KR20050032109A - An electric metric rice-barrel discharing rice on top - Google Patents

Abstract

An electric digital metric rice-barrel discharging rice on top, includes a storing-rice container (4), the underside of which is funneled, an electrometer (15) and a control panel (2) connected electrically to control circuits, wherein the storing-rice container (4), the upside of which has rice-inlet (10), is fixed under the bedplate (3) of kitchenwares. The rice-barrel has a transportation framework, which is made up of a pipage (1) and a screw transportation staff (5) mounted in the pipage. The inlet (124) on the bottom of the pipage (1) communicates with the funneled bottom of the storing-rice container (4). The pipage (1) towers above the bedplate (3) of kitchenwares. A discharging rice pipe (8) communicating with the pipage (1) is inclined on its top. The transportation framework and control system of the invention can control accurately the rice quantity, and their structures are simple. The rice-outlet, rice-inlet and control panel are disposed above the bedplate of kitchenwares, thereby man can take out and discharge rice expediently.

Description

ELECTRIC METRIC RICE-BARREL DISCHARING RICE ON TOP}

The present invention relates to a motorized rice-type electronic weighing rice container.

The present invention relates to a motorized rice-type electronic weighing rice container. In more detail, the present invention is a kitchen furniture base with an electric pull-out type electronic weighing rice bowl including a rice storage container (4), the electric motor (15) and a control panel (2) for electrical connection with a control circuit. (3) A transport mechanism consisting of a rice storage container (4) fixed below and having a mouthpiece (10) in the upper part, a barge lever (5) assembled between a transport pipe (1) and a gap in the pipe; The entrance 124 is formed at the lower end of the transport pipe (1) in communication with the funnel-shaped bottom of the container (4), formed on top of the transport pipe (1) and formed higher than the kitchen furniture base (3). And the outgoing pipe 8 which is inclinedly installed and communicates with the transport pipe 1, the transport mechanism and the control mechanism of the present invention can accurately control the amount of outflow and the structure is simple. The control panel is usually installed on the upper part of the kitchen furniture base. The present invention relates to an electric pull-out type electronic weighing rice container that makes it easier and easier to take out or pour rice.

The present invention relates to kitchenware. Specifically, it relates to an electric pull-up type electronic weighing rice container.

As the living standards of the people of our country have steadily improved and the family interior boom has taken place, the kitchen has already become a place that not only solves three people's daily meals in its original sense, but also embodies the warmth of the family, the times, and the mood of life. In the interior of the kitchen, how to combine various kitchen utensils with the kitchen furniture more beautifully and more extensively and make it more convenient to use has become a goal that people pursue. In response, a multifunctional electronic slicer was disclosed in a Chinese patent with the announcement number CN2300614Y. It consisted of an outer shell, a quantitative control circuit board, an ozone sterilizer, a funnel, an electric rice cooker, a battery box, an active rice box, and an automatic rice outbreak prevention facility. The advantages are easy to use, safe, accurate, hygienic and low noise. However, these grates have the following shortcomings.

1) It is very inconvenient to install the rice box under the rice grinder and to bend and operate the rice when taking out the rice.

2) The outsourcing mechanism is complicated in structure by using accessories such as worm gear, worm and several connecting rods.

3) The space occupied by the entire facility is so large that it cannot be made into a set with kitchen furniture or hidden in it.

The object of the present invention is to overcome the current technical shortcomings, the operation is simple, the structure is simple, the appearance is accurate, and combined with the modern kitchen furniture more modern electric sensible electronic weighing rice bowl more reasonable use space To provide.

1 is an exploded explanatory diagram of the present invention.

2 is a front view of the rice storage container of FIG.

3 is a plan view of the rice storage container of FIG.

4 is a front view of the control panel of FIG.

5 is a front view of a longitudinal section of the transport pipe portion of the present invention.

Figure 6 is a local structural diagram of Embodiment 2 of the present invention.

7 is an electrical circuit principle display of Embodiment 1 of the present invention.

8 is an electrical circuit principle display of Embodiment 2 of the present invention.

Technical solution used by the present invention is a kind of electric pull-out type electronic weighing container.

It includes a funnel shaped rice reservoir, an electric motor and a control panel for electrical connection with the control circuit. Secure the rice storage container with the mouthpiece on the top under the base of the kitchen furniture. There is a transport mechanism consisting of a bow-loading lever assembled between the pipeline and the gap in the pipe. The entrance at the bottom of the conduit is in communication with the bottom of the funnel of the rice container. The top of the transport pipe is higher than the kitchen furniture pedestal and installs the outgoing pipe inclined to communicate with the transport pipe (1).

The above-mentioned transport pipe is docked and installed by water supply pipe and sewage pipe. The top of the sewage pipe is welded in line with the transport through hole at the top of the rice reservoir. At the bottom of the water supply pipe, a single-groove groove is opened, and two spring seats are installed on the pipe wall of the set depth of the sewage pipe, and the spring and the steel ball are contained therein.

