JPS60192224A - Weighing and discharging mechanism of detergent - Google Patents

Abstract

PURPOSE:To obtain a detergent weighing and discharging mechanism which is simple in structure and can be operated easily with no mistakes, by separating a hopper and weighing cup from each other by a partition plate and optionally changing the capacity of the weighing cup by rotationally displacing a weighing plate, and then, discharging a prescribed quantity of detergent to a discharge port. CONSTITUTION:A shaft 13 is installed to the innermost end of a weighing cup 12 provided below a hopper 2 under a rotation-free condition and a weighing plate 14 is fixed to the shaft 13. When the weighing plate 14 is rotated, the capacity of the weighing cup 12 varies and a prescribed quantity of detergent is weighed. The weighing plate 14 receives upward force from a spring 26 and locks a weighing shaft 15 so that it does not make counterclockwise rotation at the time of weighing. Then, after the hopper 2 and weighing cup 12 is partitioned by a partition plate 39, the weighing plate 14 is further rotated by lowering a weighing lever and the detergent is discharged from an opening 10. After the detergent is discharged, the locking mechanism is released and the weighing plate 14 is returned to the original position. Therefore, the detergent can be discharged easily and surely in accordance with the weight of clothes to be washed with a simple structure.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a detergent discharge device, and more specifically to a detergent discharge device.
This invention relates to a detergent discharge device capable of measuring and discharging an appropriate amount of detergent according to the weight of an object with a simple operation, and having a simple construction and less trouble.

As is well known, when doing laundry, it is desirable to use the most suitable detergent depending on the weight of the laundry. In order to discharge this detergent, in the case of the conventional FT4 discharge device D, the detergent is measured by operating the lever at 111' and using a measuring mechanism such as a scale mechanism, and then operating the partition plate to dispense the detergent. The stored hopper and weighing mechanism are disconnected! After that, the discharge lever was operated Vμ to connect the fl' mechanism agent outlet and discharge the detergent smoked by the liver mechanism.

At this station, 4 units were separated, and due to an error in the operating procedure,
For example, in a +jfJ where the hopper and the dispensing machine are disconnected from each other, the mechanism is connected to the detergent outlet, and the detergent in the hopper is directly discharged from the outlet. Met.

The present invention has been made in view of the above-mentioned points, and its gist is that the detergent contained in the hopper disposed at the upper part of the casing is controlled by operating an external release lever. 1tJt discharge system for detergent that can be discharged into the detergent outlet formed at the bottom of the main casing by operating the external discharge lever after +ft. It is equipped with an ejection mechanism that is linked to the rotation of the ejection lever, and a locking mechanism that locks the ejector lever in any operating position and releases this lock when ejecting the ejector. , The above-mentioned measuring device is equipped with a rotatably displaceable plate at #4 in the liver cup for dispensing detergent, and the #Jt plate and the above-mentioned measuring lever are connected through a group of gears. The ejecting mechanism is advanced between the hopper and the magnetic cup by a rotating link that works with the ejecting lever at the beginning of the rotation of the ejecting lever.
It consists of a partition plate that makes 4 non-communicating, and a group of gears that are rotated by the discharge lever after the partition plate advances to rotate the device lever to the detergent discharge position, and the metering lever is moved to the origin position. By moving the meter from tgI to the metering tilt position d, the metering plate is rotated and the volume in the measuring cup is changed to pass the detergent through the needle, and this metering operation position is held by a locking device M, Next, rotate the discharge lever and advance the partition plate to separate the gap between the hopper and the measuring cup! ! ! After the metering plate is turned, the detergent outlet of the F part of the metering cag is communicated with the detergent outlet of the metering cag, thereby dispensing a predetermined amount of detergent that has been metered into the detergent outlet formed at the bottom of the heather casing. This is a measuring and discharging table for detergent, and its purpose is: ■ Communication between a hopper containing detergent and a total of d cups of the station where detergent is added;
Non-communication and hopper and dFI! Ⅲ Communication between the counting cup and the detergent outlet after disconnecting between the cups.
This can be carried out in a timely manner using the discharge lever, and ■ t14a is simple and there are few failures. Detergent # provides a discharge device, which makes it easy to use the optimal amount of detergent according to the mold temperature of the laundry. To provide a metering and discharging device for detergent that can reliably discharge FIt and facilitate one-way washing. Next, a practical example of the present invention will be described in detail with reference to the accompanying drawings. l indicates the casing body; inside (c) there is a hopper 2 at the top for storing detergent; Discharge machines 5 are used to discharge the detergent needle-lined in the machine groove 3 to the detergent outlet 4 formed in the do portion of the casing body L. fiiiit lever 6 and ejection ↑ to operate groove 3
A discharge lever 7 for operating the lever 145 is disposed with its ends 6a and 7a disposed outside the front face 8 of the main casing l.

