JPS63121040U - - Google Patents

Description

[Brief explanation of drawings]

Drawing...Drain outlet nozzle. The drain port is a port that comes out of the nozzle part due to jet radiation, and drains overflow water to the outside via a drain hose. The water coming from the water supply pipe blows up through the nozzle, and the rice is sucked all at once from the suction port by pressurized jet air. Air is blown downward from the air outlet attached to the knob, following the guide plate. During this process, both rice and water are rotated all at once.
Drawing…Partition plate. The main body separates the silo part from the drainage port (overflow), and at the same time serves as a pipe for passing rice and water from the blow-up nozzle and suction port to the top. Drawing...Switching knob. At the same time, the rice washing operation and rice washing completion are switched by operating this switch knob, and at the same time, the water and rice coming out of the outlet are evenly dropped along the guide plate into the silo section below. Drawing: Outlet. At the same time as rice washing is completed, the rice switched by the switch knob passes through the rice take-out passage, and the rice comes out at the take-out port.
Drawing...Lid. The lid is attached to the main body with a hinge and can be opened and closed. Drawing...Main body silo part. The silo section is slanted so that the rice naturally falls down evenly.
Since the rice is squeezed in a diagonal shape toward the suction port, the rice falls smoothly. drawing…
Water conditioner tank. A ceramic ball is put into the water conditioner tank, and the water from the water supply port passes through the ceramic ball tank, and then passes through the water supply pipe to the nozzle and is sprayed as a jet. A view, elevation view, B top view, C rear view, G three-dimensional view, E perspective view, F perspective view.

Correction 1986.10.8 The brief description of the drawing has been amended as follows.

