JP3155638U - Measuring aids for platform scales - Google Patents

Abstract

An object of the present invention is to provide a weighing aid for a weighing machine that can accurately and easily measure linear foods or stick-shaped foods, and is difficult to adhere dust, dust, and dust, and is easy to clean. A measuring auxiliary tool is provided with an auxiliary tool base part 31 that is attached to and detached from a mounting table, and holding parts 32 and 33 that hold dry noodles at the upper part of the auxiliary tool base part 31, and the mounting table is inserted. It is formed with insertion parts 34 and 35 formed so as to be able to. [Selection] Figure 1

Description

  The present invention measures a known amount of dry noodles (linear food or stick food) such as spaghetti, udon, soba, somen noodles, ramen, harusame, etc., on the mounting table on which the objects to be weighed on the weighing platform are placed. It is related with the auxiliary tool used in order to do.

  Traditionally, in the food service industry, when cooking known dry noodles (linear food or stick food) such as spaghetti, udon, soba, somen ramen, and harusame, the amount is determined according to the customer's order quantity. In many cases, weighs and weighs in consideration of the customer's age, gender, physique, and preferences. In that case, we use general platform scales, or the dried noodles (linear food) Or, a special measuring means for measuring a stick-shaped food) is used.

  For example, a general platform scale includes a mounting table on which an object to be weighed is placed, a known load detecting means for detecting the load of the object to be weighed when the object to be weighed is placed on the mounting table, and this load detecting means. It is composed of weighing data display means for displaying the load data of the object to be weighed, etc., and there are cases where this weighing data display means is a digital display system, an analog display system, and a mixture of these. Are known. For example, as an example of an analog display-type platform scale, as shown in FIG. 2, an analog display-type platform scale 10 has a well-known load detecting means (not shown; ), A weighing data scale plate 12 is provided on the front surface of the platform main body 11, and the weighing data scale plate 12 is provided with a pointer 13 connected to a load detection means inside the platform scale body 11. One end of one or two mounting table support bars 14 is connected to the load detection means inside the main body 11, and the other end of the mounting table support bar 14 is formed so as to protrude from the upper part of the platform main body 11. When the object to be weighed is placed on the upper part of the mounting table 15 by connecting the other end of the mounting table support bar 14 and the lower part of the mounting table 15, the load detection means inside the scale body 11 is used as a pointer. 13 is rotated and the user Hands 13 from the front of the scale body 11 is adapted to read the weighing data shown.

  Further, for example, as an example in the case of a digital display-type platform scale, as shown in FIG. 3, the digital display-type platform scale 20 includes a well-known load detecting means (not shown; The weighing data display unit 22 is provided on the front surface of the weighing scale main body 21, and the weighing data display unit 22 is connected to the load detection means inside the weighing scale main body 21. One end of at least one mounting table support portion 23 is connected to the load detection means, and the other end portion of the mounting table support portion 23 is formed so as to protrude from the upper portion of the platform main body 21. By connecting the other end to the lower part of the mounting table 24, when an object to be weighed is placed on the upper part of the mounting table 24, the load detection means inside the scale body 21 sends the weighing data to the weighing data display unit 22. Send to display By causing, and reads the metering data the user has indicated that the weighing data display unit 22 from the front of the weighing platform body 21.

  Therefore, an arbitrary amount of spaghetti, udon, buckwheat noodles, somen using an analog display platform scale 10 as shown in FIG. 2 or a digital display platform scale 20 as shown in FIG. When trying to weigh known dry noodles such as ramen, harsame, etc. (linear food or stick food), it will not be stable when placed on the table 15 or 24, so it will be loose or spilled As a result, it has been reported that the weighing work is troublesome and the weighing efficiency is poor.