The present invention enables the detergent contained in the hopper 2 to be easily and accurately measured using a simple mechanism in the detergent metering and discharging device having the above-described known structure, and the measured detergent is then transferred to the detergent. In order to discharge the grains to the outlet 4, the weighing machine prisoner 3 and the discharge mechanism 5 are constructed as follows.

That is, openings 9 are provided at the bottom of the hopper 2 as the magnetometer 3, and at the top and bottom, respectively. A speed measuring cup a having an arcuate front surface 11 and an arcuate shape is provided. Next, a shaft 13 passing through the needle line cup from side to side is arranged at the inner end of the upper part of the #1'-rotating cup in a rotation position,
A total of 11i and 14 pieces are fixed to the shaft 13. The metering plate 14 is formed in such a size that it comes into contact with the inner surface of each metering cup 12 in just the right amount. As a result, when the shirt z3 is rotated, the meter 14 rotates within the metering cup with the shaft 13 as the center of rotation.

Therefore, depending on the angle at which the totals 44 & 14 are rotated, the capacity for storing the detergent in the metering cup changes, and the detergent is metered. A liver lever 6 is disposed to rotate the measuring plate 14, and the 6f lever 6 is disposed horizontally on the inner side of two shafts horizontally disposed in the F section of the measuring cag 12. It is fixed on the shaft 15. The end of the metering lever 6 rotates in an arc around the shaft 15, and the end 6a, which is recessed outside the casing body 1, moves upward in a straight line along the front surface 8. In order to make it movable, a plate-like 1$17 is fitted into the inside of the arbor 16 shown in Fig. 44, so that the overall length can be changed. Since the above-described metering lever 6 is fixed on the metering shaft, the metering shaft 15 can be rotated by pushing the metering lever 6 upward.

A group of gears 18 transmits the rotation of the metering shaft 15 to the shaft 13. In other words, the first fan-shaped gear 19 is placed on the rotary wheel 15 (requisition shirt 6), and the first fan-shaped gear 19 is approximately i.
It is formed to a very high degree. Next, there is an intermediate gear which is in contact with the first sector gear 19, and this intermediate gear is the same in terms of capacity as the second sector gear m which is fixed on the shaft 13 and formed at approximately 9 degrees. ing. That is, the first s
The rotation of the shaped gear 19 is transmitted to the second sector gear 4 via the intermediate gear. and the first fan-shaped gear 19 and the second fan-shaped gear 19
The radius ratio of fan J leg gear 4 is 1:2 due to the following reason.
is set. That is, the liver lever 6 that rotates the first fan-shaped gear 19 moves from the upper origin position rttρ to 'F
Part 9 Rotate through an angle of approximately 90 degrees to the maximum abuse position.

Therefore, the l-th sector gear 19 is also rotated by approximately the same degree.

