TH6121A - A container with a device for measuring the discharge substance - Google Patents

Abstract

The dosing vessel is described in which a volume measurement chamber of the fluid contained in the fluid container is placed over the neck of the container. The opening (24,26; 92,94; 204,206), centered on the height of the channel. (chamber) allows connection between the inside of the container by rotating mpvement such as the outer cover. (8,84,164,214) when the flap is turned so that the opening reaches the inside of the container. It is in a sealed position to prevent the contained contents from flowing out. The gaps in the gaps above the opening are larger than the gaps below. A sufficient amount of fluid can be introduced into the compartment by overturning the container, thus ensuring that the bottom chamber is full when the container is turned upright again. The reverse rotation closes the opening to separate the measured fluid from the majority of the container volume. It also opens the channel to the outside to supply the measured quantity.

Claims (9)

1. The container containing the fluid consists of an outlet section, above which is a closed part from the outside. (8,84,164,214) and equipped with measuring chamber (12,14; 80,82; 160,162; 200,202) between the previously mentioned closed parts and the primary volume of the discharge vessel, the fluid volume and the primary volume of the primary discharge container, the predetermined volume of the fluid, the chamber contains (12,14; 80,82; 160,162; 200,202;) Minimum number of one channel (24,26; 92,94; 202,206), that is, it can provide the contact between the interior of the chamber and the main volume of the container. The hole will open and close by rotating the part already mentioned. And located at the middle of the height of the room to allow available upper and lower void, respectively So that the return of the container with the parts used to open and close the closed holes When filling the above void with the available volume and return to the container at its correct position. To leave the available volume of the gaps above To fall into the space below By closing the holes that rotate the dye back To allow the amount of space below To pay off, it will give you a characteristic that has a margin of support for the top of the room larger than the volume of the receptacle. Where filling the bottom gap to the level of the hole To be sure, before closing the aforementioned holes to dispense the amount of the substance of the bottom gap. 2. The container according to claim 1, containing The holes already mentioned for opening and closing by rotation of the closing part 3. The container according to claim 2 at the final limit of the part (124) limits the rotation of the closing part less than that of the second claim. 4. The container, according to claim 2 or claim 3, consists of an opening that is used to allow the above-mentioned top exit in the taut position on the container and the handle closed by the part. Used to close the said part (12,80,160) of the measuring apparatus below the cover of the rotating pouring container by the closing device for the opening and closing of the holes of the said chamber. 5. Container according to one of the previous claims, the measuring device consists of a casing (12,82,162,202) and a supporting container. (14,80,160,200) with concentricity with the casing The supporting casing and container will rotate relative to each other. To pledge an opening (24,26,92,94; 200,202) in the casing to and from the specified position where the aforementioned holes were opened to make contact between the said chambers. 6. Container according to Claim No. 2 or Claim No. 3 combined with Claim No. 5, which allows the equipment to be used outside by closing the upper part. (8,84,164,214) with a device for casing forwarding Or supporting container in order to open and close the holes already mentioned for measuring the emission of the volume contained in the container. 7. Containers according to claim 5 or claim No. 6 that holds the casing as Do not spin with the container and allow the exit part of the container. And arrange a closing device to turn the supporting container in order to take the casing and supporting container open in and out of the listed items. 8. Containers according to claim 4 in conjunction with any of the claims of claim No. 5. Up to 7 of the aforementioned casings and openings used and made with the device together (88) for positioning the receptacle to the same casing. To fix it along the axis, but rotate to allow limited expansion 9. Containers according to any claim of claim 5 to 8 that the container is supported. (80,160) and external enclosures (84,164) are both fixed to the casing (82,162) and the casing is attached to the main body of the container in sub-assembly to the container and top cover apparatus 1 0. Contains any of the claims 1 to 5 at the measuring device. It consists of containers (14) to the chamber as already mentioned and is rotatable in the neck of the side wall of the container (56,54) which can be closed. Or leave the aforementioned free at at least one hole in the rotating support container of the container used for container 1. 1. Containers pursuant to one of the preceding claims, in contact with external enclosures (164), and contains openings (186) that are in and out of shown, side-out sockets. As above (176), by turning the closing device with the outlet closed when the hole of the measuring chamber is opened. And similar 1 2. Containers according to any of the previous claims. Contains an outlet device (14,152,178) for releasing the excess gas pressure in the container.1 3. Containers according to any of the previous claims. At the top exit (146,176) from the axis of rotation of the closing device and at least one hole (92,94) from there in the transverse direction in the direction of the arrangement of the aforementioned exit 1. 4. Containers according to any of the previous claims. The closing device consists of a receptacle to the outlet hole (178) and that is deformed by excessive internal pressure in the container to allow excessive gas escape. 5. Containers in accordance with any of the previous claims. That provided the pouring spout (136) on the top exit. Position the downward flow (138) below and outside the top exit and inside of the outer covering device (122) 1. 6. Containers, in accordance with one of the preceding claims, that the outer covering device is removed from the container in order to find the part of the measuring device. The protruding part is the part that is attached to the non-rotating container 1. 7. Containers, according to any of Claims 1 to 15, that lock the closing device on the container and at least the opening of the said exit 1. 8.Containers according to claim 1 or claim 2, adapting a measuring device that permits the continuous release of the substance contained in the container 1. 9. The fluid container consists of an upper outlet containing an external sealing device. (84,164) and has a measuring device consisting of a chamber between the closing device and the main volume of the container for the discharge of the measured fluid volume. It consists of a pair of co-axial components (80,82; 160,162) consisting of external enclosures that cover the chamber. The part containing the opening (92,94) shown to allow the hole in the center of the chamber height, the compartment said in contact with the main volume of the container. The mentioned routine is shown on the side. And the bottom of the receptacle in one chamber of the parts is fixed relative to the container. And open the pouring (136,174) for the measured quantity of the fluid The closing device will spin on the container. Or from the operating position where the upper exit is closed, the aforementioned closing device will be soldered to one of the parts mentioned. When moving the position performed to close the parts already mentioned And placed on top of the said opening in the display Where to make the chamber in contact with the main volume of the container when the top outlet is closed. Rotating the aforementioned closing device from the displayed position to separate the chamber inside the main chamber and allow it to pass through the upper outlet of the fluid opened measured by Room already mentioned The volume of the chamber located on top of the receiving cavity is larger than the volume of the lower received. Where the return of the container with the opening holes fill the upper gap with the fluid contained in the container and return the container to an upright position to ensure that the available fluid of the side gap There will be a smaller volume than the bottom gap before the previously mentioned hole is closed to release the existing fluid of the bottom gap. The outside of the said common axial part is rotated by a flapper and a hole opener as mentioned. And the inside of the parts already mentioned will form a protruding pouring spout that is fixed at a fixed location on the container.