JPS5812006B2 - Jusa - Google Patents

Description

[Detailed Description of the Invention] Conventionally, after the juice has been squeezed using a juicer, when the stopper of the juice receiver is removed, a small amount of juice that has accumulated in the case drips from the faucet and falls onto the floor, staining the floor. there were.

Various improvements have been made to address this drawback, but there have been problems with operability, structure, etc.

The present invention eliminates this drawback and will be described in detail below with reference to the figures.

Figure 1 is a sectional view of the main parts of the juicer, where 1 is the main body with a built-in motor (not shown), 2 is a switch to turn the motor on and off, 3 is a tongue table directly connected to the motor shaft, 4 is a cutter 5 , a centrifugal function having a small hole 6 and detachably engaged with the tongue table 3; 7 a case engaged with the main body 1; 8 a lid 19 detachably engaged with the case 7; A clamp engages the case 7, 10 is an inlet, 11 is a push rod, and 15 is a faucet cover.

To make juice, materials are put in through the input port 10, the materials pushed by the push rod 11 are cut by the cutter 5, and are blown outward by centrifugal force and go up the slope of the engine basket 4.

At this time, the juice passes through the small hole 6 and the juice receiver is placed in the part 12.
The waste is the engine basket, and the waste receiver is part 13 from the top of 4.
is discharged to.

The juice passes through the passage 14 from the juice receiver 12 and is discharged to the outside from the outlet 16.

Normally, the juice receiver places a container under the outlet 16 to receive the juice, but when the juice receiver removes the container after making the juice, a small amount of juice remaining in the juice receiver part 12 will be placed at the outlet 16. It often dripped as shown by arrow P, staining the floor.

In the past, there have been some ideas to improve this drawback, but
All of them had problems in handling, structure, etc.

The present invention seeks to eliminate this drawback.

A part of the faucet cover of the present invention is shown in FIG.

17 is the Shaguchi cover A of the present invention, 18 is the Snake cover A
a rib provided within; 19 a similarly provided protrusion; 2;
0 is a protrusion provided on the outside of the faucet cover A17.

21 is a concave-like hole provided in the faucet portion; 22 is a concave portion that is provided in the same way and has a portion opened in the shaguchi end direction 23;
24 is a rib B provided on the side surface of the shaguchi part.

The operation will now be explained with reference to FIG.

To attach the faucet cover A17 to the edge part of the case 7, push the faucet cover A17 through the upper blade of the faucet part as shown in FIG. 4a.

The operation will be much easier if the 0 part 25 of the faucet part is rounded or tapered so that the protrusion 19 can easily fit into it.

The distance l between the inner end surface of the protrusion 19 is compared to the length m of the shaguchi part, and if m>l, the faucet cover A is slightly expanded, the protrusion 19 is guided to the rib B, and the concave hole 21 Fits in.

At this time, the lip 18 is provided so as to be substantially in contact with the faucet end face 23.

In this state, the shaguchi cover A17 is fixed to the faucet portion and does not come off and can withstand normal use.

(When rotating in the direction of arrow R, the rib 18 hits the end surface 23,
This is prevented because the missing protrusion 19 fits into the recessed hole 21.

) After making the juice and removing the juice container under the outlet 16, to prevent a small amount of juice from dripping, pull the protrusion 20 as shown by the arrow Q, and the faucet cover A17
It rotates around the contact point 25 between the lip 18 and the end surface 23 as a fulcrum, and the distance l between the protrusions 19 is expanded so that they are out of the concave hole 21 (at this time, if the protrusion 19 and concave hole 21 are chamfered) The protrusion 19 is 19', 1
9'', the faucet cover A17 rotates as shown by the arrow R, and the protrusion 19 fits into the recess 22, so that the faucet cover A17 hangs below the shank portion as shown in FIG.

In this state, even if a small amount of juice drips, it will collect in the 0 part 26 of the faucet cover A17 and will not drip onto the floor.

Later, in order to remove the jerk accumulated in the 0 part 26 without spilling it on the floor, the protrusion 19 can be removed from the recess 22 by pulling the faucet cover A17 in the direction of arrow S.

As described above, according to this structure, by utilizing the elasticity of the faucet cover A17, the faucet cover A17 can be attached freely during normal use, and does not come off.
After use, dripping of juice can be prevented by simply operating the protrusion 20, and a removable juice leakage structure can be provided.

[Brief explanation of drawings]

FIG. 1 is a sectional view of the essential parts of the juicer; FIG. 2 is a perspective view of the faucet portion of the present invention; FIG. 3 is a bottom view of the faucet portion of the present invention; FIG. 4 is an operational diagram of the faucet portion of the present invention. Explanation of codes 17... Shaguchi cover A, 18.
...su, 19... protrusion, 20...
・Protrusion, 21...Concavity, hole, 22...
Recessed portion, 23... End face, 24... Lip B
, 25... Contact.

Claims (1)

[Claims] 1 The inner wall of the faucet cover A17 is provided with a protrusion 19 that fits into the concave hole 21 of the faucet part, and a rib 18 that almost touches the end face 23 of the faucet part. During normal use, the rib 18 and the protrusion 19 connect the faucet cover A17. In addition to installing and preventing it from falling off,
By rotating using a part of the contact point between the end face 23 and the rib 18 as a fulcrum, the protrusion 19 is moved to the recess 22 that is partially open to the end face 23, and the faucet cover A17 is moved to the recess 22 in the recess 22.
The structure of the juicer is such that it is supported almost upside down and juice is stored in 0 part 26.