The maximum angle Ilf at which the shaft 13 to which the second sector-shaped gear is fixed rotates for placement is set to approximately 45 degrees. This is because the above-mentioned tapping opening lO is formed at the bottom of the #tt cup minor, so it is necessary to stop the rotation of the rotor 14 in front of the opening lu. . Therefore, when the metering lever 6 is rotated to the maximum degree, 1. In order to make the maximum movement angle of the tf plate 14 the maximum degree of weakness, the radius ilJ & of the first sector gear 19 and the second sector gear 4 is set to be 1:2. Next, the first fan-shaped gear 19 is fixed to the measuring shaft 15, and as described above, the first fan-shaped gear 19 is rotatably mounted on the measuring shaft 15. &, and rotates the first fan-shaped gear 19 in the clockwise direction according to the rotation of the metering lever 6. Next, the spring is a spring, which is arranged to always urge the meter plate 14 upward in order to prevent the liver plate 14 from rotating downward when detergent is placed on the upper part of the meter plate 14. This is what is being done. Since the spring gauge 114 is urged upward in this way, the needle wire machine 14 will return upward when it is rotated downward by pressing down on the liver lever 6. To prevent this return, a locking mechanism I is provided on the shaft 15 for the total 11 to prevent the skin meter 14 from returning upward. In the locking mechanism I, a stopper 4 engages with a gear prisoner fixed on the timing shaft 15 as shown in FIG. Prevents it from rotating.

The stopper 29 has an ffIt portion 31 formed therein, and when the fulcrum of the stopper 4 stops within the groove 31, it meshes with or comes into contact with the gear. At one time, the link fixed on the shaft 13 presses the cross section 29a of the stopper 9 into a meshing state. This meshing shape rM is formed by a spring attached to approximately the center of the dowel section of the stopper 9. held by feathers.

Next, a description will be given of the discharge machine 1#5 for discharging the washed detergent into the detergent discharge 14. First, there is a discharge lever 7 as a lever for operating the discharge +lAm5. The ejection lever 7 is the same as 4 above.
Like the lever 6 made by Manufacturer 1, its end 7a is weird to the outside of the front surface 8, and when the ejection lever 7 rotates, the end 7a
The ejection lever 7 has a plate-like ink printed on the inside of the cylindrical heathered pattern and is lowered freely so that the ejection lever 7 can move up and down in a straight line along the 8 planes instead of in an arcuate manner. There is. The well-formed ejection lever 7 is installed horizontally in parallel to the t3ir direction of the measuring shaft 15.
6 is fixed on top. As a result, when the end portion 7a is moved from above to the direction F, the discharge IH discharge rate is rotated approximately by a degree of haze in the direction d [in Fig. 65]. Two rotary links a'y and g are fixed on the discharge shaft wall as desired on both the left and right sides of the metering cup. Said rotation link 37. A is for advancing a partition plate blade to disconnect the hopper 2 and the total cup 121 before discharging the needle lined detergent in the cup 12 to the lower part.

That is, the rotation link d, 38 has a substantially inverted shape, and a groove is formed inside, and a fitting protrusion attached to the rear end of the partition fiI39 is formed in the groove. The portion 41 is lightweight and slidable. That is, the fitting protrusion 41 slides within the groove formed in the straight portion of the rotary link 372 until the rotary songs 37, 38 move 445 degrees from the original position. As a result, the partitioning machine extends in the rtlJ direction, that is, in the 5th inner cloth direction, and the hopper 2 and the liver cup 12
The space between the hopper 2 and the cassog 12 is made non-communicating to prevent detergent from flowing into the cassog 12 from the hopper 2. Rotating link 3 like this
When 7.38 is rotated approximately 45 degrees, the partitioning machine 39 advances to the fully closed position, but the discharge shaft adjuster is further rotated to carry out the discharge operation to be described later. Therefore, the four rotating links 38 mounted on the discharge shaft 36 are also unable to rotate further. However, since the tip of the partition plate device has advanced to a position where it cannot advance any further forward, the rotary links n, 38 cannot be rotated as they are. Therefore, rotation link 37. On the side, discharge shirt) 36
An arcuate portion 42 centered at is protruded, and a four-part recess is formed within the arcuate portion 42 that is continuous with the groove portion formed in the above-mentioned straight fM portion. This causes the mating part 41 to slide within the groove 43, so that the pivot links 37, 38 can continue braking.