Therefore, spaghetti, udon, soba, somen noodles, ramen, etc. should be used without using an analog display system scale 10 as shown in FIG. 2 or a digital display system scale 20 as shown in FIG. Dedicated measuring means for easily measuring known dry noodles such as harusame (linear food or stick food) has been developed.
For example, when measuring the amount of dry noodles only for the required number of people, the dry noodles can be added to or removed from a platform scale, a hole with a measurement scale, or a deep groove measuring instrument without many adjustments. As a solution to this problem, a pair of straight solids facing each other are provided on the base, and a protruding piece serving as a weighing scale is provided on the inner wall surface of the solid solid. The measuring instrument provided is known. (Refer to Patent Document 1)
In addition, for example, it is an object to provide a simple dosimeter that can easily and quickly weigh linear dry noodles such as udon, hyamugi, somen, spaghetti, etc. that are packaged in large quantities. By bending according to a plurality of creases provided in the paperboard, the left and right side wall portions can be erected at positions facing each other with the bottom plate portion sandwiched between the bottom plate portion and the left and right side wall portions and the bottom plate portion. There is known a dry noodle simple dosimeter that can measure a predetermined amount of dry noodles by arranging a concave recess receiving section to be a measuring groove and inserting and arranging dry noodles in the measuring groove. (Refer to Patent Document 2)
In addition, for example, it is an object to provide a dry noodle measuring instrument that can efficiently measure dry noodles without requiring skill, and as a means for solving the problem, the inner method of one opposite side is based on the length of the dry noodles. A box with a long open top and a cross-section that is parallel to one opposing side and has a cross-sectional area approximately equal to the cross-sectional area in which a predetermined amount of dried noodles are bundled in parallel to the other opposing side inside the box Provided in at least one of a plurality of substantially U-shaped measuring grooves, a bottom plate portion that crosses a part of the plurality of measuring grooves in the longitudinal direction and is located below the bottom of the measuring grooves, and the other opposing side of the box A dry noodle measuring device having a substantially U-shaped notch facing the bottom plate is known. (Refer to Patent Document 3)

JP 2003-90701 A JP 2002-84998 A JP 2006-105726 A

However, the measuring instrument of Patent Document 1 is characterized in that a pair of opposed solid bodies are provided on a base and a protruding piece serving as a weighing scale is provided on the inner wall surface of the solid body. Then, it seems that there is no problem when measuring a certain amount continuously. For example, 100 g of dry noodles, 90 g of dry noodles, and 110 g of dry noodles are not suitable for discontinuous measurement. It is reported. In addition, it has been pointed out that this measuring instrument has a structure that is difficult to wash with water, although dust adheres to handle dry noodles, and it is desired to clean regularly to handle food.
Further, in the simplified noodle meter of dry noodles of Patent Document 2, by bending according to a plurality of folds provided on a single paperboard, the left and right side wall portions are erected at positions facing each other across the bottom plate portion. A predetermined amount of dry noodles is weighed by forming a concave groove receiving section composed of these left and right side wall portions and bottom plate portion as a measuring groove and aligning and inserting dry noodles into the measuring groove. Although it seems that there is no problem in this simple dosimeter when measuring a certain amount continuously, for example, 100 g dry noodles, 90 g dry noodles, 110 g dry noodles This measuring instrument is not suitable for continuous weighing, and this simple dosimeter is attached to dust to handle dry noodles, and it is difficult to wash it with paperboard when you want to wash it regularly to handle food. In response to an indication That.
In the dry noodle measuring instrument of Patent Document 3, the inner side of one opposing side is longer than the length of the dry noodles and the upper side is open, and the other side is parallel to one opposing side and inside the box. A plurality of measuring grooves having a substantially U-shaped cross-section having a cross-sectional area approximately equal to a cross-sectional area in which a predetermined amount of dried noodles are bundled in parallel with each other, and a part of the measuring grooves in the longitudinal direction are crossed. The measuring groove is provided with a bottom plate portion positioned below the bottom of the measuring groove and a substantially U-shaped notch portion provided on at least one of the other opposing sides of the box body and facing the bottom plate portion. In addition, it has a structure in which dust, dust and debris tend to accumulate, and it is not easy to maintain cleanliness, for example, 100 g of dry noodles, 90 g of dry noodles, 110 g of dry noodles, and so on. It is pointed out that it is an unsuitable measuring means.