The mouthpiece described above is higher than the top of the rice container and passes through the kitchen furniture base. The exposed part on the pedestal has an outer thread. The thread above it engages the lid of the keg.

 The control panel described above is assembled on the top of the kitchen furniture base.

See the drawings below. Those skilled in the art can clearly see the description of the present invention and other objects, features, and advantages from the detailed description of the present invention.

Example 1:

As shown in Figs. 1 and 2, the rice storage container 4 is a hollow cylinder having a funnel-shaped bottom end. There is one top cover 40 at the top facing the funnel-shaped bottom of the rice reservoir 4. On the upper cover 40 there is a transport pipe through hole 41 and the mouth opening 10. The transport pipe 1 is assembled to the through hole 41 vertically. The control panel 2 is located above the top cover 40. The large hole 22 and the small hole 21 which interlock with the mouth mouth 10 and the transportation pipe 1 are provided. At the periphery of the mouth of the mouthpiece 10 on the top cover 40 is an outer thread. The large hole 22 passing through the control panel 2 and the inner threaded rice barrel cover 9 at the edge of the hole can be tightly tightened. The transport pipe 1 passes through the small hole 21 of the control panel 2 upwards and installs the outgoing pipes 8 communicating with each other inclined at the upper end thereof. The transport pipe 1 passes through the bottom of the funnel shape of the rice storage container 4 and welds it accordingly. One of the lower entrances 124 is connected to the center of the funnel-shaped bottom of the rice storage container 4 through the elbow pipe 43, and the rice in the rice storage container 4 through each other under the action of gravity. Along the bottom of the funnel shape flows through the elbow pipe 43 to the bottom of the transport pipe (1). The bare bow lever (5) is fitted to the conduit (1). It can be freely rotated in the transport pipe 1 by combining the gap with the pipe wall of the transport pipe 1. The central axis of the lower bow feed lever 5 is rigidly connected to each other concentrically with the power export shaft of the electric motor 15 through the key 51 and the coupling 6. See also FIG. 3. In consideration of assembly, four fixing rings 42 are installed on the circumference of the upper cover 40, respectively.

As shown in FIG. 4, the control panel 2 is provided with a small hole 21, a large hole 22, and an LED digital display 24, a fixed-quantity initializing switch 25, and a start-up switch 23. have.

As shown in FIG. 5, the transport pipe 1 is a docked water supply pipe 11 and the sewage transport pipe 12 are installed. The outer diameter of the water pipe 11 and the inner diameter of the sewage pipe 12 are suitable for each other. On the pipe wall at the top of the sewage pipe 12, there are two spring seats 121 which are axially symmetric. There is a spring 122 and a steel ball 123 therein. The one-wheel groove 111 is formed in the lower end pipe wall of the water supply pipe 11. This is inserted by the depth set in the sewage pipe (12). The steel ball 123 is pushed into the groove 111 under the action of the spring 122 so that the constant feed pipe 11 can fix the position in the vertical direction and rotate freely in the horizontal direction.

The electric pull-up electronic weighing rice container of the present invention is a structure that forms a unity with the kitchen furniture pedestal (3). When assembled as shown in Figures 1 and 2, the rice storage container (4) is installed below the kitchen furniture support (3). It is fixed to the kitchen furniture base (3) with screws through the four fixing rings 42 around the circumference of the top cover (40). Two assembly holes are provided in the kitchen furniture base 3. The position of one hole lies between the conduit through hole 41 of the top cover 40 and the small hole 21 of the control panel 2. When assembling, the transport pipe 1 passes through it. The position of the other hole is between the mouth opening 10 of the top cover 40 and the large hole 22 of the control panel 2. When assembling the hole edge of the mouth opening 10 passes through it. The control panel 2 is closely attached to the upper side of the kitchen furniture base 3.

The principle diagram of the electric circuit of the electric rolling and electric metering described in the present invention is shown in FIG. At the heart of the control mechanism is a microcomputer processor 16. The control mechanism also includes a quantitative initial switch 25, a start-up switch 23, and an LED digital display 24 that are electrically connected to the microcomputer processor 16. The control mechanism completes switch control of the electric motor 15 via the relay 18. LED digital display 24 is a display device for electronic metering. The power supply of the electric motor 15 is 220V AC electricity. The power supply of the control unit is a low voltage direct current electricity after the transformer rectifier 17 is processed. The fixed-quantity initializing switch 25, the start-up switch 23, and the LED digital display 24 are installed in the control panel 2. The microcomputer processor 16, the relay 18, and the transformer rectifier 17 are installed in the electric circuit control box 19.