[Brief explanation of the drawings] Fig. 1, Main body lid, Fig. 2, Operation switching knob, Fig. 3, Main unit, Fig. 4, Operation switching knob, Fig. 5 , Diagram of the blow-up pipe on the partition plate, Figure 6, Cross-sectional view of the blow-up nozzle part of the main silo part,
FIG. 7 is a sectional view of the water supply pipe from the water conditioning tank to the blow-up nozzle, FIG. 8 is a front sectional view, FIG. 9 is a side sectional view, and FIG. 10 is a plan sectional view. Fig. 1 Main body lid. By placing the lid over the top of the main body, it prevents water droplets from flying off, and at the same time it has an ON-OF mark necessary for operating the switching knob, and serves as a mark for switching operations. Figure 2 Operation switching knob. By operating this switching knob to the left or right (ON-OF), you can switch between washing rice and discharging rice. Guide plate (direction plate): This direction plate serves to turn the water and rice blown out of the blow-up pipe back into the silo part of the main body. Figure 3 blow-up pipe,
A pipe that transports rice from the main silo section to the upper outlet using water pressure. This is a hole for simultaneously blowing out water and rice for washing or discharging rice, and is opened at the top end of the blow-up pipe. By separating the main silo part and the drainage space with the partition plate, the rice is washed while rice and fresh water are always circulated in the main silo. The water and rice drained from the rice outlet will flow out through the outlet when the switch knob is switched to OF at the same time as rice washing is completed. The main silo part, the bottom of the main silo part is 45°
It is shaped at an angle that falls into the suction port at an angle of . The role of the rice receiving toy is to send water and rice blown out from the rice discharge outlet to the outlet. Water conditioning tank, this water conditioning tank has a ceramic ball φ13M.
There are 20 pieces of /M, and the water is sent from the water supply port through the water conditioning tank and through the water pipe 12 to the blowing nozzle. Water is supplied by connecting a hose to the water supply port from the water supply port fitting or water column. Water tank, adjustment lid for water tank. The water sent from the water conditioning tank is pressurized through the blow-off nozzle and blown up. Figure 3〓
11〓Drainage pipe, partition plate slit opening〓
A pipe that drains the dirty water that came out from 13〓 to 〓14〓 drainage hole. 〓12〓 Water pipe, pipe for sending water from the water conditioning tank to the blow-up nozzle. 〓13〓 Drainage slit, slit for draining dirty water from the main silo section to the drainage hole. 〓14〓 Drainage hole, overhauled water and drainage from the main body silo section 〓13〓 Dirty water flowing out from the slit flows into this drainage hole and flows out to the drainage pipe in 〓11〓. Figure 4: The brim of the switching knob and the lid that overlaps the top of the main unit.
Press down on this brim to stabilize it. Directional board, same as in Figure 2. Depending on the switching operation of the switching knob, the air outlet can be used for washing and discharging rice according to the air outlet shown in Figure 2. The partition plate shown in Figure 5, which is the same as that shown in Figure 3, separates the silo portion of the main body from the drainage hole in Figure 3 (14), completely distinguishing between washed rice and drainage.
Drainage slit, the same as 13 in Fig. 3, sends dirty water from the silo section of the main body to the drainage hole from this slit. Rice suction port: The rice that has fallen from the silo is sucked in through this opening and raised into the blow-up pipe using water pressure. Depending on the operation of the rice discharge outlet and the switching knob, water and rice will flow out from this outlet to the take-out port when rice discharge is ON. Water and rice are blown out from the rice washing outlet into the silo section when the rice washing outlet is turned on during rice washing, depending on the operation of the switching knob. Drainage slits are on the same left and right. 6 and 3 are detailed cross-sectional views of the same blow-up pipe, and a cross-sectional view of the main body silo portion, and at this angle, the blow-up pipe's suction port descends into FIG. 5. A sectional view of the blow-off nozzle shown in FIG. 3, a sectional view of the water pipe shown in FIG. 3, and a sectional view of the water pipe shown in FIG. Cross-sectional view of the drainage pipe, Fig. 3〓11〓. drainage hole,
FIG. 3 is a cross-sectional view of 14. Figure 7 drainage slit, same as Figure 5. Divider plate, same as in Figure 5. The blow-up pipe, cross-sectional view of FIG. 3.
Sectional view of FIG. 5. The blow nozzle is the same as in Figure 6. Same as the main body silo part shown in Figure 6. Cross-sectional view of ceramic balls for water regulation, φ13M/M20 pieces. - Cross-sectional view of water pipe 〓12〓 in Figure 3. Figure 8: Switching knob for operation. By operating this switching knob to the left or right (ON→OF), the switching operation between rice washing and rice discharging is made. On the lid of the main unit and the lid on the top of the main unit, there is an ON→OF indication necessary for operating the switching knob. Guide plate (direction plate), same as in Figure 2. This is a toy that drains the water and rice from the rice discharge outlet toward the outlet. Rice outlet, same as in Figure 3. Divider plate, same as in Figure 5. Main silo section, 3rd
Same as in the figure. Blower pipe, same as in Figure 3. Rice inlet, same as in Figure 5. Figure 8,
Sends water from the water pipe and water conditioning tank to the blow-up nozzle. 〓11〓 Drainage slit, dirty water from the rice washing silo is sent to the drainage hole through this slit. (flow). 〓12〓 Water conditioning tank,
Same as in Figure 3. Figure 9 Operation switching knob,
Same as in Figure 8. Air outlet for washing rice, same as in Figure 5. The main body lid is the same as shown in Figure 8. Guide plate (direction plate), same as shown in Figure 8, rice discharge outlet, same as shown in Figure 5. Main unit rice washing chamber (silo section), put the required amount of rice for washing into this. Divider plate, same as in Figure 8. Blow-up pipe, 3rd
Same as in the figure. Feed the rice into the suction port at an angle of 45° in the silo part of the main unit. (10) The rice suction port is closed at the bottom of the blow-up pipe. Figure, 〓(11)１
1〓 Water pipe connection fitting, metal fitting elbow for connecting water from the water conditioning tank to the blowout nozzle. 〓
12〓Drainage pipe, a drainage pipe for draining water accumulated in the drainage hole to the outside. 〓13〓Drainage hole, where water collects in the dirt coming from the rice washing room (silo). 〓14〓 Rice outlet, same as in Figure 3. 〓12〓 Water supply hose installation port, same as in Fig. 3. Figure 10 Main body lid, same as Figure 1. Operation switching knob, same as in Figure 2.
Rice outlet, same as in Figure 3. Rice washing room (silo), same as in Figure 9, water conditioning tank, same as 〓12〓 in Figure 8. Water supply hose installation port, same as in Figure 3. Guide plate (direction plate), same as in Figure 2. The rice dumping toy is the same as in Figure 8.

Claims (1)

[Scope of Claim for Utility Model Registration] The water pressure from the household water column is increased, and the water that is lost during repeated washing of rice using jet air is drained into the drain. Depending on the guide plate attached to the switching knob, you can switch tasks with a single touch. After the tap water is first conditioned, it is connected to a jet sprayer and sprayed from a blow-up nozzle. It does not use power and relies on water pressure to accomplish all its purposes. A diagram of a partition plate in which the silo part of the main body and the drain port are distinguished by a partition plate. The rice falling into the silo part shown in the figure is washed by the water pressure of jet air suction through the suction port, hits the switching knob shown in Fig. 3 at the top, and falls from the air outlet along the guide plate into the silo part.