner chambers.

2, but according to the described automatic ventilation of claim 1 and quantitatively get rice rice-storing cabinet, it is characterized in that: the hole contacts along coincideing for the last uncovered 6F2 of the shell frame 6F of grain device 6 with control under the small opening 5A of funnel 5 wide at the top and narrow at the bottom, all have the shell frame 6F inner chamber of open-minded hole 6F1 laterally to be placed with three gets rice and changes a box 6A in front and back, respectively getting rice changes a box 6A and circumferentially all wears and be connected with depression bar 6B, major axis 6D is placed on the rice commentaries on classics box 6A string of getting of each depression bar 6B and string button in the shell frame 6F, respectively get meter 6A1 that goes out that an outer spy is all arranged on meter lower peripheral wall of changeing box 6A, shell frame 6F bottom is uncovered structure, aperture 2D1 on the dividing plate 2D and the bottom of shell frame 6F are uncovered and go up the uncovered meter drawer 9 corresponding perforations of getting, ventilation unit 3 is the arch of hollow epirelief, arch position and lower bottom part all are that some sieve bar 3B and the rib 3A net spaced apart by the interval dense distribution constitutes a tubular cavity body, and the two ends of ventilation unit 3 length direction symmetries are taken with the attachment strap 2A card of cabinet 2 left and right sides inwall convexes and coincide with internal face and contact.

3, but according to claim 1 or 2 described automatic ventilations and quantitatively get rice rice-storing cabinet, it is characterized in that: have with ventilation unit 3 and funnel 5 flangings at the rectangular cabinet 2 inwall convexes of hollow and take the attachment strap 2A of putting mutually, button 6E is housed in the pit 2B of rectangular cabinet 2 lower front side of hollow, the support plate 2C top Zhi Fangyou of cabinet 2 inner chamber bottoms goes up the uncovered meter drawer 9 that gets, on the cabinet of pit 2B top, be provided with form 7, on the cabinet of pit 2B bottom, be provided with a locking switch 8 of laterally stirring and contacting mutually with each button 6E lower end, to change the posterior segment that box 6A plugs in the depression bar 6B that wears mutually be straight bar section with respectively getting rice, its leading portion is V-shaped, the front end of each depression bar 6B is connected with each button 6E plug-in card, it is uncovered that the last uncovered 6F2 of shell frame 6F is divided into three of varying in size, with three uncovered corresponding what place is that different three of capacity get rice and change a box 6A, the circumferential angle of respectively getting the rice inlet 6A2 of rice commentaries on classics box 6A and going out between the rice tube 6A1 is inequality, is stained with scale 11 inboard subsides of cabinet 2 rear walls.