As described above, as shown in Patent Document 1, Patent Document 2, or Patent Document 3, the analog display system scale 10 as shown in FIG. 2 and the digital display system scale 20 as shown in FIG. A dedicated weighing means for simply weighing linear foods or stick foods such as dried spaghetti, dried udon, dried soba noodles, dried noodles, etc. It was not found in the prior art.
Therefore, the present invention solves the above-mentioned problems, and makes use of commonly used platform scales to make known dry noodles such as spaghetti, udon, soba, somen noodles, ramen, harusame, etc. Food or stick-shaped foods), which can weigh any weight accurately and simply, and has a structure that does not easily adhere to dust, dust, or dirt, and is easy to clean. Therefore, an object of the present invention is to provide a measuring aid for a weighing platform that is easy to keep clean.

  The first means for solving the problem (including the contents of claim 1) is to measure an arbitrary amount of linear food or stick-shaped food as an object to be weighed on a mounting table on which the object to be weighed is placed. An auxiliary tool base that is attached to and detached from the mounting table, and an upper part of the auxiliary tool base includes at least a holding part that holds the linear food or stick food. It is to provide a weighing aid for a weighing platform, characterized by comprising one.

As for the platform scale shown as the first means for solving the problem, for example, a general platform scale is a platform on which an object to be weighed is placed, and an object to be weighed is placed on the platform. It consists of a load detection means for detecting the load of the object to be weighed, a weighing data display means for displaying the load data of the object to be weighed from the load detection means, and the like. It is known that there are analog display methods and mixed methods, and it is known that the load detection means is mechanical, electronic, and mixed. Yes. In the present invention, any type of platform scale can be used as long as it has a mounting table on which an object to be weighed is mounted.
With respect to the linear food or stick-shaped food shown in the first means for solving the problem, known dry noodles such as spaghetti, udon, soba, somen noodles, shrimp noodles, ramen, and harusame can be exemplified. As for the linear food or bar-shaped food, foods formed into a line such as rice cake, beef bowl, long cucumber, cucumber, zucchini, leek, bar-shaped snacks, salami, etc. Even if it is non-uniform, distorted, or irregular, all long food items are covered.

  With respect to the holding portion shown in the first means for solving the problem, there is no particular limitation as long as it is formed so as to hold the linear food or the rod-shaped food, and any shape may be used. .

  The second means for solving the problems (including the contents of claim 2) is characterized in that the auxiliary tool base is provided with means that can be attached to and detached from the mounting table. (Including the contents shown in the first means for solving the problem).

  Regarding the means described above as the second mounting means for solving the problem, it may be formed so that the auxiliary tool base can be placed on the mounting table. The assisting tool base is provided with an adsorbing tool that allows a suction force using a magnet or a suction cup to be interposed in the mounting table, and preferably formed so that the end of the mounting table can be clamped to the assisting tool base. An insertion tool is provided, or preferably an insertion tool is formed so that the end of the mounting table can be inserted into the auxiliary tool base, or preferably the end of the mounting table is mounted on the auxiliary tool base. A fastening tool formed so that the end of the mounting table can be screwed to the auxiliary tool base, and preferably the auxiliary tool. By fitting the end of the mounting table to the base Or providing a fitting member formed into so that, it may also be.

  The auxiliary tool base may be a plate-shaped body or a wire-shaped body, and the material may be metal or plastic, but a stainless material is preferable for metal, and a plastic is desired. The use of a material with strength and heat resistance is preferred.

  According to a third means for solving the problem (including the content of claim 3), the holding portion includes at least one rod-like concave body in which a rod-like body is formed in a concave shape at one end of the assisting device base. The content shown in the first means for solving the problems is a structure in which at least one rod-like concave body is provided on the other end of the auxiliary tool base. Or a weighing auxiliary device for a weighing platform according to claim 2 (including the contents shown in the second means for solving the problem).

As for the rod-like body shown in the third means for solving the problem, any metal or plastic can be used as long as it is a wire or wire that can be plastically processed. For example, it is preferable to use a material having desired strength and heat resistance.
As for the concave shape shown in the third means for solving the problem, a substantially U-shape, a substantially V-shape, a substantially W-shape, a substantially U-shape that opens upward, and an approximately-open shape. The shape may be selected from a semicircular shape, a substantially semi-elliptical shape that opens upward, an inverted trapezoidal shape that opens upward, and the like, and this shape makes it possible to hold the linear food or stick food. .