The above is a mechanism that is initially performed by the discharge mechanism 5 to disconnect the hopper 2 and the gauge cassog 12.

Next, a mechanism for discharging the washed detergent in the r1fn bag 12 to the detergent outlet 4 will be explained. The e-wire plate 14 disposed in the above-mentioned field gauge cup 12 can be rotated by any angle from 0 degrees to approximately 45 degrees by pushing and holding the gauge lever 6. 11, and when it is rotated more than 45 degrees, the detergent inside will be discharged. That is, for example, if the tt plate 14 is rotated 3) degrees to perform a metering, the lower opening 1flslO of the meter cup 12 is fully opened by further rotating the IT far plate 14 by ω degrees. You will be able to do that. Therefore, in order to rotate the ejection lever 7 and rotate the shirt 13 to which the above-mentioned one-piece cypress 14 is fixed, a gear # bias is disposed Δ on the ejection shaft rear shaft +31i. That is, a first sector gear 46 is rotatably disposed on the discharge shaft j, a second sector gear 46 is arranged 118+14 at 13° above the shaft, and a first sector gear 6 is arranged in between. A middle gear 47 that contacts both sides of the second sector gear 46 is provided. As a result, when the first fan-shaped gear is rotated, its rotation is 7.
The movement reaches the second fan-shaped gear casting via the intermediate gear 47, causing it to rotate.

As described above, the first fan-shaped gear 6 is rotatable with respect to the discharge shaft area. This is because when the partition plate is rotated to advance, the first sector gear rotates, and this rotation is transmitted through the intermediate gear 47 to the second sector gear, which in turn causes the plate 14 to rotate. This is to prevent this from happening. That is, the partition plate 39 separates the hopper 2 and the measuring cup 12!
ItfJiti before proceeding to Tsukasa and making this uncommunicative.
This is to prevent 14 from rotating.

As described above, the suppressing piece 4 is fixed on the discharge shaft 4 for rotating the first fan-shaped gear gear which does not rotate when the discharge shirt 36 is rotated. The pressing piece comes into contact with one side 1g45&' of the first fan-shaped gear after the discharge shirt 36 has rotated 45 degrees from the initial state.

That is, the purpose is to rotate the first fan-shaped gear shaft after the partitioning device has disconnected the hopper 2 and the meter-to-cut 12 as described above.

The discharge shirt 36 is rotated approximately 90 degrees while the discharge lever 7 moves from the top to the lowest position.

However, since the initial portion of these nine degrees of rotation is used to advance the partition plate J9, the amount of rotation required to rotate the first (1) d-no-cedar gear is equal to the degree of kudzu. A maximum of 90 degrees of rotation is required to discharge the machine detergent.

This is because when there is not enough detergent to measure, the measurement plate 14
This is because there are few turning points. Therefore, the first sector gear 4
In order to be able to rotate the second sector gear by (1) degree while the motor 5 rotates 45 degrees, the half ratio of the first sector gear to the second sector gear is set to 2:1. Set it so that

Next, we will explain how to release the locking machine (4zy) at the time of detergent discharge.At the time of the above-mentioned tapping plan, a total of 4g11
4 is locked to prevent it from returning upward, but if the opening lO of the F section of cup L2 is fully opened and the detergent is discharged, the measuring plate 14 is moved upward to the original position. need to be returned to. A lock release piece 49 for this purpose is fixed to the discharge shaft. When the lock release piece 49 finishes rotating the discharge shaft, the stopper 4 (1)
Press the end wash to release the locking mechanism.

In the figure, numeral 51 is a cotton cup for taking out the detergent, 51 is a measuring scale marked on both sides of the sliding part of the measuring lever 6, and 52 is a cotton cup for taking out the detergent.
is a sliding window to see the detergent oak inside.

Next, the operation will be explained based on #l above.

When opening the total Mk discharge device d of the detergent of the present invention, it is carried out as follows. First, the end 6a of the iron bar 6 is pushed toward the mid-f direction in order to measure the optimum amount of detergent depending on the number of laundry items. The pressing position is determined by looking at the measuring scale 51.