When using, press the quantitative initializing switch 25 first and set the amount of rice by using the up and down buttons. The number 1 represents 1 gram (50 grams). Each press increases or decreases by one. LED numbers are displayed on the digital display 24. After setting the amount of rice to start the motor 15 by pressing the start switch 23 again to work. The coaxial rotation is led through the coupling (6) to the spiral bow lever (5). The rice in the rice container flows through the elbow pipe 43 at the bottom of the rice storage container 4 under the action of gravity and flows into the entrance 124 at the lower end of the transport pipe 1. Under the action of the forward bow lever (5), it is transported upward along the pipeline (1). After reaching the top, under the action of gravity, she runs through the tube (8). The microcomputer processor 16 starts recording the time when the electric motor 15 starts up. When the recorded time reaches the corresponding value of the set amount of rice, the microcomputer processor 16 controls the relay 18 to cut off the power of the motor 15. do. At fixed rotational speeds, the amount of transport of the forward bow lever is directly proportional to the rotation time. Therefore, by controlling only the rotation time of the electric motor 15, it is possible to accurately control the amount of brown rice.

When it is necessary to put rice in the rice storage container (4), open the rice barrel cover (9) on the kitchen furniture base and pour it from the mouth opening (10). When the power outage can directly take out the rice through the mouth opening (10).

Example 2:

Other parts of the present invention are the same as in Example 1. However, there is a distinction between the mechanical and electrical methods used to control the amount of rice. See FIGS. 6 and 8. The counter gear coaxially rotating count gear 14 is provided on the lower central shaft of the countersunk feed lever 5. Then, an access switch 7 which is electrically connected to the microcomputer processor 16 is provided on one side of the count gear 14. The count gear 14 is made of a nonconductive material. A bolt 20 is embedded around the circumference, and serves as a measuring point of the access switch 7. When working, the bare bow lever 5 coaxially rotates with the count gear 14. Each time the count gear 14 rotates one turn, the access switch 7 emits one pulse signal toward the microcomputer processor 16. When the cumulative coefficient of the pulse signal and the setting output amount reach the corresponding numerical values, the microcomputer processor 16 controls the relay 18 to cut off the power of the motor 15, and the spiral feed lever 5 stops the rotation. Stop and runoff are bound. The amount of transport and the number of revolutions of the forward bow lever (5) are directly proportional. Therefore, it is possible to precisely control the amount of brown rice simply by controlling the number of revolutions.

    The foregoing describes a relatively good embodiment. Therefore, any person skilled in the art can use or use the present invention. Various modifications of this embodiment are apparent to the technical personnel in this area. While applying the general principles described herein to other embodiments, creativity may not be used. Therefore, the present invention should not be limited to the embodiments described herein but should be based on the widest scope consistent with the principles and novel features presented herein.

The transport and control mechanism accurately controls the amount of shedding and the structure is simple. The door, mouth and control panel shall be placed above the kitchen furniture base (at the same time the door can rotate freely in the horizontal direction).

It is easier and more convenient to take out or pour rice.

The rice storage container is designed under the kitchen furniture base, making the use of kitchen space more reasonable.

In particular, it is more effective to use a square for storing things (for example, the corner of the lower chest of L-type kitchen furniture).

The transport mechanism and the control mechanism of the present invention can accurately control the amount of sea bream and are simple in structure. The exit door, mouth door, and control panel can be installed on the upper part of the kitchen furniture base to make it easier and more convenient to remove or pour rice.

Claims (5)

A rice reservoir having a funnel shape at the bottom (4); An electric pull-up type electronic weighing rice bowl comprising an electric motor (15) and a control panel (2) for electrical connection with a control circuit, A rice storage container (4) fixed under the kitchen furniture support (3) and having a mouthpiece (10) at the top; A transport mechanism comprising a forward bow lever (5) assembled between the transport pipe (1) and a gap in the pipe; A mouth opening 124 formed at the lower end of the transport pipe 1 in communication with the funnel-shaped bottom of the rice storage container 4; An outgoing tube (8) formed at the top of the transport pipe (1) and formed higher than the kitchen furniture base (3) and inclined to communicate with the transport pipe (1); Electric rising rice type electronic weighing rice container comprising a. The method of claim 1, wherein the transport pipe (1) In line with the transport pipe through hole 41 at the top of the rice storage container 4 An upper end portion of the member to be welded, and two spring seats 121 are installed on the pipe wall of the set depth of the member, and a sewage pipe 12 having a spring 122 and a steel ball 123 therein; A constant feed pipe (11) having a lower end on which one-wheel groove (111) is formed; And a water transfer tube (11) and a sewage transport tube (12), which are installed by docking and transporting electric powered rice trays. The method of claim 1 or 2, wherein the mouth opening (10) It is formed higher than the top of the rice storage container (4) and passes through the kitchen furniture base (3), the exposed portion on the kitchen furniture base (3) is formed with an external thread and the thread is engaged with the rice container cover (9) The electric pull-up type electronic weighing rice bowl, characterized in that the mouth is formed to roll. The control panel (2) according to claim 1 or 2, An electric pull-up type electronic weighing rice bowl, characterized in that it is assembled on the upper side of the kitchen furniture base (3). 4. The control panel according to claim 3, wherein the control panel (2) An electric pull-up type electronic weighing rice bowl, characterized in that it is assembled on the upper side of the kitchen furniture base (3).