Regarding the rod-like concave body shown in the third means for solving the problem, the rod-like concave body provided at one end of the auxiliary tool base and the rod-like concave body provided at the other end of the auxiliary tool base are: A similar shape is preferred. For example, if the rod-like concave body provided at one end of the auxiliary tool base is substantially U-shaped, the bar-like concave body provided at the other end of the auxiliary tool base is also preferably substantially U-shaped. In addition, for example, if there is one rod-like concave body provided at one end of the assisting tool base, it is preferable that there is also one bar-shaped concave body provided at the other end of the assisting tool base. If there are two rod-like concave bodies provided at one end of the base, it is preferable that there are also two rod-like concave bodies provided at the other end of the auxiliary equipment base, and provided at one end of the auxiliary equipment base. If the number of the bar-shaped concave bodies thus obtained is n (a natural number of 1 or more), it is preferable that the number of bar-shaped concave bodies provided at the other end of the assisting tool base is n (a natural number of 1 or more). Further, for example, if the rod-like concave bodies provided at one end of the auxiliary tool base are n (a natural number of 1 or more) in a row, the rod-like concave bodies provided at the other end of the auxiliary tool base are also n (1 Preferably, the rod-like concave bodies provided at one end of the assisting device base are n + 1 (1 or more natural numbers) and n (1 or more natural numbers). For example, it is preferable that the number of rod-like concave bodies provided at the other end of the assisting tool base is n + 1 (a natural number of 1 or more) and n (a natural number of 1 or more).
The above-described relationship between the rod-shaped concave body provided at one end of the auxiliary tool base and the bar-shaped concave body provided at the other end of the auxiliary tool base ensures that the linear food or the bar-shaped food is held stably. It becomes possible to have.

  A fourth means (including the content of claim 4) for solving the problem is that the holding portion has a plate-like concave body in which a concave notch portion is formed in the plate body at one end of the auxiliary tool base portion. 2 or more, and at least one or more plate-like concave bodies are provided at the other end of the auxiliary tool base. A measuring aid for a weighing platform according to claim 2 (including the content shown by the second means for solving the problem).

Regarding the plate shown in the fourth means for solving the problem, it may be made of metal or plastic, but if it is made of metal, a stainless steel material is preferable, and if it is made of plastic, desired strength and heat resistance are obtained. Use of the provided material is preferred.
Regarding the means for forming a concave notch in the plate shown in the fourth means for solving the problem, the plate may be cut through a cutting device so as to have a desired concave shape. Then, the plate body may be pressed through a pressing device using a mold designed and processed to have a desired concave shape, or a metal that has been designed and processed to have a desired concave shape with a plastic material. Extrusion molding may be performed via an extrusion molding apparatus using a mold.
Regarding the concave shape shown in the fourth means for solving the problem, it is substantially U-shaped, substantially V-shaped, substantially W-shaped, generally U-shaped upwardly open, and generally upwardly-opened. The shape may be selected from a semicircular shape, a substantially semi-elliptical shape that opens upward, an inverted trapezoidal shape that opens upward, and the like, and this shape makes it possible to hold the linear food or stick food. .