If the end portion 6a is pushed down due to the above-mentioned problem, it is a lie...The lever 6 is rotated, so the metering shaft 15
does d@. When this metering shaft 15 rotates, the threaded bracket fixed on the g lever 15 rotates and presses the -+Ijl end 19a of the l-th sector gear 19, causing it to move to the fourth Rotate clockwise in the direction of arrow 5 in the figure. This rotation of the first sector gear 19 is applied to the second sector gear 4 fixed on the shaft 13 via an intermediate gear, and rotates the second sector gear 4 clockwise.

In this poem, the ratio of the radius of the first sector gear 19 and the second sector gear 4 is set to 1:2, so the rotation I of the second sector gear 4 is half that of the first S sector gear 19. . Therefore, even if the first sector gear 19 is rotated by 90 degrees, which is the maximum, the second sector gear 21 will not rotate more than 45 degrees. Therefore, the discharge of the detergent that is performed when the second fan-shaped gear 4 rotates more than once is not performed in a timely manner.

The second fan-shaped gear 4 is fixed on the shaft 13 to which the second sector-shaped gear 4 is fixed. The meter Bi@14 also rotates in the same manner, and detergent flows from the hopper 2 into the upper part of the metering plate. The amount of detergent inflow is determined by the rotation of the measuring plate 14, that is, whether the measuring lever 6 is pushed down or not, because the amount of liquid in the measuring cup 12 changes in proportion to the rotation of the weighing device 14. Ru. As a result, measurement is performed by pushing the measuring lever 6 by a predetermined amount of wax. During this measurement, the JTL 14 is biased upward by the spring 5, but its return movement is restricted by four local locks. Therefore, the measuring plate 14 maintains the position rotated by the cm lever 6.

The detergent metered by the needle threader 43 as described above is discharged to the detergent outlet 4 by the discharger #II5. That is, when the end portion 7a of the ejecting lever 7 is pushed in the direction f in the figure, the ejecting shaft 7 is rotated clockwise in FIG. When the discharge shaft is rotated as described above, the rotation links 37, 38 fixed to the shaft rotate.

4 formed inside the serpentine pivot link 37.38
In the 4th cut, IJ Itadori, who is involved through Yoaitsu $41, advances to the nil side, that is, to the right side in Figure 45.

The advance of the partition plate 1 is carried out until the rotation links 37 and 38 are rotated 45 degrees from the origin position, and when the brake is applied each time, the advance ends and the hopper 2 and the gauge cup 12+ are moved. ] becomes uncommunicative. This stops the flow of detergent from the hopper 2) into the total cup 14c.

Then, by pushing the ejecting lever 7, the rotation of the ejecting shaft is further increased, and the pressing piece presses the end portion a of the first cedar gear keg, causing it to rotate. This first
The rotation of the fan-shaped gear is caused to rotate through the intermediate gear 47 to the second sector-shaped gear in the same direction as shown in FIG. 1145. Since the second js type gear truss is fixed on the shaft 13 to which the gauge holder 14 is fixed, this
The it and rlt plates 14 are rotated at the same time as the clock. The first sector gear 45 described above is rotated 45 degrees by the ejection lever 7, but the second sector gear 45 rotates 9 degrees while the first sector gear moves 45 degrees by 1 ml.
Since it can be moved, the metering plate 14 cannot be rotated until fully open iXZ+11, and ill'In canog 12
The detergent inside is discharged to the detergent z4g outlet 4. This discharged detergent flows into the cup garden. During this ejection, the lock release piece 49 fixed on the ejection shaft j pushes up the front end 129 of the stopper 4 of the locking machine m71, and as shown in 1 in FIG. 1. It will be in the unlocked state shown by the line. The Tfn plate 14 is rotated in the opposite direction by the spring Aoi and returns to the original position. Then, Trm
When the shaft 13 rotates to the position of
The link piece 4 fixed on the top suppresses the rear end 29a of the stopper 9 and returns it to the locked state, so that the time lock is restored.

