ZBM Patents - Zea, Barlocci & Markvardsen

The present invention relates to a product which is either a compound selected from the group consisting of, at least a triterpene, and a mixture of at least a triterpene with hydroxytyrosol, or alternatively, an extract comprising at least a triterpene, or a mixture of at least a triterpene with hydroxytyrosol, for use in a method for enhancing conversion rate in poultry, where the method comprises administering the product in ovo between the days 7 to 21 of incubation. The product is also useful for reducing mortality rate of poultry, increasing the hatchability, and increasing the amount of first class chicks produced.

Methods are provided of performing register-memory operations in a computer system including a processor with vector-registers, a memory, a cache with cache line-size and a bus with bus-width. These methods comprise: receiving a vector store instruction to transfer from vector-registers to memory a vector of elements, each element having an element length, ELEN; partitioning the vector store instruction into vector-region store instructions each defining a vector-region to be stored, each vector-region having a region length, RLEN, greater than the ELEN and a memory length, MLEN, equal to the cache line-size or the bus-width; buffering the vector-region store instructions so that each remains buffered until conditions enabling its execution are fulfilled; and performing, for each of the vector-region store instructions once released from the buffering, transfer from vector-registers to memory of the vector-region defined in/by the vector-region store instruction. Systems and computer programs suitable for performing said methods are also provided.

A manufacturing system including a manufacturing device that includes one or more integrated sensors. The manufacturing system further includes an edge computing device including an edge device processor configured to receive integrated sensor data measured during production of a manufactured part using the manufacturing device. The edge device processor transmits the integrated sensor data to a remote computing device. During the production of the manufactured part, the edge device processor receives a remote processing result from the remote computing device. The remote processing result includes a quality control result notification. The edge device processor, in response to receiving the quality control result notification, programmatically performs one or more auxiliary measurements of the manufactured part and/or manufacturing device to obtain auxiliary sensor data. The edge device processor outputs the quality control result notification and the auxiliary sensor data to a graphical user interface (GUI) displayed at the edge computing device.

A system includes one or more processors configured to obtain navigation system quality information from multiple data sources. The one or more processors are further configured to generate navigation signal interference map information based on the navigation system quality information. For example, the one more processors may be configured to aggregate, based on one or more parameters, first data from a first data source of the multiple data sources, and identify one or more areas associated with low quality navigation signals based on second data from a second data source of the multiple data sources. A portion of the aggregated first data may be discarded based on the one or more areas to generate the navigation signal interference map information. The one or more processors may also be configured to output the navigation signal interference map information.

It relates to a polymer or a salt thereof which comprises a first polymer building block and a second polymer building block wherein: a) the first and second polymer building blocks are covalently bonded through at least a common lateral chain, and b) the first polymer building block is an oligopeptide-modified poly(beta-aminoester). The polymer comprising the two building blocks can be conveniently prepared by click chemistry. It also relates to nanoparticles comprising this polymer, to pharmaceutical and cosmetic compositions comprising the polymer or the nanoparticles, and to their use as a delivery system and in therapy, diagnosis or cell-targeting.

There is disclosed a computer-implemented method for detection of life within a vehicle using a radar sensor system, the radar sensor system comprising at least one transmitter, a receiver, and a controller, the computer-implemented method comprising transmitting, using the at least one transmitter, radar waves to at least one vehicle compartment of the vehicle; generating, using the at least one receiver, a radar signal from radiation reflected as a result of the transmitted radar waves; and operating the controller to, based on the radar signal, generate a detection of life within the vehicle. There is also provided a system comprising a controller configured to perform a method to generate, based on a received radar signal, a detection of life.

It relates to a water-soluble polymer suitable for coating a substrate which comprises i) a silicone-based moiety comprising a repetitive unit of formula (I), wherein each R is independently (C₁-C₃₀)alkyl or (C₃-C₁₀)cycloalkyl; and n is a value from 1 to 200; and ii) a hydrophilic polymer moiety which comprises one or more functional groups capable of forming one or more chemical bonds with a substrate; wherein the silicone-based moiety and the hydrophilic polymer moiety are covalently attached. It also relates to a process for the preparation of the water-soluble polymer, to a composition comprising it, to the use of the composition for coating a substrate and a process for coating the substrate, as well as to a substrate coated with the composition.

The present disclosure relates to a mirror head assembly for a rear-view mirror system for a motor vehicle. The mirror head assembly comprises a housing (10) and a bezel (20). The housing (10) comprises a mirror housing rear end portion (11). In turn, the mirror housing rear end portion (11) comprises an inner surface (111), and an outer C-shaped surface (112). The outer c-shaped surface (112) extends at least partially around an opening (113) of the housing (10). The bezel (20) comprises a bezel end portion (21) that extends at least partially around a bezel opening (213). In turn, the bezel (20) comprises an inner surface (211), an outer surface (212) , and a connecting surface (200) that connects the inner surface and the outer surface to each other, and wherein the connecting surface (200) of the bezel end portion (21) faces the inner surface (111) of the mirror housing rear end portion (11).

The camera module for vehicles comprises a housing assembly, an electronics carrier received within an inner space of the housing assembly, an image sensor coupled to a first main surface of the electronics carrier, and a lens assembly being in optical communication with the image sensor so as to acquire a captured image. Also, the lens assembly and the electronics carrier are attached to each other. Furthermore, an inner side of the housing assembly contacts the first main surface of the electronics carrier and/or a lens flange of the lens assembly. The lens assembly is a projection that extends radially outwards from the lens assembly. A method for assembling a camera module is also provided.

A system including a plurality of electrochemical cells and a charge voltage attenuation control system for the same.