Regarding the plate-like concave body shown in the fourth means for solving the problem, a plate-like concave body provided at one end of the assisting tool base and a plate-like concave provided at the other end of the assisting tool base The body is preferably similar in shape. For example, if the concave notch of the plate-like concave body provided at one end of the assisting tool base is substantially U-shaped, the concave notch of the plate-like concave provided at the other end of the assisting tool base is also provided. It is preferably substantially U-shaped. Also, for example, if there is only one plate body concave body provided at one end of the auxiliary tool base, it is preferable that there is also one plate body concave body provided at the other end of the auxiliary tool base, If there are two plate-like concave bodies provided at one end of the auxiliary equipment base, it is preferable that there are also two plate-like concave bodies provided at the other end of the auxiliary equipment base, and one end of the auxiliary equipment base. If there are n (a natural number of 1 or more) plate-like concave bodies provided in the part, the number of plate-like concave bodies provided at the other end of the assisting tool base is also n (a natural number of 1 or more). preferable. Further, for example, if the number of the plate-like concave bodies provided at one end of the assisting tool base is n (a natural number of 1 or more) in a row, the plate-like concave body provided at the other end of the assisting tool base is also n. Preferably, the number of the plate-like concave bodies provided at one end of the assisting device base is n + 1 (1 or more natural number) and n (1 or more natural number). If it is a row | line | column, it is preferable that the plate-shaped concave body provided in the other end part of the said auxiliary | assistant tool base also is n (1 or more natural number) row by n + 1 (1 or more natural number) row | line | column.
Due to the relationship between the plate-like concave body provided at one end of the assisting tool base and the plate-like concave body provided at the other end of the assisting tool base as described above, the linear food or stick-shaped food is reliably stabilized. It becomes possible to hold.

  According to a fifth means for solving the problem (including the content of claim 5), the holding portion has at least one notch portion or groove body having a concave cross section at an arbitrary portion above the assisting device base portion. Claim 1 (including the contents shown in the first means for solving the problem) or claim 2 (second for solving the problem), characterized in that it is a molded body provided with two or more. Including the contents shown in the means).

As for the concave shape shown in the fifth means for solving the problem, a substantially U-shape, a substantially V-shape, a substantially W-shape, a substantially U-shape opened upward, an abbreviation opened upward The shape may be selected from a semicircular shape, a substantially semi-elliptical shape that opens upward, an inverted trapezoidal shape that opens upward, and the like, and this shape makes it possible to hold the linear food or stick food. .
With respect to the molded body shown in the fifth means for solving the problem, it is preferable to use a plastic material, and the plastic material is designed so that at least one notch or groove having a concave section is formed. Extrusion molding may be performed via an extrusion molding apparatus using a processed mold.

  The user of the present invention can attach the weighing aid for the weighing platform of the present invention to the general weighing platform that has been used by the user so far, for example, spaghetti, udon, soba, somen, Arbitrary quantities of known dry noodles such as hiyamegi, ramen, and harusame can be measured easily and accurately while maintaining stability. If this is the case, the weighing aid can be easily removed and the platform can be used as a general platform, and the user of the present invention will greatly expand the range of usage of the platform previously owned. Can be satisfied.

  The user of the present invention can attach the weighing aid for the weighing platform of the present invention to a general weighing platform that has been used by the user, so that the objects to be weighed can be, for example, salmon, gyudon, long cucumber, cucumber, Zucchini, leek, stick-shaped snacks, salami, etc., linearly formed foods, stick-shaped foods, or any of the foods that are uneven, distorted or irregularly long It becomes possible to measure the amount easily and accurately while maintaining stability, and when measuring the long foods and measuring other objects to be weighed, easily remove this weighing aid. This platform scale can be used as a general platform scale, and the user of the present invention can be greatly satisfied because the range of use of the platform scales he has owned so far is expanded.

  In addition to the effects of the device described above, the weighing aid for weighing platform of the present invention has a structure that is difficult for dust, dust and dirt to adhere to it. Even if this weighing aid is attached to dust, dust and dust, Because of the habit of maintaining the cleanliness of the user of the present invention or when it becomes dirty during use, it can be easily removed from the platform at any time and the weighing aid can be easily cleaned. It is possible to provide a weighing aid for a platform that can easily maintain cleanliness.

  Hereinafter, an embodiment of a weighing aid for a weighing platform according to the present invention will be described with reference to FIGS. FIG. 1 is a perspective view showing an embodiment of a weighing aid for a platform of the present invention. FIG. 2 is a schematic explanatory view showing an embodiment of a weighing auxiliary tool for a platform according to the present invention. FIG. 3 is a schematic explanatory view showing an embodiment of a weighing auxiliary tool for a platform according to the present invention.