The present invention enables a total of one detergent to be dispensed according to the push-down position by pressing and lifting the above-mentioned instant metering lever 6, and by pushing down the discharge lever 7 to dispense the detergent that has been pressed down. After making sure that there is no communication between the hollow/sea 2 and the 1t and d cups 12, the measuring cup 12 and the detergent outlet 4 are communicated and discharged, making it easy to drain the detergent through the dtl filter. It can be done reliably.

In this case, we have shown an example in which the stopper 4, which displaces the fulcrum as the locking mechanism n, is engaged with and disengaged from the gear; however, the mechanism is not limited to this example. It is also possible to use a single locking mechanism that is in a locked state at the time of discharge and is in an unlocked state at the time of ejection.

As detailed above, the present invention provides 11 [l! After measuring the detergent stored in the built-in container by operating the external gauge lever, operate the external discharge lever to discharge the detergent into the detergent outlet formed at the bottom of the main body casing. In the 4Lt discharge device for detergent, a total of 4 liters 3 move in response to the rotation of the gauge lever 6, and a discharge groove 5 that moves in conjunction with the rotation of the discharge lever 7, and the meter is sometimes 6. It is equipped with a locking device 7 that locks the dispenser lever 6 in any desired position and releases the lock when discharging, and is equipped with a locking device 7 that locks the dispenser lever 6 at an arbitrary tap position and releases the lock when discharging. Similarly, a total of 1 d and 14 are rotatably disposed, and the metering device 14 and the metering lever 6 are connected via a gear 18 to form a cape, and the discharge mechanism 5 is connected to the discharge lever 7. At the beginning of rotation, the rotary link 38 interlocking with the discharge lever 7 causes the hopper 2 and the dredger magnetic cup 121 to advance into the river, thereby creating a disconnection between them.
After the partition Jfi 39 has advanced, it is rotated by the discharge lever 7 to move the plate 14 to the detergent discharge position. By rotating the lever 6 from the origin 1d to the metering operation position, the =tiat 4 is rotationally displaced,
Measuring detergent by changing dI7 in the measuring cup 12,
In addition, this meter operating position is held by the locking device 11127, and the discharge lever 7 is rotated using the eK, and the partition plate' is first advanced to make the hopper 2 and the measuring cup L2 □ out of communication. After doing this, operate 1ta14 to LLII to connect the part of the cup and the detergent outlet 4,
This is a detergent meter discharge device that discharges the detergent of the predetermined amount of wax into the detergent outlet 4 formed at the bottom of the casing l. Communication between the total and the cup 712,
Non-communicating and non-8 between hopper 2 and # welfare cup 12! After cleaning, open the tt'm cup and remove the detergent outlet 4 from 4.
The ejection can be carried out in a timely manner by simply operating one ejection lever 7, and the structure of the ejector 3 and the ejector front 5 is simple, so failures are less likely. The total amount of detergent discharge Aa can be provided (it is possible to do so), and with this, it is possible to easily and reliably discharge the appropriate amount of detergent according to the shape of the laundry, and it is possible to perform laundry at various locations. It has the distinct advantage of providing a detergent dispensing device that can be easily dispensed.

[Brief explanation of the drawing]

