A breast milk storage bag has a bag body. The bag body has an opening with a first broken line and a hanging portion below the opening. One of an upper part and a lower part of the hanging portion is provided with a broken line, and the other part is integrally formed with the bag body. This can ensure the use of the breast milk storage bag. When the milk is poured into the breast milk storage bag, the milk won't splash from the hanging portion to the outside of the bag body. The film of the hanging portion does not fall off, and the situation that the film falls into the bag body can be avoided.

The present invention is about a volume-measuring device installed inside a box that used to store a liquid. The measuring device is placed at the bottom of the box dispensing the liquid, and displays via a measuring tower a measure of the volume of the liquid still in the box. The device is comprised of a receptacle or sealed pouch connected to a measuring tower. As the pressure from the weight of the liquid changes, the receptacle reacts by moving the measuring marker to reflect such change, thus measuring the current liquid volume in the dispensing box.

A liquid level measuring device, comprising: at least one Time-of-Flight (TOF) ranging sensor for enabling to obtain the distance between the at least one sensor and the liquid level within a liquid retaining device that has a narrow neck portion, wherein each TOF ranging sensor is configured to emit a narrow width light ray, thereby enabling to measure the distance without interference from the neck portion of the liquid retaining device; a controlling unit for collecting data in accordance with the measurements of the at least one TOF ranging sensor; and a wireless communication module for forwarding to a remote computing device the collected data or data relative to the collected data.

The present invention is about a volume-measuring device installed inside a box that used to store a liquid. The measuring device is placed at the bottom of the box dispensing the liquid, and displays via a measuring tower a measure of the volume of the liquid still in the box. The device is comprised of a receptacle or sealed pouch connected to a measuring tower. As the pressure from the weight of the liquid changes, the receptacle reacts by moving the measuring marker to reflect such change, thus measuring the current liquid volume in the dispensing box.

A fluid container for transporting, diluting, and dispensing a motor vehicle fluid, comprising an outer wall and a fluid chamber disposed within the outer wall adapted to hold liquids. The fluid container contains an additive concentrate stored within the fluid chamber which is adapted to be mixed with water to produce the motor vehicle fluid. The fluid container further has a selectively sealable opening which facilitates the delivery of water into the fluid chamber for mixing with the additive concentrate, and the dispensing of the resultant motor vehicle fluid. The outer wall has a transparent portion providing visibility into the fluid chamber and a calibrated dilution scale which allows a user to control the freezing point of the motor vehicle fluid by precisely diluting the motor vehicle fluid according to a plurality of dilution markers each representing a dilution level.

A soap dispensing device having a soap replenishing notification function comprises a liquid soap container, a soap dispensing body, a soap dispenser connected with the liquid soap container and a control box. The liquid soap container is internally provided with a liquid level detection unit capable of emitting a liquid soap replenishing signal. The soap dispensing body is provided on a countertop and connected with the liquid soap container, and has a liquid soap replenishing light display area, an induction area capable of emitting an induction signal and a soap dispensing head. The control box is used for receiving the liquid soap replenishing signal and the induction signal, wherein the liquid soap replenishing light display area is formed on the soap dispensing body according to the liquid soap replenishing signal, and a liquid soap is supplied by the soap dispensing head according to the induction signal.

Disclosed is a system for notifying a user about an estimated time of consumption of a product. The system includes an electronic device, and a processor. The electronic device is integrated with a portion of a container of a product and configured to transmit a plurality of data relating to the amount of product in the container. The processor is configured to perform steps of a method. The method initiates with a step to receive from the electronic device the plurality of data relating to the amount of product in the container. The above step is then followed by another step i.e. based on the received plurality of data; calculate a usage pattern for the product in the container. The above step is then followed by another step i.e. based on the usage pattern; calculate an estimated time of consumption of the product in the container. The above step is then followed by either a step to notify a user of an estimated time of consumption of the product in the container or the step of automatically order a refill of the product based on the estimated time of consumption.

An integrated liquid container system includes a housing and a liquid delivery container. The housing includes a housing top portion having a neck aperture, a housing bottom portion opposite the housing top portion, and a housing body portion extending between the housing top portion and the housing bottom portion and defining a housing inner cavity. The housing body portion includes a first surface and at least one aperture extending through the first surface of the housing body portion. The liquid delivery container includes a container top portion having a neck, a container bottom portion opposite the container top portion, and a container body portion extending between the container top portion and the container bottom portion to define a container inner cavity that stores liquid. The liquid delivery container being able to be received within the container inner cavity such that the neck aperture circumferentially extends around the neck.

A container is used in conjunction with ice cream and frozen dessert mixes that do not require the use of ice cream machines. The container acts as a primary or secondary packaging for the powdered mixes and as a foam creation and whisking vessel that contains indicators or markers critical to the proper operation of the mixes, such as target overrun run levels and or whisking target indicators for various types of desserts made using the mixes. The container may contain optional modifications, such as static mixers and homogenizers, that enhance the performance of the mixes and improve the stability and quality of the finished product.

A soap dispensing device having a soap replenishing notification function comprises a liquid soap container, a soap dispensing body, a soap dispenser connected with the liquid soap container and a control box. The liquid soap container is internally provided with a liquid level detection unit capable of emitting a liquid soap replenishing signal. The soap dispensing body is provided on a countertop and connected with the liquid soap container, and has a liquid soap replenishing light display area, an induction area capable of emitting an induction signal and a soap dispensing head. The control box is used for receiving the liquid soap replenishing signal and the induction signal, wherein the liquid soap replenishing light display area is formed on the soap dispensing body according to the liquid soap replenishing signal, and a liquid soap is supplied by the soap dispensing head according to the induction signal.