  From FIG. 1 to FIG. 3, reference numeral 10 denotes an analog display system platform scale, and the analog display system platform scale 10 is provided with a known load detecting means (not shown, the same hereinafter) inside the platform body 11. A weighing data scale plate 12 is provided in front of the scale main body 11, and the weighing data scale plate 12 is provided with a pointer 13 connected to a load detection means inside the scale main body 11. One end of one or two mounting table support bars 14 is connected to the load detecting means, and the other end of the mounting table support bar 14 is formed so as to protrude from the upper part of the platform main body 11. The other end of 14 and the lower part of the mounting table 15 are connected. Reference numeral 20 denotes a digital display-type platform scale. The digital display-type platform scale 20 is provided with a well-known load detecting means (not shown, hereinafter the same) inside the platform main body 21. A weighing data display unit 22 is provided. The weighing data display unit 22 is connected to load detection means inside the platform main body 21, and the load detection means inside the scale body 21 has at least one mounting table support unit 23. The other end portion of the mounting table support portion 23 is formed so as to protrude from the upper portion of the platform scale body 21, and the other end portion of the mounting table support portion 23 and the lower portion of the mounting table 24 are connected. The Reference numeral 30 denotes a weighing auxiliary tool for the platform of the present invention, and the weighing auxiliary tool 30 is formed so as to be usable for the analog display type platform scale 10 or the digital display type platform scale 20. M selects dry noodles as linear food or stick food.

  Next, from FIG. 1 to FIG. 3, the weighing auxiliary tool 30 holds the auxiliary tool base 31 that is attached to and detached from the mounting table 15 or the mounting table 24, and the dry noodles M provided on the upper end of the auxiliary tool base 31. The holding part 32 for holding, the holding part 33 for holding the dry noodles M provided at the upper part of the other end of the auxiliary tool base 31, the mounting table 15 or the mounting table 24, and the auxiliary tool base 31 become detachable. An insertion portion 34 formed as one means and provided at one end of the auxiliary tool base 31 so that one end of the mounting table 15 or one end of the mounting table 24 can be detachably inserted; It is assumed that it is formed by an insertion portion 35 provided at an end portion and formed so that the other end portion of the mounting table 15 or the other end portion of the mounting table 24 can be detachably inserted. Since the auxiliary tool base 31 uses a stainless steel wire body, it is preferable because the insertion part 34 can be easily formed at one end of the auxiliary tool base 31 and the insertion part 35 can be easily formed at the other end of the auxiliary tool base 31. . That is, the insertion part 34 may be formed such that one end of the auxiliary tool base 31 can be inserted and removed while sliding one end of the mounting table 15 or the mounting table 24, or the insertion part 35. The other end of the auxiliary tool base 31 may be formed so that it can be inserted and removed while sliding the other end of the mounting table 15 or the mounting table 24. With respect to the holding part 32, a rod-like concave body is formed by forming a substantially U-shape using a stainless steel wire body, and this shape makes it possible to hold the dry noodles M. In the example, four rod-like concave bodies are connected to the upper part of one end of the auxiliary tool base 31 so as to form a line, and each of the holding parts 32a, holding parts 32b, holding parts 32c, holding parts 32d, To do. With respect to the holding portion 33, a rod-like concave body is formed by forming a substantially U-shape using a stainless steel wire body, and this shape makes it possible to hold the dry noodles M, and FIG. In the example, four rod-shaped concave bodies are connected to the upper part of the other end of the auxiliary tool base 31 so as to be aligned with each other, and a holding part 33a, a holding part 33b, a holding part 33c, and a holding part 33d, respectively. And It is preferable that the holding part 32 and the holding part 33 are formed so as to face each other so as to be similar to each other.

  As shown in FIG. 1 and FIG. 2, first, the weighing auxiliary tool 30 is mounted on the mounting table 15 by being inserted into the end portion of the mounting table 15 via the insertion part 34 and the insertion part 35. Next, the user holds the holding portion 32a and the holding portion 33a, the holding portion 32b and the holding portion 33b, or the holding portion 32c and the holding portion 33c, or the holding portion 32d and the holding portion 33d. When the dried noodles M, which is 100 g to 120 g from the container of the dried noodles M and is held with one hand, is placed, the load detecting means inside the platform main body 11 rotates the pointer 13, and the pointer 13 is 110. The indicated position of gram is shown. The user read the weighing data indicated by the pointer 13 from the front of the platform scale body 11, and repeated this operation until the pointer 13 showed 120 grams after adding 10 grams from the dry noodles M container. When the user finished the work on this day, the weighing auxiliary tool 30 was removed from the mounting table 15, washed with water, dried, and stored in a predetermined storage location.

