JPS628495Y2 - - Google Patents

Description

[Detailed description of the invention] The present invention relates to a measuring spoon for powders such as milk powder, salt, sugar, coffee, etc., and is intended to eliminate the following defects of conventional products of this type. That is, conventionally, the powder scooped with a spoon is cut with a sliding edge formed at the mouth of these powder containers, but this method makes it difficult to perform the sliding operation accurately. , There is a defect in which powder remains and stains the sliding incisal edge. In addition, the structure in which the sliding cutting tool is mounted in a rotating manner is more complicated than the sliding type of the present invention, and
Since the sliding portion expands in an arc shape from side to side, there is a problem in that quantitative measurement is unstable.

This invention is a spoon that has a spoon saucer part at the tip and a gripping handle part at the rear, and a sliding rod is slidably attached inside the gripping handle, and the spoon tray part is attached to the tip of the sliding rod. A sliding plate part is formed that can be inserted into and removed from the recessed part on the inner side of the periphery.When using this plate, first slide the sliding rod backward to release it from the spoon receiving part, and then remove the sliding plate from the spoon receiving part. A device that scoops up the powder in the container using the part, then slides the sliding rod forward to scrape off the remaining powder, and then scoops a certain amount of powder into the scooping tray. It is. At this time, since the tip of the sliding rod is inserted into the concave portion on the inner side of the periphery of the spoon receiving tray, the amount of powder scooped out can be accurately obtained without spilling the powder. Next, slide the sliding rod backward to open the spoon tray and take out the weighed powder, but leave the sliding plate of the sliding rod as it is and use the weighed powder. You can also hold it for a while.

To explain the embodiment of the present invention with reference to the drawings, the metering spoon 1 of the present invention has a spoon saucer portion 2 at the tip, a gripping handle portion 3 at the rear, and a sliding rod is provided in the gripping handle portion 3. 4 can be slidably attached. Thus, a sliding plate part 5 is formed at the tip of the sliding rod 4, and this sliding plate part 5 is a flat plate large enough to cover the spoon tray part 2, and its peripheral edge 6 is cut during the sliding operation. Concave portion 7 on the inside of the periphery of the spoon saucer portion 2
It is designed to be held in the inserted state. The sliding rod 4 is operated by placing a finger on a finger hook protrusion 8 protruding from the gripping handle rod 3. Furthermore, the recessed portion 7 on the inner side of the periphery of the spoon tray portion 2 may be provided with a slight cutout portion 9 at the rear thereof, which serves as a place for excess powder to escape during the sliding operation of the sliding plate portion 5. It is.

Since the present invention has such a configuration, when it is used, it is carried out as described above, that is, the sliding rod of the spoon of the present invention is slid back and forth, and the spoon receiving portion is moved from the sliding plate thereof. By opening and closing the spoon tray, a certain amount of powder is scooped out from the container and taken out of the container.During the sliding operation, the periphery of the sliding plate is inserted into the recess inside the periphery of the spoon tray. Since the powder is inserted in the inserted state, the powder scooped in the spoon tray will not fall out, and quantitative measurement can be carried out extremely accurately. can provide something.

[Brief explanation of the drawing]

Figure 1 is a front view showing a cross section of the main part during the sliding operation of the present invention, Figure 2 is a plan view of the whole, not the cross section in Figure 1, and Figures 3 to 7 are Figure 2. They are an AA cross-sectional view, a BB cross-sectional view, a CC cross-sectional view, a DD cross-sectional view, and an EE cross-sectional view.

Claims (1)

[Scope of utility model registration request] In a spoon that has a spoon saucer portion at the tip and a gripping rod portion at the rear, a sliding rod is slidably attached within the gripping rod, and the inside edge of the spoon tray portion is attached to the tip of the sliding rod. A metering spoon with a sliding tool, characterized in that a sliding plate part is formed to be inserted into and removed from a recessed part.