The accompanying drawings show an embodiment of the present invention, and FIG. 1 is a perspective view, FIG. 2 is a sectional view taken along the line X-X in FIG. 1, and FIG. 3 is a cross-sectional view taken along the line X-X in FIG. FIG. 4 is a diagram illustrating the configuration of the needle threading mechanism, FIG. 5 is a diagram illustrating the configuration in front of the ejection machine, and FIG. 6 is a diagram illustrating the locking mechanism. Bureau map intermediate work...Casing main 2...Hopper 8...Total 11, Mechanism 4...
- Detergent outlet 5... In front of the discharge machine 6... Measuring lever 7... Discharge lever 12... Measuring cup 1
4...Needle passing plate 18...Gear group I...Lock mechanism 37, , j8...Rotating link...Partition plate Required...Gear group There is. Patent Applicant Michio Oya No. 1 Figure 051 Figure 2 536 Figure 3 $4 Figure 5 Figure 1/2 Figure 6 Procedural Amendment Commissioner Gakudon Shiga 1, Incident Indication 1988 Patent Application No. 47593 Measuring and discharging mechanism for detergent Name Michioki Ooya 0462-47 = 7555 No. 5 Date of amendment order June 26, 1980 ■ The document proving authority of agency is as attached in the attached document ■ Page 1 of the specification, 4 lines The section from item ``21 Detailed Description of the Invention'' to page 2 of the specification, line 17, ``Discharge device.'' shall be amended as follows. , Claims: After the detergent contained in a hopper disposed in a part of the main body casing is measured by operating an external measuring device, the detergent is measured by operating an external discharge lever. After that,
In the detergent metering and discharging device which allows the detergent to be discharged into the detergent outlet formed at the lower part of the main casing by operating the external discharge l 3, a discharge mechanism 5 that is linked to the rotation of the discharge lever 7, and a lock mechanism 27 that locks the metering lever 6 at an arbitrary metering operation position during metering and releases this lock at the time of discharge. A measuring plate 14 is rotatably disposed in a measuring cup 12 for measuring detergent, and the measuring plate 14 and the measuring lever 6 are connected to a gear group 18.
The ejecting mechanism 5 connects the measuring cup 12 and the measuring cup 2 through the rotating rings 37 and 38 that interlock with the ejecting lever 7 at the beginning of rotation of the ejecting lever 7.
A partition plate 38 is advanced between the partition plates 38 and 38 to make the space non-communicating, and a gear group 44 is rotated by the discharge lever 7 after the partition plate 38 is advanced to rotate the metering plate 14 to the detergent discharge position. consists of and weighs/~-
6 from the origin position to the metering operation position, the measuring plate 14 is rotationally displaced, the volume in the measuring cup 12 is changed, and the detergent is measured, and this metering operation position is held by the locking mechanism 27. Next, the discharge lever 7 is rotated, and the partition plate 39 is first advanced to create a disconnection between the hopper 2 and the measuring cup 12, and then the measuring plate 14 is rotated to separate the lower part of the measuring cup 12 from the detergent outlet 4. A detergent measuring and discharging device characterized in that a predetermined amount of detergent is discharged into a detergent outlet 4 formed in a lower part of a main body casing 1. ”

Claims (1)

[Claims] The detergent stored in the hopper located in the upper part of the main body casing is dispensed by operating the external # dispensing bar.
In the metering and discharging device for detergent, which allows the detergent to be discharged after filtering to the detergent outlet formed in the section 'F' of the main casing by operating an external discharge lever, the weighing lever 6
The meter f#3 is linked to the rotation of the discharge lever 7, and the discharge mechanism 5 is linked to the rotation of the discharge lever 7. Equipped with a locking device l#n to release the
It is constructed by disposing a scale I4 rotatably in a measuring cup 12 for measuring detergent, and connecting the scale tt@14 and the measuring lever 6 through a gear #18. , the discharger fermenter 5 is moved to the hopper 2 by a rotary ring n, 38 that interlocks with the discharge lever 7 at the beginning of rotation of the discharge lever 7.
and a partition plate that is advanced between the measuring cup 4 and the measuring cup 4 to make the space non-communicating, and after the partition plate J is advanced, the ejection lever 7
The measuring plate 14 is rotated by rotating the measuring lever 6 from the origin position to the needle line operation position d. Displace the meter to change the volume inside the meter cup to measure the detergent, and hold this meter M operation position by the locking mechanism n, then rotate the discharge lever 7 and advance the partition plate first. After disconnecting the hopper 2 and am cup 12 from each other, remove the measuring plate 14.
is rotated to communicate the do part of the measuring cup with the detergent outlet 4, thereby discharging the measured amount of detergent into the detergent outlet 4 formed at the bottom of the main body casing l. A detergent needle wire discharge device d0 characterized by