Abstract: A system for urine sample analysis, the system may include one or more transmitters for transmitting radiation; one or more sensors that are configured to receive received radiation that passed through the urine sample and to generate detection signals indicative of an intensity of the received radiation at multiple frequencies; detaching elements that are configured to detach the one or more transmitters and the one or more sensors to a toilet bowl; and a processor that is configured to participate in the urine sample analysis for determining a content of the urine sample based on the detection signals.

Abstract: A system for urine sample analysis, the system may include one or more transmitters for transmitting radiation; one or more sensors that are configured to receive received radiation that passed through the urine sample and to generate detection signals indicative of an intensity of the received radiation at multiple frequencies; detaching elements that are configured to detach the one or more transmitters and the one or more sensors to a toilet bowl; and a processor that is configured to participate in the urine sample analysis for determining a content of the urine sample based on the detection signals

Abstract: A method for determining one or more parameters of one or more molecules within a urine sample, the method includes obtaining signals indicative of absorbance values of the urine sample at multiple frequencies; wherein the multiple frequencies comprise a first water absorbance frequency, second frequencies and a second water absorbance frequency; wherein (a) an absorbance of water to radiation of the first water absorbance frequency, and (b) an absorbance of water to radiation of the first water absorbance frequency is known; calculating normalized absorbance values by normalizing the absorbance values of at least some of the second frequencies based on (a) the absorbance of water to radiation of the first water absorbance frequency and (b) the absorbance of water to radiation of the first water absorbance frequency; and determining the one or more parameters of the one or more molecules within the urine sample based on the normalized absorbance values.

Abstract: A nursing monitoring device includes an inlet conduit with an inlet opening to enable milk that is released from a nipple to enter the inlet conduit. An outlet conduit with an outlet opening enables milk from the outlet conduit to enter a mouth of a nursing child. A measurement unit connected to the inlet conduit and to the outlet conduit enables measurement of a property of the milk that flows from the inlet conduit to the outlet conduit via the measurement unit. The outlet conduit is sufficiently long to enable placement of the measurement unit laterally to the mouth.

Abstract: A nursing monitoring device includes an inlet conduit with an inlet opening to enable milk that is released from a nipple to enter the inlet conduit. An outlet conduit with an outlet opening enables milk from the outlet conduit to enter a mouth of a nursing child. A measurement unit connected to the inlet conduit and to the outlet conduit enables measurement of a property of the milk that flows from the inlet conduit to the outlet conduit via the measurement unit. The outlet conduit is sufficiently long to enable placement of the measurement unit laterally to the mouth.

Abstract: A flowmeter device for measuring a flow rate of a fluid includes a conduit for the fluid flow. The conduit is characterized by a cross-sectional area and includes at least one section within which the cross-sectional area is different from the cross-sectional area of at least one other section of the conduit. The device also includes a reference tube separated from the conduit by a wall and at least one opening in the wall between the section and the reference tube. The device includes a flexible diaphragm forming a space between the diaphragm and a region of the wall at the section of the conduit, and which includes the opening, to inhibit flow of the fluid between the conduit and the reference tube.

Abstract: Embodiments of the present invention may use a communication network to produce a banner on a website on a client device by requesting and receiving data from website and banner server.

Abstract: A flowmeter device for measuring a flow rate of a fluid includes a conduit for the fluid flow. The conduit is characterized by a cross-sectional area and includes at least one section within which the cross-sectional area is different from the cross-sectional area of at least one other section of the conduit. The device also includes a reference tube separated from the conduit by a wall and at least one opening in the wall between the section and the reference tube. The device includes a flexible diaphragm forming a space between the diaphragm and a region of the wall at the section of the conduit, and which includes the opening, to inhibit flow of the fluid between the conduit and the reference tube.