  As shown in FIGS. 1 and 3, first, the weighing auxiliary tool 30 is attached to the mounting table 24 by being inserted into the end portion of the mounting table 24 via the insertion part 34 and the insertion part 35. Next, the user holds the holding portion 32a and the holding portion 33a, the holding portion 32b and the holding portion 33b, or the holding portion 32c and the holding portion 33c, or the holding portion 32d and the holding portion 33d. When the dry noodles M, which is registered as 200 grams from the container of the dry noodles M and is held with one hand, is placed, the load detection means inside the platform main body 21 sends the measurement data to the measurement data display unit 22 and is 210 grams. Since it was displayed, the measurement operation was completed when the user read the measurement data indicated by the measurement data display unit 22 from the front of the platform main body 21 and returned 10 grams to the dry noodles M container. After the lightweight work was completed, the user removed the weighing auxiliary tool 30 from the mounting table 24, washed it with water, dried it, and stored it in a predetermined storage location. The digital display platform scale 20 was used for weighing work other than dry noodles M.

  The description of the above embodiment is for explaining the present invention, and is not intended to limit the invention described in the claims of the utility model registration or to reduce the scope. Moreover, each part structure of this invention is not restricted to the said embodiment, A various deformation | transformation is possible within the technical scope as described in the claim of a utility model registration.

  The weighing aid for the platform of the present invention is a long food, for example, a wooden stick, other than the linear food or stick food described in this specification, or the long food described in this specification. It can be judged that the industrial applicability is high because it can be applied to the measurement of metal wires and long parts.

It is a perspective view which shows the embodiment of this invention. It is a schematic explanatory drawing which shows the example of embodiment of this invention. It is a schematic explanatory drawing which shows the example of embodiment of this invention.

M ·· Dried noodles 10 ··· Analog display system weighing scale 11 · Body weighing scale 12 ·· Measurement data scale plate 13 · Pointer 14 ··· Mounting table support bar 15 ··· Mounting table 20 ·· Digital display system weighing platform 21 .. Scale main body 22 ..Measurement data display unit 23 .. Mounting table support unit 24.
30. · Measurement aid 31 ·· Auxiliary tool base 32 ·· Holding portions 32a, 32b, 32c, 32d ·· Holding portion 33 ·· Holding portions 33a, 33b, 33c, 33d ·· Holding portion 34 · -Insertion part 35-Insertion part

Claims (5)

  An auxiliary tool used for weighing an arbitrary amount of linear food or stick-shaped food as an object to be weighed on a mounting table on which an object to be weighed is placed. The auxiliary tool is attached to and detached from the mounting table. A weighing aid for a scale, comprising: an auxiliary tool base, and at least one holding part for holding the linear food or stick food on an upper part of the auxiliary tool base.   The weighing aid for a platform scale according to claim 1, wherein the auxiliary tool base is provided with means that can be attached to and detached from the mounting table.   The holding portion is provided with at least one rod-like concave body in which a rod-like body is formed in a concave shape at one end of the auxiliary tool base, and at least one of the rod-like concave bodies is provided at the other end of the auxiliary tool base. The weighing auxiliary tool for a platform according to claim 1, wherein the weighing auxiliary tool has a structure.   The holding portion is provided with at least one plate body concave body formed with a concave notch in the plate body at one end portion of the auxiliary device base portion, and the plate body concave body body is formed at the other end portion of the auxiliary device base portion. The weighing auxiliary tool for a platform scale according to claim 1, wherein the weighing auxiliary tool has a structure in which at least one is provided.   The said holding | maintenance part is a molded object which provides at least one notch part or a groove | channel body with a concave cross section in the arbitrary site | parts of the upper part of the said auxiliary tool base, The Claim 1 or Claim characterized by the above-mentioned. 2. A measuring aid for the weighing platform according to 2.

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